CN110101152A - A kind of flexible bag of fabric for flexible device and the detachable integrated technology of clothes - Google Patents

Abstract

The invention discloses a fabric stretchable bag for the detachable integration technology of flexible devices and clothing, which is characterized in that it comprises a stretchable bag body with a certain strength sewn on the corresponding position of the clothing, and the stretchable bag body is composed of stretching and recovery properties. A good additional fabric is stitched with the clothing fabric at the corresponding position; after the additional fabric and the clothing fabric are stitched, there is a gap for placing a flexible electronic device system composed of flexible electronic components. The invention utilizes the feature that the flexible device behind the stretch bag can be disassembled many times, so the clothes can be washed repeatedly; the most suitable size and style design are adopted to make the flexible device not easy to slip and have high reliability; the breathable elastic fabric is adopted, which has The advantages of softness, breathability, and large deformation; because the flexible device is hidden and protected, not only the appearance of the garment is integrated, which enhances the beauty of the appearance of the garment, but also protects the flexible device.

Description

A fabric stretch bag for detachable integration technology of flexible devices and clothing

technical field

The invention relates to the technical field of smart clothing, and mainly relates to a detachable integration technology for integrating flexible devices such as flexible fabric electronic components and electronic networks for measuring human physiological parameters or daily activities into ordinary clothing.

Background technique

With the development of continuous monitoring of human physiological parameters, electronic systems have become an essential part of everyday life. Because people like to wear comfortable textiles instead of hard electronic products, people try to endow flexible textiles with certain electronic functions, that is, to prepare flexible textile electronic products to replace the previous hard electronic components. For example, in the digital music player based on the clothing matrix, earphones, storage, keypad, display and battery are connected with conductive wires through ribbon fabric to prepare a flexible multifunctional music player.

The combination of textiles and electronic components has become a current research trend, and the method of combining sensors and clothing to monitor human health has attracted widespread attention. In the smart shirt project, cotton fibers containing metal and optical fibers are wound into textiles to monitor heart rate, respiration and body temperature. In summary, the existing research is to integrate textile sensor conductive filaments into clothing by sewing, weaving, or bonding on flexible substrates. If the fabric-based electronic components are directly sewn on the clothing, there will be problems such as inability to disassemble and wash, and the aesthetic feeling will be slightly poor; if the fabric-based electronic components are installed on the clothing during use, it will be inconvenient to carry. The device is easily damaged, and it is easy to slip during measurement.

Contents of the invention

The purpose of the present invention is to provide a device that fixes, protects and facilitates the disassembly of flexible devices on the surface of clothing, so as to ensure accurate test results of flexible devices on the human body.

In order to achieve the above purpose, the technical solution of the present invention is to provide a fabric stretch bag for the detachable integration technology of flexible devices and clothing, which is characterized in that it includes a stretch bag body with a certain strength sewn on the corresponding position of the clothing, The main body of the stretchable bag is stitched with an additional fabric with good stretch and recovery properties and the corresponding clothing fabric. The sewing position of the stretchable bag body is determined according to the distribution of electronic components in different parts of the human body. After sewing, a gap for placing the flexible electronic device system composed of flexible electronic components is formed, and the flexible electronic device system can be repeatedly taken out and put in from the stretchable bag body.

Preferably, the additional fabric is sewed on the surface of the garment fabric by zigzag sutures or S-shaped sutures.

Preferably, the stretchable bag body is wired according to the arrangement of human body monitoring points and devices, and is designed as a strip with a certain curvature.

Preferably, the color of the additional fabric is the same as or different from that of the garment fabric.

Preferably, the size of the stretchable bag body is set according to the flexible electronic device system to ensure that the flexible electronic device system does not slip during use and is easy to disassemble after use or before washing.

Preferably, the fiber material used for the additional fabric is natural fiber material or chemical fiber material.

Preferably, the additional fabric is a fabric with certain elastic deformation.

Preferably, the flexible electronic component is a flexible silicone-based or fabric-based electronic component close to human skin.

Due to the above-mentioned technical scheme, compared with the original flexible device directly fixed on the garment, the flexible device behind the stretch bag can be disassembled many times, so the garment can be washed repeatedly; the most suitable size and style are adopted The design makes the flexible device not easy to slip and has high reliability; the use of breathable elastic fabric has the advantages of softness, air permeability, and large deformation; because the flexible device is hidden and protected, not only the appearance of the garment is integrated, but also The aesthetic appearance of the garment is enhanced, and flexible devices are protected.

Description of drawings

Fig. 1 is a schematic diagram of the present invention;

Fig. 2 is a schematic diagram of the suture used in the present invention.

Detailed ways

Below in conjunction with specific embodiment, further illustrate the present invention. It should be understood that these examples are only used to illustrate the present invention and are not intended to limit the scope of the present invention. In addition, it should be understood that after reading the teachings of the present invention, those skilled in the art can make various changes or modifications to the present invention, and these equivalent forms also fall within the scope defined by the appended claims of the present application.

As shown in Figure 1, a fabric stretch bag for the detachable integration technology of flexible devices and clothing provided by the present invention includes an outer fabric 2 with good stretch and recovery performance, and the outer fabric 2 is based on the predetermined flexible electronic components 3 In the distribution of different parts of the human body, the corresponding position of the clothing 4 is sewn with the clothing fabric to form a flexible bag body with a certain strength, so that the flexible bag body is fixed on the surface of the clothing 4 . The gap between the outer fabric 2 and the clothing fabric is used to place a flexible device system composed of flexible electronic components 3 . The placed flexible device system can be repeatedly taken out and put in from the stretch bag. Referring to Fig. 2, the outer fabric 2 can be sewn on the surface of the garment by zigzag sutures or S-shaped sutures 5, making the space between the two more stable, and can be sewn with a sewing machine, overlock sewing machine, or embroidery machine. The flexible bag body is wired according to the human body monitoring points and the arrangement of the flexible electronic components 3, and can be designed as a strip with a certain curvature to adapt to the flexible device system and ensure that the flexible electronic components 3 can be smoothly integrated into the flexible bag body , and effectively avoid slipping and dislocation, and it is easy to disassemble after use or before washing. The colors of the outer fabric 2 and the clothing 4 can be the same or different, so as to ensure the overall appearance of the smart clothing. The fiber materials used in the outer fabric 2 are natural fiber materials or chemical fiber materials, such as spandex, cotton, polyester, nylon, tencel and the like. The fabric structure of the outer fabric 2 is a fabric with certain elastic deformation such as woven and knitted fabrics. Flexible electronic components 3 are flexible silicone-based or fabric-based electronic components close to human skin, including flexible sensors, circuits, electrodes, antennas and other flexible devices.

Example 1: The flexible fabric sensor integrated into the stretch bag of smart clothing integrates the packaged full-fabric sensor network into the selected clothing to ensure that each fabric-based temperature sensor on the sensor network corresponds to the position to be measured on the human body, and The sensor network does not slip on the garment.

Design two full-fabric temperature sensor networks where the part connected to the conductive thread meets at the left abdomen of the garment, write down the route of the sensor network, and sew stretch bags at a certain distance from both sides of the route. The stretch bags are made of elastic yarn Woven in the same color as the sensor base and garment.

There are openings at both ends of the stretch bag. When it is necessary to collect human body temperature data, the flexible fabric sensor is freely put into the stretch bag from the upper opening and pulled out from the lower opening. The two sensors meet at the abdomen and connect the circuit to collect data. The sensor can be removed from the stretch bag after use.

Example 2: Stretch bag integrating fabric pressure sensor into smart clothing

The encapsulated all-fabric sensor network is integrated on the fabric base, and the complete sensor base is wrapped in a stretchable bag that fits comfortably on the human skin, and is stitched together to ensure that the sensor will not slip in the stretchable bag.

There are openings at both ends of the stretchable bag. When collecting human pulse data, put the fabric sensor into the stretchable bag freely from the opening at one end, and pull it out from the opening at the other end. The stretchable bag can precisely fit the human wrist and feel the movement changes of the human wrist. , and at the same time ensure that the sensor position corresponds to the pulse measurement position of the human wrist, and connect the circuit to collect data. The stretch bag and the sensor therein can be removed after use.

Example 3: Integrating flexible electrodes into a stretchable bag for ECG clothing

Integrate the packaged flexible electrodes on the selected clothing to ensure that the positions of the electrodes correspond to the parts of the human body to be measured, and the flexible electrodes do not slip on the clothing. Write down the route of the conductive channel connecting the electrodes, and sew the stretch bag at a certain distance from both sides of the route. The stretch bag is woven with elastic yarn, which is coordinated with the electrode base and the color of the clothing.

The stretchable bag is designed according to the outer surface of the human body. There are openings at both ends of the stretchable bag. When it is necessary to collect human ECG data, the fabric electrodes are freely put into the stretchable bag from the upper opening, pulled out from the lower opening, and connected to the circuit to collect data. The electrodes are concentrated distributed near the human heart. The electrodes can be removed from the stretch bag after use.

Example 4: Integrated fabric strain sensor to monitor human respiratory signal

The encapsulated all-fabric strain sensing network is integrated on the selected clothing to ensure that each fabric-based strain sensor on the sensing network corresponds to the position to be measured on the human body, and the sensing network does not slip on the clothing. Write down the route of the sensor network, and sew stretchable bags at a certain distance from both sides of the route. The sensors are located near the abdomen, lungs, and heart of the human body. One sensor circuit is located on the human body surface of the left lung, and one is located on the human body’s right lung. On the surface of the human body, two sensors meet at the abdomen.

There are openings at both ends of the stretchable bag. When it is necessary to collect human respiratory signal data, the fabric sensor is freely put into the stretchable bag through the opening at one end, pulled out from the opening at the other end, and connected to the circuit to collect data. The sensor can be removed from the stretch bag after use.

Claims (8)

1. a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, which is characterized in that exist including sewing The flexible bag ontology with some strength of clothes corresponding position, the bag ontology that stretches is by stretching and the good additional face of recoverability Expect to suture with the garment material of corresponding position, the sewing position of flexible bag ontology exists according to prior scheduled electronic component The distribution of human body different parts determines；It is formed with after additional fabric and garment material suture for placing by flexible electronic component The gap of the flexible electronic device system of composition, flexible electronic device system can over and over again from flexible bag ontology take out and It is put into.

2. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that the additional fabric is sewn to the garment material surface by zigzag suture or S-shaped suture.

3. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that the flexible bag ontology is designed as having certain arc of curvature according to the wiring of the arrangement situation of human body monitoring point and device The band of degree.

4. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that the color of the additional fabric and the color of the garment material are identical or different.

5. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that the size of the flexible bag ontology is according to the flexible electronic device default, it is ensured that the flexible electronic device System does not slide in use, and after use or washs preceding quick detachable.

6. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that fibrous material used in the additional fabric is natural fiber material or chemical fibre material.

7. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that the additional fabric is the fabric with certain flexible deformation.

8. it is as described in claim 1 a kind of for the flexible bag of the fabric of flexible device and the detachable integrated technology of clothes, it is special Sign is that the flexible electronic component is the flexible silicon matrix or fabric base electronic component for being close to human skin.