TWM620978U - Two-way diagnosis and treatment device capable of connecting blood pressure measurement - Google Patents

Abstract

This creation is a two-way diagnosis and treatment device that can be connected to blood pressure measurement. It includes a power supply unit, a high-voltage diagnosis and treatment unit, an input unit, a microprocessor, a signal conversion unit, a signal transmission unit, an intelligent device, and A blood pressure measurement device, wherein the smart device is connected to the signal transmission unit to obtain a diagnosis and treatment signal of the high pressure diagnosis and treatment unit, and is connected to the blood pressure measurement device to obtain a measurement signal, and the smart device has a corresponding processing The application software of the diagnosis and treatment signal displays a corresponding blood pressure on the smart device according to the measurement signal. At the same time, the application software provides a usage suggestion on the input unit according to the blood pressure and the diagnosis and treatment signal. In addition, the user uses the input unit to control the high-pressure diagnosis and treatment unit for diagnosis and treatment according to the use suggestion, so as to obtain the best effect.

Description

A two-way diagnosis and treatment device capable of connecting blood pressure measurement

This creation is related to electronic medical devices, especially an electronic medical device that outputs high-voltage electromagnetic stimulation to the hands and any other acupoints.

Please refer to Figure 1 and Figure 2. Various organs and organs of the human body have corresponding acupuncture points on the hands and feet, which are generally called acupoint induction reflex area 1, such as sciatic nerve point 2, cold point 3.. etc. . According to the theory of traditional Chinese medicine, stimulating acupuncture points in various parts of the human body with acupuncture can treat or relieve various diseases. It has been widely used and accepted by the public. However, acupuncture is an invasive treatment method that must be performed by a doctor. The needles used in acupuncture are repeatedly used by multiple people. Although they will be disinfected, if the disinfection is incomplete or if they are contaminated during storage, infection problems will still occur. .

Therefore, please refer to Taiwan Announcement No. M507277, which discloses a device for controlling electronic acupuncture functions with a smart phone. It uses an electronic acupuncture control component to control the action of the electronic acupuncture device to perform acupuncture on acupuncture points on various parts of the human body. The operation and display interface of the electronic acupuncture control component is combined and displayed on the touch screen of a smart phone, which can display the position map of the acupuncture points of the human body and the description text of the acupuncture guide on the touch screen of the smart phone. Allow the user to control and perform acupuncture on the smartphone.

This conventional electronic acupuncture device is for the general public. The user is not a professional and cannot determine the correct time to administer acupuncture. Although there are acupuncture points and acupuncture guide instructions for reference, there are often The problem of insufficient or prolonged acupuncture and moxibustion, on the contrary, causes a burden on health.

In this regard, the main purpose of this creation is to provide a two-way diagnosis and treatment device that can be connected to blood pressure measurement. In addition to allowing users to know blood pressure, it can also control the high-pressure diagnosis and treatment unit to correctly perform diagnosis and treatment according to the recommendations of the application software.

This creation is a two-way diagnosis and treatment device that can be connected to blood pressure measurement. It includes a power supply unit, a high-voltage diagnosis and treatment unit, an input unit, a microprocessor, a signal conversion unit, a signal transmission unit, an intelligent device, and A blood pressure measuring device, wherein the power supply unit converts an external voltage into a required voltage to supply the power required by each unit. The high-voltage diagnosis and treatment unit has an electronic oscillation generator, two output terminals, and an electrode group for sensing a diagnosis and treatment signal. The electronic oscillation generator can input the required voltage to generate an oscillating current, and the oscillating current is output at the two output terminals , The electrode group has two output points, and the two output points are respectively connected with the two output terminals. The input unit is for inputting an operation instruction. The microprocessor is connected to the power supply unit, the input unit and the high-voltage diagnosis and treatment unit, and the microprocessor controls the operation of the high-voltage diagnosis and treatment unit according to the operating instructions. The signal conversion unit is connected to the high-voltage diagnosis and treatment unit, and the signal conversion unit converts the diagnosis and treatment signal of the high-voltage diagnosis and treatment unit into digital data. The signal transmission unit is connected to the signal conversion unit and transmits the diagnosis and treatment signal. The smart device is connected to the signal transmission unit to receive the diagnosis and treatment signal, the smart device has an application software corresponding to the diagnosis and treatment signal, and the blood pressure measurement device has a strap, a pressure sensor that senses a measurement signal Measuring device, a signal converter that converts the measurement signal into digital data, and a signal transmitter that transmits the measurement signal, the smart device is connected to the signal transmitter to receive the measurement signal, and the smart device is based on the The measurement signal displays a corresponding blood pressure on the smart device, and the application software provides a usage suggestion on the input unit according to the blood pressure and the diagnosis and treatment signal. Therefore, the user can use the input unit to control the high-pressure diagnosis and treatment unit for diagnosis and treatment according to the use suggestion.

According to this, the user can be informed of the blood pressure, so the user can safely perform diagnosis and treatment according to the usage recommendation, and the application software has the possibility of updating, and the usage recommendation can be provided in response to the latest medical news, allowing the user to follow The latest and most correct way of diagnosis and treatment to achieve the best diagnosis and treatment results.

Acquaintance

1: Acupoint induction reflection area

2: Sciatic nerve point

3: cold point

This creation

10: Power supply unit

11: External voltage

111: battery

112: power transformer

113: power jack

114: Power plug

115: mains plug

116: Power cord

12: Voltage stabilized circuit

20: High-pressure diagnosis and treatment unit

21: Electronic Oscillation Generator

22: output

221: output hole

222: Y-shaped connection line

223: connector

23: Electrode group

231: Conductive Rod

232: Conductor patch

233: Electrode

234: Magnet

235: Conductive auricle patch

236: output point

30: Input unit

31: Power switch

32: Enhanced button

33: Decrease button

34: Time setting button

35: Diagnosis button

36: treatment button

40: Microprocessor

50: signal conversion unit

60: Signal transmission unit

70: display unit

80: Smart device

81: Cloud database

82: Shell

90: blood pressure measurement equipment

91: Drawstring

92: Pressure sensor

93: Signal converter

94: Signal Transmitter

95: User

96: arm

Figure 1 is a schematic diagram of the acupuncture reflection zone on the back of the hand.

Figure 2 is a schematic diagram of the acupuncture-reflection zone on the sole of the foot.

Figure 3 is a functional block diagram of an embodiment of the authoring.

Figure 4 is a structural appearance diagram of an embodiment of the authoring.

Figure 5 is the functional block diagram of this creative high-pressure diagnosis and treatment unit.

Figure 6 is the circuit diagram of the creative electronic oscillator generator.

Fig. 7 is a diagram of another implementation aspect of the authoring electrode group.

Figure 8 is a diagram of another implementation of the creation of the electrode set.

Figure 9 is a schematic diagram of the use of the created blood pressure measurement equipment.

Figure 10 is a functional block diagram of another embodiment of the authoring.

Figure 11 is a structural appearance diagram of another embodiment of the authoring.

Here is a preferred embodiment and the accompanying drawings are described as follows: Please refer to Figures 3 and 4, this creation is a two-way diagnosis and treatment device that can be connected to blood pressure measurement, which includes a power supply unit 10 and a high-voltage diagnosis and treatment device. Unit 20, an input unit 30, a microprocessor 40, a signal conversion unit 50, a signal transmission unit 60, a display unit 70, an intelligent device Prepare 80 and a blood pressure measuring device 90. The power supply unit 10 converts an external voltage 11 into a required voltage, and the required voltage can supply the power required by each unit.

Please refer to FIG. 5 and FIG. 6 together. The high-voltage diagnosis and treatment unit 20 has an electronic oscillation generator 21, two output terminals 22, and an electrode group 23 for sensing a diagnosis and treatment signal. In one embodiment, the power supply unit 10, the input unit 30, the microprocessor 40, the signal conversion unit 50, the signal transmission unit 60, the electronic oscillation generator 21 of the high-voltage diagnosis and treatment unit 20, and the display unit 70 is integrated in a housing 82.

The electronic oscillation generator 21 can input the required voltage to generate an oscillating current, and the oscillating current is output at the two output terminals 22. In practice, the external voltage 11 is any one of the battery 111 and the power transformer 112. The battery 111 can be easily carried, and the power transformer 112 can provide a long-lasting power supply. The housing 82 has a power jack 113, the power plug The hole 113 is electrically connected to a power plug 114 that is connected to a power cord 116, and the power cord 116 is connected to a mains plug 115, which receives power from a mains socket (not shown). In order to protect the safety of the circuit, the power supply unit 10 can be further provided with a voltage stabilizing circuit 12 to provide a stable voltage supply. This creation is to use the battery 111 to generate power or the power transformer 112 to change the AC power to DC to generate power, and then a switch S1 to switch the power supply, and a light-emitting diode L1 to show whether the internal operation is normal, and through several resistors R1, R2, variable resistors R3, R4, capacitors C1, C2, C3, C4, a transistor V1 and a transformer T1 generate the oscillating current through the electronic oscillation generator 21 and output it at the two output terminals 22.

The electrode group 23 has two output points 236, and the two output points 236 are a combination of a conductive rod 231 and a conductive patch 232 and are respectively connected to the two output terminals 22. The two output terminals 22 are connected to the conductive rod 231 and the conductive patch 232 through an output hole 221, a connector 223, and a Y-shaped connecting wire 222 on the housing 82, and the front end of the conductive rod 231 is a wire Electrode made of conductive magnetic material 233. A plurality of magnets 234 are provided on the rear surface of the electrode 233 to convert the oscillating current output by the output terminal 22 into a magnetic wave by the magnet 234, and the magnetic wave is transmitted to the electrode 233 to be transmitted from the front end of the conductive rod 231 Output.

Please refer to FIG. 7 again. The two output points 236 of the electrode group 23 can also be a combination of a conductive rod 231 and a conductive auricle patch 235, which are also connected to the two output terminals 22 respectively. The conductive auricle patch The 235 series can be worn on the ears of the human body. Or as shown in FIG. 8, the two output points 236 of the electrode group 23 can also be a combination of at least two (2 to 4 is the best) conductive patch 232, which are also connected to the two output terminals 22 respectively. The body patch 232 is for being attached to the human body.

The input unit 30 is for inputting operation instructions. In one embodiment, as shown in FIG. 4, the input unit 30 includes a power switch 31, an increase button 32, a decrease button 33, and a time setting button 34, which can control the operation of the high-voltage diagnosis and treatment unit 20. The input unit 30 may further include a diagnosis button 35 and a treatment button 36. The diagnosis button 35 and the treatment button 36 respectively allow the high-pressure diagnosis and treatment unit 20 to provide a specific intensity output for diagnosis and treatment. It can be switched to use by pressing, and the user can first use diagnosis and test to find out where treatment is needed, and then switch to the treatment mode for treatment.

The microprocessor 40 is used to connect the power supply unit 10, the high-voltage diagnosis and treatment unit 20, the display unit 70 and the input unit 30. The microprocessor 40 is the core of the entire system. The microprocessor 40 is based on the input unit 30 input operating instructions control the operation of the high-pressure diagnosis and treatment unit to meet the individual needs of users.

The signal conversion unit 50 is connected to the high-voltage diagnosis and treatment unit 20, the signal conversion unit 50 converts the diagnosis and treatment signal of the high-voltage diagnosis and treatment unit 20 into digital data, and the signal transmission unit 60 is connected to the signal conversion unit 50 and transmits the diagnosis and treatment signal; The display unit 70 displays messages for the user to view.

The smart device 80 is connected to the signal transmission unit 60 to receive the diagnosis and treatment signal. The signal transmission unit 60 can be a wireless communication element such as WIFI, Bluetooth, etc., and the smart device 80 can be a smart phone, a tablet computer, etc., and the smart device 80 carries a corresponding processing signal and can Application software updated online.

Please refer to FIGS. 4 and 9, the blood pressure measurement device 90 has a strap 91, a pressure sensor 92 that senses a measurement signal, and a signal converter that converts the measurement signal into digital data. 93 and a signal transmitter 94 for transmitting the measurement signal. The strap 91 is used to tie the arm 96 of the user 95 so that the pressure sensor 92 senses the measurement signal, and the measurement signal is converted into digital data by the signal converter 93. It is transmitted via the signal transmitter 94. Similarly, the signal transmitter 94 can be WIFI, Bluetooth, and so on. The smart device 80 is connected to the signal transmitter 94 to receive the measurement signal. The smart device 80 displays a corresponding blood pressure on the smart device 80 based on the measurement signal. At the same time, the application software is based on the blood pressure and the measurement signal. The diagnosis and treatment signal is used to provide a suggestion on the use of the input unit 30.

The user uses the input unit 30 to control the high-pressure diagnosis and treatment unit 20 for diagnosis and treatment according to the usage suggestion. Since the application software created by this creation is installed in the smart device 80, it can be updated through the smart device 80 at any time. Keep the latest version of the state, so the user’s advice is the latest and most correct. In addition to knowing where to be treated, the user can also learn about it. Blood pressure, so it can be diagnosed and treated with peace of mind to achieve the best therapeutic effect.

In addition, this creation combines the smart device 80 with a variety of extended applications. For example, the smart device 80 can be further connected to a cloud database 81 that can store diagnosis and treatment information. The smart device 80 can upload diagnosis and treatment information to the cloud database 81, which can be monitored by professional medical personnel. Once there is a concern about health deterioration At the time, the user can be notified as soon as possible and go to the medical facility for further examination, which can monitor the user’s health status at any time.

Please refer to FIGS. 10 and 11 again. In one embodiment, the power supply unit 10, the electronic oscillation generator 21 of the high-voltage diagnosis and treatment unit 20, the input unit 30, the microprocessor 40, and the signal conversion unit 50. The signal transmission unit 60 and the display unit 70 may be integrated in the smart device 80. That is, the smart device 80 can use the two output terminals 22 and the electrode group 23 together to perform diagnosis and treatment.

As mentioned above, this creation can let the user know the blood pressure, so the user can safely use the suggestion to correctly perform diagnosis and treatment, and the application software that generates the suggestion is installed on the smart device, so The application software can be updated online in real time, and can provide suggestions for use in response to the latest medical news at any time, allowing users to perform diagnosis and treatment in the latest and most correct way to achieve the best diagnosis and treatment results.

10: Power supply unit

11: External voltage

111: battery

112: power transformer

12: Voltage stabilized circuit

20: High-pressure diagnosis and treatment unit

30: Input unit

40: Microprocessor

50: signal conversion unit

60: Signal transmission unit

70: display unit

80: Smart device

81: Cloud database

90: blood pressure measurement equipment

Claims (10)

A two-way diagnosis and treatment device capable of connecting blood pressure measurement, which includes: A power supply unit for converting an external voltage into a required voltage; A high-voltage diagnosis and treatment unit. The high-voltage diagnosis and treatment unit has an electronic oscillation generator, two output terminals, and an electrode group for sensing a diagnosis and treatment signal. The electronic oscillation generator can input the required voltage to generate an oscillating current. The two output terminals output, the electrode group has two output points, and the two output points are respectively connected to the two output terminals; An input unit for inputting an operation instruction; A microprocessor connected to the power supply unit, the input unit and the high-voltage diagnosis and treatment unit, and the microprocessor controls the operation of the high-voltage diagnosis and treatment unit according to the operation instruction; A signal conversion unit connected to the high-voltage diagnosis and treatment unit, and the signal conversion unit converts the diagnosis and treatment signal of the high-voltage diagnosis and treatment unit into digital data; A signal transmission unit, which is connected to the signal conversion unit and transmits the diagnosis and treatment signal; A smart device connected to the signal transmission unit to receive the diagnosis and treatment signal, the smart device having a corresponding application software for processing the diagnosis and treatment signal; and A blood pressure measurement device, the blood pressure measurement device has a strap, a pressure sensor that senses a measurement signal, a signal converter that converts the measurement signal into digital data, and a device that transmits the measurement signal A signal transmitter, the smart device is connected to the signal transmitter to receive the measurement signal, the smart device displays a corresponding blood pressure on the smart device based on the measurement signal, and the application software based on the blood pressure and the diagnosis and treatment Signal and provide a suggestion on the use of the input unit. The two-way diagnosis and treatment device according to claim 1, wherein the external voltage is any one of a battery and a power transformer. The two-way diagnosis and treatment device according to claim 1, which further includes a display unit connected to the microprocessor. The two-way diagnosis and treatment device according to claim 3, wherein the power supply unit, the input unit, the microprocessor, the signal conversion unit, the signal transmission unit, the electronic oscillation generator and the display unit of the high-voltage diagnosis and treatment unit are Integrated in a shell. The two-way diagnosis and treatment device according to claim 3, wherein the power supply unit, the electronic oscillation generator of the high-voltage diagnosis and treatment unit, the input unit, the microprocessor, the signal conversion unit, the signal transmission unit and the display unit are Integrated in the smart device. The two-way diagnosis and treatment device according to claim 1, wherein the power supply unit is further provided with a voltage stabilizing circuit. The two-way diagnosis and treatment device according to claim 1, wherein the input unit includes a power switch, an increase button, a decrease button, a time setting button, a diagnosis button and a treatment button, the diagnosis button and the treatment button Let the high-pressure diagnosis and treatment unit provide specific intensity output for diagnosis and treatment. The two-way diagnosis and treatment device according to claim 1, wherein the two output points of the electrode group are any of a combination of a conductive rod and a conductive patch, a conductive rod, and a conductive auricle patch and two conductive patches One type, and the front end of the conductive rod is an electrode made of conductive magnetic material, and a plurality of magnets are arranged on the back of the electrode, so that the oscillating current output by the output terminal is converted into a magnetic wave by the plurality of magnets, and the magnetic wave To conduct to the electrode. The two-way diagnosis and treatment device according to claim 1, wherein the smart device can be connected to a cloud database. The two-way diagnosis and treatment device according to claim 1, wherein the smart device is either a smart phone or a tablet computer.

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