CN209847163U - Intelligent jacket capable of measuring body temperature and blood pressure in real time - Google Patents

Abstract

The utility model relates to a but intelligent jacket of real-time measurement body temperature and blood pressure, include: the coat comprises a coat main body (1), an inflatable airbag (2), a temperature sensor (3) and a controller (5), wherein the inflatable airbag (2) is sewn on the upper arm of a coat sleeve, an inflatable hole (6) is formed in the inflatable airbag (2), an inflatable needle (8) is inserted into the inflatable hole (6), the inflatable needle (8) is connected with an air pump arranged on the coat main body (1), and an air pressure sensor is arranged inside the inflatable airbag (2); the temperature sensor (3) is arranged on the sleeve on the same side as the inflatable air bag (2); the controller (5) is arranged on the coat main body (1) and is respectively connected with the air pump, the air pressure sensor and the temperature sensor (3) through lines. Compared with the prior art, the utility model has the advantages of can obtain blood pressure and body temperature information in real time, dress portably etc.

Description

Intelligent jacket capable of measuring body temperature and blood pressure in real time

Technical Field

The utility model belongs to the technical field of the clothing technique and specifically relates to a but intelligent jacket of real-time measurement body temperature and blood pressure is related to.

Background

Hypertension is a disease which is harmful to human health, and can also cause serious diseases such as heart failure, cerebral infarction, paralysis, diabetes and the like. In severe cases, patients need to measure and control blood pressure in real time, and doctors can make diagnosis according to the fluctuation and day-night change rules of the blood pressure of the patients.

With the development of information science and technology, intelligent clothing enters the lives of people, and monitoring of various physiological characteristic data can be achieved. The measurement of body temperature of patients in hospital and hospital is one of the daily work of medical staff, and for hypertensive patients, the measurement of blood pressure of patients is also added. In actual operation, a large amount of manpower and energy are consumed, and some patients can fear medical staff, so that the authenticity of a test result is influenced, and the diagnosis of doctors is influenced. Therefore, the intelligent jacket with the portable device for measuring the body temperature and the blood pressure can reduce the workload of medical personnel and improve the authenticity and the accuracy of the measurement result. The intelligent garment capable of measuring the body temperature and the blood pressure in real time can play a certain health care role for the hypertensive patient who does not need to be observed in a hospital, so that the patient can monitor the blood pressure and the body temperature at home and take correct treatment measures in time.

Patent CN201120291032.3 discloses a health underwear for measuring blood pressure, which comprises underwear itself, an inflatable air bag and a main controller for measuring blood pressure. The main body part of the underwear is made of knitted fabric, wherein one cuff is made of woven fabric and is combined with the knitted fabric, and the inflatable air bag arranged at the cuff is covered. The air bag is provided with an inflation inlet, the fabric penetrating through the cuff is connected with the main controller, and the detachable inflation cover is arranged. The controller for measuring blood pressure consists of a display screen and a button, and the other side of the controller is provided with a convex inflation needle which is connected with an air pressure sensor in the main controller. The blood pressure measuring device can measure and display the change of the blood pressure in real time and broadcast the measuring result in voice. The underwear can be repeatedly washed for multiple times. The utility model adopts wrist measurement, and the air bag is located at the cuff, but has unavoidable measurement error.

Chinese patent CN201720959176.9 discloses a protective clothing capable of measuring blood pressure and pressure, which adopts breathable elastic cloth to weave cylindrical structure, a blood pressure measuring sensor and a pressure testing sensor are arranged between the outer structure and the inner structure of the protective clothing, and two sensors are connected with a PCB integrated circuit chip, the chip is connected with a battery device, and a complete loop is formed. A wireless transmitting device designed on the PCB integrated circuit chip can be connected to a mobile phone APP to realize data feedback. The protector can be sleeved on the arm of a tested person, and can protect and measure the blood pressure value, but the comfort of wearing the protector on a human body is neglected.

Disclosure of Invention

The utility model aims to overcome the defects of the prior art and provide an intelligent coat capable of measuring body temperature and blood pressure in real time.

The purpose of the utility model can be realized through the following technical scheme:

an intelligent jacket capable of measuring body temperature and blood pressure in real time comprises: the temperature sensor and the controller are arranged on the coat main body, the inflatable airbag is sewn on the upper arm part of the coat sleeve, an inflatable hole is formed in the inflatable airbag, an inflatable needle is inserted into the inflatable hole and is connected with an air pump arranged on the coat main body, and an air pressure sensor is arranged inside the inflatable airbag; the temperature sensor is arranged on the sleeve at the same side of the inflatable air bag; the controller is arranged on the coat main body and is respectively connected with the air pump, the air pressure sensor and the temperature sensor through lines.

Further, the temperature sensor comprises a temperature probe, the temperature probe is arranged at the bottom end of the armhole, and the temperature probe is connected to the controller through a plastic core-coated silver wire.

Further, the temperature probe is an NTC thermistor.

Furthermore, the plastic core-coated silver wire is arranged on the sleeve in an S shape.

Further, the controller is an embedded controller.

Furthermore, the controller is fixed on the sleeves through the snap fasteners.

Furthermore, a starting button is arranged on the controller and used for starting or closing the controller, and the testing process of the whole intelligent jacket can be stopped or started.

Further, the air pump can be arranged on a controller, and the controller is arranged on the surface of the inflatable air bag.

Furthermore, a layer of polyurethane coating fabric is arranged on the upper arm part of the sleeve, the inflatable air bag is sewn on the polyurethane coating fabric, and the strength of the upper arm part of the sleeve can be improved by the polyurethane coating fabric.

Further, the controller include ARM treater and the wireless transmitting chip who is connected with the ARM treater, the ARM treater be used for changing the resistance value that NTC thermistor obtained into temperature value, collecting the pressure signal that baroceptor obtained and control the air intake rate of air pump, the wireless transmitting chip be used for sending the temperature value and the pressure signal that the ARM treater obtained to cell-phone terminal. The pressure sensor transmits the pressure value to the ARM processor in the form of an electric signal, and the ARM processor processes the electric signal to obtain a specific blood pressure value, and sends the specific blood pressure value to the mobile phone terminal through the wireless transmitting chip for a user to look up; meanwhile, the ARM processor converts the resistance value obtained by the NTC thermistor into a specific temperature value, and sends the specific temperature value to the mobile phone terminal through the wireless transmitting chip for a user to look up.

Compared with the prior art, the utility model has the advantages of it is following:

1) the change of the body temperature and the blood pressure can be accurately monitored in real time, wherein the adopted upper arm type pressure testing mode is more stable and accurate than the wrist type and finger type measuring results;

2) the data feedback of the mobile terminal can be realized, and the measurement result is displayed through the mobile phone APP;

3) the wearing is comfortable, and the use is convenient;

4) can help medical personnel and hypertensive patients to better monitor the change of physical and physiological characteristics, know the change of the state of an illness and take countermeasures in time.

Drawings

Fig. 1 is a schematic view showing a detailed structure of an intelligent jacket according to the present invention;

fig. 2 is a development view of the partial structure of the middle sleeve of the present invention;

fig. 3 is a schematic view of a fixed structure of the controller of the present invention.

In the figure: 1. the jacket comprises a jacket main body, 2 parts of an inflatable air bag, 3 parts of a temperature sensor, 4 parts of a plastic core-spun silver wire, 5 parts of a controller, 6 parts of an inflatable hole, 7 parts of a polyurethane coating cladding fabric, 8 parts of an inflatable needle, 9 parts of a snap fastener.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

Examples

The intelligent jacket that can real-time measurement body temperature and blood pressure includes: a coat body 1, an inflatable airbag 2 arranged on the coat body 1, a temperature sensor 3 and a controller 5.

Wherein the inflatable airbag 2 has: the upper arm of the sleeve is sewed, referring to fig. 1 and 2, an inflation hole 6 is arranged on the inflation airbag 2, an inflation needle 8 is inserted into the inflation hole 6, the inflation needle 8 is connected with an air pump arranged on the coat main body 1, and an air pressure sensor is arranged inside the inflation airbag 2. The upper arm part of the sleeve is provided with a layer of polyurethane coating coated fabric 7, the inflatable airbag 2 is sewn on the polyurethane coating coated fabric 7, and the polyurethane coating coated fabric 7 can improve the strength of the upper arm part of the sleeve.

The temperature sensor 3 is provided on the same side of the sleeve as the inflatable airbag 2, see fig. 2. The temperature sensor 3 comprises a temperature probe which is arranged at the bottom end of the armhole and is connected to the controller 5 through a plastic core-coated silver wire 4. The temperature probe is an NTC thermistor. The plastic core-coated silver wires 4 are arranged on the sleeves in an S shape.

The controller 5 part: is arranged on the coat main body 1, and is respectively connected with an air pump, an air pressure sensor and a temperature sensor 3 through lines as shown in figures 1 and 3. The controller 5 is an embedded controller. The controller 5 is fixed on the sleeves through the snap fasteners 9. The controller 5 is provided with a start button, and the start button is used for starting or closing the controller 5, so that the test process of the whole intelligent jacket can be terminated or started. The air pump can be arranged on the controller 5, and the controller 5 is arranged on the surface of the inflatable air bag 2. The controller 5 comprises an ARM processor and a wireless transmitting chip connected with the ARM processor, the ARM processor is used for converting a resistance value obtained by the NTC thermistor into a temperature value, collecting a pressure signal obtained by the air pressure sensor and controlling the air inlet speed of the air pump, and the wireless transmitting chip is used for sending the temperature value and the pressure signal obtained by the ARM processor to the mobile phone terminal.

In a specific using process, the inflatable air bag 2 is tightened at the upper ARM through an ARM belt arranged on the sleeve, the looseness of the sleeve and the ARM is controlled to be about 2cm, a starting button is firstly pressed, an ARM processor in the controller 5 controls an air pump to inflate the inflatable air bag 2 in a programmed mode, an air pressure sensor also collects pressure information continuously, the air pressure sensor transmits a pressure value to the ARM processor in an electric signal mode, the ARM processor processes the electric signal to obtain a specific blood pressure value, and the specific blood pressure value is sent to a mobile phone terminal through a wireless transmitting chip to be consulted by a user; meanwhile, the resistance value that the ARM treater obtained the NTC thermistor changes into specific temperature numerical value to send to the cell-phone terminal through wireless transmitting chip, after waiting for the measurement to end, can automatic display test result on mobile terminal's the APP, the device realizes automatic gassing, replies the initial time state. Medical personnel or patients can judge whether the blood pressure and the body temperature of the patients are in the normal range according to the test result.

Claims (8)

1. An intelligent jacket capable of measuring body temperature and blood pressure in real time is characterized by comprising: jacket main part (1) and locate on jacket main part (1):

inflatable airbag (2): the upper arm part of the sleeve is sewn, an inflation hole (6) is formed in the inflation airbag (2), an inflation needle (8) is inserted into the inflation hole (6), the inflation needle (8) is connected with an air pump arranged on the coat main body (1), and an air pressure sensor is arranged inside the inflation airbag (2);

temperature sensor (3): is arranged on the sleeve at the same side of the inflatable air bag (2);

controller (5): is arranged on the coat main body (1) and is respectively connected with the air pump, the air pressure sensor and the temperature sensor (3) through lines.

2. The intelligent coat capable of measuring the body temperature and the blood pressure in real time according to claim 1, wherein the temperature sensor (3) comprises a temperature probe, the temperature probe is arranged at the bottom end of an armhole, and the temperature probe is connected to the controller (5) through a plastic core-coated silver wire (4).

3. The intelligent coat capable of measuring body temperature and blood pressure in real time according to claim 2, wherein the temperature probe is an NTC thermistor.

4. The intelligent jacket capable of measuring the body temperature and the blood pressure in real time according to claim 2, wherein the plastic core silver wires (4) are arranged on the sleeves in an S shape.

5. The intelligent jacket capable of measuring body temperature and blood pressure in real time according to claim 1, wherein the controller (5) is an embedded controller.

6. The intelligent jacket capable of measuring the body temperature and the blood pressure in real time according to claim 1, wherein the controller (5) is fixed on the sleeves through snap fasteners (9).

7. The intelligent coat capable of measuring the body temperature and the blood pressure in real time according to claim 1, wherein a layer of polyurethane coating coated fabric (7) is arranged on the upper arm part of each sleeve, and the inflatable airbag (2) is sewn on the polyurethane coating coated fabric (7).

8. The intelligent jacket capable of measuring the body temperature and the blood pressure in real time as claimed in claim 1, wherein the controller (5) comprises an ARM processor and a wireless transmitting chip connected with the ARM processor, the ARM processor is used for converting a resistance value obtained by the NTC thermistor into a temperature value, collecting a pressure signal obtained by the air pressure sensor and controlling the air inlet rate of the air pump, and the wireless transmitting chip is used for sending the temperature value and the pressure signal obtained by the ARM processor to the mobile phone terminal.