CZ2014338A3 - Cellular telephone with additional functions - Google Patents

Abstract

The object of the invention is a mobile phone (100 ') equipped with a mechanism (782) for changing the battery (129) without removing the mobile phone cover. The mobile phone is provided with a bridge source (836) for powering the mobile phone while the battery is being replaced (129). Furthermore, the mobile phone is provided with a microprocessor for processing additional functions, in particular physiological signals by the user, for example pulse frequencies taken by the sensors (143 ', 143' '). Further, the present invention provides a charger for charging a mobile phone battery (129) (100 ').

Description

The invention relates to measures to increase the usability of electronic devices. It allows uninterrupted operation of the device in collecting or generating important data theoretically for an unlimited period of time independent of battery replacement, which preferably replaces the electronic device.

BACKGROUND OF THE INVENTION

Mobile phones are largely characterized by insufficient battery power, which prevents long-term uninterrupted operation when using especially handheld applications that require a display and thus a relatively high power consumption. For example, using their software capability for a variety of applications, especially when using BlueTooth communication, will cause the battery to discharge relatively quickly and need to be recharged, either from the mains charger or from the laptop's USB port. Especially if the application is to be used for monitoring and monitoring health condition where it is necessary to perform continuous monitoring by display, current equipment, length of operation without recharging especially mobile phones, does not meet. This can interfere with a wide range of applications, such as cardiac artery monitoring or statistical data registration during sports performance. The disadvantage is that the current state requires to recharge when the battery, such as a mobile phone, is discharged, but for example the mobile phone stops being replaced or the battery is replaced, but the mobile phone is reset and it has to wait for restart. remove the phone cover. In the case of auxiliary accumulators in various ways, mounted on a mobile phone, for example, using auxiliary devices, an auxiliary accumulator of roughly the same or higher capacity is used, thus increasing the weight and thickness of the device, further enhanced by the auxiliary accumulator . Even if, despite all the disadvantages of the state of the art, the user has decided to replace the batteries instead of charging, the state of the art does not offer

Ittt multiple portable mobile phone battery charger. Existing chargers do not allow them to be used to charge mobile phones from the batteries contained therein, nor to use them as a bridging source when the mobile phone battery is replaced for continuous operation. The current technology does not allow to replace the battery in the mobile phone during operation and additional devices increase the thickness of the mobile phone to about double, the mobile phone of the current technology when using background applications for mobile phone for example android, mobile phones are unreliable because their microprocessor programs especially for telephony.

SUMMARY OF THE INVENTION

The above-mentioned shortcomings of the prior art eliminate and a significant benefit over this prior art is a mobile phone with additional features which, compared to the current technology, allows additional functions such as easy replacement of the mobile phone's basic battery without increasing the thickness of the mobile phone, eliminating the need for a mobile phone. recharge, preferably by means of a battery removal mechanism, which can preferably be performed while the mobile phone is operating, thereby ensuring its continuous operation, preferably by means of a bridging power source preferably comprising a bridging battery or capacitor or accumulator and bridging electronics. Another important additional feature is preferably the processing of the data and applications in the add-on module block independent of the mobile phone electronics unit. Preferably, the results are displayed on the display of an additional independent, on the display of the mobile phone and / or on the split sereen part of the unit module, and the results from the mobile phone electronics on the split sereen part of the mobile phone electronics. and then from the cell phone accessory module on the cell phone display. The interface divides the citizen parts of split sereen.

The bridging accumulator is preferably substantially smaller in size and smaller in capacity than the base, but sufficient to maintain cell phone operation while the base battery is being replaced, with a relatively small bridging source backing up cell phone operation only while the base battery is being replaced, thereby achieving much smaller dimensions. , mobile phone, as opposed to an auxiliary battery providing not only bridging, but also mobile phone operation and / or recharging the base battery, and the thickness of the mobile phone does not increase as the base battery does not add an extra battery but replaces the base battery of the device . A base battery preferably with a substantially higher capacity than a bridging battery corresponding to a conventional battery, for example in a mobile phone, charges the bridging battery when it has enough power, and is easily and quickly replaceable for another one of the pre-charged battery pack. preferably allowing the same base battery to be placed in both the mobile phone and the charger. Changing the battery in a mobile phone with additional features takes just a few seconds, with the convenience of operating and without removing the mobile phone cover over existing technology, where the lengthy replacement when interrupting operation and the need to reactivate mobile features with application renewal and then reinstall it.

Preferably, a hinged housing forming part of the wall of the mobile phone or ancillary equipment and other mechanisms described as exemplary embodiments are used as a mechanism for easily replacing the base battery.

In a mobile phone, a bridging power source that powers the mobile phone at the time of replacement is used to obtain bridging energy for the mobile phone electronics with additional functions and thus for its operation when replacing the base battery without interrupting operation. This is preferably a bridging battery, or a bridging accumulator that is regularly charged, or a bridging capacitor that is continuously charged from the base accumulator via a voltage converter. The charging electronics adjusts the voltage of the mains charger to a voltage suitable for charging the base battery, which is an alternative to replacing it with a charged one.

Instead of an internal bridging power source, an external bridging power source that is adapted to charge the base battery and power the cell phone electronics with additional functions when replacing it may be advantageously used.

The additional unit module with a separate control unit operating independently of the mobile phone control unit contains internal units including a block of internal monitoring units and allows to connect external monitoring unit modules via a connector and / or electronic interface. Preferably, the internal units include a wireless communication unit, a waichdog unit for continuously monitoring the failure, a position detection unit preferably comprising an accelerometer or gyroscope, further units forming a block of internal monitoring units comprising a health function testing unit, a 5.5 slip pulse receiver. preferably an ECG unit that processes the heart signals into an ECG curve and / or a pulse curve and / or an arrhythmia curve and / or a calculated degree of arrhythmia, variability, a heart rate monitor, an alcohol test unit, and other units.

External monitoring unit modules are connected via the connector and / or electronic interface, which preferably include a health function probe, an external health function testing unit, an external alcohol and / or drug test unit with a probe, an external detector unit and an external alcohol or drug test unit . Another advantage is the connection of the electrodes and sensors located on the steering wheel 934 of the car through the ECG connector allowing continuous monitoring of the driver's health, preferably the public transport driver.

Alternatively, the bridging energy is obtained from the backup capacitor charging module.

For ease of replacement, the battery storage mechanism is preferably adapted to lift the base battery with the advantage that a spring is attached to the door which, when opening the door, raises the base battery by the notch that is common on standard batteries and the accumulator, only if the notch on the accumulator does not guarantee the reliable lifting of the accumulator, it is possible to advantageously adapt the base accumulator by sufficiently deepening the notch.

Said principle of a mobile phone with additional functions is advantageously applicable to an existing standard mobile phone which does not have said additional functions by means of an additional device connected thereto when the existing basic mobile phone battery is used for operation which replaceable with a charged one without removing the cell phone cover or accessory by providing, in an accessory that preferably replaces the original cell phone cover, the wall of the accessory is equipped with a battery removal mechanism, preferably with a door enabling such replacement. Upon opening, the base battery is preferably removed by hand and replaced by a charged one which is not possible in the current art.

Preferably, the bridging source is also used in an attachment device which is adapted to be mounted on a mobile phone by a bias mechanism of the attachment device.

The energy for the bridging source and for the electronics block of the accessory device can be advantageously obtained either from the charging and communication connector of the USB mobile phone advantageously if: * / · r · ···· · It allows or from the contacts of the base battery, which is preferred if the mobile phone does not allow the base battery to be replaced even when the corresponding charging voltage is applied to its charging connector. In this case, when replacing the base battery without interruption of operation, the bridging source supplies power directly to the mobile phone to the base battery connection contacts. Preferably, the manual or automatic switch allows switching the bridging source, for a period of time when the base battery is not replaced, from supplying power to the mobile phone to power the attachment and charging the bridging power source from the mobile phone, except when it is a battery. In the case of drawing energy from the contacts of the base battery, contact springs, which are pressed by the base battery onto the contacts of the mobile phone, are advantageously placed between its contacts and the contacts of the mobile phone and connected to an auxiliary device. advantageously small in size and has a capacity that still ensures the replacement of the base battery without interruption of operation. An attachment with such reduced bridging power source is preferably smaller in size than an attachment with an auxiliary battery, from which energy is drawn not only at the time of replacing the base battery, but also for mobile phone operation, and charging the base battery. by implementing an accessory device, wherein its accessory module block is placed at the accessory location, which merely extends or expands the body of the mobile phone instead of placing it above it. The bridging power supply is part of an add-on module block housed in the add-on device that provides additional functionality and preferably includes an add-on module module with a microprocessor control unit that allows applications to be handled independently of the mobile phone 100. preferably provided by a replaceable battery or a bridging accumulator, which is located in the bridging accumulator receiving mechanism and thus is easily replaceable, which is exchanged for a charged charging point, for example from springs on the contacts of the base accumulator. Easy removal of the base accumulator is feasible by a mechanism for removing the accumulator, preferably consisting of a door disposed in the wall of the attachment and other embodiments described below.

The attachment of the attachment to the mobile phone is effected by means of a pivot mechanism of the attachment, preferably formed by the wall of the attachment, formed.

so that when deployed to the mobile phone, it partially embraces it to provide a connection.

Advantageously, the attachment extends the mobile phone only to the length and / or width not the height and the ice does not increase the thickness of the mobile phone.

As a further embodiment of the additional device which does not increase the thickness of the mobile phone, an internal device with a smaller basic accumulator is preferably placed in the original space for the basic battery of the mobile phone. which, when inserted into the base battery compartment of the mobile phone, preferably contacts the original contacts of the mobile phone intended for the connection of the basic battery and thus the connection between the additional device and the mobile phone is achieved.

In another variant of the attachment of the attachment to the mobile phone, the original mobile phone cover is preferably replaced by the attachment, wherein the biasing mechanism of the attachment is preferably formed by grips which fit into the recesses of the mobile phone cover and thereby mechanically connect the two devices. An easy replacement of the base battery is provided by the base battery removal mechanism, preferably consisting of a door, a hinge with an axle and a latch, wherein the switch by opening the door advantageously switches the charging of the bridging accumulator to the bridging function of powering the mobile phone. Preferably, the accessory module block housed in the accessory comprises a bridging source preferably with a bridging battery and a two-pole switch, switched automatically preferably by a switch on the base battery removal mechanism or manually from charging the bridging battery to power, e.g. further comprising an acoustic transducer, preferably a loudspeaker or piezoelectric transducer, charging electronics of, for example, a mobile phone, and an accessory electronics block, further comprising an accessory electronics block, preferably including a bluetooth unit, watchdog unit, position detection unit preferably with accelerometer and / or gyroscope; a microprocessor unit, a 5.5 kHz pulse receiver, and possibly other electronic units.

The watchdog unit activates alarm signaling, preferably acoustic, or visual and / or vibrating, preferably by an acoustic transducer, or LED or vibrator, if, for example, the mobile phone does not operate correctly for some time. so that its microprocessor unit performs suitable time-saving activity at specified time intervals, preferably a product of several numbers, and if the result is equal to the correct result stored in memory, sends a refresh signal to the watchdog timer, which resets the timer measuring permanently elapsed time since last reset. If you reset »

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And • * does not occur before the preset time has elapsed, the timer activates an acoustic transducer, preferably a loudspeaker or piezoelectric transducer.

In the case of a watehdog located in the accessory, the mobile phone sends the calculation result to the accessory which evaluates it and sends a refresh signal to the watehdog timer if the result is correct

The described mechanical arrangement of the attachment as a further example of the biasing mechanism is preferably arranged such that the attachment is connected to the original housing of the mobile phone, by overlapping with a flexible connector shaped to the shape of the mobile phone to which it is attached and which can preferably be glued. Preferably, the original cover is adapted to remove the base accumulator by cutting or pressing an opening at the edges of which rails are glued in which the door is moved with a thrust plate facilitating the sliding of the door, which is preferably locked after engaging the depressions in the projections or latched. Alternatively, it is advantageous to use a hinged door, preferably with hinges and a latch on the original cover.

Another variant of the pivot mechanism of the attachment is a universally usable attachment, the width of which preferably does not exceed the straight portion of the shorter side of standard mobile phones to which the universal attachment is mounted using a base battery. but only the length. The attachment is preferably mechanically coupled to the mobile phone by plugging it into its charging connector, preferably supported by the adherence of one or two flexible connectors connecting the attachment to the mobile phone. In this case, the original cover is adapted to remove the base accumulator by means of the base accumulator removal mechanism, preferably consisting of cutting or pressing an opening in the cell phone housing at the location of the accumulator, in which the door is preferably displaceable in glued rails. Advantageously, an alternative door solution is used in the cut-out or molded opening at the location of the accumulator, which are pivotally connected via glued hinges to the outer with a cover of, for example, a mobile phone and secured by a glued latch. Alternatively, the cell phone cover is removed instead of the door.

Another universally applicable accessory is preferably original to the original mobile phone cover, mechanically fixed, preferably with an adhesive or Velcro bonding layer. Preferably, the minimum thickness of the attachment is used, given only • ···· ·· &

To ♦ to to to to to to to to to to to * kem blo blo kem kem blo blo blo kem kem kem blo blo blo blo blo blo kem thus preferably lower than the auxiliary device using the auxiliary accumulator. A discharged base battery in a mobile phone that is used to operate the mobile phone is preferably accessible for replacement by a standard procedure, i.e. by removing the cover, the accessory providing power to the mobile phone while the base battery is being replaced without interrupting operation.

Advantageously, the mobile phone cover removal arrangement may be modified to remove the base battery such that the attachment is glued or otherwise attached to a door located above the opening formed in the mobile phone cover, preferably the original one, to remove the base battery and connected to the cover over the axle and hinges. preferably, they are glued to the housing as well as the latch that is glued, so that when they are opened, the attachment is folded out and the base battery is accessible for replacement.

An alternative to attaching the attachment to the mobile phone is to fit it into the protrusions attached to the mobile phone cover, preferably by gluing. Advantageously, an additional device is connected which comprises only a block of additional modules without an accumulator, i.e. the thickness of the mobile phone increases only slightly and only when the additional device is in use. The auxiliary device delivers bridging energy for the mobile phone, which is preferably replaced by lifting the mobile phone cover, which is alternatively whole or just the door with the auxiliary device. In an alternative embodiment, wherein the auxiliary device preferably comprises an auxiliary accumulator, the base accumulator is recharged therefrom. The thickness of the mobile phone increases only while the base battery is being charged. In order to be able to connect independently the part of the accessory with the accessory electronics block, which is preferably thinner and the part with the accessory accumulator which increases the thickness of the mobile phone more, both parts have separate protrusions for snapping and connection.

Due to the easy attachment of the additional device, the additional battery is preferably applied only to charge the base battery, thus increasing the thickness of the mobile phone only for a relatively short time. Also, the part of the accessory with the accessory unit block is preferably applied only when needed and in addition increases the thickness of the mobile phone less than the accessory battery. Basic batteries of mobile phone and auxiliary device exchanged for charged without rebooting can be charged universal group charger adapted for mobile phone flat batteries, on which the charged batteries are fixed on their battery contacts side by group of spring contacts of charger with possibility to shift whole group of contacts and adjustable their mutual pitch, at ·· ···· · • 9 · ·· *

99 9 9 99 99 9 9 on the other side with a sliding stop and sliding fixation mechanisms from the sides. Advantageously, the sliding fixation mechanism may form a sliding notch with two fastening elements adapted for sliding in the grooves formed in the support plate. After pressing the notch on the accumulator wall, the notch position is fixed by the fastening elements, preferably by tightening the nuts. In a variant arrangement, the notch of the sliding fixation mechanism preferably forms part of the upper fixation member movable over the lower fixation member fixedly connected to the support plate. The mutual displacement of the two fixing members on the sides with the serrated-shaped notches allows the spring guide to press the two fixing members together and rigidly connected to the lower fixing member. By pressing the upper fixing member slidable over the length of the groove formed in the guides of the guide member against the accumulator wall, the position of the upper fixing member and thus of the notch is automatically fixed. The drawbacks of the various battery housings and the various storage mechanisms and arrangements designed for this purpose are eliminated by the following alternatives and variants of the storage device according to the invention, which consist in significantly reducing the thickness of mobile phones and ensuring the possibility of quick battery replacement. rear cover. The principle is that in the accessory or mobile phone a mechanism for replacing the base battery is provided, adapted to the basic battery, the wall of which is also the wall of the mobile phone or the accessory, thereby reducing the thickness of the mobile phone or the accessory by the thickness of the door or cover; the replacement mechanism is simplified and thus the failure rate is reduced. One variant of the possible embodiments is to provide the base accumulator with a support frame, the peripheral lining of which is preferably closed from the top outside with a thin cover wall of the accumulator and from the bottom inside is preferably opened or covered with a thin cover foil. provided contacts for connecting the battery with an additional device or a mobile phone, the elastic contacts preferably being provided against the contacts for connecting the battery in the additional device or a mobile phone, preferably telescopic and the inner side of the upper thin covering wall is preferably provided with adhesive and at least two walls of the support frame are preferably provided with locking elements for securing the support frame in the body of the attachment and on the exterior surface of the cover of the attachment or mobile phone on at least one edge ot The support frame raft is preferably provided with a removable shaped recess for the nail, preferably against the recess in the body of the source block a notch of the nail support when the opening in the cover is adjustable above the space for insertion of the operational battery of the mobile phone or other mobile device. It is also acceptable that the «♦ * ·

A recess adapted to insert the support frame with overlaps is provided for the removably insertable support frame of the battery removal mechanism. wherein the overlap and recess counterparts are preferably circumferentially provided with a dustproof profiling formed by a depression and a protrusion. The locks are preferably formed by shaped protrusions, or shaped protrusions with counter-recesses, or magnets with metal counterparts. It is suitable if the locking frame, the overlap of the upper edge of the supporting frame with the interference and the contact frame provided on the frame support frame are adapted not only to the shape of the mobile phone or the auxiliary device, but also to the battery charger. the attachment and the mobile phone are preferably identical. Furthermore, it is desirable to adapt the charger to charge the base batteries, preferably by using the same battery removal mechanism as in the attachment or mobile phone designed to advantageously charge multiple batteries. In this embodiment, the power module is preferably adapted to receive an accumulator with or without a hard cover, or without a hard cover with contact terminals in the form of carriages. It is also suitable if the source module is formed by an accumulator mounted preferably by gluing to the wall of the accumulator provided with a notch against the nail recess, the wall of the accumulator being secured by a slide slide. A source module assembly charger is feasible, the segments of which are provided with a charging electronics block, a connector connector, a LED charge status indicator, wherein each segment is shaped to accommodate two or four source blocks complementarily when the shafts of these blocks are provided with locking elements. with the contacts of the source modules, and from both flat sides of the charging module, a connector for the charger modules and a lock for connecting the mechanical and electrical modules of the charging module chain are formed. The essence of another storage mechanism of the basic accumulator comprising the source module consists in that the accumulator is preferably located in the source module, which is preferably formed by the accumulator connected to the supporting frame of various embodiments, preferably provided with contacts and thus allows fast manipulation of the accumulator replacing it without removing the cover of the electronic device, preferably formed by a mobile phone. There are variants of the source module. The source module with a support frame with an overlap after inserting the source module into the electronic device, preferably to the mobile phone, is the source module fastenable with the locking elements of the supporting frame and the locking elements of the electronic device, which can advantageously be designed as mechanical holders. The electrical connection of the support frame to the mobile phone electronics is ensured by the resilient contacts located on the electronic device and the contacts of the support frame.

• ·

The storage mechanism of the battery located in the accessory extends the use of the mobile phone with which the accessory is connected. The source module with a supporting frame without interference is mechanically fixed by a sliding slide in the mobile phone and therefore without the use of locking elements. After removal of the original mobile phone cover, the attachment device is connected to the mobile phone by a fastening mechanism preferably formed by snap-fit grips of the attachment device, which are made to fit into the cell phone indentations originally intended to secure the mobile phone cover. Advantageously, the attachment abuts the surface of the mobile phone over its entire length, therefore, when the source module is inserted, it passes through an opening formed in the thin housing of the attachment, thereby extending only the total length of the assembly of the mobile phone with the attachment. The electrical connection between the mobile phone and the accessory is achieved by connecting the USB female connector to the USB male connector. The bridging accumulator ensuring the operation of the electronic device without interruption while the discharged basic accumulator is replaced by a charged one is preferably located in the auxiliary device. When placing the storage mechanism in an accessory connected to the mobile phone, the space between the surface of the mobile phone and the accessory housing of the accessory device for inserting the source module with a flat support frame containing the additional battery is utilized. The overhead frame power supply module, in which the accumulator is preferably mounted by gluing, preferably by an adhesive layer, to the frame wall, which is preferably thinner, as it is reinforced by the frame itself, compared to other types of storage devices, e.g. door is an advantage. It is self-supporting, which allows the thickness of the mobile phone to be reduced. The battery is preferably without a fixed housing, thereby reducing the mounting height of the battery with the cable-like contacts. The overhang of the upper part of the frame is preferably supplemented by protrusions which fit into the recesses provided for this purpose in the wall of the auxiliary device to prevent the ingress of dust. The notch on the edge of the supporting frame and the nail recess on the attachment facilitate the removal of the frame from the attachment. When the power pack is plugged into the accessory or mobile phone, the upper side of its support frame is flush with the surface of the electronic device, so that the power pack at the same time replaces its cover. Advantageously, the bottom of the support frame may be covered with a thin film so that the size of the source block is minimized in height. The supporting frame with the accumulator is fixed by the locking elements of the supporting frame and the locking elements of the electronic device. The electrical connection of the battery to the auxiliary device is provided by the support frame contacts and the resilient contacts, preferably telescopic, forming part of the auxiliary device or the mobile phone. As an alternative to the use of a support frame without overlap, the accumulator is also mounted preferably glued. In the case of a source module with a flat support frame with an interference fit, to which the battery is also preferably mounted, the battery contacts are electrically connected to the battery contacts with preferably flexible telescopic contacts which form part of the mobile phone or ancillary equipment. In this case, the locking elements are preferably attached to the battery housing. When using a flat support frame without overlapping, the accumulator is also preferably attached to it. It is also feasible to use a specific accumulator with overlap and detent! the mating elements preferably on the mobile phone, wherein the locking elements are preferably attached to the battery cover. For this type of storage device is designed modular charger for charging power packs with batteries. It is based on the charger modules, each module can insert two or four source blocks in the same way as when inserting / removing the electronic device. Several charger modules can be mechanically easily and quickly connected and disconnected using the locks on. inserting and removing source blocks and electrically connecting with a pair of connectors. A connector is provided for connecting an external power source, is part of the master module and is connected to the charger module electronics and a pair of connectors. The LED indicates the charge status of the inserted source blocks.

Preferably, the chest belt is complemented by a pulse and / or ECG evaluation electronics and / or variability meter and two pairs of contact surfaces for continuous sensing of cardiac muscle electrical activity. The sensed physiological and bioelectric signals are preferably routed to two independent control units, which continuously compare the results and, upon detection of a difference, activate an audio signal source, such as a loudspeaker or piezomechange, to emit a warning signal. The signals are further transmitted wirelessly for further processing and graphical display, preferably to a mobile phone with additional functions and / or to an additional device via a wireless link, preferably in the 2.4 GHz band and / or a 5.5 kHz transmitter and / or bluetooth with a wireless link. 2.4 GHz. Advantageously, the results can also be transferred to a watch with a 5.5kHz receiver.

Advantageously, the results obtained in one controller are transferred to the electronics block of the attachment and the results obtained in the other controller are transferred to the mobile phone and subsequently both results are compared preferably in the electronics block of the attachment and / or in the electronics of the mobile phone with additional functions . The chest belt control unit, preferably mounted on the wristband, includes buttons and a display, intended to control the chest belt electronics and display. If the values of the evaluated parameters exceed the selected limit, the vibrator and / or sound source warning is activated. The advantage of two independent complete heart rate and / or ECG evaluation systems is. that the system is not only backed up, which is important for vital functions, but by comparing them to verify the resulting values or curves processed from physiological or bioelectric signals.

The invention also provides several options for displaying data after processing transmitted to cooperating units, inter alia from the chest strap on the display of the mobile phone, preferably a numerical display of the arrhythmia, variability, breath, pulse and the cause of the alarm when a warning and / or graphical display occurs. ECG waveforms with the ability to control the display sensitivity and speed, waveforms, motion filter settings, and multi-line display control. Also preferably, single or multifunctional imaging, preferably ECG curves, is performed. pulse, arrhythmia and variability curves, with the possibility to change the imaging details. Advantageously, the sensitivity, shift rate and degree of interference suppression filtering when the subject is moving is performed with buttons or a touch screen, so that when changing the settings, it is possible to follow the ECG waveforms to select the most appropriate setting and no need to switch to This is not possible in the current technique.

A further advantage of embodiments of the invention is the sensing of physiological and bioelectric signals from external sensors glued and / or placed on the t-shirt and / or internal sensors on the chest strap and / or directly on the mobile phone and / or wristband and allows their wireless or wired transmission for processing and display on a mobile phone and / or additional device.

The probes for internal sensors are either part of the surface of the mobile phone and / or accessory or can be wired and / or wirelessly connected to them.

A preferred embodiment is that the probes are located on the inside of the garment adjacent to the body, which ensures contact with the body while being worn comfortably for the person to be monitored.

In the case of glued probes on the surface of the human body, the preferred embodiment is to connect them to a mobile phone and / or an additional device placed on the wristband with thin wires so that it is unobtrusive for the person to be monitored and unnoticeable to the person. displayed on the display unit and / or on the display of the mobile phone placed on the wristband. It is preferred to have external sensors

located on the control device of the human-operated means, preferably on the steering wheel of the car.

The auxiliary device is designed in a variant according to the wishes of the user 11a in shape and size with respect to the required extended functions.

Clarification of the figures in the drawings

1. Mobile phone with additional functions easy removal of the basic battery with the advantage of no interruption of operation

2. Detail of insertion, removal and storage mechanism for quick base battery replacement

3. Block diagram of power electronicsmultimedia equipment

4. Block diagram of external bridging source connection

5. Monitoring unit module with control unit

6. Block diagram of power supply for electronics, eg mobile phone

7. Adding a conventional, mobile phone with a mechanism to easily replace the base battery without removing the original mobile phone cover

8. Mobile phone with removable attachment adapted to easily replace the base battery with a charged one

9. Attach the attachment to the mobile phone with a shaped wall

10. Attachment inserted into the original base battery compartment

11. Other attachments with easy battery replacement

12. WATCHDOG activity detection block diagram • * · • ·

13. Customized attachment associated with mobile phone overlapping and gluing

14. Universally applicable attachment

15. Universally usable attachments mechanically fastened by screws or fasteners

16. Universally applicable accessory with electronics block with connecting layer

16a Universally usable accessory that snaps into the lugs on the original mobile phone cover,

17 .. Battery storage mechanism located in the mobile phone and accessory with power module

18. A conventional mobile phone with an additional device with a power module with a supporting frame with a wall without interference.

19. A power module consisting of an additional battery with a wall attached. The notch on the source module and the recess for the nail on the attachment make it easier to remove the source block

20. Source module with supporting frame with overlap. The battery is designed without a fixed cover and is mechanically connected by gluing

20a Power module with support frame without overlap

21. Source module with overlapped wall la Source module with wall formed directly by the battery wall, which is rounded b Mechanical connection of the locking elements to the battery

22. use of the shaped battery in the shaped frame with overlap 271 and locking elements

23. Modular charger for battery packs

23a Battery charger module for accommodating four battery packs at the same time

24. Example of universal group charger

25. Block diagram of basic battery charger

26. Universal charger arrangement for simultaneous charging of 4 batteries

27. Simplified version of the universal charger • · · ·

28. Housing for 4 reserve base batteries

29. Connecting a mobile phone to a heart rate monitor and other human body data

30. Examples of displaying data produced by a heart rate monitor on a monitor display.

i. Connecting the bonded electrodes to the mobile phone

32. Connecting sensors to a mobile phone

33. Design of additional devices

Exemplary embodiment

In FIG. 1 shows a mobile phone 100 'with additional functions with a base battery exchange mechanism 782 and an additional module block 152 for performing these additional functions, in particular easy removal of the base battery without having to remove the mobile phone cover or accessory device preferably without interruption of operation. Advantageously, on the mobile phone electronics unit 833 of the data processing and application in the add-on module block 152, the results are preferably displayed on the display 506 of the mobile phone independent display 460 and / or on the split sereen 508 of the unit module. on the split sereen 508 'portion of the mobile phone electronics and / or alternatively is displayed sequentially, one of the mobile phone electronics 833 and then the mobile phone accessory module 410, on the mobile phone display 460. The interface 508 divides the two parts of the split sereen.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In detail 1, the mobile phone electronics 100 'with additional features include mobile phone electronics 833 with a mobile phone electronics microprocessor control unit 736, an auxiliary battery replacement mechanism 782' with a hinged housing 118, a door lock 673 and contacts 307. for connecting the battery and additional module block 152 comprising a mobile phone electronics module 715, a bridging power source 836, preferably comprised of a bridging accumulator 688, and a mobile phone add-on module 410 with a microprocessor control unit 736. The interconnection of the modules and units is made by data connections 507 and voltage connections 507 '. Alternatively, preferably a cell phone strap 298 forming a bracelet for the cell phone 100 '

attachment of the mobile phone 100 'to the wrist. The bridging battery 688, which is preferably smaller in size compared to the base battery 129, as it ensures operation of the mobile phone 100 'only for a short time when the base battery 129 is replaced. The base battery 129, preferably higher amperage capacity and larger dimensions than the bridging battery 688, common to conventional mobile phones, provides operation of the mobile phone 1002 and is exchanged for a charged preferably in operation, thanks to a bridging power source 836 that supplies power to the mobile phone electronics 833 and add-on module 410 via the mobile phone power supply module 715. replacement time. To save space for the bridging power source 836, preferably formed by the bridging accumulator 688, a modular or external power supply is preferably connected via the connector 102 and the charging cable 256 at the time of replacing the base battery 129 via the connector 102 and the charging cable 256. The bridging energy source 836 ', or the housing 886, which preferably replaces the bridging energy source 836. Thus, instead of the internal bridging power source 836 located in the auxiliary battery replacement mechanism 782 ', an external bridging power source 836 externí external connected via cable 256 and connector 102, as detailed in FIG. 6. In this case, the bridging accumulator 688 is preferably omitted. The data connection of the add-on module and electronics 833 to the external devices 154, 154 'is preferably carried out wirelessly via wireless links 153 preferably made of bluetooth, or via a connector 69 Γ for data connection of module 410 and via connector 691 for data connection of mobile phone electronics . The data processing of the add-on module block 152 on the mobile phone electronics unit 833 is preferably performed by placing at least one microprocessor, independently of the mobile phone electronics 833, in the control unit 736 of the add-on module 410 in the add-on module block 152 communicating with the data an independent wireless link 153 or an independent connector 691 'on the electronics connector 691. 833 mobile phone, also working independently.

In FIG. 2, a base accumulator replacement mechanism 782 is shown in detail from section A-A 'a

It will be seen from detail 1 how, after shifting the bolt 673 in the direction of the arrow, the spring 672 tilts the released hinged sleeve 118 of the mechanism 782 for replacing the base battery 129 around the hinge, H9.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Referring to Figure 2, the base battery 129 is located in a base battery replacement mechanism 782, preferably formed by a hinged housing, to replace it, preferably without removing the mobile phone cover 700 ' 118, the upper part of which also forms a door in the wall of the cover 700 of the mobile phone. The base battery 129 is replaced by sliding the door bolt 673 in the direction of the arrow against the spring 671, thereby unlocking the hinged casing 118 to replace the base battery 129, while simultaneously lowering the bottom portion of the bolt 701 to unlock the base battery 129. the spring spring 307 of the mobile phone 100, for example, pushes it forward by the second spring 672 of the hinge housing 118 slightly tilting on the pin 338 due to the second spring 672 at section AA '. Upon insertion of the charged base battery 129, the hinged housing 118 of the base battery changing mechanism 782 closes and locks the latch 673 of the hinged housing 118, displaced forward by a spring 671, pressing the basic battery onto the battery connecting contacts 307.

In FIG. 3 is an example block diagram of the mobile phone electronics module 715 shown in FIG. 2, adapted to replace the base battery 129 during operation of the mobile phone 100 '. Preferably, the USB power connector 102 connects to a suitable external power supply 894, such as an AC charger 755 or a 5V USB port of the PC, or an external bridging power source 836 '. This voltage is applied to the base battery charging unit 682 and its output charges the base battery 29, which is preferably replaced by a charged base battery 129 instead of being charged. In this case, the connection of the mains charger is not necessary. Furthermore, this voltage is applied to the charging by the bypass energy source 836, internal to charge it, which at the time of replacing the base battery 129 takes over the power supply to the electronics 833 of the mobile phone, preferably by the bypass battery 688. mobile phone. If a charger 755 or an external bridging power source 836 'is connected while the base battery 129 is being replaced, preferably the bridging power source 836 is not used, saving space in the mobile phone 100' with additional features such as. shown in the block diagram of FIG. 4

Giant. 4 illustrates the use of an external bridging power source 836 'instead of an internal bridging power source 836 for the time to replace the base battery 129 with a charged one. The energy drawn from it is processed by the mobile phone electronics supply module 715 ' for an external source, no voltage converter 132 is applied.

• ·

Fig. 5 illustrates an add-on module module 410, preferably comprising a mobile phone comprising a wireless communication unit 707 and / or bluetooth, and / or ANT, and / or wifi, and / or a mobile operator network and other suitable wireless media; The 410 additional units include a watchdog 734 which produces a warning signal in the event of a mobile phone malfunctioning 100 ', a position detection unit 735, preferably an accelerometer or gyroscope, a control unit 736 with at least one microprocessor adapted to operate independently of the mobile phone microprocessor 100' and adapted for independent and simultaneous processing not only of applications processed in the mobile phone electronics 833, but also of other preferably medical applications, the accessory module module 410 further includes a 5.5 kHz pulse receiver 843 and other electronic units 844 preferably adapted for medical applications processing and. The ECG unit 599 processes the heart signal from the external electrodes 797 'preferably positioned on the chest strap or glued and connected by a wire connector 789 of the ECG connection or the internal electrodes 797 mounted on the surface of the mobile phone 100'. An alternative is to connect via wireless links 153 and wireless communication unit 707 to an external ECG signal source, preferably to a heart rate monitor 349. Preferably, the ECG unit 599 processed the heart signals into an ECG and / or pulse curve and / or arrhythmia curve and / or a calculated degree of arrhythmia, variability and data is transmitted by the control unit 736 for further processing and display. The internal detector unit 290 processes data and signals from the detectors 788 located on the surface of the mobile phone 100 'and / or the detectors 78.8' externally connected via the probe detector 861. The probes 798 'probe the quantities preferably medical for example alcohol or drug tests, oxygen saturation, diabetic values, blood dilution INR. respiratory rate, blood pressure and other functions, according to the connected probes in connectors 291 /. The external detector unit 290 'extends the functionality of the internal detector unit 290 and is connected via an additional connector 291 to an inductive wireless link 153' preferably 5.5 kHz. mediates the connection of module 410 'of additional units to, for example, a sports watch with a pulse receiver preferably at 5.5 kHz. The wiring module 410 of the additional units is coupled via the mobile phone connector 691 / independent of the mobile phone electronics 833, as well as via the independent wireless links 153. Preferably, the control unit 736 is adapted to communicate directly with the internal monitoring module 914 and the monitoring module 914 '. The modules 914, 914 'are connected directly to the mobile phone control unit 736 via the monitoring unit module connections 933 and the data link 507. data in the add-on module 410 is

Reliability that is greater than the data processing in the mobile phone electronics 833, as it also handles mobile phone functions and other applications, while the add-on module 410 only handles the selected applications and, if necessary, fits more microprocessors to further increase reliability. External monitoring unit modules 914 'are connected via interface 285 connector and / or electronic, preferably including a health function probe 287, an external health function testing unit 290, an external alcohol and / or drug test unit 290' with a probe 798 ', 290 detectors external and unit 290 alcohol or drug test external. Another advantage is the connection of the electrodes 143 and sensors located on the steering wheel 934 of the car via the ECG connector 789 allowing continuous monitoring of the driver's health, preferably a public transport driver.

In FIG. 6 is a block diagram of the power supply electronics 833 of the mobile phone 100 'with a bridging capacitor 808. wherein the voltage to charge the base battery 129 is supplied from the power connector 102 while the supply voltage is adapted to charge it in the charging unit 682 in the capacitor power module 715. The bridging capacitor 808 is simultaneously charged via the limiting resistor 832 or the electronics. When the base battery 129 is replaced, the bridging voltage supplies the bridging capacitor 808 of sufficient capacity to hold the voltage for the mobile phone electronics 833 while the base battery 129 is replaced. serves to limit the inrush current when the charged base battery 129 is connected when the bridging battery 688 is largely discharged.

Giant. 7 illustrates, by way of example, the addition of a mobile phone 100. with a standard battery change mechanism 782 without removing the original mobile phone cover 100 by standardly fitting the modified mobile phone cover 700 'with a standard or additional device 104 on which battery 129 attached. The modified housing 700 'is preferably applied in exchange for an original housing 700, such as a mobile phone, wherein the original base battery 129 such as a mobile phone is removable preferably by hand after opening the door 694 on the hinge 119 attached to the housing 700' or easier to remove.

Detail 1 shows the closed door 694 of the base battery replacement mechanism 782

129 mounted on housing 700 'by mobile phone 100 (standard).

· · * * • * * * * * * * * * * · · * * · ·

Detail 2 shows an open door where it is seen how the base battery is released by a distance from the spring 685.

Detail 3 is the base accumulator 129 when the door 694 is opened by the bent end of the spring 685 mounted on the door 694, where, when closed, preferably the spring 685 mounted on the door 694 abuts the spring 685 'mounted on the wall of housing 700' and forms the contact 702. the battery 129 is connected, for example, to a mobile phone 100 (standard). The primary battery 129, for example for mobile phones, typically has a nail depression 719 for removal. This depression 719 is usually too shallow for spring removal and can advantageously be enlarged with the recessed depression 720.

Giant. 8 illustrates a mobile phone 100 with additional functions in an attachment 104 that is provided with a mechanism 782 for replacing the base battery 129 and a block 152 'of the add-on modules. for performing the additional functions, in particular, easy removal of the base battery 129 without the necessity of removing the additional device, preferably without interrupting the operation of the mobile phone, and advantageously independent of the data processing and applications in the accessory module block 152 '. described in FIG. 1. Via the second accessory connector 693 ', the add-on module 410 is connected to an external device 154 and via the third accessory device 693 is connected to an external device 154', and the add-on module 410 is adapted to mediate communication between the external device 154 '. mobile phone 100, thereby replacing mobile phone data communication from connector 691, which is blocked when an additional device 104 is deployed. The attachment 104 is adapted to easily replace the base battery 129 with a charged one, preferably without interrupting the operation of the mobile phone 100 without increasing its thickness. The attachment 104 is preferably removably attached to the mobile phone 100 and comprises a top wall 709. which extends it only to length and / or width, the thickness of which remains unchanged or preferably reinforced only by the wall of the attachment 104, which includes the source 836 bridging energy, which is preferably a bridging accumulator 688, shown in this example, or a battery or bridging capacitor 808 and an auxiliary power supply module 715 that powers the base battery 129 via a mobile phone connector 691, an auxiliary device connector 693 and the auxiliary device 104, and at the time of replacing the base battery 129, powers the mobile phone 1.00 (standard) from the bridging power source 836. Switching module 715

9 * 99

The switch 703 provides power to the mobile phone power supply 104. For mobile phones that do not allow power to the mobile phone 104 via the mobile phone connector 691 and / or replace the base battery £ 29 without loss of operation even when charging through the power connector 691. for powering the attachment 104, it is preferably obtained via contact springs 678 and a bridging cable 686 from the base battery 129. whose base battery contacts 711 abut the contact spring 678, which on the other side abuts the contacts 307 of the mobile phone, 686 to contacts 307 connected, for example, by soldering. Power to the mobile phone 100 when replacing the base battery 129 is preferably via connector 307 and bridging cable 686, the power module 71.5 is switched from charging the external bypass energy source 836 'to powering the mobile phone 100 standard when the base battery 129 is replaced. 703 manually or electronically, automatically controlled by switch 702 at door open time 708, when changing base battery 129, interconnected by cable 646. Alternatively, switch 703 is controlled from standartoi mobile phone 100, via connector 691, by data signals processed by module 410 units and controls switch 703 in power module 7152.

Alternatively, power to the mobile phone 100 from the attachment 104 is preferably via the link 716 and the connectors 691, 693, preferably USB power and communication, for the mobile phones 100, which allow this after switching to save space required for an external bridging source 836 '. The energy of the charger 755 is preferably replaced by a bridging power from an external bridging power source 836 'preferably constituted by a base battery 129 located preferably in a charger 755, interconnected to bridge the replacement of the base battery 129 in the mobile phone 100 by a bridging cable 686' The bridging power source 836 is preferably a bridging accumulator 688, preferably located in the bridging accumulator replacement mechanism 688, which is preferably applied to power the auxiliary device 104 and the mobile phone 100 over the terminal. 693, 691 at the time of replacing the base battery 129. In the event that the mobile phone 100 does not allow energy to be pumped through the mobile phone connector 691, connections are made via the contacts 307 for connecting the base battery 129. for the external bridging energy source 836 'shown in Fig. 1, where alternatively the bridging energy source 836' is replaced by an external bridging energy source 836 '. The attachment 104 includes the attachment module block 152 'with the attachment unit module 410 with the attachment unit microprocessor control unit 736.

Detail 1 illustrates a contact spring 678 interposed between the base battery contacts 711 and the resilient contacts 307 of, for example, a mobile phone, where the base battery 129 presses the contact spring 678 onto the resilient contacts 307 of a mobile phone.

Detail 1 shows in more detail the contact spring 678 with the attached cable 256 preferably divided into two parts joined together, namely the inelastic part 283, which is fixedly attached to the wall 709 of the upper attachment device, so that when mounted on the mobile phone 100 00, in the direction of the arrow, the resilient contact 307 preferably telescopes the electronic device preferably constituted by the mobile phone by pushing it to the level of the wall 284 of the space in the electronic device intended for the base accumulator 129. 253 of the base battery 129, which is shown upon insertion, so as to make contact both thereon and the electronic device preferably formed by the mobile phone 100. The resilient member 282 and the inflexible member 283 form a double contact 281. The contact spring divided by the same prince The base battery 129 with the sliding door 738 shown in FIG. 11 or the base battery 129 whose wall or housing wall forms the wall of the mobile phone 100 or the attachment and wherever the contacts of the attachment need to be removed, or electronic device that abuts the base battery 129.

In detail 3 the power supply module 715 ^r in the attachment 104 is shown. In normal operation, the mobile phone bridging battery 688 is kept charged by charging from the mobile phone base battery 129, where current is drawn through connector 691 and 693 and through a voltage converter 132 and through the contacts of the two-pole switch 703 switched to the polohy position. When replacing the base battery 129 of the mobile phone 100 (Fig. 8), by opening the door 708 behind which the battery is closed, opening the switch 702 located on the door automatically switches the switch 703 from position A to position B via the contact control 703 'and electronics. 833 of the mobile phone is preferably fed from the bridging battery 688 via a voltage converter 132 'during battery replacement. In addition to the automatic switchover, switch 703 can be manually switched from the touch screen of the mobile phone 100, which is transferred data via connector 691, 693 to add-on module 410, which switches switch 703 by controlling contacts 703 '. In addition, the base accumulators 129 can be both. and bridging accumulators after

9 ··· · * · ···· • f ·· i • * fe • · · t · · · • • • t · • * « • * • · • • * • · · » • · • < • • ··· ··· ·· ·· ♦ • v · «

connecting the charger or laptop via the connector 102 or other suitable power source charged. Alternatively, the power module 715 'recharges the base battery 129 via contacts 307. Preferably, for the time of replacing the base battery 129, the mobile phone display 460 is turned off and the applications are stopped to reduce the need for the mobile phone 100,100' and thus less consumption from the bridging source.

Detail 4 shows the accessory unit module 410 ', which is provided with the same function units as the mobile phone accessory module 410 previously shown in FIG. 5. The accessory connector 693 allows connection to the mobile phone 100, the 693' connector provides connection external devices, and a connector 693 connected to other external devices. The microprocessor control unit 736 is provided with at least one microprocessor and is adapted to process data in the application independently of the mobile phone control unit 100.

Preferably, the control unit 736 is adapted to communicate directly with the internal monitoring unit module 914 and the external monitoring unit module 914 ', in which case the module 410' is preferably implemented without the control unit 736. The connection of the modules 914, 914 'is made directly to data link 507 of mobile phone 100 via connector 693, to which ^- alternatively, the respective sensors are connected via link 933 instead of link 935 of the control unit. The advantage of processing data in add-on module 410 is that reliability is greater than data processing in mobile phone electronics 833, as it also handles mobile phone functions and other applications, while add-on module 410 only handles selected applications and is fitted if necessary Multiple microprocessors to further increase reliability.

Giant. 9 shows an example of attaching an attachment 104 'with a base battery replacement mechanism 782 mounted on the mobile phone 100 by the molded wall 717 of the attachment 104, preferably of a plastics material that resilient and can be snapped onto the mobile phone 100, for example. Further illustrated is an extension of, for example, the mobile phone 100 by an additional device 104 in length, wherein the thickness of the mobile phone does not increase or only by the wall thickness of the additional device 104. The additional device 104 comprises a block 152 'of additional modules. When deploying, the attachment 104 is preferably inserted into the connector 691 of the mobile phone 100 for charging and data traffic, preferably USB, the attachment 693 of the attachment and, after insertion, the attachment is snapped onto the mobile phone 100. device 104 'instead of lengthwise, wherein again the thickness of, for example, the mobile phone 100 does not increase or increase only by the wall thickness of the accessory device 104, 104'.

Giant. 10 illustrates an additional device 104 consisting of a housing 301 of an additional device 104 and a housing connector 705 abutting contacts 176 of a mobile phone, for example, which is inserted into the base battery compartment 713 shown in FIG. and via the new contacts 684, and via the base battery power module 715, the intermediate battery charges the bridging battery 688 and feeds the mobile phone 100 through the contact housing connector 705 and the mobile phone sliding contact connector 176 and the base battery 129 and is located in the base replacement mechanism 782 a battery from which it can be easily removed and replaced with a charged one, with uninterrupted power provided by a bridging battery 688.

Giant. 11 shows the attachment 104 connected to the mobile phone 100 instead of the original mobile phone cover 101, the electrical connection of the mobile phone 100 to the attachment 104 is accomplished by interconnecting the IJSB female connector 691 with the USB male connector 693. The door 708 rotatable on hinges 731 is locked by the latch 304 when closed. An easy replacement of the base battery 129 is provided by the base battery change mechanism 782, where upon opening the latch 304 the actuating switch 702 releases the door 708 with the axle 733 rotatable in patents 731. The switch 702 controls the switching of the module 152 'of the add-on modules to power the mobile phone at the time of replacing the base battery 129, alternatively, the hinged door 708 may be replaced by the sliding door 738 shown in Figure 13 below. advantageously, it is a bridging accumulator 688 'located in the bridging accumulator housing 915 and forms a miniature assembly provided with a connector [02' male], which is inserted into the female connector 102 of the external device accessory and can be in particular, when the mobile phone 100 does not allow power to be drawn from, for example, connector 691. When an accessory module block 152 is used, it may be powered from the external bridge power source 836 'when: when not in use, the housing is preferably plugged directly into the mobile phone connector 693. As shown in arrow 504, the base battery replacement mechanism 782 is also preferably used. · ♦ · ♦. (29) An external bridging energy source 836 'with primary batteries is preferably formed by a housing 886 preferably for a plurality of accumulators, wherein at least one of the base batteries 129 is connected to the cable 895 via connector 693 'or is preferably a charger 75.5 of the base batteries where the connection is via cable 895 with connector 693 'to attachment 104 or directly to mobile phone 100 and cable 895 draws power from the voltage converter 825, which aggregates power from multiple base batteries 129. This adaptation is preferably applied to all described 8, 9, 13, 14, 15, 16, and 6a.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In detail 1, the original cover 101 is shown with the tabs 128 snapped into the recesses 127 of the mobile phone 100 and thereby mechanically engaging the cover. The original housing 101 is replaced by an additional device 104 which is connected to the mobile phone 100 by a fastening mechanism 781, preferably formed by snap-fit clips 732 of the additional device 104, which fit into the recesses 127 of the mobile phone 100.

Detail 2 shows a latch 304 which, by sliding in the direction of the arrow, unlocks the door 708,

Detail 3 illustrates the portions forming the add-on module 410, preferably a wireless communication unit 707 or bluetooth, a watchdog 734 that produces a warning signal in case of loss of connection to the mobile phone 100 or its malfunction by its own electronics independently of the position detection unit 735, preferably an accelerometer or gyroscope, a microprocessor control unit 736 that is adapted to operate independently of the mobile phone microprocessor 100 in the mobile phone electronics 833 and is adapted to independently and simultaneously handle not only the applications processed in the mobile phone electronics 833 but also other applications preferably a medical receiver 843 pulses of 5.5 kHz and optionally other electronic units 844 preferably adapted for processing medical applications such as ECG, arrhythmia, variability, alcohol, drug test and supplemented with appropriate probes and detectors for this purpose.

Giant. 12 illustrates block activity detection by the watchdog 734 located in an additional device 104 that activates the acoustic signaling by the acoustic transducer 853 if the mobile phone 100 has not been operating properly for some time. The mobile phone 100 is programmed such that its microprocessor unit 859 performs appropriate time-saving activity at specified time intervals, e.g., the product of several numbers, and if the result is the same as: With the correct result stored in memory, via connector 691 and connector 693, the code corresponding to the refresh signal is transmitted to the microprocessor control unit 736 of the auxiliary device 104, which resets the timer 858 resettable continuously after the signal has elapsed since the last reset. . If the reset does not occur before the preset time has elapsed, the timer 858 activates the acoustic transducer 853 preferably a loudspeaker or piezo transducer and / or a vibrator 294 or a visual indication 295 preferably an LED. The watchdog 734 located in the mobile phone 100 'receives the refresh signal directly from the mobile phone electronics 833 by the bridge 790 and the control unit 736 and the USB connectors 691 and 693 are not used.

Giant. 13 shows an additional device 104 mechanically coupled to the original housing. 101 by an overlapping mechanism 781 formed by an overlap 743 shaped to the side shape of the mobile phone 100, which is preferably mechanically coupled to the original cover 101 by gluing the overlap 743 to the original cover 101 which is adapted to handle the base accumulator 129 the accumulator 129 preferably formed by cutting or molding an opening in the original housing 101, at the edges of which rails 741 are glued, in which the door 738 sliding with the thrust pad 845 is displaced to facilitate ejection of the door 738. lugs 854 or latch 740 glued. Alternatively, the hinged door 738 shown in FIG. 10 can be used. The function of the accessory module block 152 'has already been described in the description of FIG. 10.

Giant. 14 illustrates a universally usable attachment 104 whose width preferably corresponds to the straight portion of the side of the mobile phone to which it is attached. The attachment 104 is mounted on the mobile phone 100 by plugging it into connector 691, and. If further reinforcement is needed, it is preferably further mechanically coupled to the original housing 101 by a fastening mechanism 781 preferably formed by a flexible connector 748 adhered to the housing 101 and preferably a second flexible. The closure 748 'glued to the mobile phone 100, which do not prevent removal of the base battery 129 by lifting the original cover 101. The original cover 101 of the mobile phone 100 is preferably modified by adding a mechanism 782 for changing the base battery 129, preferably formed by a sliding door 738. Alternatively, the base accumulator can be removed by lifting the cover. 101. The accessory module block 152 'located in the accessory device 104 has the functions already described in FIG. 10.

··· ··· 4 4 · • 4 4 4 4 4 4 4 44 4 • • 444 4 4444444 4 4 4 4 4 4 ·

44444 «44 444 4 ···

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to detail 1, an alternative solution is shown wherein by means of a door 708 above a cut or molded opening at a location of the accumulator.

Giant. 15 illustrates a universally usable attachment 104 that is mechanically coupled to the original unmodified cover 101 by a fastening mechanism 781 preferably formed by screws or a bonding layer 318, preferably adhesive, Velcro, and the like. The advantage is the small thickness of the attachment 104, preferably comprising a block 152 of the add-on modules with the very low electrical components and functions described in the description of FIG. 10. The base battery 129 is accessible by a standard procedure, i.e. removing the cover 101. preferably provided by a short cable 234 and a connector 693.

Giant. 16 illustrates a universally usable attachment 104 with an add-on module block 152 that is preferably easily hinged to the door 708 to which it is mechanically connected by a hinge mechanism 781 formed by hinges 860 and a latch 857. The door 708 is preferably part of the removable housing 101 of the base battery 129 and are hinged to the housing 101 via the axle 733 and hinges 860 as well as the stuck latch 857 mechanically coupled to the housing 101. The connection to the mobile phone 100 is made by cable 234 or alternatively flat cable 881 glued to mobile phone 100 preferably covered by a flexible cover 505, which allows the door 708 to be folded together with the attachment 104,

Giant. 16a illustrates another example of universally applicable attachment 104, wherein the attachment mechanism 782 for changing the base battery of the attachment is formed by a system allowing easy attachment or removal of the attachment by, for example, snapping, sliding or rotating, sliding and locking by a latch or other suitable means. In the example, it clicks into the protrusions 791 on the original mobile phone cover 101, preferably glued, and is held by the protrusions 791 engaging the recesses 794 in the attachment 104. The auxiliary accumulator 120, when applied preferably of larger dimensions and capacity than bridging accumulator 688, so. in order to charge the base battery 129, it is interchangeable with the base battery replacement mechanism 782 and in this case its battery wall 269 forms the wall of the attachment 104. This easily removable attachment 104 is preferably mounted on the mobile phone 100 only to charge the base battery of the battery 129, or when a snap-in module 152 is used. so at a time when it is not deployed, the thickness of the cell phone t ···· · · · · · · · · · · · · ·

100 does not increase. The attachment of the attachment 110 to the mobile phone 100 is via a short cable 234 with a connector 693.

An alternative embodiment of the projection 791 'is shown in detail 1. which is provided with a male connector 693 into which an additional device 104 is preferably fitted with a female connector 691 ' thereby mechanically secured and coupled to a cable 234 which is preferably attached to the mobile phone by e.g. adhesive tape so that it does not need to be plugged into the mobile the telephone 100 each time the attachment 104 is used, in which the attachment 104 is preferably fitted with only a snap-on block 152 of the extension modules, so that the thickness of the mobile phone 100 increases only slightly. Preferably, an additional battery 120 is also mounted. In this case, the thickness of the cell phone 1.00 increases, but only for a relatively short period of charge of the base battery 129, since the additional battery 120 or the auxiliary device is snapped away. device connects only when needed.

Detail 2 illustrates an embodiment of an attachment 104 with separately removable portions of an add-on module block 152 'and an auxiliary accumulator 120 snapped into the protrusions 791 with a middle protrusion 793 in which the connection between the auxiliary accumulator 120 and the auxiliary module block 152 is preferably snapped 785. the additional battery 120 only to charge the base battery 129. which increases the thickness of the mobile phone 100 for a relatively short time only, the charging and attachment 104 at the location of the add-on module block 152 is very thin, thus increasing the mobile phone thickness only slightly and only during use .

Referring to FIG. 17, another example of a storage mechanism 603 of a base battery 129 comprising a mobile phone battery comprising a source module 241 is preferably a base battery 129 whose wall 269 forms part of the mobile phone housing 100 'and allows rapid handling of the mobile phone. battery 129 when replaced without removing the mobile phone cover 100 'with additional functions with a display 178 and a USB connector 102. The storage mechanism 603 is located in the mobile phone 100 'with additional functions. The mobile phone 100 'with additional features is preferably equipped with the mobile phone electronics 833 with a SIM card 177, a speaker grille 674, a camera lens 800, an add-on module 410, a power module 715, a bridging accumulator 688 in a retrofit mechanism 782'. a battery that ensures the operation of the mobile phone 100 while the base battery 129 is replaced.

* ······················································· · «········ · · · ···«

Embodiments of the source module 241 are illustrated in detail in FIGS. 37-39. FIG. 34 further illustrates a source module 241 with an interference frame support 242 shown in detail in FIG. 37. The notch 259 on the source module 241 and the nail recess 246 on the accessory device facilitates removal of the power module 241 from the accessory device, which is fastened by the mounts 128. After inserting the power module 241 into the mobile phone 100, preferably the mobile phone 100, the power module 241 is secured by the support frame locking elements 240 and electronic device locking elements 240. which may preferably be in the form of mechanical clips or magnets. The electrical connection of the support frame 242 to the electronics 833 of the mobile phone 100 is provided by the resilient contacts 244 located on the mobile phone 100 and the contacts 243 of the support frame. A block diagram of the internal power module 71.5 of the mobile phone 100 'with additional functions for replacing the base battery 129 during operation or alternatively charging is shown in Fig. 3.

Giant. 18 illustrates a base battery replacement mechanism 782 disposed within the mobile phone 100 and accessory device 104, wherein the base battery 129 passes upon replacement by the accessory device 104 extending the functionality of the mobile phone 100. Next, a source module 241 with a wall 269 without interference is shown in detail. 20a and 21a, which is mechanically fixed in the attachment 104 in this embodiment by a fixed threshold 268 'and a sliding threshold 268. The notch 259 on the source module 241 and the recess for the nail 247 on the attachment 104 shown in FIG. 20 facilitate removal. The attachment 104, after removal of the original mobile phone cover 100, is connected to the mobile phone 100 by a fastening mechanism preferably formed by snap-fit clips 128 of the attachment 104, which are manufactured in such a way. they fit into the indentations 127 of the mobile phone 100 initially intended to secure the mobile phone cover. In the configuration shown, the base accumulator 120 is a mobile phone accumulator 111 and the attachment 104 preferably abuts the surface of the mobile phone 100 along its entire length and upon insertion the source module 241 passes through an opening formed in the thin housing 101 of the attachment 104 to extend it. only the total length of the cell phone array 100 with the attachment 104, while the overall height is almost unchanged. The electrical connection of the mobile phone 100 to the accessory 104 is accomplished by connecting the USB female connector 691 to the USB male connector 693. Block 152 of the add-on modules modulates the main portion of the add-on device

104, preferably a bridging accumulator 688, an acoustic transducer 853, preferably a loudspeaker or piezo transducer, a mobile phone power module 715, and additional unit module 410. The power supply of the add-on module block 152 of the add-on device 104 is preferably provided from connectors 693 and 691, preferably USB, from a mobile phone 100 or alternatively from an external source when connected preferably via connector 102. contacts 243 and contacts 244.

Giant. 19 illustrates the placement of the auxiliary accumulator replacement mechanism 782 and the source module 241, which constitutes the auxiliary accumulator 120, preferably conventional, to which the wall 270 is preferably adhered, allowing it to be less thick by being reinforced by the auxiliary accumulator 120, or an additional accumulator 120 is already manufactured with this wall. The auxiliary accumulator replacement mechanism 782 'is disposed in the auxiliary device 104 coupled to the mobile phone 100 with the base accumulator 129, into which preferably the USB connector 102 the connector of the auxiliary electronics board 333 is preferably inserted. In this case, the space between the surface of the mobile phone 100 and the cover of the accessory device 104 for inserting the source module 241 consisting of the additional battery 120 shown in Fig. 20 is utilized. The notch 259 on the source module 241 and the nail recess 247 on the accessory device 104 facilitates removal of the source module u241 from the attachment 104. The detent element 240 is formed by a detent protrusion 240 ' and the detent recess 240 for detecting the mobile phone 100 preferably fixes the mechanical connection of the attachment 104 and the mobile phone 100. they form part of the wall 270 of the attachment 104.

Giant. 20 shows a source module 241 with a support frame 242 with an overlap 271 in which the base accumulator 129 is preferably secured by gluing a layer 261 to the wall of the frame 242 which is reinforced by it and preferably thinner overlap 271 and preferably over a conventional door in the housing 101, which are self-supporting. The base battery 129 'v is preferably in the design without a fixed cover, thereby reducing the mounting height of the battery with the contacts replaced by the cable 249. The projection 271 of the upper part of the frame 242 is preferably supplemented with protrusions 258 engaging in the recesses 257 For this purpose, formed in the wall of the additional device 104 prevents the ingress of dust. Notch 259 at · · ······················· The overlap of the support frame 242 and the nail recess 247 on the attachment 104 facilitate the removal of the frame 242 from the attachment 104. After inserting the source module 241 into the attachment 104 or mobile phone 100, the top side of its support frame 242 aligns with the mobile surface phone, so the source module is also replacing its cover. Advantageously, the bottom of the support frame 242 may be covered by a foil 248. After inserting the source module 241 into the electronic device, its support frame 242 with an additional accumulator 120 is fastened by the support frame locking elements 240 and the electronic device locking elements 240 also shown in FIG. the connection of the auxiliary accumulator 120 to the auxiliary device 104 is provided by the support frame contacts 243 and the resilient contacts 244, preferably telescopic, forming part of the auxiliary device 104.

Giant. 20a illustrates a variation of the example shown in Figure 20 using a support frame 242 'without interference with a notch 259' of the support frame to which the base battery 129 is also preferably secured by gluing.

Giant. 21 shows a source module 241 with an overhang wall 269 'to which the base battery 129 is also attached preferably by gluing; upon insertion into the mobile phone 100, the battery contacts 243 are electrically connected to the flexible contacts 244 preferably telescoping forming part of the mobile phone 100; In this case, the locking elements 240 are preferably attached by gluing to the housing of the base battery 129 and / or the additional battery 120.

Giant. 21) and illustrates a power module 241 with an auxiliary accumulator 120 and / or a base accumulator 129, preferably conventional, to which the wall 270 is preferably attached by gluing, allowing its thickness to be reduced by being reinforced by the auxiliary accumulator 120 and / or base accumulator 129, as opposed to the commonly used cover of the auxiliary accumulator 120 and / or base accumulator 129 with a self-supporting door, which allows to reduce the thickness of the mobile phone 100 or the wall 270 is formed directly by the wall of the auxiliary accumulator 120 and / or base accumulator 129 which is rounded.

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Giant. 21b shows the mechanical connection of the detent elements 240 to the auxiliary accumulator 120 and / or base accumulator 129 using edge 273. The sides of the edge 273 abutting the auxiliary accumulator 120 and / or base accumulator 129, which is preferably shaped and thus connectable to the auxiliary accumulator 120 and / or base accumulator 129 is preferably glued.

Giant. 22 illustrates the use of the shaped accumulator 266, in the shaped frame 266 'with overhangs 271 and locking elements 240 engaging the counterpart, preferably on the mobile phone 100 shown in FIG. 18 or an additional device 104. The advantage of this solution is that the wall of the shaped frame 266 Preferably, the battery constitutes the present wall of the mobile phone 1.00 'or the attachment 104, and thus preferably does not need to use a door and the mobile phone 100 is thinner. Chargers designed in this way serve as multiple flat battery chargers suitable for powering mobile phones and at the same time are their portable storage and moreover serve as an external power source (power bank) for mobile phones 100 and 100 ', both long-term and bridging. In the external power supply function, the charger is capable of transferring power to the mobile phone 100, 100 'to cover its consumption and charge the battery.

Giant. 23 shows a modularly designed charger 755 'modular for charging power modules 241 with base accumulators 129. It is based on charger modules 250 where two power modules 241 can be inserted / removed into each module by the same procedure as for inserting / removing into mobile phone 100, 100' by means of the base battery replacement mechanism 782 preferably identical to the base battery replacement mechanism 782 100, 100. The electrical connection is provided by the resilient, preferably telescopic, module contacts 244 '. The modules 250 can be snapped together as needed, using the moldings 251 and 251 'interlocking. Charging is performed by an external power supply via connectors 255. The moldings 256 ' The interlocking modules are interconnected by contacts 254, 254 'of charger module jumper 561. The charger module charging electronics 260 will charge the power modules 241 and externally the mobile phone 100. 100 'through the external power connector 502, where the modular charger 755' replaces the bridging power supply 836 by connecting the external power cable 503 or sliding the mobile 100100 'directly into the 502 advantage of USB connector.

• · · · · · · · · · · · · · ·

Giant. 24 illustrates an example of a universal group charger 755 $ advantageously for base batteries 129, on whose carrier plate 763 the charged batteries 762 are fixed on their contacts side by a plurality of spring contacts 769 with displaceability of the whole group and adjustable by their spacing. on the other two sides by sliding mechanisms 757- The energy to charge the batteries 762 inserted into the charger 755 is supplied by the mains charger 766 via the cable 767 and the charger connector 765 which is connected to the charging electronics 788 controlling the charging of the base batteries 129. bridging power sources 836, the charging electronics 788 preferably supply power through a gateway of at least one currently inserted at least partially charged base battery 129, preferably with a universal group charger cable 296 for soldering the mobile phone 100, 100 'via cable 256 and connector 257 or connector 102 of an alternatively accessory device 204, in this embodiment, the charger 755 is preferably usable for the function of an external bridging power source 836' instead of an internal bridging power source 836. The advantage is that the base bridges 129 reserve batteries used to replace the base battery are used for the external bridging power source and no extra power is required.

Detail 1 shows an example of a slide mechanism 757 whose notch 776 with two fastening elements 770 adapted to be slid in grooves 771 formed in the carrier plate 763. After pressing the notch 756 on the battery wall 762, the notch 776 is fixed by the fastening elements 770 preferably by tightening nuts or bolts .

Detail 2 illustrates another example of a slide mechanism 7572 whose notch 776 forms part of an upper fixation member 758 sliding with sawtooth grooves 772 along a lower fixation member 759 with stitched grooves 773 firmly connected to the support plate 763. a guide member 768 with a spring 774 urging the two fixing members together over the washer 775 and rigidly connected to the lower fixing member 7.59. By sliding the upper fixation member 758 slidable in the direction of the arrow over the length of the groove 761 formed in the upper guide fixation member 758. On the wall of the accumulator 762, the position of the upper fixation member 758 and thus the notch 776 is automatically fixed

Giant. 25 shows an example block diagram of a charger 755 of base batteries 129.

The charger is provided with four voltage converters 824, preferably step down. which adjust the voltage from the mains charger 766 of 5V, preferably to a charging voltage of 4.2V. The charger also allows to power the mobile phone 100, 100 'and preferably serves as an external bridging power source 836' by preferably step up voltage converters 825 which take from the accumulators located in the group charger the required energy supplied by the external bridging power source 836 ' Preferably, it is also adapted to permanently charge the mobile phone 100, 100 '. In the example shown, power is taken from all 4 base batteries. Preferably, the charger 755 is alternatively adapted to draw power from any number of inserted batteries.

Giant. 2: 6 shows an arrangement of a universal charger 755 for simultaneously charging 4 accumulators. The inserted battery is first pushed by its contacts onto the charger contacts 769, whose correct position relative to the battery contacts is previously set after loosening and after adjustment by tightening the screws 787. Similarly, the stops 764 are moved and fastened by loosening and then tightening the screws 787. The charger 755 houses the charging electronics 788 connected via the connector 765 and the cable 767 to the mains charger 766. It is connected to the contact pads 892 by the connections 893 and thence via the contacts 769 inserted by the base batteries 129. The charging electronics 788 preferably, it is adapted to provide power to the mobile phone 100, 100 ', or an additional device useful to bridge the replacement time of the base battery 129 in the mobile phone 100, 100'. via connector 765 'and cable 895 and connector 695. This adaptation is applicable to all types of chargers described.

Detail 1 illustrates the spring contacts 769 on a slider bracket sliding in groove 780 and a sliding mechanism with a stop member formed by a stop 764 that is slidable in groove 761 and secured by screws 787 located on three sides of the base battery 129. opposite to the contacts of the charged base battery 129, wherein the electrical connection of the contacts to the charging electronics 788 provides a conductive surface of the slots 786.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In detail 2 is shown the sliding fastening of contacts 769 with contact pad 892 on contacts conductively connected to contact pad 892 'on board 763, preferably the + contact printed circuit board and 892 and 892 pro contact contact pads.

«

Detail 3 shows a side view of contact 769 + where contact pads 892 abut contact pads 892 '.

Detail 4 shows a side view of the contact 769 where the contact pads 892 abut the contact pads 892.

Detail 5 shows the possibility of placing the rechargeable batteries on both sides of the board, preferably for four batteries, thus reducing the size of the charger 755. which is housed in the box 891. Next, the figure shows a charger for external charging or backup bridging equipped with a hinged connector 765, which is the counterpart of the connector mounted on the mobile phone 100, 100 'and allows it to be connected directly or via a cable to power it. In view D, connector 765 is in the tilted position. This solution is applicable to all 755 chargers.

Giant. 27 illustrates a simplified variant of a universal charger where the stops 764 and the contacts 769 are fixed by soldering to a printed circuit board 763 on which the contacts 890 are for soldering the contacts 769 and the stops 764 to allow them to be connected to a particular battery size in case of change. In the "D" view, a variant of the placement of the base batteries 129 on both sides of the plate is shown.

Giant. 28 illustrates a housing 886 preferably for 4 reserve base accumulators 129, wherein at least one position is provided with contacts 897 that abut the contacts of base accumulator 129 and draw power from the cable 895 to connector 102 or 257 shown in FIG. 1 and 6, located on an additional device 104 ', or a mobile phone 100, 100' in which it is processed by the charging electronics. Preferably, a charging electronics 788 is disposed in the housing 886, connected between the base battery 129 and the cable 895, which suitably adjusts the voltage. In this case, the contacts 897 are positioned to abut the base battery 129 from there, the energy is routed via the charging electronics 788 to the cable 895. The energy is preferably used to bridge the time when replacing the base battery in the mobile phone 100. 1.00 ', advantageously, it utilizes base accumulators 129, spare, carried in housing 886, so that there is no need for an extra bridging power source.

Giant. 29 illustrates communication between close cooperating units 901 via a wireless link 882 preferably made of bluetooth or ANT. Further illustrated is the connection of the mobile phone 100 'and / or the attachment 104 to the mobile phone 100, to a cardiac signal monitor 349 sensing and evaluating physiological and bioelectric signals that process to a numerical value or a pulse rate and / or arrhythmia and / or variability and / or an ECG curve and / or other human body data with pairs of contact surfaces 224 and / or contact surfaces 224 'on the chest strap 749. where preferably and / or electrodes 143 are glued and / or others adapted for continuous sensing of the bioelectric signals.

The heart rate monitor 349 includes, among other things, a reset button 111, a panic button 110, a wireless communication unit 707 ', a comparison unit 750, and communicates via a 851' 5.5 kHz wireless link or a 852 '2.4 GHz wireless link to communicate with a 416 watch The watch cooperates with the chest belt 749 and preferably includes a belt sensor unit 900, which preferably includes, inter alia, a breath sensor 752, a body temperature sensor 751.

The monitor 349 communicates preferably with a mobile phone, using a wireless link 153 preferably equipped with a 5.5 kHz pulse receiver 843 for receiving heart rate signals. The sensed physiological and bioelectric signals from the contact surfaces 224 are routed to the control unit 736, which evaluates the signals and emits a warning signal preferably outside the adjustable limits via the audio source 745 or via a nearby cooperating unit 901. Preferably, they are sensed from both contact surfaces 224 and 224 'and are preferably routed to two independent control units 736 and 736' to ensure their independent processing and preferably continuously compare the results and, if a difference and / or deviation from an adjustable standard is detected, preferably by means of an audio signal source 745, preferably a loudspeaker or piezo transducer or a vibrator 744 or a wireless link 882 via cooperating units preferably comprising a mobile phone 100 ', an additional device 104 with a mobile phone 100, a control device unit 753 and in the event that the alarm signal is not reset within a configurable time by the pan button 111, the chest belt or an optional cooperating unit sends an alarm to an optional remote unit preferably comprised of a server and / or suitable device to other subscribers preferably PC 889 or mobile phone 100 .

• *

The results from the at least one control unit 736. 736 'are preferably transmitted by wireless link 882 for graphical and numerical processing and display to the nearby cooperating units 901 of the mobile phone 100 and / or to the add-on module 4Q2 in the additional device 104 connected to the mobile phone 100; and / or watches 416 and / or PC 889 and / or display and control units 753 preferably on the wristband and / or others, wherein the wireless link 882 is preferably comprised of bluetooth and / or bluetooth low energy and / or a 2.4GHZ wireless link and / or a wireless link of 5.5 kHz and / or ANT and / or WIFI, wherein the display 883 on said units preferably includes arrhythmia and / or variability and / or pulse values or other health data with appropriate curves and numerical values preferably ECG , preferably in the control units 736, 736 'evaluated and processed from the heart signals and respectively, in said units further processed for display.

Another alternative is to transmit the results obtained in one control unit, e.g., control unit 736, via a single communication channel, via a wireless link 852, to the add-on module module 410, preferably to a wireless communication unit 707 preferably comprised of a bluetooth 847 unit. unit 736 ', e.g., to transmit via a second channel to a mobile phone 100 preferably to a wireless communication unit 707', preferably comprised of a bluetooth unit 847 preferably, and then to compare both results preferably in module 410 of additional units 104 and / or phone 100 and preferably display the results independently and, in the event of a mismatch, initiate a warning signal. Alternatively, signals from both channels are used separately in said units without backup, if one of them dropped out or in a simplified form use only one channel and only process and display it. Also, alternatively, preferably only one pair of contact surfaces 224 extending into both control units 736, 736 'is used. so the backup is up to them. Preferably, the monitor 349, together with the described connectable units, in particular the mobile phone 100 and / or the attachment 104, is adapted to fully backup, process and display physiological and bioelectric signals, preferably heart rate such as waveforms and pulse values, ECG, arrhythmia and others. and the entire system is doubled, wherein the mobile phone 100 with the display 847 is doubled by the additional device 104 with the display 887, or the mobile phone 100 is doubled by the module 410 and the electronics 833 of the mobile a telephone operating independently or duplicated in a module 410 with two or more independently operating microprocessors, or alternatively the system is partially backed up, with only a portion of it doubled or not backed up, and the monitor 349 is equipped with only one pair of contact surfaces 224 and one control unit 736.

The control unit 753 is preferably mounted on the fixation member 758 and includes buttons 927. a display 754 for processing and displaying data preferably of the respective curves including the ECG, and which mime processing and display is preferably intended to control and form a separate heart rate monitor 349 unit working without other units. Preferably, the control unit 753 is small in size and has only the standby functions necessary to control the monitor 349 and simple display relative to a mobile phone 100 'having multiple functions and detailed display.

If the values of the evaluated parameters exceed any of the selected limits, the vibrator 744 and / or the audio signal source 745 is preferably triggered by a loudspeaker or piezo transducer in the heart signal monitor 349 and / or optionally in one of the nearby cooperating units. Preferably, if the alarm signal is not reset by button 111 of the monitor 349 or other nearby cooperating units 901 within an adjustable time, an alarm is triggered, which is preferably automatically transmitted to remote cooperating units 902, preferably a central supervisor 899 or other participants 839, by data or telephone.

Preferably, the heart rate monitor 349 operates independently without the mobile phone 100 'or the attachment 104 with the mobile phone 100, and is preferably controlled by the control buttons 885, 927, 926 and / or others, and processes its signals in its control unit. In case of deviation from the set limits, it triggers a warning signal generated by the source of the beep 745 or vibrations by the vibrator 744. In case the warning signal is not reset by the button 11j. In an adjustable time, the monitor 349 sends an alarm over the mobile operator network 898 to the remote cooperating units 902. The alarm signal is adjustable and preferably coded, thereby informing about the type of alarm and how it is caused. The functions of the heart signal monitor 349 are preferably set by the control buttons 885 on the heart signal monitor 349 without the need for an additional device or control unit 753 or, for example, a mobile phone 100, 100 '. In this case, the monitor 349 informs the user of the measured values by audible signals via the loudspeaker 674 or acoustic transducer 853 as above.

In the case of attachment of the attachment 104, the control is performed by the buttons 886 or the touchscreen 887 of the attachment, which preferably displays the curves and values on the display 887 preferably independently of the display on the mobile phone 100 for parallel display on the display 887 'and / or backup. The heart rate monitor 349 preferably includes a display 865 of numeric and / or curves to display the most important data, preferably arrhythmia. heart rate, ECG, variability and other data and / or touch screen for controlling and displaying preferably pulse waveforms, ECG arrhythmia and others. Preferably, the heart signal monitor 349 includes a WATCHDOG 734 monitoring its proper operation and triggering an alarm as described in FIG. 12 in case the control unit 736 and / or the control unit 736 'fails and does not send a refresh signal. The heart signal monitor 349 preferably supervises the proper operation of the mobile phone 100 'and / or the attachment 104 and / or the mobile phone 100' and / or the control unit 753 and / or the sports watch 416 and other units thereby. wherein said units transmit on the wireless link 882 an optional code or result of a given task, preferably mathematically, to a heart signal monitor 349. If the code or result is the correct control unit 736 and / or 736 ', it sends a refresh signal to the watehdog 734. If it does not arrive at the set time or is incorrect, the monitor 349 does not send a refresh signal and an alarm initialized in watehdog .734 '. Alternatively, monitor 349 will trigger an alarm independently of watehdog 734 if it does not receive the correct code. Indicators 931 and / or the type of acoustic and / or vibration alarm indicate the cause of the alarm. In addition, they preferably signal the battery charge, heart pulses and other information.

The memory card 888, preferably removable, preferably records data from a heart rate monitor 349 that can be downloaded to a PC 889 or other suitable device by preferably relocating it, or via a wireless link 882 or a USB connection via a link 890. This is a monitor 349 adapted for use as a "Holter", preferably continuous monitoring simultaneously, preferably for live evaluation on the display 460, 887, 754 and other pulse and / or arrhythmia and / or varibiality and / or ECG data; 349 uses a memory card 888 'in the attachment and / or the mobile phone 100 or the mobile phone 100'.

The monitor 349 is preferably located on or off the chest strap 749, preferably on the wrist bracelet or in the mobile phone module 100 'or in the module 410' of the attachment 104 and the ECG electrodes 143 preferably bonded. the ECG scanned therein is preferably selectable for 1 to 12 leads and is insensitive. The connection to remote units such as the server 806 is preferably made using the mobile operator network 898. The server preferably has access to the central supervision desk 899. and the subscribers 839. The mobile operator network connection has an additional device 104 and the mobile phone 100 preferably independently for backup.

Alternatively, instead of or at the same time as system 903 of mobile phone 100 with an additional device 104, a mobile phone 100 'having the same functions as system 903 and fully replacing it is used. The advantage of system 903 is that. that the attachment 104 is removable and is applied, if necessary, only by the pendulum type of attachment 104 where its function fulfills the current need, and in equipment preferably with optional sensors from the set of attachment 104. so that the mobile phone 100 is extended with optional features only when needed this means that the mobile phone is smaller in size and less expensive. The attachment 104 includes a module 410 'that is detachable therefrom from the mobile phone 100, while the module 410 is firmly embedded in the mobile phone 100'. The mobile phone electronics 833 100 'is also included in the mobile phone 100 as a mobile phone electronics 833' having the same functions, the accessory device 104 with the mobile phone 100 comprises a wireless communication unit 707 located in the module 410, 410 'preferably constituted by 847 bluetooth or ANT for communication of close cooperating units 901.

Detail 1 shows communication over the mobile operator network 898 of the near cooperating units, which are the monitor 349, the mobile phone 100 ', the mobile phone 100 with the attachment 104 and the control unit 753, with the remote cooperating units 902 preferably with the server 806. to which information is stored, preferably connected to the operator's PC 262. wherein the information is available to remote cooperating units 902 and authorized subscribers. 839, such as medical personnel, relatives, and others, and with the centralized supervision panel 899. Said communication is enabled by a communication unit 275 with parts for data and / or voice communication via a mobile operator network.

Detail 2 shows a mobile phone 100 'preferably on a wrist strap 298 of smaller size than a mobile phone 100' without a strap 29 < 8. communicating with monitor 349, or monitor 349 ', preferably simplified without backing up. For backup, the mobile phone 100 'preferably communicates with the monitor 349 over two channels via a wireless communication link 882 to the module 410 and a wireless link 882' to the mobile phone electronics 833. Alternatively, the back-up communication can only be performed with the module 410, where the second channel of the wireless link 882 is preferably processed by the second microprocessor in the control unit 736 of the module 410. Instead of communicating with the module 410 and the mobile phone electronics 833. the data in the control unit 736 'of the module 410 separate from the control unit 736 of the mobile phone and thus operating reliably and advantageously passes the processed data to the mobile phone 100 to a standard, larger size that provides detailed * ·· 9 · · · · · · · · ·

Display on a larger display than the mobile phone 100 'on the bracelet 298. Preferably, the mobile phone 100' on the wrist is operatively instant view on the smaller display, and in the mobile phone 100 a detailed view on the larger display that is not instantaneous. if it is stored, for example in a pocket. Mobile phone 100 'on tape 298 ensures data processing reliability and instant view of the standby smaller display 460 of smaller mobile phone 100' on tape 298, detailed view and detects larger mobile phone 100. Mobile phone 100 'works independently of mobile phone 100 i when not connected. In the case of non-backed-up communication on only one channel of wireless link 882, alternatively, instead of the monitor 349, an economically designed monitor 349 'is used that is not adapted for backup, thus being simpler and smaller with less power consumption.

Preferably, the mobile phone 100 'displays optional data from the mobile phone 100, such as incoming call or SMS data, which it preferably receives. Similarly, a system 903 with an additional device 104 and a mobile phone 100 or a display and control unit 753 is preferably used for the described communication with the mobile phone 100 at the monitor 349, 349. In the case of using the mobile phone 100, the mobile phone 100 ' and the mobile phone 100 is preferably not equipped with parts for communicating with the mobile operator, thus being smaller and less costly, and preferably mobile phone 100 is used to communicate in the mobile operator network.

Detail 3 shows a simplified version of detail 2 where the connection between the mobile phone 100 'or the system 903 is not backed up and the wireless link 882 is just a module 410, 410' that processes the data and sends it to the mobile phone electronics 833, 833 '. to the mobile phone 100, or the connection is made via a wireless link to the control unit 753 and from there directly to the mobile phone. In detail 2 the communication with mobile phone 100 'is described. Similarly, communication with the additional device 104 takes place with the mobile phone 100, which preferably replaces the mobile phone 100 '.

Figure 4 shows an easily replaceable base battery 129 for mobile phone 100 'disposed on the bracelet 298, using a base battery replacement mechanism 782 equipped with a door 694 that, when folded out, allows the base battery 129 to be slid sideways and new This ensures that the bracelet 298 on which the mobile phone 100 'is located is preferably not removed from the hand for replacing the base battery 129, and thus the replacement is quick and convenient.

• · * ·

Giant. 30 illustrates examples of displaying data produced with the heart rate monitor 349 on the heart rate monitor monitor display 876 and / or the mobile phone display 100 'and / or the mobile device 104 and / or watch 416 and / or the control unit 753 and / or or other units. The display panel 904 preferably consists of a display 876. 460, 178, 506, 754, 865, 887, preferably displays the arrhythmia value, the variability value 863, the breath value 862, the pulse value 861 and the alarm cause 864 when the alarm situation occurs. The display panel 904 is preferably versatile and displays waveforms, such as ECG waveform 873, with touch control, e.g., sensitivity control 866, control 867 of the waveform display rate control, 868 motion filter control preferably for rest, walking, running, and 869 multi-wire control preferably adjustable display on the ECG waveform display screen 873, which adjusts to immediately see the adjustment results. Preferably, it displays the pulse waveform 874, the arrhythmia waveform 878, and the variability waveform 875, whereby the display can preferably be changed by touch control directly on the display so you can track the change as you make it and set the appropriate value. These quantities and / or curves are preferably displayed individually or in groups, on a single display unit 903. The arrhythmia value is preferably expressed in% of irregular pulses of the total over a selectable time period, or in degrees of arrhythmia preferably from 1 to 10 taken as 1/10 of the above% irregular pulses or on another appropriate scale, preferably expressed verbally as arrhythmias: none, low, moderate, high, very high. The irregular pulses are preferably those. which exceed a value of 1.15 of an average pulse measured from an adjustable number of beats, preferably 3 beats for filtering disturbances mostly to the task of imaging accuracy.

Giant. 31 shows an example of wire connection of electrodes 797 'external, preferably formed by electrodes 143', 143 bonded, by means of cables 267. to mobile phone 100 'or system 922 via ECG connector 786. The single-core cable 267 extending from the bonded electrodes 143 'is preferably thin or translucent in body color so that it is not annoying for the person to be watched and is not added to the arm to the single-core cable 267' from the electrode 143. 2-core and routed sleeve under shirt 912 to ECG connector 786,

• ·

In FIG. 32 shows a mobile phone 100 'with an add-on module 410 or an add-on device 104 with module 410', which preferably comprises an internal sensor module 940 equipped preferably with body temperature sensors 751, a pressure detector 917, a sleep phase detector 921, a light detector preferably oxygenated blood module 923 and acoustic signal detector 924. The module 410 is connected to a set of external sensors, preferably complementary internal sensors, preferably an alcohol level detector 906, an addictive substance detector 907, a body temperature sensor 751, a breath sensor 752, a pressure detector 917, ECG detector 918, EEG detector 919, EMG detector (electromyograph) 920, sleep phase detector 921, light detector 923 preferably for oxygenation and pulse sensing, acoustic signal detector 924 preferably complementing or replacing the internal sensor module 910, which is connected to sensors 910 'located on or off mobile phone 100' As sensors 910. Preferably, sensors 908 are located on trick 905 for sensing signals and values from selected locations on the upper torso of a person being wired or wireless to module 410, 410 'and complement or replace sensors in a set of internal or external sensors and / or are located on a multi-functional chest strap 749 wired or wireless. Preferably, the sensors and / or external electrodes 143 are disposed on the control device of a human-assisted transport or other means, preferably the steering wheel of the car, and the signals therefrom are applied to the mobile telephone by wire or wireless link 15.3. Advantageously, the ECG signals fed to the ECG 918 detector are also thus sensed.

In FIG. 33, an additional device 104 is shown which is preferably connected to a mobile phone when extension of the additional functions is desired. Attachments 104, which are equipped with different functions in different amounts for individual deployment purposes, are selected by the user according to the number and types of functions required. Attachment 104a with Equipment 1 is dimensionally identical to Equipment 2. but allows different functions of Attachment 104b with 3 Larger Dimensions to allow multiple functions of Attachment 104c, with Equipment 4 it allows the same additional features as Equipment 1 or 2 but mechanical arrangements are different in that the mobile phone 100 is extended to the width of the attachment 104d. The equipment 5 is the most expansive, extending the mobile phone 100 in both width and length and allowing more features in proportion to the size.

. ·

Avail tional usability

The invention is particularly applicable to mobile devices which are required for long-term continuous operation without charging the battery. It is mainly the collection and processing of important data. such as health.

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U QJJAS - ^ 8

AND

Patent claims

Claims (15)

Patent claims 1. Mobile phone characterized by. characterized in that in the embodiment of the mobile phone (100 ') with additional functions, it is provided with a battery exchange mechanism (782) and a block (152) of additional modules for carrying out additional functions in the mobile phone (100') and removing the cover (700) of the mobile phone (100 ') or other element or device, provided with a battery change mechanism (782) that does not increase the thickness of the mobile phone (100') with additional features over the standard mobile phone (100) and / or the mobile phone (100 ') with additional functions for replacing the base battery (129) without interruption provides a bridging power supply (836) for powering the mobile phone electronics block (833) with additional functions for at least the time of replacing the base battery (129); / or a mobile phone (100 ') with additional functions for independent data processing on the electronics block (833) The additional function mobile phone (100 ') is provided with an additional electronics block (410) with at least one microprocessor-controlled microprocessor control unit (736) operating independently of the block (833). • · X 2. A mobile phone characterized in that in an embodiment of a standard mobile phone (100) with additional functions in the accessory (104), it is provided with an easy battery change mechanism (782) and an accessory module block (152) for performing additional functions; 104) is attachable to a standard mobile phone (100) by means of a fastening mechanism (781) without increasing the thickness of the standard mobile phone (100) and is provided with a battery replacement mechanism (782) in the original mobile battery bay for easy replacement of the base battery (129) a standard telephone (100), without removing the attachment (104), or removing its housing or other accessory element (104), or the mobile phone cover (100), while not increasing the thickness of the mobile phone (100) of the standard and / or (104) is adapted for this purpose changing the base battery (129) without interruption of operation using the bridging power source (836) to power the mobile phone (100) of the standard and accessory device (104) for at least the time of replacing the base battery (129) and / or the accessory device (104) for independently processing data on the mobile phone electronics block (833) standard by providing an additional electronics block (410) of the accessory device (104) working with the mobile phone electronics block (833) independently of each other when the mobile phone (100) the connection to the attachment (104) is enlarged only in its length or width, or if the attachment (104) is located directly in the storage compartment (713) of the original battery, the mobile phone (100) is not enlarged at all by standard external dimensions. of 3. A charger characterized in that it is provided with a charging electronics (788) connectable to a power supply (766) of the charger which is provided with - a base battery charging module (824) (129), and - a module (825) for charging a mobile phone (100) of a standard or a mobile phone (100) with additional functions or an additional device (104) or supplying them with bridging energy when replacing the base battery (129) from at least one optional battery (129); from their residual pooled energy from all the accumulators (129) in the charger (755), wherein in the carrier plate design (763,763 ') the charger (755) is adapted to accommodate any dimensional design of the flat base accumulators (129) in mobile phones and at least one accumulator (129) in the charger and mounting mechanism on at least one base plate (763), including the charging electronics (788), when such assemblies on the plate (763) are assembled stacked on top of each other, or on both sides of the support plate (763 ') are double-sided, or are of the modular flat design base accumulators (129) for mobile telephones, or source modules (241) adapted thereto, storable in at least one dimensionally and shape-adapted charger module (250), wherein the accumulators (129) are mounted on at least one side and such a module assembly (250) ) the chargers can be assembled in such a way that they are stacked on top of one another or sideways into optional units. · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · X 4. Mobile phone according to claim 1, characterized by. that the auxiliary electronics module (410) with additional functions or the auxiliary device module (104) to the standard mobile phone (100) adapted to detect the physiological and bioelectric signals of the object of interest corresponding to at least one of the health functions of the object persons like ECG, EEG, EMG, ABPM, sleep activity, respiratory activity, skin resistance, alcohol test, drug test, body temperature, breath detection, oxygen saturation, heart rate, pulse, is equipped with a module (914) of internal monitoring units comprising at least one of the ECG units (599), a detector unit (288), in particular a medical function, an alcohol and / or drug tester unit (289), a further function unit (290) with associated electrodes and probes and / or a module (914) ') external monitoring units consisting of at least one of ECG units (599'), detector unit (288 functions, alcohol and / or drug tester unit (289 '), other functions unit (290') with associated electrodes and probes when the module (914 ') is connected via interface (285) and when The outputs of the internal monitoring unit module (914) and / or the external monitoring unit module (914 ') are connected to a microprocessor control unit (736) of the auxiliary electronics module (410,410'), the output of the microprocessor control unit (736) contained on the ( 410) of the mobile phone with additional functions (100 ') is connected to the mobile phone electronics block (833) or contained in the module (410') of the mobile device (100) accessory (104) standard is connected via mobile connector (69 Γ) phone (100) standard. • · · · 5. Mobile phone according to claim 1,2, characterized in that it is formed above the space of the base in the cover (700) forming the back wall of the mobile phone (100) or interchangeable with the cover (700) in the cover shaped wall (717) of the attachment (104). a battery change mechanism (782) comprising a support collar with contacts (307) for receiving a new and dimensioned base battery (129 ') when the support collar with contacts (307) is dimensionally engaged with the receiving space the original base battery (129) and this support collar with contacts (307), together with the door hinge mechanism, is part of the mobile phone cover (700) of the standard or cover molded wall (717) of the attachment (104), or a new base battery (129) can be inserted separately into the storage compartment of the original battery, with the door covering the storage space or are structurally designed as a snap-lockable door or hinged (672) hinged or flexibly thinned, or extensible, or removable and snap-fit into recesses or fully removable (247), formed as a cut-out of the cover (700) or cover molded walls (717) ) of an attachment (104) adhered to the outer wall of the base battery (129), and electrically connecting the inserted base battery (129) to the mobile contacts (100) of the standard via a connector (307) for connection or flexible contacts (306) or an electrical connection to the counter-contacts of the accessory (104) is provided wherein the accessory electronics block (410) is adjustable directly in the cell phone body (100 ') or in the space of the battery exchange mechanism (603,782) or the walls (717) of the attachment (104) to the body su mobile phone (100) standard. 6. Mobile phone according to claim 1,2,5, characterized in that the replaceable trim (700) of the mobile phone (100 ') or the cover molded wall (717) of the attachment (104) of the standard mobile phone body (100) are provided for easy replacing the base accumulator (129) with a hinged door (694) preferably provided with a hinge and a locking cap (673) forming a mechanism (782) for replacing the accumulator (129,129 ') by means of displacement springs (685,685'). when these discharge springs (685,685 ') easily remove the battery (129, 129') from the stowage compartment ♦ • t / / / r r r r t r t The battery packs are provided in the hinge area of the hinged door (694) opposite the locking cap (673). 7. Mobile phone according to claim 2,5, characterized in that in the attachment (104) of the standard mobile phone (100) with a bridging battery (688) and the charging / power electronics (682), the charging / power electronics (682) are connected by a cable (686) ) with the contact springs (678) of the contact abutment (711) of the base battery (129) or the charging / power electronics (682) is connected to the charging connector (691/693) of the mobile phone (100) standard, the charging / power electronics (682) with a mobile phone by a manual or electronic switch (703) controlled by the door switch (702) of the base battery cover (129) and the charging / power electronics (682) connected to the auxiliary electronics block (410) of the auxiliary device (104); additional devices (104) connectors for connecting external bridging power modules (8362836) of the mobile phone. 8. Mobile phone according to claim 1,2,3,5, characterized in that the standard mobile phone (100) provided with the mobile phone electronics (833) with the mobile phone microprocessor unit (859) is connected via USB connectors (691/693) to an additional device (104), when the USB connector (693) of the auxiliary device (104) in this auxiliary device is connected via a code checking microprocessor control unit (736) to a timer refreshable input (858) and an alarm generator when the timer ( 858) is coupled to a vibrator (294), acoustic transducer (853) and light signal (295) and together form a watchdog (734), the mobile phone USB power connector (102) being connectable via the mobile phone power electronics block (715) to the mobile phone electronics block (833) and the bridging source (836), the second poles of which are also connected to the USB connector (102) a base battery (129) is connected between the power electronics block (715) and these second poles and the USB connector 102 is adapted to connect the charger (755). ι · ♦ * * · · · · ♦ ♦ ♦ ♦ · · ι ι ι ι ι ι ι ι ι ι ι ι ι ι ι · · · Ru X 9. Mobile phone according to claim 2, characterized in that the charging device block (894) and the mobile phone electronics (333) of the standard mobile phone (100) are externally connectable to the additional device (104) of the standard mobile phone (100) via the USB connector (691/693). in a conventional housing provided with a base battery (129) it is connected to a mobile phone (100) via a connector (102) and a wall (258) of the attachment with a built-in attachment (104) is attached to the mobile phone (100) ) when a space for receiving the source block (241) of the auxiliary accumulator (129 ') is provided in the wall (258) of the auxiliary accumulator above the housing for receiving the base accumulator (129). 10. Mobile phone according to claim 2, characterized in that the attachment (104) to the mobile phone (100) standard together with the electronics block (152) adapted in the form of a plate or a very flat block is mechanically attachable / mountable to the outer flat side of the original housing (101) of a mobile phone (100) standard by means of a connecting layer (318) preferably comprising an elastic gel, and the electrical connection of the mobile phone (100) to the electronics block (152) and additional device (104) is a short cable connection (234) with USB connector (691/693) when the base battery (129) is housed in the original compartment of the mobile phone body (100) under the original cover, or the attachment (104) to the mobile phone (100) is standard with the electronics block (152) in the form of a plate or a very flat block covering the door (708) in the cover (101) is mechanically attachable / attachable to the outer flat side of the original mobile phone cover (101) by means of a glued hinge (860) glued from the outside to the outer flat side of the original mobile phone cover (100) and the lockers also glued by a latch (857) glued from the outside to the outer flat side an original mobile phone cover (101) when the electrical connection of the mobile phone (100) to the electronics block (152) and the attachment (104) is formed by a short cable connection (234) to the USB connector (691/693). when the base battery (129) is housed in the original compartment of the mobile body (100) under the door (708) replaceable by tilting the electronics block (152) with an adhesive hinge (860), the cable (234) being (733) of the glued hinge (860) as a surface of the cable bondable to the cover (101). β. of 11. Mobile phone according to claim 1,2.6, characterized in that a storage mechanism (104) is provided in the mobile phone housing (700) with additional functions or in the cover molded wall (717) of the additional mobile phone device (100). 782) receiving a source block (241) provided with a door (694), or only a door (694) is provided to receive the base battery (129) in the original cell phone bay when such a door is formed as a material has a cover (700) or cover molded wall (717) and areas identical to the surface of the accumulator (129) or to the surface larger by the cover dust cover with protrusions (258) and notches (259), the source block (241) being formed , such as a collar-shaped accumulator housing with contacts (307), fitting dimensionally into the space for storing the original base battery (129) and this source The block (241) is provided with locking elements (240) and housing contacts (243), and the source block (241) thus formed can be inserted separately into the storage space of the original mobile phone battery (129), the source block (241) with the base battery. (129) and / or an auxiliary accumulator (129 ') with an external connection and with an overlapping design of the top wall or in an overlapped design is formed as a single compact plant or optionally with a removable accumulator also as one compact plant. 12. The charger according to claim 3, characterized in that the charging control electronics (788) mountable on the carrier plate (763) can be connected via a cable (767) via a connector (765). with a charger or PC power supply (766) or other device as a power supply, or the charging electronics (788) can be connected to the mobile phone via the connector (258) and the cable (256) via the second connector (257) as the charging power source and / or with an additional device (104) via the same cable and connector (102), the connection being usable both for charging the base battery (129) and an external bridging power source (836 '), between the base batteries being charged (129) ) and the input / output connectors (257,765) are connected to the charging electronics block (788) of the charge management module (824) for charging the base batteries (129) and the charging module (825) for the mobile phone and / or bridging power, or the charger (755) is adapted to permanently power the mobile phone or accessory device (104), or while the base battery (129) is replaced. * * Mwl «* ·« «· ··· · V · V V F · 9 9 9 9 9 9 9 9 9 9 9 9 9 ** ** ** ** ** ** ** 9 * ··· z 13. The charger of claim 3, wherein the at least one charger module (250) of the source module module (241) is a modular charger for charging shape-specific source modules (241) insertable into the mobile phone battery replacement device (100 '). or an additional device (104). wherein each of the plurality of charger modules (250) is provided with a charger module lock lock (251) and a counter-shaped charger lock lock engagement (251 '), a charger module interconnect connector (254,254'), a charger module electronics (260), the flexible contacts (244,244 ') of the source block connection (241) and the connector (255) for connecting the external source, the charger module (250) having a shaped aperture for receiving the aperture corresponding to the corresponding source module (241) and each charger module (250) is provided with locking elements corresponding to the locking projections (240) of the source module (241). 14. Charger according to claim 3, characterized in that at least one charger module (250) or at least one carrier plate (763,763 ') fitted with reserve base accumulators (129) can optionally be stored in a housing (866) which is provided with connection segments for mobile connection a telephone (100) of a standard or mobile phone (100 ') with additional functions or an additional device (104) for charging their base batteries (129) or bridging them when replacing the base battery (129) or from their residual associated energy from all spare batteries (129) in the housing (866). 15 Dec Charger according to claim 3, characterized in that the flat accumulators (762) are fixed at fixed positions on the carrier plate (763) by fixed stops (764), sliding mechanisms (757) and spring contacts (769), the sliding mechanism (757). and the spring contacts (769) are provided by grooves (769) of optionally fixed notches (756) with fastening elements (770) for sliding in the grooves, or the sliding mechanism (757 ') can be solved by notches (776) and fixing members (758,759) ) with adjustable feed using sawtooth grooves (772,773) and screw (768).