CN208677367U - Wearable physiology information detecting transmission platform - Google Patents
Wearable physiology information detecting transmission platform Download PDFInfo
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- CN208677367U CN208677367U CN201721807346.8U CN201721807346U CN208677367U CN 208677367 U CN208677367 U CN 208677367U CN 201721807346 U CN201721807346 U CN 201721807346U CN 208677367 U CN208677367 U CN 208677367U
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Abstract
The utility model discloses wearable physiology information detecting transmission platforms, belong to wearable smart machine field, including garment body, the garment body is equipped with multiple for installing the interface of sensor, each interface, which is located on corresponding human body, to be needed at detection position, the transmission of data is carried out between each sensor by route, the garment body jacket is removably connected with cap body and coat-sleeve, lower clothing is removably connected with trouser legs, trouser legs are detachably connected with socks body, the cap body, coat-sleeve, the main transmission line road is equipped in trouser legs and socks body, branch transmission line road sensor interface, facilitate the detection to patient's items physiologic information, garment body can more be bonded human body, effectively increase the accuracy and detection efficiency of detection information.
Description
Technical field
The utility model relates to wearable smart machine fields, pass more particularly to a kind of wearable physiology information detecting
Defeated platform.
Background technique
With the development of the social economy, people increasingly pay attention to health, either medical work needs, and is still based on
Understanding to self health status, the Medical Devices for requiring some professions are obtained by corresponding sensor.Hospital's profession
Diagnostic equipment when in use, it is contemplated that the installation of various sensors and the transmission of data need to remove the clothing of patient
Installation can just be gone on smoothly.And for different patients, the physiologic information of required monitoring and acquisition is not identical, phase
The hospital answered needs to prepare complicated route to obtain various physiologic informations, is carrying out in actual use, often because
Complex circuit causes its maintenance and use very inconvenient.Existing equipment is difficult to accomplish for the different demands of different patients
Meet, and for the patient its treatment cost due to the complexity of instrument it is very high.
And for can be for movable patient, if the acquisition of physiologic information can not influence its daily routines
In the case where realize acquisition, can significantly enhance the comfort of patient, it is more acceptant for the patient.It is existing
Some physiology information detecting processing units cannot can only be installed on device according to the corresponding installation sensor of difference of human somatotype
Fixed position, and the end of many sensors is tape-stripping and negative pressure sucking disc type, and user tends not to tolerance 24 hours
Above uninterrupted wearing, and most physiology information detecting transmitting device all can not carry out first aid to user；Market
On physiological data collection device generally require to each detection position of human body carry out separate detection, will cause waste of time and
The inaccuracy of data.
Summary of the invention
For above situation, for the defect for overcoming the prior art, the utility model provides one kind can institute directly each to human body
It needs detection position accurately to be detected, and the wearing with certain function of emergency treatment of long-term continuous data acquisition can be carried out to human body
Wearing type physiology information collection transmission platform.
Its technical solution is wearable physiology information detecting platform, including garment body, which is characterized in that described
Garment body is equipped with multiple interfaces for being used to install sensor, and each interface, which is located on corresponding human body, needs detection position
Locate, carries out the transmission of data between each sensor by route, power supply, the line are installed in the garment body
Road includes main transmission line road and the branch transmission line road that connect with each sensor, and each branch transmission line road is for will be right
Inductive sensing device information is transmitted to main transmission line road, and the main transmission line road is fixed on the suture of the garment body, and branch passes
Defeated route weaves with the garment body cloth and fixes.
Further, the garment body is the jacket structure of sleeveless.
Further, the garment body is removably connected with cap body, and the main transmission is again provided in the cap body
Route, branch transmission line road sensor interface.
Further, the garment body is removably connected with coat-sleeve, and the main transmission is again provided in the coat-sleeve
Route, branch transmission line road sensor interface, the long sleeves are equipped with the garment body junction and are used for main transmission line road phase
The connection-peg of connection.
Further, the garment body is the lower clothing structure without trouser legs.
Further, the garment body is removably connected with trouser legs, and the main transmission is again provided in the trouser legs
Route, branch transmission line road sensor interface, the trouser legs are equipped with the garment body junction and are used for main transmission line road phase
The connection-peg of connection.
Further, the trouser legs lower end is removably connected with the socks body of human foot's adaptation, same in the socks body
Equipped with the main transmission line road, branch transmission line road sensor interface, the socks body and the garment body junction are equipped with and use
In the connection-peg that main transmission line road is connected.
Further, the garment body is equipped with multiple therapeutic windows corresponding with human body, and the therapeutic window is
The cloth chip architecture that garment body was equipped be detachably connected.
Further, in order to detect the various physiological parameters of human body, the sensor that the sensor interface can connect
Including displacement sensor, vibrating sensor, pressure sensor, flow sensor, temperature sensor etc..Institute's displacement sensors are put
It sets and is able to detect the parameters such as position, skin thickness, heart displacement, the subcutaneous fat thickness of calculus in the different position of human body.Institute
The parameters such as heart sound, breath sound, blood vessel sound can be examined by stating vibrating sensor and being placed on the different position of human body.The pressure sensor
It is placed on the different position of human body and is able to detect the parameters such as blood pressure, myocardium power, intra-ocular pressure.The flow sensor is placed on people
The different position of body is able to detect the parameters such as blood flow, amount of bleeding, breathing gas flow, uroflow amount.The temperature sensor is put
It sets and is able to detect the parameters such as skin temperature, breathing temperature in the different position of human body.Each sensor has to be opened accordingly
It closes, when human body sensory is not in due course, by opening different sensors, to detect the corresponding physiological parameter of human body.It is with flu
Example, when human feeling arrive doubtful flu when, be first turned on temperature sensor, when the temperature T detected exceeding human body temperature just
When normal range, then pressure sensor is opened, detects the blood pressure P of human body.Fusion parameters M has a normal range (NR), which is
More than or equal to A, and it is less than or equal to B.The fusion parameters M is defined as:
M=T/P (1)
In above formula (1), the unit of temperature T is degree Celsius that the unit of blood pressure P is millimetres of mercury, in fusion parameters calculating
Only consider numerical value, does not consider unit-distance code.
When fusion parameters M is greater than the maximum value B of the normal range (NR) of setting, flow sensor is opened, detects breathing gas
Flow F；When fusion parameters M is less than the minimum value A of the normal range (NR) of setting, vibrating sensor is opened, detects heart sound and breathing
Sound.
Then physiological parameter sensor detected is transmitted to controller, in case doctor refers to, judges the human body state of an illness.
The utility model has the technical effect that in the present invention directly by clothes and various physiology information detecting devices
It combines, facilitates the detection to patient's items physiologic information well, because garment body can more be bonded human body, in very great Cheng
The accuracy of detection information is improved on degree, the coat-sleeve and cap body, the trouser legs of lower clothing and socks body of the jacket pass through grafting
Head is detachably connected with garment body, can effectively be closed in the detection process according to each position selection for needing testing staff that need to detect
The wearing of reason effectively increases the efficiency of detection, and the garment body is equipped with multiple therapeutic windows corresponding with human body, convenient
Medical staff carries out patient the treatment work such as to inject.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is that structure chart is blown in the utility model clothes entirety front.
Fig. 3 is the utility model clothes entirety backside structure figure.
Fig. 4 is the structural schematic diagram of part A in Fig. 1.
Fig. 5 is clothes jacket part-structure figure in the utility model.
Fig. 6 is the structural schematic diagram of clothes jacket and coat-sleeve combination in the utility model.
Fig. 7 is the structural schematic diagram of clothes jacket in the utility model, coat-sleeve and the combination of lower clothing.
Fig. 8 is the structural schematic diagram of clothes jacket in the utility model, coat-sleeve, lower clothing and trouser legs combination.
Fig. 9 is the structural schematic diagram of clothes jacket in the utility model, coat-sleeve, lower clothing, trouser legs and the combination of socks body.
Figure 10 is the structural schematic diagram of clothes jacket in the utility model, coat-sleeve, lower clothing, trouser legs, socks body and cap combination.
Specific embodiment
Below in conjunction with Figure of description Fig. 1 to Fig. 4, specific embodiment is described in further details.
Embodiment one:
Wearable physiology information detecting platform, including garment body, the garment body are equipped with multiple for pacifying
The interface 10 of sensor 11 is filled, each interface 10, which is located on corresponding human body, to be needed at detection position, each sensor 11
Between the transmission of data is carried out by route, the route includes main transmission line road and the branch that connect with each sensor 11
Transmission line, each branch transmission line road is used to the detection information of respective sensor 11 being transmitted to main transmission line road, described
Main transmission line road is fixed on the suture of the garment body, and branch transmission line road weaves with the garment body cloth and fixes,
Rechargeable lithium battery 13 is installed, the rechargeable lithium battery is flat as physiology information detecting transmission in the garment body
The power supply of platform is installed in garment body corresponding with human body back, and the garment body, which is equipped with control, can control each sensor
The control switch 15 of work.
Each sensor is installed in garment body on corresponding interface 10, control switch 15 is opened, each sensor 11 is right
The physiologic information of each detection position of human body is detected, and the information monitored is passed through to the branch connecting with each sensor 11
Transmission line is transferred to main transmission line road, further will test gained information via wireless device transmissions to being used to analyze the information
Instrument on.
The sensor is divided into EGC sensor, pulse transducer, oximetry sensor and brain wave sensor,
Reasonable layout is carried out to its position according to the function of various sensors, the EGC sensor is located at corresponding with human heart position
Garment body on, and the quantity of EGC sensor have according to demand it is multiple, the pulse transducer be located at and human body wrist, foot
In the corresponding garment body in the stronger position of the pulses such as wrist, the oximetry sensor is located at corresponding with person's toe position
On socks body, the brain wave sensor is located in cap body corresponding with human body brain.
Embodiment two:
The garment body is 1 structure of jacket of sleeveless, and the garment body is removably connected with cap body 4, the cap
The main transmission line road, branch transmission line road sensor interface are again provided in body 4, the garment body is removably connected with clothing
Sleeve 3, is again provided with the main transmission line road, branch transmission line road sensor interface in the coat-sleeve 3, the coat-sleeve 3 with it is described
Garment body junction is equipped with the connection-peg 7 being connected for main transmission line road.
The garment body is 2 structure of lower clothing without trouser legs, and the garment body is removably connected with trouser legs 5, the trousers
The main transmission line road, branch transmission line road sensor interface 10, the trouser legs 5 and the garment body are again provided in pipe 5
Junction is equipped with the connection-peg 7 being connected for main transmission line road, the trousers, and 5 lower ends are removably connected with human foot's adaptation
Socks body 6, be again provided with the main transmission line road, branch transmission line road sensor interface 10 in the socks body, the socks body 6 with
The garment body junction is equipped with the connection-peg 7 being connected for main transmission line road, the combination of the jacket 1 and lower clothing 2
Place is again provided with the connection-peg 7 being connected for main transmission line road, and the garment body is equipped with multiple corresponding with human body
Therapeutic window, the therapeutic window are the cloth chip architecture being detachably connected that garment body is equipped with.
In the detection process, the position of the detection according to needed for every patient selects reasonable wearing mode for it, has
The detection efficiency of medical staff is improved to effect, jacket 1 is detachably connected with lower clothing 1 by plug 7, and the row of patient is facilitated
Dynamic, the design of therapeutic window 9 facilitates medical staff well and carries out the treatment such as injecting to patient.
Embodiment three:
Each interface position is equipped with opaque disk, and the opaque disk 12 is located at close to the side of human skin, the sensing
Device 11 is installed in garment body by interface 10, and the side that the sensor 11 is contacted with opaque disk 12 is equipped with protrusion, described
The opaque disk 12 that human heart position is corresponded in garment body is conductive fabric, the garment body be equipped with controllable conductive fabric into
The controller 14 of row electric discharge work.
The setting of opaque disk avoids sensor and direct body contact's bring is uncomfortable, and sensor 11 is contacted with opaque disk
Side be equipped with protrusion, effectively enhance the accuracy of information in detection process, the opaque disk 12 of the human heart position
Setting for conductive fabric, conductive fabric works as human heart when something goes wrong, is controlled by controller 14 conductive fabric, realization pair
The pace-making defibrillation of human heart, realizes the technical effect of first aid.
Example IV:
In order to detect the various physiological parameters of human body, the sensor that the sensor interface can connect includes displacement sensing
Device, vibrating sensor, pressure sensor, flow sensor, temperature sensor etc..Institute's displacement sensors are placed on human body difference
Position be able to detect the parameters such as position, skin thickness, heart displacement, the subcutaneous fat thickness of calculus.The vibrating sensor
The parameters such as heart sound, breath sound, blood vessel sound can be examined by being placed on the different position of human body.The pressure sensor is placed on human body not
Same position is able to detect the parameters such as blood pressure, myocardium power, intra-ocular pressure.The flow sensor is placed on the different position of human body
It is able to detect the parameters such as blood flow, amount of bleeding, breathing gas flow, uroflow amount.The temperature sensor is placed on human body difference
Position be able to detect skin temperature, the breathing parameters such as temperature.Each sensor has corresponding switch, works as human body sensory
Not in due course, by opening different sensors, to detect the corresponding physiological parameter of human body.By taking flu as an example, work as human feeling
When to doubtful flu, it is first turned on temperature sensor, when the temperature T detected exceeds the normal range (NR) of human body temperature, then is beaten
Pressure sensor is opened, the blood pressure P of human body is detected.Fusion parameters M has a normal range (NR), the range be more than or equal to A, and it is small
In equal to B.The fusion parameters M is defined as:
M=T/P (1)
In above formula (1), the unit of temperature T is degree Celsius that the unit of blood pressure P is millimetres of mercury, in fusion parameters calculating
Only consider numerical value, does not consider unit-distance code.
When fusion parameters M is greater than the maximum value B of the normal range (NR) of setting, flow sensor is opened, detects breathing gas
Flow F；When fusion parameters M is less than the minimum value A of the normal range (NR) of setting, vibrating sensor is opened, detects heart sound and breathing
Sound.
Then physiological parameter sensor detected is transmitted to controller, in case doctor refers to, judges the human body state of an illness.
The beneficial effects of the utility model are further proved with usage scenario, as follows:
Usage scenario one:
Patient, gender: male, the age: 30 years old, occupation: IT sales manager
Often there is bad dream palpitaition, dizzy phenomenon in patient, and each phenomenon duration is no more than 10 minutes, sends out within 3 days or so
Raw primary, doctor is that the electrocardiogram (ECG) data suggestion during capturing morbidity is carried out continuously 4 times 24 hours cardioelectric monitors, patient selection
Continue 24 hours cardioelectric monitors four times, the utility model can be directly connected to data box, use the wearable physiology of the utility model
Information collecting platform has the beneficial effect that:
1. data extraction and battery altering that hospital carries out equipment must be arrived daily, it is past daily because patient work is busy
It returns hospital and causes waste of time, rechargeable battery module in data box guarantees that equipment continues working operation in 8 days, avoids
Traditional cardioelectric monitor arrives hospital daily and carries out data extraction and replace hurrying back and forth for battery, saves the plenty of time of patient；
2. transporting cartridges waterproof USP connecting interface, can the extraction of real-time perfoming data connect to power supply, rest in patient sleeps
The equal times carry out data to data box and transfer battery charging work, avoid traditional cardioelectric monitor and carry out data to hospital daily and mention
Hurrying back and forth for battery is taken and replaced, the plenty of time of patient is saved；
3. data box is included to be wirelessly connected module, wireless blue tooth or WLAN or WLAN or GPS can be passed through
Or the various ways such as WCDMA send data, the extracted patient geo-location of data box, time, electrocardio to given server
It waits data informations and data information is encrypted by data box；Traditional electrocardio needs are avoided to be counted to hospital daily
Hurry back and forth according to replacement battery is extracted, largely save the time waste of patient, and can in case of emergency to patient at
Reason；
4. data box design has defibrillation pacing module, cardiac emergency problem occurs in use in patient can carry out defibrillation
It fights processing, in case of emergency patient can be handled；
5 patients can not carry out bathing in wearing, be largely to perspire in summer but be washed in 4 days because wearing season
Bath causes huge puzzlement to patient, which is integrated clothing design, and electrocardiogram acquisition module is arranged on clothing, Huan Zhezheng
It often wears the clothes to undress and the arrangement of electrocardio calculation matrix can be completed, patient per can carry out 30 minutes sanitizeds, daily not
More than 4 times, cardioelectric monitor can be continued rapidly by wearing the clothes after being disposed.
Usage scenario two:
Patient, gender: female, age: 60 years old, retired
Because of craniocerebral injury non-activity ability caused by cerebral apoplexy, disease is associated with coronary heart disease, hypertension and lies in bed throughout the year mastery patient
Data box can be directly connected to, be adopted using the wearable physiologic information of the utility model by needing to carry out monitoring, the utility model by bed
Collect platform, have the beneficial effect that:
1. daily can be with Timing measurement, body temperature, blood pressure, pulse；
2. daily Real-time Collection transmission, electrocardio, blood oxygen, blood pressure data, and data storage is carried out by data box and is uploaded；
3. data box is included to be wirelessly connected module, wireless blue tooth or WLAN or WLAN or GPS can be passed through
Or the various ways such as WCDMA send data, the extracted patient geo-location of data box, time, electrocardio to given server
Equal data informations, data information are encrypted by data box；Traditional electrocardio needs are avoided to be counted to hospital daily
Hurry back and forth according to replacement battery is extracted, largely save the time waste of patient, and can in case of emergency to patient at
Reason；
4. data box design has defibrillation pacing module, cardiac emergency problem occurs in use in patient can carry out defibrillation
It fights processing；In case of emergency patient can be handled；
It is largely to perspire in summer but carry out in 4 days because wearing season 5. patient can not carry out bathing in wearing
Bathing causes huge puzzlement to patient.
The utility model is integrated clothing design, and electrocardiogram acquisition module is arranged on clothing, and patient normally wears the clothes and undresses
The arrangement of electrocardio calculation matrix is completed, patient per can carry out 30 minutes sanitizeds, be no more than 4 times daily, handled
Cardioelectric monitor can be continued rapidly by wearing the clothes after finishing.
Having the technical effect that for the utility model combines garment body with various physiology information detecting devices, very well place
Detection to patient's items physiologic information largely improve detection because garment body can more be bonded human body
The accuracy of information, the coat-sleeve and cap body, the trouser legs of lower clothing and socks body of the jacket pass through connection-peg and garment body can
Dismantling connection, in the detection process can be effectively according to each reasonable wearing of position selection for needing testing staff that need to detect, effectively
The efficiency of detection is improved, the garment body is equipped with multiple therapeutic windows corresponding with human body, facilitates medical staff couple
Patient carries out the treatment work such as injecting, and conductive fabric is equipped at human heart position, and the setting of conductive fabric is worked as human heart and asked
When topic, conductive fabric is controlled by controller 14, realizes the pace-making defibrillation to human heart, realizes the technology effect of first aid
Fruit.
The utility model is described in detail above by specific embodiment and embodiment, but these are not structure
At limitations of the present invention.In the case where not departing from the utility model principle, those skilled in the art can also be made
Many modification and improvement, these also should be regarded as the protection scope of the utility model.
Claims (9)
1. wearable physiology information detecting transmission platform, including garment body, which is characterized in that set in the garment body
There are multiple interfaces (10) for being used to install sensor (11), each interface (10), which is located on corresponding human body, needs detection position
Locate, carries out the transmission of data between each sensor (11) by route, be equipped in the garment body for each
The power supply (13) of the sensor power supply, the route include that main transmission line road and the branch connecting with each sensor pass
Defeated route, each branch transmission line road are used to respective sensor information being transmitted to main transmission line road, the main transmission line road
It is fixed on the suture of the garment body, branch transmission line road weaves with the garment body cloth and fixes.
2. wearable physiology information detecting transmission platform according to claim 1, which is characterized in that the clothes sheet
Body is jacket (1) structure of sleeveless.
3. wearable physiology information detecting transmission platform according to claim 2, which is characterized in that the garment body
It is removably connected with cap body (4), is again provided with the main transmission line road, branch transmission line road and sensor in the cap body (4)
Interface (10).
4. wearable physiology information detecting transmission platform according to claim 3, which is characterized in that the garment body
It is removably connected with coat-sleeve (3), is again provided with the main transmission line road, branch transmission line road and sensor in the coat-sleeve (3)
Interface (10), the coat-sleeve (3) and the garment body junction are equipped with the connection-peg being connected for main transmission line road
(7).
5. wearable physiology information detecting transmission platform according to claim 1, which is characterized in that the garment body
For lower clothing (2) structure of no trouser legs.
6. wearable physiology information detecting transmission platform according to claim 5, which is characterized in that the garment body
It is removably connected with trouser legs (5), is again provided with the main transmission line road, branch transmission line road and sensor in the trouser legs (5)
Interface (10), the trouser legs (5) are equipped with the connection-peg (7) being connected for main transmission line road with the garment body junction.
7. wearable physiology information detecting transmission platform according to claim 6, which is characterized in that the trouser legs (5)
Lower end is removably connected with the socks body (6) of human foot's adaptation, the main transmission line road is again provided in the socks body, branch passes
Defeated route and sensor interface, the socks body (6) is equipped with the garment body junction is used for what main transmission line road was connected
Connection-peg (7).
8. wearable physiology information detecting transmission platform according to claim 1-7, which is characterized in that described
Garment body be equipped with multiple therapeutic windows (9) corresponding with human body, the therapeutic window (9) for garment body be equipped with can
The cloth chip architecture of dismantling connection.
9. wearable physiology information detecting transmission platform according to claim 8, which is characterized in that the sensor connects
The sensor that mouth (10) can connect includes displacement sensor, vibrating sensor, pressure sensor, flow sensor, temperature biography
Sensor etc.；Institute's displacement sensors are placed on the different position of human body and are able to detect the position of calculus, skin thickness, cardiac
The parameters such as shifting, subcutaneous fat thickness；The vibrating sensor, which is placed on the different position of human body, can examine heart sound, breath sound, blood
The parameters such as pipe sound；The pressure sensor is placed on the different position of human body and is able to detect the ginsengs such as blood pressure, myocardium power, intra-ocular pressure
Number；The flow sensor is placed on the different position of human body and is able to detect blood flow, amount of bleeding, breathing gas flow, urine flow
The parameters such as amount；The temperature sensor is placed on the different position of human body and is able to detect the parameters such as skin temperature, breathing temperature；Institute
Stating each sensor has corresponding switch, when human body sensory is not in due course, by opening different sensors, to detect human body
Corresponding physiological parameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721807346.8U CN208677367U (en) | 2017-12-21 | 2017-12-21 | Wearable physiology information detecting transmission platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721807346.8U CN208677367U (en) | 2017-12-21 | 2017-12-21 | Wearable physiology information detecting transmission platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208677367U true CN208677367U (en) | 2019-04-02 |
Family
ID=65874634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721807346.8U Expired - Fee Related CN208677367U (en) | 2017-12-21 | 2017-12-21 | Wearable physiology information detecting transmission platform |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108042109A (en) * | 2017-12-21 | 2018-05-18 | 王雪峰 | Wearable physiology information detecting transmission platform |
| CN114469121A (en) * | 2022-01-26 | 2022-05-13 | 上海移视网络科技有限公司 | Electrocardio detection clothes |
| CN117860241A (en) * | 2024-03-11 | 2024-04-12 | 简阳市人民医院 | Self-management behavior monitoring method and system for acute myocardial infarction patient |
| CN117860241B (en) * | 2024-03-11 | 2024-06-11 | 简阳市人民医院 | Self-management behavior monitoring method and system for acute myocardial infarction patient |
-
2017
- 2017-12-21 CN CN201721807346.8U patent/CN208677367U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108042109A (en) * | 2017-12-21 | 2018-05-18 | 王雪峰 | Wearable physiology information detecting transmission platform |
| CN114469121A (en) * | 2022-01-26 | 2022-05-13 | 上海移视网络科技有限公司 | Electrocardio detection clothes |
| CN117860241A (en) * | 2024-03-11 | 2024-04-12 | 简阳市人民医院 | Self-management behavior monitoring method and system for acute myocardial infarction patient |
| CN117860241B (en) * | 2024-03-11 | 2024-06-11 | 简阳市人民医院 | Self-management behavior monitoring method and system for acute myocardial infarction patient |
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