CN201469257U - Elastic physiological signal transmission belt - Google Patents

Abstract

An elastic physiological signal transmission belt, comprising: an elastic bandage, which is made of cloth material with elasticity, the central part of the inner surface of the elastic bandage is reserved with a measuring section, the two ends of different surfaces are respectively sewed with a male buckle section and a female buckle section of a sticky buckle, the central part of the surface of the elastic bandage is sewed with a protective bag, and the protective bag is provided with a bag opening for a small physiological signal measurer to be put in from the bag opening; two pieces of conductive cloth sewed at the measuring section reserved on the inner surface of the elastic bandage and separately arranged between the two pieces of conductive cloth; the two electrode contacts are both male fastener pieces of a metal hidden fastener, the fastener seats are respectively sewed on the two conductive cloths, and the fastening parts protruding from the head ends of the two fastener seats penetrate through the conductive cloths and the elastic bandage and are exposed out of the bag mouth of the protective bag. The utility model has excellent physiological signal sensing and transmitting effect, comfortable and convenient use, low price, and can be cleaned and disinfected to ensure sanitation in use.

Description

Elastic physiological signal transmission belt

technical field

The utility model relates to a medical device for measuring various physiological signals of a human body, in particular to an elastic physiological signal transmission belt which has excellent physiological signal sensing and transmission effects and is most comfortable and convenient to use.

Background technique

According to the progress of science and technology, the traditional medical equipment used to measure various physiological signals of the human body is gradually developing towards the trend of miniaturization and wireless, in order to facilitate people (especially patients) to measure their various physiological signals anytime and anywhere, and It can avoid the inconvenience caused by frequently going in and out of medical institutions to receive measurements, and can effectively monitor the condition and avoid emergencies.

At present, the existing small physiological signal measuring devices all use electrode patches or conductive cloth to touch the skin of the human chest to sense various physiological signals, and connect with them through a connecting device, and the measured various A physiological signal is transmitted to the small physiological signal measuring device for interpretation, analysis and display.

However, when the electrode patch for sensing various physiological signals is pasted on the chest of the human body, it not only makes people feel quite unnatural, but also the contact surface with the skin will sweat and secrete oil along with the skin. , and gradually lose its adhesiveness, so it is easy to loosen with human activities, which seriously affects the accuracy of physiological signal sensing and transmission. In addition, the electrode patch often needs to be connected with a small physiological signal measuring device by wires, which further increases the inconvenience in use.

Furthermore, because the conductive cloth cannot be directly attached to the human skin, it is mostly used to join the two ends of the belt body in sections, and a metal fastener is respectively connected at the end side for small physiological The signal measuring device is connected with the buckle, and an adjustment buckle is set on the belt body, so that the user can adjust the length of the belt body according to the size of the bust, and can tie it on the chest, so that the conductive cloth and the chest The skin is attached to the skin for various physiological signal sensing. However, this physiological signal sensing method using conductive fabric is limited by the need to first adjust the buckle according to the user's chest to adjust the length of the strap. After the adjustment, the length of the strap is fixed. There is no elasticity at all. Therefore, if the belt is too short, it will obviously feel too tight when tied around the chest of the human body, which will cause pressure on the chest, affecting smooth breathing and human activity. Made of hard material, it will press against the human body, which makes people feel quite uncomfortable. Conversely, if the strap is too long, it will obviously feel too loose when it is tied around the chest, causing the conductive cloth to be unable to touch the chest of the human body tightly, thus causing poor physiological signal sensing and transmission, which seriously affects accuracy. It can be seen that the aforementioned electrode patches and conductive fabrics have many disadvantages and are inconvenient to use when used in physiological signal sensing.

Utility model content

The main technical problem to be solved by the utility model is to overcome the above-mentioned defects existing in the prior art, and provide an elastic physiological signal transmission belt, which has excellent physiological signal sensing and transmission effects, and is comfortable and convenient to use , and cheap, can be cleaned and disinfected to ensure hygienic use.

The technical scheme that the utility model solves its technical problem adopts is:

An elastic physiological signal transmission belt is characterized in that it includes: an elastic bandage, which is sewn from stretchable and elastic cloth material, a measuring section is reserved in the central part of the inner surface, and two ends on different surfaces The male buckle section and the female buckle section of the hook and loop are sewn separately, and a protective bag is sewn in the center of the surface, and a pocket is opened on the protective pocket for a small physiological signal measuring device to be inserted through the pocket; two conductive The cloth is sewn to the reserved measurement section on the inner surface of the elastic bandage, and the parts are set separately in between; the two electrode contacts are both male buckles of a metal concealed buckle, and the buckle seats are respectively sewn on two conductive cloths. The buckles protruding from the head ends of the two buckle seats pass through the conductive cloth and the elastic bandage, and are exposed from the mouth of the protective bag; thereby, the elastic bandage can be tightly fixed on the chest of the human body, making the two conductive cloth The cloth is in close contact with the skin, and the buckling parts protruding from the head ends of the two electrode contacts are respectively buckled with the two metal hidden buckle female fasteners embedded in the back of the small physiological signal measuring device shell, which can be Various physiological signals of the human body produce an excellent sensing and transmission effect, and it is also very comfortable and convenient to use.

In the aforementioned elastic physiological signal transmission belt, the protective bag on the surface of the elastic bandage can also be omitted, so that the buckle protruding from the tip ends of the two electrode joints can be directly exposed from the surface of the elastic bandage, which is convenient for small physiological signal measurement The device snaps together with it.

The beneficial effect of the utility model is that it has excellent physiological signal sensing and transmission effects, is comfortable, convenient and cheap to use, and can be cleaned and sterilized to ensure hygienic use.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a three-dimensional appearance schematic diagram of the utility model (viewed from the surface).

Fig. 2 is another perspective view of the utility model (viewed from the inside).

Fig. 3 is a diagram of the use status of the utility model.

Fig. 4 is a schematic perspective view of another embodiment of the utility model.

Fig. 5 is a diagram of the use state of another embodiment of the present invention.

Explanation of symbols in the figure:

10. Elastic bandage 101. Velcro male buckle section

102. Velcro female buckle section 11. Conductive cloth

12. Conductive cloth 13. Electrode contacts

131. Buckle part 14. Electrode contacts

141. Fastening part 15. Protective bag

151. Pocket 20. Small physiological signal measuring device

201. Female fasteners 202. Female fasteners

Detailed ways

Please refer to Fig. 1 and Fig. 2 at the same time. The utility model mainly includes: an elastic bandage 10, two conductive cloths 11, 12 and two electrode contacts 13, 14. Among them, the elastic bandage 10 is sewn from a stretchable and elastic cloth material, and is made into an appropriate length, and a measuring section is reserved in the central part of the inner surface, and velcro is sewn on two ends of different surfaces. The male buckle section 101 and the female buckle section 102 of the belt can be used to fasten the belt on the chest according to the shape of the user's chest, and be fixed with adhesive buckles so that the belt can keep a close fit with the body. A protective bag 15 is sewed at the central part of its surface again, and this protective bag 15 is to establish according to the peripheral size of the small physiological signal measuring device 20 that wants to cooperate with, and offers a bag mouth 151 on it, can supply small physiological signal The signal measuring device 20 is inserted through the pocket 151 so that it can be accommodated in the protective pocket 15 to prevent it from breaking away from the elastic bandage 10 .

The two conductive cloths 11, 12 are sewed to the reserved measuring section at the central part of the inner surface of the elastic bandage 10, so that it can be tightly bound on the chest of the human body with the elastic bandage 10, and fully and closely attached to the skin. The two conductive cloths 11 and 12 are arranged separately for sensing various physiological signals of the human body (the principle and structure of the conductive cloth are prior art and will not be described in detail).

The two electrode contacts 13,14 are all the male fasteners of the metal concealed buckle used by clothes and trousers, and the buckle seat of its larger outer diameter is sewn on the conductive cloth 11,12, so that it can be conducted. The buckle parts 131, 141 protruding from the head end pass through the conductive cloth 11, 12 and the elastic bandage 10, and pass through the surface of the elastic bandage 10, and it is corresponding to the pocket opening 151 on the protective bag 15 The position is designed so that it can be exposed from the pocket 151, and can be fastened with the two metal concealed female fasteners 201, 202 embedded in the back of the shell of the small physiological signal measuring device 20, so that the small physiological signal measuring instrument 20 can be fastened with it. The signal measuring device 20 is connected with the two conductive cloths 11 and 12, so that various physiological signals sensed by the conductive cloths 11 and 12 can be accurately transmitted to the small physiological signal measuring device 20 for interpretation, analysis and display. In addition, the small physiological signal measuring device 20 is placed in the protective bag 15 to prevent it from being loosened with the electrode contacts 13 and 14 due to external force or human body movement, so as to ensure accurate transmission of physiological signals (the small physiological signal The measuring device is a prior art, and its internal structure and functional design are irrelevant to the content of the present utility model, and will not be repeated here).

When the utility model is used, the user only needs to stretch the elastic bandage 10 outward first, and make the surface (that is, the inner surface) sewn with the conductive cloth 11, 12 close to the human body, and then wrap the elastic bandage 10 around the chest , and use the hook and loop to fix it tightly, so that the elastic bandage 10 can be closely attached to the body, and the conductive cloth 11, 12 is adjusted to face the chest of the human body so that it can be closely attached to the skin, and then the The two metal concealed female fasteners 201, 202 inlaid on the back of the small physiological signal measuring device 20 are matched and buckled with the buckle parts 131, 141 at the head ends of the two electrode contacts 13, 14, and the small physiological signal measuring device can be completed. 20, the small physiological signal measuring device 20 is put into the protective bag 15 from the pocket 151 at last (as shown in Fig. before tightening and fixing), and various physiological signal measurements can be started.

The utility model can indeed use the two conductive cloths 11, 12 to be tightly bound on the chest of the human body with the elastic bandage 10, and be in close contact with the skin in an all-round way, which can produce an excellent sensing effect on various physiological signals of the human body. Cooperate with the electrode contacts 13 and 14 of the metal concealed buckle male fastener on the seam on the conductive cloth 11 and 12, and the buckle parts 131 and 141 at the head ends of the electrode contacts 13 and 14 are worn out to the surface of the elastic bandage 10 for small The physiological signal measuring device 20 is fastened and assembled with it, and can have an excellent signal transmission effect in between, so that various physiological signals sensed by the conductive cloth 11, 12 can be accurately transmitted to the small physiological signal measuring device 20, For interpretation, analysis and display. Furthermore, because the utility model utilizes the stretching elasticity of the elastic bandage 10, cooperates with the hook and loop straps at both ends, and tightens it on the chest, so the user will not feel bound or limited in mobility, so its It is comfortable and convenient to use. In addition, the material cost of each element of the utility model is very low, and the production and processing are also very simple, so the price is relatively low. In addition, since the components are sewn into one body, and there are no extra external wires and hard accessories, it can be effectively cleaned and disinfected to ensure clean and hygienic use.

Please also refer to Fig. 4 and Fig. 5. It can be seen from the figures that the utility model can also omit the protective bag 15 sewn on the surface of the elastic bandage 10, so that the buckle 131 protruding from the head ends of the two electrode contacts 13 and 14 , 141, which can be directly exposed from the surface of the elastic bandage 10, so that the two metal female fasteners 201, 202 embedded in the back of the shell of the small physiological signal measuring device 20 can be fastened with it, and the same use as the above can be achieved. effect.

In summary, the utility model fully meets the needs of industrial development in terms of structural design, practicability and cost-effectiveness, and the disclosed structure also has an unprecedented innovative structure, novelty, creativity and practicability, and meets the needs of industrial development. According to the requirements of the new patent requirements, the application is filed in accordance with the law.

Claims (2)

1. An elastic physiological signal transmission belt, characterized in that, comprising: An elastic bandage, made of stretchable and elastic cloth material, with a measuring section reserved in the central part of the inner surface, and the male buckle section and the female buckle section of the hook and loop tape are sewn on the two ends of different surfaces , and a protective bag is sewn at the center of the surface, and a pocket is opened on the protective bag for a small physiological signal measuring device to be inserted through the pocket; The two conductive cloths are sewn to the reserved measuring section on the inner surface of the elastic bandage, and are set separately in between; The two electrode contacts are both a male buckle of a metal concealed buckle. The buckle seat is sewn on two conductive cloths respectively. The mouth of the protective bag is exposed; And make the buckling parts protruding from the head ends of the two electrode connectors respectively buckle with the two metal hidden buckle female fasteners embedded in the back of the housing of the small physiological signal measuring instrument. 2. The elastic physiological signal transmission belt according to claim 1, characterized in that: the protective bag on the surface of the elastic bandage can also be omitted, so that the buckle protruding from the tip ends of the two electrode joints can be directly controlled by the elastic bandage. The surface of the bandage is exposed, so that the small physiological signal measuring device can be fastened with it conveniently.

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