TWI547897B - Physical and mental state of the detection tracking monitoring system - Google Patents

Description

Physical and mental state detection and tracking monitoring system

The invention provides a detection and tracking monitoring system for physical and mental state, in particular to provide physical health and mental health detection, tracking, rehabilitation and management for a disabled and demented caregiver using human design and automated management. The monitoring system, in particular, relates to a measuring unit, a cloud database unit, a monitoring platform unit, a wafer card, a fitness device, and a portable wearing device.

At present, hospitals, maintenance centers, nursing homes and other institutions have many wards and beds to provide accommodation, treatment, and rehabilitation for patients. Most of the patients in these institutions are in poor physical condition, disability, and loss. Most of the elderly people who are wise can't take care of themselves. Many daily activities and actions must be done with the help of nursing staff, such as getting out of bed, going to the toilet, etc., especially in the community where the elderly are more, the daily activities of the elderly in the community. The action must also be done with the help of the caregiver.

It is also known that in order to detect, track, and monitor the physiological state, mental state, medication status, and location of caregivers such as the elderly or patients, caregivers, health managers, or family members must always look at the caregivers. The situation of work and rest, urge the caregivers to follow the plan for diet, rehabilitation and on-time medication, and constantly measure and track the physical and psychological state of the care recipient. However, the number of caregivers in the aforementioned institutions and communities is often higher than that of caregivers. Therefore, a small number of caregivers cannot fully notice the situation of most caregivers, which makes it difficult for caregivers to grasp the rehabilitation, diet and care of the caregivers. It is not easy to grasp the location of the caregiver at the same time as the medication status.

In addition, in order for the caregiver to call the caregiver when he needs help, an emergency button is generally provided in the living area of the caregiver to provide the caregiver with active pressing when needed, to request the caregiver to come to assist. However, the shortcoming is that the above-mentioned traditional practice of using an emergency push button to cooperate with the caregiver to manage and monitor the health of the caregiver belongs to the active request of the caregiver, and many caregivers often do not help because of the personality reluctance or embarrassment factor. Under the reluctance to leave the bed, because the patient's physical condition is not good, he is forced to get out of bed, prone to falls and other accidents, and need to be improved.

In view of this, how to overcome the problems of the prior art mentioned above will be the difficulty that the technicians in the field want to solve.

The main object of the present invention is to provide a monitoring system for detecting, tracking, rehabilizing and managing physiological state and mental state by using manual design and automatic management for disabled and demented caregivers to overcome the above previous Many problems in technology.

In order to achieve the above object, the detection and tracking monitoring system of the physical and mental state of the present invention comprises: a complex quantity measuring unit, which measures a caregiver to generate a physiological data and a psychological data; and a cloud database unit that accepts the input of the physiological Data and psychological data, and accept input of a medication time control data; a monitoring platform unit, electrically connected to the cloud database unit, and read the physiological data and psychological data to determine a rehabilitation data, and read the Taking time control data; a wafer card carried by the caregiver to store basic information of one of the caregivers; a fitness device for supplying the wafer card to be plugged so that the fitness device accepts the remote control of the monitoring platform unit according to the basic data, The fitness device is operated by the caregiver, and the monitoring platform unit remotely controls the fitness device to accept the operation of the caregiver according to the rehabilitation data, and the monitoring platform unit determines that the fitness device is finished when the caregiver operates the fitness device. The amount of exercise data of the caregiver, and the monitoring platform unit adjusts the rehabilitation data according to the exercise amount data; Caregivers to wear the player The device is configured to measure the monitored person and wirelessly transmit a vital sign data to the monitoring platform unit via the cloud database unit, and wirelessly transmit a location data by using the satellite positioning method to the monitoring device via the cloud database unit. a platform unit, the monitoring platform unit tracks and monitors the life signs of the care recipient according to the vital signs data, and monitors the location of the care recipient according to the location data, and the monitoring platform unit wirelessly controls the portable device according to the medication time control data. Wear device tracking, monitoring and prompting the caregiver to take the medicine on time.

Accordingly, in order to achieve the above-mentioned care and disability care, the caregivers who use disability and dementia provide physical health and mental health tracking, rehabilitation and monitoring management.

The following further describes a specific embodiment of the present invention: according to the above main structural features, further comprising a dietary calorie interpretation unit for inserting the wafer card, and a plurality of calorie barcodes attached to the food tray, the dietary calorie interpretation unit Reading the heat bar code to generate food calorie data of the food on the plate, and sending the diet heat data to the cloud database unit and the monitoring platform unit according to the basic data of the chip card, the monitoring platform unit reads And monitoring the dietary calorie data, and the monitoring platform unit adjusts the rehabilitation data according to the dietary calorie data, and remotely controls the portable wearing device to be taken care of when the value of the dietary caloric data exceeds one of the thermal limiting values of the rehabilitation data. By.

According to the above main structural features, the monitoring platform unit presets a health scale data, and a rehabilitation database having a plurality of rehabilitation materials, and the monitoring platform unit compares the physiological data and the psychology according to the health scale data. The information is retrieved from the rehabilitation database to generate the rehabilitation data.

According to the above main structural features, the wafer card accepts input of the physiological data, psychological data, and rehabilitation data.

According to the above main structural features, the monitoring platform unit remotely controls the fitness device to stop according to the rehabilitation data, and restricts the fitness device from accepting the exercised by the caregiver The time of the work.

According to the above main structural features, the portable wearing device can be in the form of a wristband or a watch. The vital sign data includes pulse and body temperature, and the vital sign data and location data are displayed on the external computer or mobile electronic device through the cloud database unit. Device.

According to the above main structural features, the portable wearing device has a counting unit, an alarm unit electrically connected to the counting unit, and a release timing button electrically connected to the counting unit.

According to the above main structural features, the monitoring platform unit wirelessly remotely controls the counting unit to start counting for a first preset time according to the medication time control data, and the releasing timing button counts the first preset time in the counting unit. Before receiving the care of the caregiver, the counting unit stops counting, and the chronograph button is released, and after the counting unit counts the first preset time, the warning unit sends a warning signal to the care recipient, the monitoring platform unit After the counting unit counts the first preset time, the wireless remote control unit starts counting for a second preset time, and the release timing button accepts the care recipient before the counting unit counts the second preset time. Pressing, and causing the counting unit to stop counting, and releasing the timing button, after the counting unit counts the second preset time, the warning unit is caused to the cloud database unit, the monitoring platform unit or/and an external first-aid mechanism Send the alert signal.

According to the above main structural features, when the monitoring platform unit causes the life sign data to be abnormal when the caregiver is unwell or has an accident, the wireless remote control unit starts counting the first preset time, and the release timing button is The counting unit counts the pressing of the care recipient before the first preset time is completed, and causes the counting unit to stop counting, and after the counting button is released, after the counting unit counts the first preset time, the warning unit is caused to Cloud database unit, monitoring platform The unit or/and the external caregiver's computer and the mobile electronic device wirelessly transmit the warning signal, and the monitoring platform unit sends the vital sign data and the location data to the external caregiver computer and the mobile electronic device, and the monitoring platform unit After the counting unit counts the first preset time, the wireless remote control unit starts counting the second preset time, and the release timing button is pressed by the care recipient before the counting unit counts the second preset time. And causing the counting unit to stop counting, and releasing the timing button, after the counting unit counts the second preset time, causing the warning unit to send the warning signal to an external emergency mechanism, and the monitoring platform unit sends the life Sign information and location information to external emergency agencies.

According to the above main structural features, the video unit further includes a plurality of video units disposed in the living area of the care recipient. After receiving the warning signal, the monitoring platform unit controls the video unit to take an image of the care recipient and send an image of the caregiver to External first aid agency.

Compared with the prior art, the present invention has the following advantages: 1. The cloud database unit facilitates the caregiver, health management personnel or family members to inquire about the physiological data, psychological data and medication time control data of the care recipient. 2. The monitoring platform unit can manage the time for the exercised rehabilitation of the caregiver according to the rehabilitation data, and cooperate with the wafer card and the fitness equipment, and accurately calculate and control the heat consumed by the caregiver for rehabilitation. The caregivers and caregivers are prompted to give feedback to adjust the rehabilitation information. 3. The monitoring platform unit can accurately calculate and manage the heat taken by the caregiver's daily diet in conjunction with the wafer card, the dietary calorie interpretation unit and the heat bar code, to prompt the caregiver and the caregiver, and to feedback and adjust the Rehabilitation data. 4. The portable wearing device can be worn by the caregiver, and the monitoring platform unit can track and monitor the life signs and location of the caregiver with the portable wearing device, and prompt the caregiver to take the medicine on time, and The caregiver and the emergency department are notified immediately if the caregiver is unwell or an accident occurs. 5. The monitoring platform unit can also be used with the video unit In the event of an accident, the caregiver will take pictures of the condition of the caregiver to the emergency department to provide first aid through video guidance and reduce the injury of the caregiver.

However, in order to clearly and fully disclose the present invention, the preferred embodiments are illustrated, and the detailed description of the embodiments will be described as follows:

Referring to FIG. 1 , a functional block diagram of a preferred embodiment of the present invention is disclosed, and a detection and tracking monitoring system for the physical and mental state of the present invention is illustrated with reference to FIG. 2 to FIG. 7 , including a complex measurement unit 1, 1a, and a a cloud database unit 2, a monitoring platform unit 3, a wafer card 4 carried by the caregiver, a fitness device 5, and a wearable device 6 worn by the caregiver; wherein: the measuring unit 1, 1a The physical and mental state of the caregiver can be measured, and a physiological data 901 and a psychological data 902 are generated. The measuring unit 1, 1a may include a blood pressure machine, a blood glucose machine, a gastroesophageal counterflow meter and a physical energy meter, and the like, and may also include a stress index scale, a depression scale, and an insomnia quality self-assessment scale. Pressure test table.

The physiological data 901 may be data such as blood pressure, blood sugar, body weight, cholesterol, gastroesophageal reflux index and fitness index; the psychological data 902 may be depression test data, autonomic nervous disorder detection value, emotional disorder detection value, congratulation Index data such as abnormal secretion test values and mental stress test data.

The cloud database unit 2 can accept the input of the physiological data 901 and the psychological data 902, and can accept the input of a medication time control data 903.

The cloud database unit 2 may actually include a web page, and the caregiver and the caregiver may use a mobile electronic device such as a mobile phone or a tablet computer, or a computer in a home or public place to connect to the cloud database unit 2.

The monitoring platform unit 3 is electrically connected to the cloud database unit 2, and reads the physiological data 901 and the psychological data 902, thereby determining a rehabilitation data 904. And read the medication time control data 903. The specific implementation of the monitoring platform unit 3 is a server in which a plurality of programs are installed to read data, thereby performing related functions described later.

The wafer card 4 carried by the caregiver can store one of the basic materials 900 of the caregiver. The chip card 4 may employ RFID or barcode technology, the basic material 900 containing the name, blood type, date of birth, telephone number, address, etc. of the care recipient.

The fitness device 5 can be supplied with the wafer card 4 to read the basic data 900, and the fitness device 5 can receive the remote control of the monitoring platform unit 3 according to the basic data 900. The fitness device 5 can be an indoor health device such as a running, a bicycle, and a boat. The fitness device 5 can be operated by the caregiver, and the monitoring platform unit 3 remotely controls the fitness device 5 to accept the operation of the caregiver according to the rehabilitation data 904. The monitoring platform unit 3 is operated by the caregiver to operate the fitness device 5 The exercise amount data 905 of the care recipient is determined, and the monitoring platform unit 3 adjusts the rehabilitation data 904 according to the exercise amount data 905.

The portable wearing device 6 can measure the body of the caregiver and wirelessly transmit a vital sign data 906, and the vital sign data 906 is transmitted to the monitoring platform unit 3 via the cloud database unit 2, and wirelessly transmitted by the satellite positioning method. The location profile 907 causes the location profile 907 to be passed to the monitoring platform unit 3 via the cloud repository unit 2. When the data cannot be smoothly transmitted to the monitoring platform unit 3 due to the wireless network problem, the portable wearing device 6 can transmit the data again within a certain period of time according to the setting until the successful resending.

The monitoring platform unit 3 tracks and monitors the life signs of the care recipient according to the vital signs information 906, and tracks the position of the monitored care according to the location information 907, and the monitoring platform unit 3 can also carry out the wireless remote control according to the medication time control data 903. Wearing device 6 tracks, monitors, and prompts the caregiver to take the medication on time.

In a more specific implementation, the present invention also includes, in implementation, further comprising a dietary calorie interpretation unit 7 for feeding the wafer card 4, and plural A heat bar code 71 attached to the food plate. During the meal by the caregiver, the dietary calorie interpretation unit 7 can read the calorie barcode 71 to generate a dietary calorie data 908 for the food on the tray, and send the dietary calorie data 908 to the home according to the basic data 900 of the wafer card 4. The cloud database unit 2 and the monitoring platform unit 3 are described.

The monitoring platform unit 3 reads and monitors the dietary calorie data 908, and the monitoring platform unit 3 adjusts the rehabilitation data 904 according to the dietary calorie data 908, and remotely controls when the value of the dietary calorie data 908 exceeds the caloric restriction value of the rehabilitation data 904. The portable wearing device 6 prompts the care recipient by means of sound, voice, light or text.

In practice, the monitoring platform unit 3 presets a health scale data 31, and a rehabilitation database 32 having a plurality of rehabilitation materials 904, and the monitoring platform unit 3 can compare the physiological substances according to the health scale data 31. The data 901 and the psychological data 902 are retrieved from the rehabilitation database 32 to generate the rehabilitation data 904.

In practice, the chip card 4 accepts the input of the physiological data 901, the psychological data 902, and the rehabilitation material 904.

In practice, the monitoring platform unit 3 can stop the remote control fitness device 5 according to the rehabilitation material 904, and limit the time when the fitness device 5 accepts the operation of the caregiver.

In practice, the portable wearing device 6 can be in the form of a wristband, a watch, a hanging or other wearable device, and has a satellite positioning function. The vital sign data 906 includes pulse and body temperature, and the vital sign data 906 The location data 907 can be displayed on the external computer or the mobile electronic device via the cloud database unit 2.

By the above, in general use, the cloud database unit 2 can facilitate the caregiver, health management personnel or family members to query the basic data 900, physiological data 901, psychological data 902, medication time control of the caregiver. The data 903, the rehabilitation data 904, the exercise amount data 905, the vital sign data 906, the position data 907, and the dietary calorie data 908.

During use, the monitoring platform unit 3 can manage the time of the exercise rehabilitation of the caregiver according to the rehabilitation data 904, and cooperate with the wafer card 4 and the fitness equipment 5, and accurately calculate and control the caregiver to perform rehabilitation. The amount of heat consumed is used to prompt the caregiver and the caregiver and to feedback the adjustment of the rehabilitation material 904.

It is worth mentioning that the monitoring platform unit 3 can also accurately calculate and manage the heat taken by the caregiver's daily diet in cooperation with the wafer card 4, the dietary calorie interpretation unit 7 and the heat barcode 71 to prompt the care. And the caregiver, and feedback to adjust the rehabilitation material 904.

At the same time, the portable wearing device 6 can be worn by the caregiver, and the monitoring platform unit 3 can cooperate with the portable wearing device 6 to track and monitor the life signs and location of the care recipient, and prompt the caregiver to take the medicine on time. .

Accordingly, in order to achieve the above-mentioned carelessness and dementia caregivers, the human condition design, the state of mind detection, tracking, rehabilitation and monitoring management are provided by human design and automatic management.

In addition, the portable wearing device 6 has a counting unit 61, an alerting unit 62 electrically connected to the counting unit 61, and a release timing button 63 of the electrical connection counting unit 61.

In practice, the monitoring platform unit 3 can start counting a first preset time according to the medication time control data 903 at the medication time wireless remote counting unit 61. The first preset time is exemplified as 15 seconds; The medicine is applied on time and the release timing button 63 is pressed, so that the release timing button 63 is pressed by the care recipient before the counting unit 61 counts the first preset time, so that the counting unit 61 stops counting.

If the caregiver does not take the medicine on time and does not press the release timing button 63, the release timing button 63 causes the warning unit 62 to use the sound, voice, and light after the counting unit 61 counts the first preset time. Or text, etc. The method sends a warning signal 909 to the care recipient to prompt the caregiver to take the medicine on time.

After the counting unit 61 counts the first preset time, the wireless remote control counting unit 61 starts counting a second preset time, and the second preset time is 15 seconds; at this time, if it is taken care of When the medicine is taken and the release timing button 63 is pressed, the release timing button 63 is pressed by the care recipient before the counting unit 61 counts the second predetermined time, so that the counting unit 61 stops counting.

If the caregiver still fails to take the medicine in the second predetermined time, and the release timing button 63 is not pressed, the release timing button 63 is caused by the counting unit 61 after the counting unit 61 counts the second preset time, and the warning unit 62 is in the text mode. The cloud database unit 2, the monitoring platform unit 3 or/and an external emergency department 9 such as a hospital or clinic send the warning signal 909.

In practice, the monitoring platform unit 3 can also count the first preset time when the life sign data 906 is abnormal when the caregiver is unwell or accidentally occurs; at this time, if the child is being cared for The abnormal state of the physical state of the person is relieved and the release timing button 63 is pressed, so that the release timing button 63 is pressed by the care recipient before the counting unit 61 counts the first preset time, so that the counting unit 61 stops counting.

If the abnormal state of the physical condition of the care recipient is not relieved in the first preset time, and the release timing button 63 is not pressed, the release timing button 63 causes the warning unit 62 to use the text after the counting unit 61 counts the first preset time. The method wirelessly transmits the warning signal 909 to the cloud database unit 2, the monitoring platform unit 3 or/and the external caregiver computer and the mobile electronic device, and the monitoring platform unit 3 transmits the vital sign data 906 and the location data 907. A computer and mobile electronic device to the external caregiver to remind the caregiver to rescue the care recipient.

The monitoring platform unit 3 counts the first preset time at the counting unit 61 After the completion, the wireless remote control counting unit 61 starts counting the second preset time; at this time, if the physical condition abnormality of the care recipient has been relieved and the release timing button 63 is pressed, the release timing button 63 is caused to count in the counting unit 61. When the second care time is accepted before the preset time is completed, the counting unit 61 can stop counting.

If the abnormal state of the physical condition of the care recipient is still unsettled in the second predetermined time, and the release timing button 63 is not pressed, the release timing button 63 causes the warning unit 62 to use the text after the counting unit 61 counts the second preset time. The method sends the warning signal 909 to the external first aid mechanism 9, and the monitoring platform unit 3 sends the vital sign information 906 and the location data 907 to the external emergency mechanism 9 to prompt the emergency rescue personnel of the external first aid institution 9 to be cared for. Rescue.

Thus, by monitoring the design of the platform unit 3 in conjunction with the wearable device 6, the caregiver and the emergency care facility 9 can be immediately notified when the caregiver is physically unwell or an accident occurs.

In an implementation, the video unit 8 is further included in the living area of the care recipient. After receiving the warning signal 909, the monitoring platform unit 3 controls the video unit 8 to take an image of the caregiver and send an image of the caregiver. 910 to the external emergency agency 9.

In this way, the monitoring platform unit 3 can also cooperate with the video unit 8 to capture the current image of the caregiver to the emergency department 9 when the caregiver has an accident, so as to provide first aid to the care recipient through the video guidance mode, thereby reducing the care recipient. Damage.

The invention is not intended to limit the invention, and other equivalent modifications or substitutions that are not departing from the spirit of the invention are intended to be included in the appended claims. Within the scope.

1, 1a‧‧‧Measurement unit

2‧‧‧Cloud database unit

3‧‧‧Monitoring platform unit

31‧‧‧Health Scale Information

32‧‧‧Rehabilitation database

4‧‧‧wafer card

5‧‧‧ fitness equipment

6‧‧‧With wearing device

61‧‧‧counting unit

62‧‧‧Warning unit

63‧‧‧Delay button

7‧‧‧Food calorie interpretation unit

71‧‧‧heat bar code

8‧‧‧Video unit

9‧‧‧First aid institutions

900‧‧‧Basic information

901‧‧‧Physical data

902‧‧‧Psychological information

903‧‧‧Drug time control data

904‧‧‧Rehabilitation materials

905‧‧‧Sports data

906‧‧‧ Signs of life

907‧‧‧Location Information

908‧‧‧Food and Beverage Information

909‧‧‧ warning signal

910‧‧‧ image data of caregivers

Figure 1 is a functional block diagram of a preferred embodiment of the present invention; 2 is a functional block diagram of the usage state of the cloud database unit of FIG. 1; FIG. 3 is a functional block diagram of the usage state of the monitoring platform unit of FIG. 1; FIG. 4 is a functional block diagram of the use state of the wafer card of FIG. Figure 1 is a block diagram showing the state of use of the portable wearing device of Figure 1; Figure 6 is a functional block diagram of the state of use of the dietary heat reading unit of Figure 1; Figure 7 is a functional block diagram of the additional embodiment of the portable wearing device of Figure 5. .

1, 1a‧‧‧Measurement unit

2‧‧‧Cloud database unit

3‧‧‧Monitoring platform unit

4‧‧‧wafer card

5‧‧‧ fitness equipment

6‧‧‧With wearing device

7‧‧‧Food calorie interpretation unit

71‧‧‧heat bar code

8‧‧‧Video unit

Claims (9)

A detection and tracking monitoring system for physical and mental state, comprising: a complex quantity measuring unit, measuring a physiological data and a psychological data generated by the caregiver; a cloud database unit accepting input of the physiological data and psychological data, and accepting Entering a medication time control data; a monitoring platform unit electrically connecting the cloud database unit, and reading the physiological data and psychological data to determine a rehabilitation data, and reading the medication time control data; a wafer card carried by the caregiver to store one of the basic information of the caregiver; and a portable wearing device worn by the caregiver to measure the caregiver and wirelessly transmit a vital sign data to the child through the cloud database unit Monitoring the platform unit and wirelessly transmitting a location data by means of satellite positioning to the monitoring platform unit via the cloud database unit, the monitoring platform unit tracking and monitoring the life signs of the care recipient according to the vital signs data, and according to the location The data track monitors the location of the caregiver, and the monitoring platform unit controls the data according to the medication time. Remotely controlling, monitoring, and prompting the caregiver to take the medicine on time; further comprising a diet calorie reading unit for inserting the wafer card, and a plurality of calorie barcodes attached to the food tray, the calorie diet The reading unit reads the heat barcode to generate a dietary calorie data of the food on the tray, and sends the dietary heat data to the cloud database unit and the monitoring platform unit according to the basic data of the wafer card, the monitoring platform unit Reading and monitoring the dietary calorie data, and the monitoring platform unit adjusts the rehabilitation data according to the dietary calorie data, and remotely prompting the portable wearing device when the value of the dietary caloric data exceeds one of the thermal limiting values of the rehabilitation data Being cared for. For example, the detection and tracking monitoring system of the physical and mental state described in claim 1 wherein the monitoring platform unit presets a health scale data and a rehabilitation database having a plurality of rehabilitation materials, and the monitoring platform unit is based on The health scale data compares the physiological data and the psychological data, and the rehabilitation data is obtained from the rehabilitation database. A detection and tracking monitoring system for physical and mental state, comprising: a complex quantity measuring unit, measuring a physiological data and a psychological data generated by the caregiver; a cloud database unit accepting input of the physiological data and psychological data, and accepting Entering a medication time control data; a monitoring platform unit electrically connecting the cloud database unit, and reading the physiological data and psychological data to determine a rehabilitation data, and reading the medication time control data; a wafer card carried by the caregiver to store one of the basic information of the caregiver; and a portable wearing device worn by the caregiver to measure the caregiver and wirelessly transmit a vital sign data to the child through the cloud database unit Monitoring the platform unit and wirelessly transmitting a location data by means of satellite positioning to the monitoring platform unit via the cloud database unit, the monitoring platform unit tracking and monitoring the life signs of the care recipient according to the vital signs data, and according to the location The data track monitors the location of the caregiver, and the monitoring platform unit controls the data according to the medication time. Remotely controlling, monitoring, and prompting the caregiver to take the medicine on time; wherein the wafer card accepts input of the physiological data, psychological data, and rehabilitation data, and the detection and tracking monitoring system further includes a fitness device. Providing the wafer card to be inserted so that the fitness device accepts the remote control of the monitoring platform unit according to the basic data, the fitness device is operated by the caregiver, and the monitoring platform unit remotely controls the fitness device to receive the care recipient according to the rehabilitation data. The time of operation, the monitoring platform unit determines a caregiver when the caregiver operates the fitness device The exercise amount data, and the monitoring platform unit adjusts the rehabilitation data according to the exercise amount data. The detection and tracking monitoring system for the physical and mental state according to claim 3, wherein the monitoring platform unit remotely controls the fitness device to stop according to the rehabilitation data, and limits the time when the fitness device accepts the operation of the caregiver. The detection and tracking monitoring system for the physical and mental state according to the first aspect of the patent application, wherein the portable wearing device is in the form of a wristband or a watch, the vital sign data includes a pulse and a body temperature, and the vital signs and position data are The cloud database unit is displayed on an external computer or mobile electronic device. The detection and tracking monitoring system of the physical and mental state according to claim 1 or 5, wherein the portable wearing device has a counting unit, an alarm unit electrically connected to the counting unit, and an electrical connection unit Release timing button. The detection and tracking monitoring system of the physical and mental state according to the sixth aspect of the patent application, wherein the monitoring platform unit wirelessly remotely controls the counting unit to start counting for a first preset time according to the medication time control data, the release timing Pressing the button to be pressed by the caregiver before the counting unit counts the first preset time, and causing the counting unit to stop counting, and releasing the timing button, after the counting unit counts the first preset time, the warning unit is Sending a warning signal to the caretaker, after the counting unit counts the first preset time, the monitoring unit starts to count the second preset time by the wireless remote control, and the release timing button is used in the counting unit. Receiving the second preset time to receive the care of the caregiver, and causing the counting unit to stop counting, and releasing the timing button, after the counting unit counts the second preset time, the warning unit is caused to the cloud data The alert unit is sent by the library unit, the monitoring platform unit or/and an external emergency facility. The detection and tracking monitoring system of the physical and mental state as described in claim 6 wherein the monitoring platform unit causes the life of the caregiver to be uncomfortable or accidental. When the indication data is abnormal, the wireless remote control unit starts counting for a first preset time, and the release timing button is pressed by the care recipient before the counting unit counts the first preset time, and the counting unit is stopped. Counting, and releasing the timing button, after the counting unit counts the first preset time, the warning unit wirelessly transmits to the cloud database unit, the monitoring platform unit or/and the external caregiver computer and the mobile electronic device a warning signal, and the monitoring platform unit sends the vital sign data and the location data to the computer and mobile electronic device of the external caregiver, and the monitoring platform unit wirelessly controls the counting after the counting unit counts the first preset time The unit starts counting for a second preset time, and the release timing button is pressed by the care recipient before the counting unit counts the second preset time, and the counting unit stops counting, and the timing button is released from the counting unit. After counting the second preset time, the warning unit sends the warning letter to an external emergency department. No., at the same time, the monitoring platform unit sends the vital signs data and location data to an external emergency department. For example, the detection and tracking monitoring system of the physical and mental state described in claim 8 further includes a plurality of video units disposed in the living area of the care recipient, and the monitoring platform unit controls the video unit to receive the warning signal. The caregiver sends an image of the caregiver to an external emergency facility.