CN115317352A - Wearable electronic physiotherapy clothing and physiotherapy method - Google Patents

Abstract

The invention relates to A61H23, in particular to a wearable electronic physiotherapy clothing and a physiotherapy method. The wearable electronic physiotherapy clothing includes a wearable physiotherapy area and a cascade interface, and the wearable physiotherapy area and the cascade interface are magnetically connected. The wearable electronic physiotherapy clothing provided by the present invention carries electrode sheets, receives a treatment plan, converts the treatment plan into an electrical signal for execution, and treats human muscles or acupoints in a targeted manner, thereby effectively relieving pain symptoms.

Description

Wearable electronic physiotherapy clothing and physiotherapy method

technical field

The present invention relates to A61H23, more specifically, the present invention relates to a wearable electronic physiotherapy clothing and a physiotherapy method.

Background technique

With the improvement of human living standards and the development of science, people pay more attention to their own health status, and related products of health physiotherapy have emerged as the times require.

Patent No. CN104758155B provides a kind of physiotherapy clothing. After power on, the electromagnet wheel in the clothing drives the massage head at a single point to perform interval or continuous beating. It does not need manual auxiliary fixing, and it is more convenient to use. Patent No. CN112972249A provides an intelligent bionic physical action suit for meridian and acupoints of non-drug therapy in traditional Chinese medicine. When in use, the user can massage multiple meridian and acupoints under the guidance of the manual.

However, most of the existing physiotherapy equipment is for single-point massage stimulation. When using it, it needs to be guided by learning instructions, videos or professionals one-on-one. The operation is complicated, while the rare multi-point massage equipment has massage The frequency and intensity of stimulation cannot be guaranteed, which makes the pertinence of physiotherapy and health care low.

Contents of the invention

In order to solve the above problems, the first aspect of the present invention provides a wearable electronic physiotherapy garment, which includes a wearable physiotherapy area and a cascade interface, and the wearable physiotherapy area and the cascade interface are magnetically connected.

A set of corresponding wearable physiotherapy areas and cascading interfaces is set for one acupuncture point of the human body. The wearable electronic physiotherapy clothing provided by the present invention is provided with multiple sets of corresponding wearable physiotherapy areas and cascading interfaces for multiple acupuncture points of the human body.

As a preferred technical solution of the present invention, the cascading interface includes two cascading units, and the two cascading units are electrically connected.

The electrical connection is realized through the cooperation of the Pogo pin socket fixed on the PCB (circuit board) and the Pogo pin.

Pogo pin is a spring-type probe formed by the three basic parts of needle shaft, spring and needle tube after being riveted and pre-pressed by precision instruments.

As a preferred technical solution of the present invention, the wearing physiotherapy area includes front cloth stickers, heating pads, electrode sheets, insulating lining, circuit boards, sponge pads and rear cloth stickers; front cloth stickers, heating pads, electrode sheets, Insulation lining, circuit board, sponge pad and back cloth are arranged in order from top to bottom.

As a preferred technical solution of the present invention, both the front cloth patch and the rear cloth patch are made of high elastic fabrics.

As a preferred technical solution of the present invention, the raw material of the high elastic fabric includes nylon and spandex, and the weight ratio of nylon and spandex is (75-80):(20-25).

Preferably, the weight ratio of nylon and spandex is 75:25.

As a preferred technical solution of the present invention, the wearing physiotherapy area includes an electrical stimulation signal module and a control module; the electrical stimulation signal module is located on the electrode sheet, and the control module is located on the circuit board.

Preferably, the electrical stimulation signal module is provided with electrical stimulation output electrodes.

Further preferably, the electrical stimulation output electrodes are patch electrodes.

Patch electrodes are made of flexible materials, such as fabric electrodes, gel electrodes, etc.

Preferably, the raw material of the patch electrode includes nylon composite fiber and spandex, and the weight ratio of nylon composite fiber and spandex is (86-90):(10-14).

Further preferably, the weight ratio of nylon composite fiber to spandex is 88.7:11.3.

In order to avoid invasive damage to the human skin, the applicant connected the electrode sheet of the electrical stimulation signal module and the circuit board of the control module with the front cloth patch and the rear cloth patch made of high elastic fabric to form a wearing physiotherapy area, which ensures the human body Physiotherapy effect without causing trauma, especially when controlling the weight ratio of nylon and spandex in the raw materials of high elastic fabrics (75-80): (20-25), not only the above effects are achieved, but also multi-point At the same time of massage therapy, the frequency and intensity of massage stimulation are guaranteed. This may be due to the weight ratio of composite fiber and spandex (75-80): (20-25) in nylon, which makes the front and back cloth stickers have specific elasticity and the characteristics of conducting electrical signal media. On the basis of the above , the electrical stimulation signal module and the control module achieve an excellent synergistic effect, making the wearable electronic physiotherapy clothing functional and usable when used.

As a preferred technical solution of the present invention, the control module includes a control master, a control slave, a master base and a slave base.

As a preferred technical solution of the present invention, the master base and the slave base are respectively fixedly connected to the circuit board.

As a preferred technical solution of the present invention, the base of the master is magnetically connected to the control master, and the base of the slave is magnetically connected to the control slave.

Preferably, the wearable electronic physiotherapy clothing further includes FPC flexible wires.

FPC flexible wires are used for the connection of multiple human acupuncture points in wearable electronic physiotherapy clothing.

Working principle: The cascading interface combines two or more wearable areas into a whole wearable electronic physiotherapy clothing. The control module and the electrical stimulation signal module cooperate to stimulate multiple human acupuncture points at the same time for physical therapy.

The second aspect of the present invention provides a physical therapy method for wearable electronic physical therapy clothing, characterized in that the method is as follows:

S1: The control host receives the remote diagnosis and treatment plan;

S2: Control the slave machine to convert the diagnosis and treatment plan into electrical stimulation signals, and execute the diagnosis and treatment plan in the electrical stimulation signal module.

When in use, according to the specific requirements of the treatment plan, replace and select different control slaves, and convert the electrical stimulation signal, so as to implement the physical therapy plan.

Wearable electronic physiotherapy clothing includes but not limited to back acupuncture pattern, waist acupuncture pattern, neck acupuncture pattern, leg acupuncture pattern, arm acupuncture pattern, and head acupuncture pattern.

The wearable electronic physiotherapy clothing in the style of back acupoint physiotherapy includes at least 6 electrical stimulation signal modules; the wearable electronic physiotherapy clothing in the style of waist acupoint physiotherapy includes at least 8 electrical stimulation signal modules; Including 2 electrical stimulation signal modules, corresponding to the treatment of neck acupoints; the wearable electronic physiotherapy clothing of the arm acupoint physiotherapy style includes at least 8 electrical stimulation signal modules; the wearable electronic physiotherapy clothing of the leg acupoint physiotherapy style includes at least 12 electrical stimulation Signal module.

Compared with the prior art, the present invention has the following beneficial effects:

The wearable electronic physiotherapy clothing provided by the present invention carries electrode sheets, receives a treatment plan, converts the treatment plan into electrical signals for execution, and treats human muscles or acupoints in a targeted manner, effectively relieving pain symptoms. Among them, the electrode sheet of the electric stimulation signal module and the circuit board of the control module are connected with the front cloth patch and the back cloth patch made of high elastic fabric to form a wearable physical therapy area, which ensures the physical therapy effect of the human body without causing trauma, especially When controlling the weight ratio of nylon and spandex in the raw materials of high elastic fabrics to be (75-80):(20-25), not only the above effects are achieved, but also the frequency of massage stimulation is guaranteed while performing multi-point massage therapy and strength.

Description of drawings

Fig. 1 is the structural representation of embodiment 1 wearing physiotherapy area;

In the figure, 1-front cloth patch, 2-heating pad, 3-electrode sheet, 4-insulation lining, 5-circuit board, 6-sponge pad, 7-back cloth patch

Detailed ways

Example 1

This example provides a wearable electronic physiotherapy garment. The wearable electronic physiotherapy garment includes a wearable physiotherapy area and a cascade interface, and the wearable physiotherapy area and the cascade interface are magnetically connected.

The cascading interface includes two cascading units, and the two cascading units are electrically connected.

Wearing therapy area includes front patch, heating pad, electrode pads, insulating liner, circuit board, foam pad, and back patch; front patch, heating pad, electrode pads, insulating liner, circuit board, foam pad, and back patch The stickers are arranged in order from top to bottom, as shown in Figure 1.

Both the front and back patches are made of high elastic fabric. The raw materials of the high elastic fabric include nylon and spandex, and the weight ratio of nylon and spandex is 75:25. High elastic fabric was purchased from Ningbo Renhe Technology Co., Ltd.

The wearing physiotherapy area includes an electrical stimulation signal module and a control module; the electrical stimulation signal module is located on the electrode sheet, and the control module is located on the circuit board. The electrical stimulation signal module sets the electrical stimulation output electrodes. The electrical stimulation output electrodes are patch electrodes. The patch electrodes were purchased from Ningbo Renhe Technology Co., Ltd. The patch electrodes were made of flexible materials, and the flexible materials were gel electrodes. The raw material of the patch electrode includes nylon composite fiber and spandex, and the weight ratio of nylon composite fiber and spandex is 88.7:11.3.

The control module includes a control host, a control slave, a base of the host and a base of the slave. The host base and the slave base are fixedly connected to the circuit board respectively. The base of the host is magnetically connected to the control host, and the base of the slave is connected to the slave control.

The wearable electronic physiotherapy garment also includes FPC flexible leads.

FPC flexible wires are used for the connection of multiple human acupuncture points in wearable electronic physiotherapy clothing.

This example also provides a physiotherapy method of wearable electronic physiotherapy clothing, the method is as follows:

S1: The control host receives the remote diagnosis and treatment plan;

S2: Control the slave machine to convert the diagnosis and treatment plan into electrical stimulation signals, and execute the diagnosis and treatment plan in the electrical stimulation signal module.

Example 2

The wearable electronic physiotherapy clothing described in this embodiment is different from Embodiment 1 in that both the front cloth patch and the rear cloth patch are made of nylon composite fibers. Nylon composite fiber comes from Shanghai Zhongyi Health Technology Co., Ltd.

This example also provides a physiotherapy method of wearable electronic physiotherapy clothing, which is the same as that of Embodiment 1.

Performance Testing:

For the wearable electronic physiotherapy clothing obtained in Example 1 and Example 2, the gear gradient difference of the ADC analog signal is obtained through the ADC digital converter, the gear gradient difference of the ADC analog signal of Example 1 is greater than 35, and the ADC of Example 2 The gear gradient difference of the analog signal is less than 35, which shows that the wearable electronic physiotherapy clothing obtained in Example 1 has little fluctuation of the MCU power supply and high conversion accuracy of the ADC.

Claims (10)

1. The wearable electronic physiotherapy garment is characterized by comprising a wearable physiotherapy area and a cascade interface, wherein the wearable physiotherapy area and the cascade interface are connected in a magnetic attraction mode.

2. The wearable electronic physiotherapy garment of claim 1, wherein the cascade interface comprises two cascade units, the two cascade units being electrically connected.

3. The wearable electronic physiotherapy garment of claim 1, wherein the wearable physiotherapy region comprises a front cloth patch, a heating pad, an electrode sheet, an insulating lining, a circuit board, a sponge pad, and a rear cloth patch; the front cloth, the heating pad, the electrode plate, the insulating lining, the circuit board, the spongy cushion and the rear cloth are sequentially arranged from top to bottom.

4. The wearable garment for electronic physiotherapy of claim 3, wherein the front and rear fabric patches are made of highly elastic fabric.

5. The wearable electronic physiotherapy garment as claimed in claim 4, wherein the raw materials of the high-elasticity fabric comprise nylon and spandex, and the weight ratio of the nylon to the spandex is (75-80): (20-25).

6. The wearable electronic physiotherapy garment of any one of claims 3 to 5, wherein the wearable physiotherapy region comprises an electrical stimulation signal module and a control module; the electrical stimulation signal module is positioned on the electrode plate, and the control module is positioned on the circuit board.

7. The wearable electronic physiotherapy garment of claim 6, wherein the control module comprises a control master, a control slave, a master base and a slave base.

8. The wearable electronic physiotherapy garment of claim 7, wherein the master chassis and the slave chassis are each fixedly connected to the circuit board.

9. A wearable electronic physiotherapy garment as claimed in claim 7, wherein the master base is magnetically connected to the control master and the slave base is magnetically connected to the control slave.

10. A method of physiotherapy in a wearable electronic physiotherapy garment according to claim 8 or 9, characterized in that the method comprises:

s1: the control host receives a remote diagnosis and treatment scheme;

s2: the control slave machine converts the diagnosis and treatment scheme into an electrical stimulation signal, and the electrical stimulation signal module executes the diagnosis and treatment scheme.

Images