TW201308262A - Physiological measurement device with remote control and measurement monitoring system having the same - Google Patents

Abstract

The present invention provides a physiological measurement device with remote control and a measurement monitoring system having the same, wherein the physiological measurement device comprises a power device, a sensing device, a storage processing device and a transmission device, and the physiological measurement device employs the transmission device to have the signal link with the remote control equipment to jointly constitute a system with measurement monitoring. The system may employ the remote control equipment to set up the default measuring time and the default normal range of physiological measures, which will be stored in the storage processing device; employing the sensing device to measure the physiological measures, such as blood pressure or blood sugar level; next, employing the storage processing device for determination. If the physiological measure is abnormal or the measurement is not taken within the time period, the storage processing device will issue an alarm message, and send the alarm message to the remote control equipment, and then the monitoring personnel at the remote control equipment may proceed with the corresponding process.

Description

Physiological measurement device with remote monitoring and measurement monitoring system with the same

The invention relates to a physiological measuring device capable of remote monitoring, in particular to a physiological measuring device with remote monitoring and a measuring and monitoring system with the same.

In order to pursue physical health, modern people pay more and more attention to their own health check. Therefore, many people often go to various large and small hospitals or health check-up centers to conduct their own health checkups, especially for the elderly, regular health checkups. It is important, but if you go to the hospital to check frequently, it will take a lot of time and money. For many elderly people with limited mobility, if they are not accompanied by relatives or caregivers, they can’t go out easily. The hospital or the health check-up center conducts relevant examinations, which makes it difficult for the elderly who need to track the disease for a long time to perform regular health check because of the inconvenience of movement, thus delaying the illness and worsening the condition.

However, with the change of technology, the concept of home care is increasing. The number of instruments for self-physiological measurement through homes is increasing, such as electronic blood pressure monitors, blood glucose meters, etc., so that users can understand their own related factors such as blood pressure. Or the physiological measurement of blood sugar, you can easily grasp your own physical condition at home, to achieve convenient and rapid physiological measurement; and some measuring instruments on the market have a range of standard values for adjusting physiological measurements for users. Self-adjustment conforms to its own standard value range, so that when the physiological measurement obtained by the user is not within the standard value range, a warning signal will be issued.

However, for each user's height, weight or age, the corresponding physiological measurement is not necessarily the same, and the standard value range of the physiological measurement will be the same for those who pass blood pressure or blood sugar control. As the use and frequency of drugs change, it is often difficult for the average person to calculate the range of the measured values of the physiological measurements. It is usually determined by the doctor or the professional according to the physical state of the user, and then the user performs the calculation. Adjustment, but if the user forgets to adjust or adjust to the wrong range of the measured value, when the physiological measurement is out of the standard value range, but is affected by the range of the adjustment error, and the expected warning signal is not issued, it will Misleading the user to think that his physiological measurement is normal, thus delaying the best time for visiting.

Moreover, for users who need long-term follow-up of the disease, if they do not regularly measure or do not record the measurement results at any time, it will affect the doctor's follow-up of the disease and affect the medical results, especially After the user performs the measurement, the physiological measurement value is out of the standard value range, but the immediate notification to the remote medical staff will result in the missed optimal first aid time.

Therefore, how can the doctor or the relevant professional directly adjust the range of the measured value of the physiological measurement corresponding to each user, and track the user's physiological measurement at any time, and the physiological measurement measured by the user. When the measured value is out of the standard value range, the person can be dispatched to the user's home for emergency medical care, and even the family member can be notified at the first time. This is the focus of the case.

It is an object of the present invention to provide a physiological measurement device with remote monitoring that can be used to set a physiological range of a normal range and a predetermined measurement time.

Another object of the present invention is to provide a remotely monitored physiological measurement device that issues a warning message when the physiological measurement value obtained after the predetermined measurement time has not been measured or measured is not within the predetermined normal range.

Another object of the present invention is to provide a remote monitoring device that can immediately issue a warning message when the physiological quantity measured by the physiological measuring device is not within the set normal range or is not measured at the predetermined measuring time. Physiological measurement equipment

Still another object of the present invention is to provide a measurement and monitoring system that can remotely set and monitor a physiological quantity measured by a physiological measuring device and a measuring time.

Still another object of the present invention is to provide a measurement and monitoring system that can immediately receive a warning message and notify the relevant person.

Another object of the present invention is to provide a measurement monitoring system having a physiological quantity obtained by storing and recording a physiological measurement device.

Accordingly, a remotely monitored physiological measuring device of the present invention is configured to measure at least one physiological amount having a predetermined normal range at a predetermined measurement time, and when the physiological amount exceeds the predetermined normal range, Provided to a remote control device, the physiological measurement device comprising: a power-enabled power supply device; a sensing device powered by the power supply device to drive the body, measure the body, and measure the physiological value; The power supply device is configured to be driven to receive the physiological quantity at the predetermined measurement time, determine whether the physiological quantity is within the predetermined normal range, and when the predetermined measurement time does not receive the physiological quantity, or the physiological quantity a storage processing device that issues a warning message when the value is not within the predetermined normal range; and a transmission device that transmits the warning message to the remote control device.

The measurement monitoring system of the present invention has a remote monitoring physiological measuring device, comprising: at least one physiological measuring device for measuring at least one physiological quantity having a predetermined normal range at a predetermined measuring time The utility model comprises: a power supply-enabled power supply device; a sensing device driven by the power supply device to drive the body, measure the body, and measure the physiological quantity; and a power supply device is driven to be driven for the predetermined measurement Receiving the physiological quantity value, determining whether the physiological quantity value is in the predetermined normal range, and issuing a warning message when the physiological quantity value is not received by the predetermined measurement time, or the physiological quantity value is not in the predetermined normal range And storing the processing device; and the measurement monitoring system further comprises a remote control device for receiving an alert message from the transmission device of the at least one physiological measurement device.

Therefore, the physiological measuring device with remote monitoring and the measuring and monitoring system with the device in the present case distributes a plurality of physiological measuring devices to a plurality of users, and can be remotely transmitted through the transmitting device at the remote control device. The end setting, or the near-end user directly sets the physiological value of the predetermined normal range such as the blood pressure value or the blood glucose level, and stores it in the storage processing device, when the physiological value is not in the predetermined normal range, or exceeds the time but has not been measured At the same time, the storage processing device will send a warning message, and at the same time, the warning message will be transmitted to the remote control device, and the monitoring personnel located at the remote control device will dispatch medical personnel to carry out emergency medical care, and even contact the first time. The family members of the family increase the efficiency of notification and emergency medical care, and the remote control device can also set up a database for the physiological quantity measured by the user to be recorded in the database for review by doctors or related professionals. Keep track of changes in the user's physiological measurements at any time to achieve all of the above objectives.

The above and other technical contents, features, and advantages of the present invention will be apparent from the following description of the preferred embodiments.

A first preferred embodiment of the remote monitoring physiological measuring device of the present invention is shown in FIG. 1 and FIG. 2, and the physiological measuring device of the present example can be combined with a remote control device 2 to form a measurement monitoring system. The physiological measuring device is exemplified as a sphygmomanometer 1 in this example, and mainly includes a sensing device 11, a storage processing device 12, a network connection interface 13 of the exemplary transmission device, a proximal interface device 14, and a display device 15, A speaker 16 exemplified as a warning device, and a power plug 17 exemplified as a power supply device, is inserted into the socket by the power plug 17 and draws power, and provides enabling power to the sensing device 11, the storage processing device 12, the network connection interface 13, The display device 15 and the horn 16 are provided.

A plurality of sphygmomanometers 1 are initially sent to the respective users, and the user inputs a predetermined normal range physiological value and a predetermined measurement time message data to the storage processing device 12 through the near-end interface device 14, in this example. The physiological value is exemplified as a blood pressure value. When the predetermined measurement time is up, the user puts the hand into the sensing device 11, and the blood pressure value of the body is measured by the sensing device 11, and is displayed by the display device 15 The measured blood pressure value is displayed, and the measured blood pressure value is transmitted to the storage processing device 12, and the storage processing device 12 determines whether the blood pressure value is within the predetermined normal range.

If the measured blood pressure value is not within the predetermined normal range, or the blood pressure value has not been measured at the predetermined measurement time, a warning message is issued, and then the storage processing device 12 instructs the speaker 16 to issue a warning sound while simultaneously The storage processing device 12 connects the alert message to the remote remote control device 2 via the network connection interface 13 for the remote monitor to know that the user may have abnormal blood pressure or exceeds the current amount. If the measurement time is too long, abnormal blood pressure may occur and the patient is unable to seek help. At this time, the remote monitor can immediately respond accordingly, for example, by calling or contacting a person to view, or even contacting the user at the first time. Family members can effectively protect the lives of users.

The warning device of this example further includes a release button 161. When the speaker 16 issues a warning sound to prompt the user, the user just forgets to measure or the body has not felt very uncomfortable, and the user can trigger the release button 161 to generate a release button 161. The warning signal is released, and the speaker 16 stops the warning sound and transmits to the remote control device 2 through the network through the network connection interface 13.

A second preferred embodiment of the remote monitoring physiological measuring device of the present invention is shown in FIG. 3 and FIG. 4, wherein the physiological measuring device is exemplified as a blood glucose measuring device 3, and is also shared with a remote control device 2 A measurement monitoring system is constructed, and a plurality of blood glucose measuring instruments 3 are respectively sent to each user for each user to measure his physiological quantity, and the physiological quantity of the example is the user's blood sugar level. Moreover, the blood glucose measuring instrument 3 of the present example further includes a set of backup batteries 38 exemplified as emergency notification power, when the plug 37 of the blood glucose measuring device 3 is removed, or the voltage driven by the blood glucose measuring device 3 is too low, The blood glucose meter 3 can still maintain a driveable voltage for the network connection interface 33 to transmit a low voltage notification to the remote control device 2, and the transmission device of this example further includes a walkie-talkie 331 for the user to The walkie-talkie 331 communicates directly with the monitor located at the remote control device 2. For example, if the user feels uncomfortable, the walkie-talkie 331 can directly explain the current physical state, so that the monitor can know the user's condition and make a pair. Processing.

The remote control device 2 of this example includes a database 21 for storing the blood glucose level measured by each user through the blood glucose meter 3, and the blood glucose value measured by the remote control device 2 by the user. Record storage, when the user visits the hospital or the health check-up center for health check, the doctor or related professional can directly connect to the remote control device 2 through the computer to read the blood glucose value measured by the user, so that the doctor The user can clearly understand the blood sugar changes of the user, and can make more accurate adjustments and comparisons according to the user's blood sugar changes during dispensing, and achieve effective and rapid medical operations.

Of course, the database 21 of the remote control device 2 of this example can be designed to store data of all local hospitals, doctors, and emergency contacts. When the user is unwell, the walkie-talkie 331 sends a help message to the remote monitor. At this time, the monitor can find the nearest hospital from the database 21 and confirm whether the doctor is already in the hospital. After confirmation, the ambulance can be dispatched to the user's home, and the user is confirmed to the monitor. The emergency treatment of the hospital can be notified to the emergency contact person of the user immediately by, for example, sending a short message, so that the emergency contact person can know at the first time to increase the efficiency of the contact.

A third preferred embodiment of the remote monitoring physiological measuring device of the present invention is shown in FIG. 5. In this example, the power supply device is exemplified as a battery pack (not shown), and the blood glucose measuring device of the present example is used. 3 has the convenience of portability, and the transmission device is exemplified as a Bluetooth 43, through the Bluetooth 43 for wireless connection to a smart phone 5, and then connected to the remote control device through the smart phone 5, even through the smart phone 5 The physiological value of the transmission measurement at any time is regularly reported to another mobile phone, and the user's family can observe the user's measurement situation at any time through the mobile phone, thereby achieving double protection.

Because the physiological measuring device with remote monitoring and the measuring and monitoring system with the device of the present invention can be used by a doctor or a related professional to remotely adjust the range of physiological measurement standard values of each user, the user can be avoided. The inconvenience caused by the adjustment is adjusted to a range that does not meet its own standard value, and when the physiological value of the user is not within the predetermined normal range, or the time has not been measured, the storage processing device will issue a warning message not only A warning message is sent, and the warning message is transmitted to the remote control device synchronously. Therefore, the remote control device can send the medical staff to the emergency medical care and even contact the user's family. Moreover, the daily changes of the physiological values of each user are separately recorded through the database, and the doctor or the relevant professional can perform the health check or dispensing, and understand the current state of health according to the changes of the physiological measurement of the user, and do All the objects of the present invention are achieved in one fell swoop on the basis of the type and proportion of the drug.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All should remain within the scope of the invention patent.

1. . . sphygmomanometer

11. . . Sensing device

12. . . Storage processing device

13, 33. . . Network connection interface

14. . . Proximal interface device

15. . . Display device

16. . . horn

161. . . Release button

17. . . Power plug

2. . . Remote control device

twenty one. . . database

3. . . Blood glucose meter

331. . . Walkie talkie

37. . . plug

38. . . spare battery

43. . . Bluetooth

5. . . Smart phone

1 is a schematic view showing a first preferred embodiment of a sphygmomanometer in which the physiological measuring device for remote monitoring of the present invention is exemplified;

2 is a block diagram of the measurement and monitoring system of the physiological measurement device and the remote control device of FIG. 1;

3 is a schematic view showing a second preferred embodiment of the blood glucose measuring instrument of the remote monitoring physiological measuring device of the present invention;

4 is a block diagram of the measurement and monitoring system formed by the physiological measurement device and the remote control device of FIG. 3;

FIG. 5 is a schematic diagram of a third preferred embodiment of the remote monitoring physiological measurement device of the present invention, illustrating that the transmission device of the present invention is exemplified as Bluetooth for wireless connection to a smart phone.

1. . . sphygmomanometer

11. . . Sensing device

12. . . Storage processing device

13. . . Network connection interface

14. . . Proximal interface device

15. . . Display device

16. . . horn

161. . . Button

17. . . Power plug

2. . . Remote control device

Claims (10)

A remotely monitored physiological measuring device for measuring at least one physiological quantity having a predetermined normal range at a predetermined measurement time, and providing a remote quantity when the physiological quantity exceeds the predetermined normal range a control device, the physiological measuring device comprising: a power-enabled power supply device; a sensing device driven by the power supply device to drive the body, measure the body, and measure the physiological quantity; and the power supply device is powered Driving to receive the physiological quantity at the predetermined measurement time, determining whether the physiological quantity is within the predetermined normal range, and when the predetermined measurement time does not receive the physiological quantity, or the physiological quantity is not in the predetermined normal a storage processing device that issues a warning message; and a transmission device for transmitting the warning message to the remote control device. The physiological measuring device according to claim 1, further comprising a proximal interface device for directly setting the measuring time and/or the physiological value. The physiological measuring device according to claim 1, further comprising a display device driven by the power supply device to drive and display the physiological quantity of the amount. The physiological measuring device according to claim 1, 2, or 3, further comprising: when the storage processing device finds that the predetermined measuring time does not receive the physiological quantity, or the physiological quantity is not in the predetermined In the normal range, the warning device that issued the warning is issued. The physiological measuring device according to claim 4, wherein the warning device comprises a warning signal for triggering to generate a release warning signal transmitted to the remote control device through the transmission device after the warning device issues a warning, And stop the release button for the above warning. The physiological measuring device of claim 1, 2, or 3, wherein the transmitting device further comprises a set of intercoms for talking to the remote control device. The physiological measuring device according to claim 1, 2, or 3, further comprising a group for transmitting, by the transmitting device, a low voltage notification to the remote control device when the physiological measuring device voltage is too low. Emergency notification of power. A measurement monitoring system with a remotely monitored physiological measurement device, comprising: at least one physiological measurement device for measuring at least one physiological quantity having a predetermined normal range at a predetermined measurement time, comprising: a power-enabled power supply device; a sensing device driven by a power supply device to drive the body, measure the body, and measure the physiological value; and a power supply device is driven to receive the physiological component at the predetermined measurement time a storage processing device that issues a warning message when the physiological value is determined to be within the predetermined normal range, and when the predetermined measurement time does not receive the physiological quantity, or the physiological quantity is not within the predetermined normal range; And a transmission device for transmitting the warning message; and a remote control device for receiving an alert message from the transmission device of the at least one physiological measurement device. The measurement monitoring system of claim 8, wherein the physiological measuring device transmits all the physiological quantity values to the remote control device via the transmitting device, and the remote control device further includes a storage device. A database of the above physiological values. The measurement monitoring system of claim 8 or 9, wherein the physiological measuring device further comprises: a near-end interface device for directly setting the measuring time and/or the physiological value; The device is powered to enable display means for displaying the physiological quantity of the above-mentioned quantity; and when the storage processing means finds that the physiological quantity is not received by the predetermined measuring time, or the physiological quantity is not within the predetermined normal range, a warning device that issues a warning; and the warning device includes a release button for triggering to generate a release warning signal transmitted to the remote control device through the transmission device and stopping the warning when the warning device issues a warning; And an emergency notification power supply for the transmission device to transmit a low voltage notification to the remote control device when the voltage of the physiological measurement device is too low; wherein the transmission device further includes a group for the remote control device Intercom for the call.