Wearable acupoint hot compress device

Abstract

The present invention relates to a wearable acupoint hot compress device applied in the field of physical therapy devices, comprising an X-shaped shoulder strap, which adopts the cooperation of the X-shaped shoulder strap, a shoulder positioning bag and a shoulder-waist hot compress bag. While ensuring that the wearable acupoint hot compress device has high portability, it can also achieve adaptability to users of different body shapes and increase its application range through its wearable and elastic design and the design of a multi-level applicable control memory unit. At the same time, it can also achieve automatic control and multi-level memory control of the user's required position, effectively improve the efficiency of hot compress position control, promote the intelligence level of the device, save the tediousness of users' repeated use, and utilize the synergistic effect of the acupoint action component and the hot compress interactive system to achieve interactivity between the wearable acupoint hot compress device and the user, achieve adaptability to users with different relief needs, and effectively promote the application effect of the wearable acupoint hot compress device.

Description

Technical Field

[0001] The present invention relates to a wearable acupoint hot compress device, and in particular to a wearable acupoint hot compress device applied in the field of physical therapy devices. Background Art

[0002] Acupoint hot compress is a traditional Chinese medicine external treatment method that combines acupoint therapy and hot compress therapy. In acupoint hot compress, specific acupoints are usually selected for hot compress, such as Dazhui acupoint, Shenshu acupoint, Weizhong acupoint, etc. These acupoints have specific therapeutic effects. By hot compressing these acupoints, the meridians and blood can be stimulated, local blood circulation can be promoted, and pain and discomfort can be relieved. However, in the application process of wearable acupoint hot compress devices, their large size often reduces their portability.

[0003] In order to solve the problem of low portability, a wearable acupoint hot compress device on the market adopts a wearable design and has a certain market share.

[0004] The specification of Chinese invention patent CN115068323B discloses a back heating blanket device and a control method, comprising a soft outer jacket with an air cavity, a supporting layer assembly, a soft pressure-sensitive detection layer assembly, a soft heating layer assembly and a control module, wherein the outer jacket is provided with an air inlet connected to the air cavity, the supporting layer assembly is located in the air cavity, the supporting layer assembly comprises a plurality of stacked soft pads, the pressure-sensitive detection layer assembly and the heating layer assembly are arranged in the outer jacket, the heating layer assembly, the pressure-sensitive detection layer assembly and the supporting layer assembly are stacked in sequence from top to bottom, the heating layer assembly comprises a plurality of heating elements, and the plurality of heating elements are distributed in a horizontal direction, the control module is respectively connected to the pressure-sensitive detection layer assembly and each heating element to control the operation of the heating element at the corresponding position according to the back contour information, the heating blanket can be rolled up and placed and carried, and can better adapt to the user's meridians and acupoints during the hot compress process to improve the health care effect.

[0005] The specification of Chinese invention patent application CN117838536A discloses a portable acupoint massage device, comprising a support plate, two telescopic motors are symmetrically arranged on the top of the support plate, an arc-shaped backing plate is arranged on the front side of the support plate, and the top of the arc-shaped backing plate is fixedly connected to the output shafts of the two telescopic motors respectively, a plurality of rotating motors are embedded on the rear side of the arc-shaped backing plate, and the output shafts of the rotating motors are fixedly connected to the lining plate after passing through the arc-shaped backing plate, and a massage head is slidably arranged on each lining plate, and an air bag is detachably arranged on the rear side of the support plate, and the inflation port of the air bag is connected to the air pump through the inflation pipe, and the air pump is detachably clamped on the support plate, and the air pump, the telescopic motor and the rotating motor are all electrically connected to the controller, and the controller is arranged on the side wall of the support plate. The device has strong functionality, and the hot compress function and the massage function can be realized respectively by arranging the air bag and the arc-shaped backing plate on the front and back sides of the support plate respectively; and the device has a simple structure, is compact and flexible, and is easy to carry.

[0006] Although the above technology has improved the portability of wearable acupoint hot compress devices to a certain extent, due to differences in user body shapes and the locations of users' back pain points, the acupoint locations and relief needs are also different. Therefore, in actual applications, acupoint hot compresses cannot fully exert their performance, reduce their effect of relieving pain and discomfort, and reduce the effectiveness of their application work, which is not conducive to the development and application of wearable acupoint hot compress devices. Summary of the invention

[0007] In view of the above-mentioned prior art, the technical problem to be solved by the present invention is how to ensure the portability of the wearable acupoint hot compress device while being suitable for users with different body shapes and different back pain point needs, so as to ensure the effectiveness of its application and improve its effect in alleviating the user's back pain and discomfort.

[0008] In order to solve the above problems, the present invention provides a wearable acupoint hot compress device, including an X-shaped strap, the upper and lower ends of the X-shaped strap are fixedly connected to shoulder and waist hot compress bags, a pair of shoulder straps are fixedly connected to the upper end of the shoulder and waist hot compress bag located on the upper side, a shoulder positioning bag is fixedly connected to the lower end of the shoulder strap, a plurality of acupoint action components are arranged at the front end of the shoulder and waist hot compress bag, a spine positioning belt is fixedly connected to the rear end of the X-shaped strap, a hot compress controller is embedded in the middle of the rear end of the spine positioning belt, and a hot compress interactive system is carried in the hot compress controller;

[0009] The hot compress interaction system includes a hot compress interaction processing unit, the input end of the hot compress interaction processing unit is connected to the wearable pressure sensing unit, the output end of the hot compress interaction processing unit is connected to the positioning sensing control unit and the multi-level applicable control memory unit, the input end of the wearable pressure sensing unit is connected to the pressure probe signal arranged in the shoulder positioning bag, and the output end of the positioning sensing control unit is connected to the acupoint action component signal;

[0010] A transverse elastic strip is fixedly connected between two adjacent acupuncture point effect components distributed on the left and right, and the transverse elastic strip is slidably arranged in the shoulder and waist hot compress bag, an adjustable elastic cavity is opened in the transverse elastic strip, and the left and right inner walls of the adjustable elastic cavity are fixedly connected with adjustable electromagnetic blocks;

[0011] The multi-level applicable control memory unit includes a control memory processing module, the input end of the control memory processing module is connected to the control memory data receiving module, the input end of the control memory data receiving module is connected to the hot compress interactive processing unit signal, the output end of the control memory processing module is connected to the multi-level memory storage module and the applicable control module, the output end of the multi-level memory storage module is connected to the applicable control module signal, and the output end of the applicable control module is connected to the adjustable electromagnetic block signal.

[0012] In the above-mentioned wearable acupoint hot compress device, through its wearable and elastic design and the design of multi-level applicable control memory unit, it can achieve adaptability to users of different body shapes, realize automatic control of the user's required position and multi-level memory control effect, and utilize the synergistic effect of the acupoint action component and the hot compress interactive system to display the effective point position of the hot compress on the user's back, so that the user can quickly and effectively adjust the hot compress position according to his or her own discomfort area, thereby achieving adaptability to users with different relief needs and promoting its application effect.

[0013] As a supplement to the present application, the acupoint action component includes an acupoint groove embedded in the shoulder and waist hot compress bag, the front end of the acupoint groove extends to the outside of the shoulder and waist hot compress bag and is fixedly connected to an elastic diaphragm, the rear end of the elastic diaphragm is fixedly connected to a positioning protrusion arranged in the acupoint groove, the rear end of the positioning protrusion and the front inner wall of the acupoint groove are fixedly connected to positioning electromagnetic blocks, an elastic reset strip is fixedly connected between the two positioning electromagnetic blocks, and the output end of the positioning sensing control unit is connected to the positioning electromagnetic block signal.

[0014] As a supplement to the present application, the acupuncture point groove is filled with a heat-equalizing filler, the front inner wall of the acupuncture point groove is fixedly connected to a heating wire arranged on the outside of the positioning electromagnetic block, and the output end of the heat compress effect control unit is connected to the heating wire signal.

[0015] As a supplement to the present application, the shoulder and waist hot compress bag includes a thermal insulation backing fixedly arranged at the front end of the X-shaped shoulder strap, a hot compress pad is fixedly connected to the front end of the thermal insulation backing, and an acupoint action component is arranged in the hot compress pad, a thermal conduction lining is fixedly connected to the front end of the hot compress pad, and the front end of the acupoint action component extends to the outside of the thermal conduction lining, and the hot compress pad is filled with elastic support filler.

[0016] As a supplement to the present application, the input end of the hot compress interactive processing unit is also connected to a parameter instruction setting unit, and the output end of the hot compress interactive processing unit is also connected to a hot compress effect control unit;

[0017] The input end of the parameter instruction setting unit is connected to the data access port signal set on the hot compress controller, and the output end of the hot compress effect regulation unit is connected to the acupoint effect component signal.

[0018] As a supplement to the present application, the left and right ends of the lower shoulder and waist heat compress bag are fixedly connected to the waist and abdomen belts, and the shoulder straps and the waist and abdomen belts are fixedly connected to the wrap-around buckles and the mother-and-child Velcro that cooperates with the wrap-around buckles.

[0019] As a supplement to this application, a rechargeable battery is arranged in the hot compress controller, and a Type-C port matching the rechargeable battery is arranged on the hot compress controller. The output end of the hot compress interactive processing unit is also connected to a power monitoring and reflection unit, and the input end of the power monitoring and reflection unit is connected to the rechargeable battery signal, and the output end of the power monitoring and reflection unit is connected to the data interface signal arranged on the hot compress controller.

[0020] As a further improvement of the present application, a heat protection ring is fixedly connected to the outer end of the acupuncture point groove, a protection cavity is opened inside the heat protection ring, the left and right inner walls of the protection cavity are fixedly connected with mutually cooperating abutting hair-contacting posts, the protection cavity is filled with thermal expansion deformation filler, and the hot compress effect regulation unit is electrically connected to the heating wire through the abutting hair-contacting posts.

[0021] As a further improvement of the present application, the input end of the hot compress interactive processing unit is also connected to an anti-scalding sensing unit, the input end of the anti-scalding sensing unit is connected to the hair-contacting column signal, the output end of the hot compress interactive processing unit is also connected to an overheating alarm unit, and the output end of the overheating alarm unit is connected to the data interface signal set on the hot compress controller.

[0022] In summary, through the cooperation of the X-shaped strap, the shoulder positioning bag and the shoulder-waist hot compress bag, while ensuring the high portability of the wearable acupoint hot compress device, it can also achieve adaptability to users of different body shapes and increase its application range through its wearable and elastic design and the design of the multi-level applicable control memory unit. At the same time, it can also achieve automatic control and multi-level memory control of the user's required position, effectively promoting the efficiency of hot compress position control, promoting the intelligence level of the device, and eliminating the tediousness of repeated use by users. In addition, by utilizing the synergistic effect of the acupoint action component and the hot compress interactive system, the wearable acupoint hot compress device can interact with the user, and the position of the effective hot compress point is displayed on the user's back, so that the user can quickly and effectively adjust the hot compress position according to his or her own discomfort area, thereby achieving adaptability to users with different relief needs, and then effectively promoting the application effect of the wearable acupoint hot compress device and promoting its relief effect on the user's discomfort, it also fully reflects the practicality of the wearable acupoint hot compress device, promotes its development and application, and improves economic benefits. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 This is an axonometric diagram of the wearable acupoint hot compress device of the first and second embodiments of the present application when in use;

[0024] Figure 2 This is a control logic diagram of the hot compress interactive system of the first and second embodiments of the present application;

[0025] Figure 3This is a front view of the wearable acupoint hot compress device according to the first and second embodiments of the present application;

[0026] Figure 4 This is an exploded view of the shoulder and waist hot compress bag and acupoint action component in the first and second embodiments of the present application;

[0027] Figure 5 This is a left-side cross-sectional view of the shoulder and waist hot compress bag and the acupoint action component in the hot compress state of the first and second embodiments of the present application;

[0028] Figure 6 It is a left-side cross-sectional view of the shoulder and waist hot compress bag and the acupoint action component in the positioning state of the first and second embodiments of the present application;

[0029] Figure 7 This is a diagram showing the morphological changes of the acupoint action components during the application process of the first and second embodiments of the present application;

[0030] Figure 8 This is a front cross-sectional view of the transverse elastic strip of the first embodiment of the present application;

[0031] Fig. 9 This is an axonometric cross-sectional view of the wearable acupoint hot compress device of the first and second embodiments of the present application when in use;

[0032] Fig.10 This is a rear view of the wearable acupoint hot compress device of the first and second embodiments of the present application when worn.

[0033] Description of the numbers in the figure:

[0034] 1X-type shoulder strap, 11 shoulder strap, 12 waist and abdomen belt, 2 shoulder positioning bag, 3 shoulder and waist hot compress bag, 31 thermal insulation backing, 32 hot compress pad, 33 heat conduction lining, 4 spine positioning belt, 5 acupoint action component, 51 acupoint groove, 52 elastic diaphragm, 53 positioning protrusion, 54 positioning electromagnetic block, 55 elastic reset strip, 56 thermal protection ring, 6 transverse elastic strip, 61 adjustable elastic cavity, 7 adjustable electromagnetic block, 71 spiral elastic retaining strip. DETAILED DESCRIPTION

[0035] Two implementation modes of the present application are described in detail below with reference to the accompanying drawings.

[0036] The first implementation method:

[0037] Figure 1 - Fig.10A wearable acupoint hot compress device is shown, comprising an X-shaped strap 1, wherein both upper and lower ends of the X-shaped strap 1 are fixedly connected with shoulder and waist hot compress bags 3, a pair of shoulder straps 11 are fixedly connected with the upper ends of the upper shoulder and waist hot compress bags 3, a shoulder positioning bag 2 is fixedly connected with the lower ends of the shoulder straps 11, a plurality of acupoint action components 5 are arranged at the front end of the shoulder and waist hot compress bags 3, a spine positioning belt 4 is fixedly connected with the rear end of the X-shaped strap 1, and the front ends of the spine positioning belt 4 are respectively fixedly connected with the shoulder and waist hot compress bags 3 at the upper and lower sides, the arrangement of the spine positioning belt 4 can ensure the centering effect of wearing, and the position stability of the upper and lower shoulder and waist hot compress bags 3, reduce the difficulty of wearing and positioning, and improve the wearing efficiency, a hot compress controller is embedded in the middle of the rear end of the spine positioning belt 4, and a hot compress interactive system is carried in the hot compress controller;

[0038] The hot compress interactive system includes a hot compress interactive processing unit, the input end of the hot compress interactive processing unit is connected to the wearable pressure sensing unit, the output end of the hot compress interactive processing unit is connected to the positioning sensing control unit and the multi-level applicable control memory unit, the input end of the wearable pressure sensing unit is connected to the pressure probe signal arranged in the shoulder positioning bag 2, and the output end of the positioning sensing control unit is connected to the acupoint action component 5;

[0039] A transverse elastic strip 6 is fixedly connected between two adjacent acupuncture point effect components 5 distributed on the left and right sides. The transverse elastic strip 6 is fixedly arranged on the acupuncture point groove 51, and the transverse elastic strip 6 is slidably arranged in the shoulder and waist hot compress bag 3. An adjustable elastic cavity 61 is opened in the transverse elastic strip 6. Adjustable electromagnetic blocks 7 are fixedly connected to the left and right inner walls of the adjustable elastic cavity 61. A spiral elastic retaining strip 71 is fixedly connected between the two adjustable electromagnetic blocks 7.

[0040] The multi-level applicable control memory unit includes a control memory processing module, the input end of the control memory processing module is connected to the control memory data receiving module, the input end of the control memory data receiving module is connected to the hot compress interactive processing unit signal, the output end of the control memory processing module is connected to the multi-level memory storage module and the applicable control module, the output end of the multi-level memory storage module is connected to the applicable control module signal, and the instruction priority of the control memory processing module is higher than the instruction priority of the multi-level memory storage module, the output end of the applicable control module is connected to the adjustable electromagnetic block 7 signal, when the multi-level applicable control memory unit controls the adjustable electromagnetic block 7, a unilateral sequential control is formed to ensure the effectiveness of the position control of the acupoint action component 5, the heat conduction lining 33 is made of elastic material, and when the two adjacent acupoint action components 5 on the left and right move under the deformation of the lateral elastic strip 6, the heat conduction lining 33 can produce a corresponding deformation effect, through the cooperation of the X-shaped strap 1, the shoulder positioning bag 2 and the shoulder and waist hot compress bag 3, while ensuring that the wearable acupoint hot compress device has high portability, it can also be worn and elastic. The design realizes adaptability to users of different body shapes and increases its application scope. By utilizing the synergistic effect of the acupoint action component 5 and the hot compress interactive system, the wearable acupoint hot compress device can be interactive with the user, and the effective point of the hot compress is displayed on the user's back, so that the user can quickly and effectively adjust the hot compress position according to his or her own discomfort area, thereby realizing adaptability to users with different relief needs. In addition, while effectively promoting the application effect of the wearable acupoint hot compress device and promoting its relief effect on the user's discomfort, it also fully reflects the practicality of the wearable acupoint hot compress device, promotes its development and application, and improves economic benefits. In addition, the cooperation of the multi-level applicable control memory unit and the adjustable electromagnetic block 7 can effectively realize the automated applicability to users of different body shapes and users with different discomfort needs, and realize the automated control of the position of the acupoint action component 5, thereby realizing the maintenance of the position of the acupoint action component 5 and improving the application effect. In addition, it can also be regulated and memorized according to the user's usage habits. In the subsequent application process, the position of the acupoint action component 5 is autonomously regulated, effectively eliminating the tediousness of repeated regulation.

[0041] The hot compress interactive processing unit can transmit the data that the user needs to adjust to the adjustment memory data receiving module, and the adjustment memory data receiving module processes the data and transmits it to the adjustment memory processing module. The adjustment memory processing module sends an adjustment instruction to the applicable adjustment module according to the data that needs to be adjusted, and the applicable adjustment module performs electromagnetic control on the adjustable electromagnetic block 7, so that it can drive the transverse elastic strip 6 to produce corresponding elongation or contraction deformation, thereby automatically adjusting the position of the acupoint action component 5;

[0042] The hot compress interaction processing unit obtains the control completion data fed back by the user through the parameter instruction setting unit, and then feeds the data back to the control memory processing module through the control memory data receiving module. The control memory processing module transmits the control data to the multi-level memory storage module for storage and memory. When the user wears the device again, the control data instruction is directly transmitted to the applicable control module through the multi-level memory storage module, so that the applicable control module directly acts on the adjustable electromagnetic block 7, drives the transverse elastic strip 6 to deform, and makes the acupoint action component 5 automatically adjust its position, eliminating the step of the user repeatedly adjusting the position.

[0043] In addition, the multi-level memory storage module can store multiple user memory data, and can store and classify multiple memory data according to the user's settings. Then, through the application requirements transmitted by the user to the parameter instruction setting unit, the hot compress interactive processing unit can transmit the user's selection requirements to the control memory processing module through the control memory data receiving module. The control memory processing module sends a selection instruction to the multi-level memory storage module, so that the multi-level memory storage module can directly retrieve the data, and transmit the control data instruction to the applicable control module, so that the applicable control module can directly control the adjustable electromagnetic block 7, further promoting the intelligence level of the device and meeting the different hot compress needs of users.

[0044] Figure 5 - Figure 7 The acupoint action component 5 is shown to include an acupoint groove 51 embedded in the shoulder and waist heat compress bag 3. The front end of the acupoint groove 51 extends to the outside of the shoulder and waist heat compress bag 3 and is fixedly connected to an elastic diaphragm 52. The rear end of the elastic diaphragm 52 is fixedly connected to a positioning protrusion 53 set in the acupoint groove 51. The rear end of the positioning protrusion 53 and the front inner wall of the acupoint groove 51 are fixedly connected to a positioning electromagnetic block 54. An elastic reset strip 55 is fixedly connected between the two positioning electromagnetic blocks 54. The output end of the positioning sensing control unit is connected to the signal of the positioning electromagnetic block 54. Through the setting of the acupoint action component 5, the acupoints on the back of the user can be effectively heated, so as to relieve fatigue and discomfort. The effect is achieved, and through the cooperation of the positioning sensing control unit and the positioning electromagnetic block 54, the positioning protrusion 53 can drive the deformation of the elastic diaphragm 52, thereby playing the role of displaying the position of the acupoint action component 5 to the user, so that the user can appropriately adjust its position according to his own needs to ensure its applicability to his real needs and promote its application effect. According to the setting of the mode, it can also perform hot compress on the user's back and massage it at the same time, further increasing the application effect of the wearable acupoint hot compress device, promoting its effect of relieving the user's back fatigue and discomfort, and enhancing its practicality and functionality.

[0045] Figure 5 and Figure 6It is shown that the acupoint groove 51 is filled with a heat-equalizing filler, and the front inner wall of the acupoint groove 51 is fixedly connected to the heating wire arranged on the outside of the positioning electromagnetic block 54, and the heating wire does not contact the positioning electromagnetic block 54, so as to avoid the heating wire directly acting on the positioning electromagnetic block 54 and causing performance damage to the positioning electromagnetic block 54, thereby ensuring the durability of the positioning electromagnetic block 54, and the output end of the hot compress effect regulation unit is connected to the heating wire signal. Through the cooperation of the hot compress effect regulation unit and the heating wire, the heating effect of the acupoint effect component 5 can be achieved, thereby achieving the effect of hot compressing the acupoints on the user's back or uncomfortable positions, thereby ensuring the functionality of the wearable acupoint hot compress device.

[0046] Figure 5 - Figure 7 The shoulder and waist hot compress bag 3 is shown to include a heat insulating backing 31 fixedly arranged at the front end of the X-shaped shoulder strap 1, a heat compress pad 32 fixedly connected to the front end of the heat insulating backing 31, and an acupoint action component 5 arranged in the heat compress pad 32, a heat conduction lining 33 fixedly connected to the front end of the heat compress pad 32, and the front end of the acupoint action component 5 extends to the outside of the heat conduction lining 33, the heat compress pad 32 is filled with elastic support filler, and the acupoint groove 51 is slidably arranged at the front end of the heat compress pad 32 through the elastic friction between the elastic support filler and the heat conduction lining 33, so that when the heat compress pad 32 generates expansion and contraction deformation, it can be elastically supported. The supporting filler and the heat conduction lining 33 drive the acupoint groove 51 to produce coordinated displacement movements, and can also produce a spacing adjustment effect between two adjacent acupoint grooves 51 on the left and right. By resisting the elastic friction force of the elastic supporting filler and the heat conduction lining 33, the automatic adjustment effect of the spacing between two adjacent acupoint grooves 51 on the left and right is achieved, thereby achieving the adaptability of the acupoint groove 51. The setting of the upper and lower shoulder and waist hot compress bags 3 can effectively achieve a dual hot compress relief effect on the user's shoulders and waist, thereby improving the practicability of the wearable acupoint hot compress device and improving its effect in relieving fatigue and discomfort.

[0047] Figure 1 - Fig.10 It is shown that the input end of the hot compress interactive processing unit is also connected to the parameter instruction setting unit, and the output end of the hot compress interactive processing unit is also connected to the hot compress effect regulating unit;

[0048] The input end of the parameter instruction setting unit is connected to the data access port signal set on the hot compress controller, and the output end of the hot compress effect regulation unit is connected to the acupoint effect component signal.

[0049] Figure 1 - Fig.10It is shown that the left and right ends of the shoulder and waist heat compress bag 3 on the lower side are fixedly connected with a waist and abdomen belt 12, and the shoulder strap 11 and the waist and abdomen belt 12 are fixedly set on the thermal insulation backing 31, and can drive the thermal insulation backing 31, the heat compress pad 32 and the heat conduction lining 33 to produce a common deformation effect through the pulling effect on the thermal insulation backing 31, so as to achieve adaptability to users of different body shapes, and the shoulder strap 11 and the waist and abdomen belt 12 are fixedly connected with a wrapping strap and a mother-and-child Velcro matched with the wrapping strap. The shoulder strap 11 cooperates with the wrapping strap and the mother-and-child Velcro set thereon, and the waist and abdomen belt 12 cooperates with the wrapping strap and the mother-and-child Velcro set thereon. While achieving the wearability of the wearable acupoint heat compress device, it can also effectively enhance the fit between the shoulder and waist heat compress bag 3 and the user's back, promote its heat compress effect, and can also effectively stretch and deform the shoulder and waist heat compress bag 3, so as to promote its applicability, and can be applicable to and meet users of different body shapes and different discomfort needs.

[0050] Figure 1 - Fig.10 It is shown that a rechargeable battery is arranged in the hot compress controller, and a Type-C port matching the rechargeable battery is arranged on the hot compress controller. The output end of the hot compress interactive processing unit is also connected to the power monitoring reflection unit, and the input end of the power monitoring reflection unit is connected to the rechargeable battery signal, and the output end of the power monitoring reflection unit is connected to the data interface signal arranged on the hot compress controller. The data interface of the hot compress controller is provided with a control button and a voice receiver, and the input interactivity with the user can be realized through the control button and the voice receiver, and the user application requirements can be collected and obtained. The data interface of the hot compress controller is provided with a speaker and an indicator light, and the communication with the user can be realized through the speaker and the indicator light. The output interactivity shows the user the hot compress status and the regulation status, ensuring the effectiveness of the application of the wearable acupoint hot compress device, and according to the portability of the interaction, the voice receiver and the speaker can be set at the shoulder strap 11 to ensure the effectiveness of the user's voice input reception and the effectiveness of the voice reminder, thereby improving the interaction sensitivity and interaction efficiency. The heat controller uses a rechargeable battery to provide power, which further promotes the portability of the wearable acupoint hot compress device, effectively realizes its wirelessness during the application process, promotes the safety of its application, and can also cooperate with the power monitoring reflection unit to realize the monitoring and reminder of the rechargeable battery power, thereby facilitating the continuous effectiveness of the wearable acupoint hot compress device.

[0051] Figure 1 - Fig.10The wearable acupoint hot compress device (hereinafter referred to as the device) can be used in conjunction with vests and other clothing to form a vest-like wearable acupoint hot compress device. While ensuring the wearing fit, the hot compress effect is improved, and the practicality of the device is increased. It can be used when the user is out or working without affecting the user's actions, further promoting the portability of the application. When wearing, the user can send a start instruction to the parameter instruction setting unit through the control button on the hot compress controller before wearing, or transmit the start, shut down and control instructions to the parameter instruction setting unit through the voice receiver after wearing, so that the parameter instruction setting unit transmits the start data to the hot compress interaction processing unit, and the hot compress interaction processing unit can generate a control response according to the instruction.

[0052] Then the user puts the vest on the body, or when the device is not combined with the vest, firstly, the user drapes the entire device on the back through the shoulder straps 11, and the two shoulder straps 11 are respectively carried on the shoulders, and the shoulder positioning bag 2 is in contact with the shoulders, and the two shoulder and waist heat compress bags 3 are respectively placed on the shoulders and the waist, and the shoulder straps 11 are used to cooperate with the wrapping buckles and the mother-and-child Velcro provided thereon, and the waist and abdomen belt 12 is used to cooperate with the wrapping buckles and the mother-and-child Velcro provided thereon, respectively, to roughly position and fix the shoulder and waist heat compress bags 3 on the upper side to the shoulders, and to roughly position and fix the shoulder and waist heat compress bags 3 on the lower side to the waist, and the user can stretch the shoulder and waist heat compress bags 3 and the spine positioning belt 4 according to his or her body shape and comfort, so that the shoulder and waist heat compress bags 3 on the upper and lower sides can be effectively suitable for the user, thereby ensuring the effectiveness of subsequent hot compress;

[0053] After the user wears the device and roughly positions it through the shoulder strap 11 and the waist belt 12, the shoulder positioning bag 2 located on the shoulder will produce a wearing squeezing effect. At this time, the wearing pressure sensing unit can receive the pressure data transmitted by the pressure probe located in the shoulder positioning bag 2. The wearing pressure sensing unit transmits the wearing data to the hot compress interactive processing unit. The hot compress interactive processing unit determines the wearing state of the user at this time according to the pressure change data. After determining that the user's wearing rough positioning is completed, it sends a positioning control instruction to the positioning sensing control unit. The positioning sensing control unit passes current into the positioning electromagnetic block 54, so that the two positioning electromagnetic blocks 54 located in the same acupuncture point groove 51 produce a repulsive electromagnetic force, and then the repulsive electromagnetic force will cause the positioning electromagnetic block 54 located on the front side to drive the positioning protrusion 53 to move forward, and produce a tensile deformation effect on the elastic reset strip 55. The forward movement of the positioning protrusion 53 will drive the elastic diaphragm 52 to produce a forward convex deformation, which can perform a positioning pressing effect on the user's back;

[0054] The user stretches or releases the shoulder and waist heat compress bag 3 according to the pressing position transmitted by the back elastic diaphragm 52 and the user's own fatigue and discomfort position, and then uses the shoulder strap 11 and the waist and abdomen belt 12 to stretch or release the shoulder and waist heat compress bag 3, so that the acupoint action component 5 can be effectively moved to the desired position. After the movement is completed, the shoulder strap 11 and the waist and abdomen belt 12 are used to fix the shoulder and waist heat compress bag 3.

[0055] Furthermore, after the user has put on the mask and sensed the pressing data of the convex deformation of the elastic diaphragm 52, the control instruction can be transmitted to the parameter instruction setting unit through the voice receiver, and the hot compress interactive processing unit can send a control instruction to the adjustable electromagnetic block 7 according to the instruction to the multi-level applicable control memory unit, so that the adjustable electromagnetic block 7 drives the lateral elastic strip 6 to deform, thereby changing the distance between the two adjacent acupoint action components 5 on the left and right. For example, when the user generates a continuing rightward movement instruction to the right acupoint action component 5 through the voice receiver and the parameter instruction setting unit to the hot compress interactive processing unit, the multi-level applicable control memory unit controls the adjustable electromagnetic block 7 located in the lateral elastic strip 6 on the right. The two adjustable electromagnetic blocks 7 produce electromagnetic repulsion, and at the same time the spiral elastic retaining strip 71 is stretched, and due to the elastic resistance of all the acupuncture slots 51 on the left side and the elastic support filler and the heat conduction lining 33 in the hot compress insert 32 to all the acupuncture slots 51 on the left side, the adjustable electromagnetic block 7 drives the acupuncture slot 51 on the far right to continue to move to the right through the deformation of the transverse elastic strip 6, and the remaining movement directions can be achieved by changing the electromagnetic repulsion or attraction between the two adjustable electromagnetic blocks 7, so as to achieve the movement effect of the unilateral acupuncture point action component 5, and the multi-level applicable control memory unit controls the movement of the acupuncture slot 51 to be a single movement of a certain unit;

[0056] Then, the hot compress interaction processing unit obtains the validity of the moving position of the acupoint action component 5 through the voice instruction data transmitted by the parameter instruction setting unit and the voice receiver, and determines the position maintaining effect of the acupoint action component 5, so as to play a precise position control role. The hot compress interaction processing unit can transmit the data of the position control of the acupoint action component 5 to the multi-level applicable control memory unit, so that the multi-level applicable control memory unit memorizes and stores the data of the control position, and memorizes the current direction and size of the adjustable electromagnetic block 7 in each transverse elastic strip 6. When the user repeatedly wears and uses the device in the subsequent time, the hot compress interaction processing unit can directly control the acupoint action component 5 through the applicable control memory unit to produce an autonomous control effect on the last control position after receiving the control instruction for directly activating the hot compress effect through the parameter instruction setting unit and the voice receiver, and the instruction for completing the wearing transmitted by the wearing pressure sensing unit. It has a control memory function, which saves the user the step of adjusting each time it uses it, and further promotes the practicality of the device.

[0057] The user continues to send hot compress start instructions to the parameter instruction setting unit through the voice receiver. After receiving the instructions, the hot compress interactive processing unit sends a hot compress instruction to the hot compress action control unit, so that the hot compress action control unit controls the heating wire to be energized and generates heat, and applies hot compress to the user's back through the acupoint groove 51 and the heat-isolating filler inside it, thereby relieving the user's fatigue and discomfort.

[0058] When the user needs to end the hot compress effect, he can transmit a closing instruction to the parameter instruction setting unit through the control button on the hot compress controller or the voice receiver. The hot compress interactive processing unit transmits control data to the hot compress effect control unit according to the instruction, so that it cuts off the current passing through the heating wire and ends the hot compress effect.

[0059] In addition, the user can also transmit massage and hot compress instructions to the hot compress interactive processing unit through the parameter instruction setting unit according to the voice receiver, and then the multi-level applicable control memory unit intermittently controls the positioning electromagnetic block 54, so that the two positioning electromagnetic blocks 54 located in the same acupuncture point slot 51 can form a repulsive electromagnetic force, and drive the elastic diaphragm 52 to produce a convex deformation through the positioning protrusion 53 to press the user's uncomfortable position, and then by cutting off the current of the positioning electromagnetic block 54, under the elastic recovery action of the elastic reset strip 55, the elastic diaphragm 52 is reset through the positioning protrusion 53, or by changing the current direction input to the two positioning electromagnetic blocks 54 located in the same acupuncture point slot 51, so that they produce an attractive electromagnetic effect, and the elastic diaphragm 52 is reset through the positioning protrusion 53, and the control is cyclically performed to achieve continuous massage effect on the user, and then the hot compress effect control unit is combined to control the heating wire to be energized to achieve hot compress effect on the user's uncomfortable position, further promoting the application effect of the device, fully alleviating the user's discomfort, and enhancing its practicality.

[0060] During the continuous use of this device, the power monitoring reflection unit can monitor the power of the rechargeable battery in real time, and then when it is low on power, it reminds the user to recharge the battery through the data interface of the hot compress controller, that is, the speaker and indicator light. The user can charge the rechargeable battery through the Type-C port to ensure its subsequent application effectiveness.

[0061] Second implementation method:

[0062] Figure 1 - Figure 7 , Fig. 9 and Fig.10A wearable acupoint hot compress device is shown, wherein a heat protection ring 56 is fixedly connected to the outer end of the acupoint groove 51, and the heat protection ring 56 is made of heat-conducting material, and can evenly conduct heat transferred by the acupoint groove 51 and the elastic diaphragm 52, thereby increasing the acupoint hot compress area and promoting the hot compress effect, and can also effectively achieve the heat dissipation effect, thereby reducing the temperature damage caused by overheating, and a protection cavity is provided inside the heat protection ring 56, and the left and right inner walls of the protection cavity are fixedly connected with mutually cooperating abutting hair-contacting columns, and the protection cavity is filled with a thermal expansion deformation filler, which can be made of shape memory polymers and thermoplastic elastomers made of high molecular materials, and can expand and deform in time after the hot compress temperature exceeds the safe temperature, and when the temperature returns to the safe temperature After the temperature reaches a certain level, it restores its shape to achieve the sensing and protection of the hot compress temperature. The hot compress effect regulating unit forms an electrical connection with the electric heating wire through the abutting contact hair column. The cooperation of the heat protection ring 56, the abutting contact hair column and the thermal expansion deformation filler can achieve the performance of autonomous overheating protection of the wearable acupoint hot compress device. During the hot compress process, if the control abnormality causes the temperature to exceed the safe temperature, the heat protection ring 56 will expand and deform under the thermal expansion of the thermal expansion deformation filler, thereby disconnecting the two matched abutting contact hair columns, directly breaking the circuit between the hot compress effect regulating unit and the electric heating wire, thereby cutting off the current passing through the electric heating wire and making it no longer produce electric heating effect, thereby avoiding damage to the user caused by continuous temperature rise and ensuring safety during the hot compress process.

[0063] Figure 1 - Figure 7 , Fig. 9 and Fig.10 It is shown that the input end of the hot compress interactive processing unit is also connected to an anti-scalding sensing unit, and the input end of the anti-scalding sensing unit is connected to the signal of the abutting hair-touching post. The output end of the hot compress interactive processing unit is also connected to an overheating alarm unit, and the output end of the overheating alarm unit is connected to the data interface signal set on the hot compress controller. The cooperation between the anti-scalding sensing unit and the abutting hair-touching post can sense and collect the safety of the hot compress temperature of the acupoint action component 5, while improving the application safety of the wearable acupoint hot compress device and realizing its autonomous protection, it can also provide timely safety reminders to users, prompting users to remove the wearable acupoint hot compress device, and fully ensuring the safety of users.

[0064] Figure 1 - Figure 7 , Fig. 9 and Fig.10It is shown that during the hot compress process, the heat protection ring 56 can diffuse and conduct the heat on the acupuncture point groove 51, thereby effectively increasing the hot compress area and improving the effective hot compress effect. The hot compress effect control unit ensures the safety of the hot compress by regulating the electric heating wire. At this time, the thermal expansion and deformation filler in the heat protection ring 56 maintains a normal shape, thereby making the two matching abutting hair contacting posts continue to maintain the abutting conduction effect, thereby making the circuit between the heat compress effect control unit and the electric heating wire remain connected, thereby ensuring the effectiveness of the hot compress control effect. After the heat expansion and deformation filler in the heat protection ring 56 senses that the temperature reaches its deformation temperature, it will produce thermal expansion and deformation, increase the area of ​​the heat protection ring 56, and then drive the two matching abutting hair contacting posts to produce a separation action, thereby directly cutting off the circuit between the heat compress effect control unit and the electric heating wire, thereby stopping the electric heating effect of the electric heating wire, avoiding the problem of scalding of the user caused by continuous overheating, and thus achieving the effect of autonomous overheating protection.

[0065] Furthermore, during the continuous abutment of the two cooperating abutting hair-contacting posts, the anti-scalding sensing unit can receive contact data and transmit safe hot compress data to the hot compress interactive processing unit. However, when the two cooperating abutting hair-contacting posts are disconnected, the anti-scalding sensing unit receives a disconnection signal and transmits data indicating that the hot compress exceeds the safe temperature to the hot compress interactive processing unit, so that the hot compress interactive processing unit promptly cuts off the current flowing into the heating wire through the hot compress action control unit, and transmits an alarm signal to the overheating alarm unit, and reminds the user who is performing the hot compress of the abnormal data through the speaker, so that the user can stop the hot compress action in time, and check and maintain the device in time, so as to ensure the safety of the user during the hot compress process and avoid user injury caused by subsequent continuous application.

[0066] In view of current practical needs, the above-mentioned implementation mode adopted in this application is not limited to the scope of protection. Various changes made within the knowledge scope of technical personnel in this field without departing from the concept of this application still fall within the scope of protection of the present invention.

Claims

1. A wearable acupoint hot compress device, characterized in that: The invention comprises an X-shaped shoulder strap (1), wherein the upper and lower ends of the X-shaped shoulder strap (1) are fixedly connected to shoulder and waist hot compress bags (3), the upper end of the shoulder and waist hot compress bags (3) located on the upper side is fixedly connected to a pair of shoulder straps (11), the lower ends of the shoulder straps (11) are fixedly connected to a shoulder positioning bag (2), a front end of the shoulder and waist hot compress bag (3) is provided with a plurality of acupoint action components (5), the rear end of the X-shaped shoulder strap (1) is fixedly connected to a spine positioning belt (4), a hot compress controller is embedded in the middle of the rear end of the spine positioning belt (4), and a hot compress interactive system is mounted in the hot compress controller; The hot compress interaction system comprises a hot compress interaction processing unit, the input end of the hot compress interaction processing unit is connected to a wearable pressure sensing unit, the output end of the hot compress interaction processing unit is connected to a positioning sensing control unit and a multi-level applicable control memory unit, the input end of the wearable pressure sensing unit is connected to a pressure probe signal disposed in a shoulder positioning bag (2), and the output end of the positioning sensing control unit is connected to an acupoint action component (5) by signal. A transverse elastic strip (6) is fixedly connected between two adjacent acupuncture point effect components (5) distributed on the left and right, and the transverse elastic strip (6) is slidably arranged in the shoulder and waist hot compress bag (3), an adjustable elastic cavity (61) is provided in the transverse elastic strip (6), and the left and right inner walls of the adjustable elastic cavity (61) are both fixedly connected with an adjustable electromagnetic block (7); The multi-level applicable control memory unit comprises a control memory processing module, the input end of the control memory processing module is connected to a control memory data receiving module, the input end of the control memory data receiving module is signal-connected to a hot compress interaction processing unit, the output end of the control memory processing module is connected to a multi-level memory storage module and an applicable control module, the output end of the multi-level memory storage module is signal-connected to the applicable control module, and the output end of the applicable control module is signal-connected to an adjustable electromagnetic block (7); The acupoint action component (5) comprises an acupoint groove (51) embedded in the shoulder and waist heat compress bag (3), the front end of the acupoint groove (51) extends to the outside of the shoulder and waist heat compress bag (3) and is fixedly connected to an elastic diaphragm (52), the rear end of the elastic diaphragm (52) is fixedly connected to a positioning protrusion (53) arranged in the acupoint groove (51), the rear end of the positioning protrusion (53) and the front inner wall of the acupoint groove (51) are fixedly connected to a positioning electromagnetic block (54), an elastic reset strip (55) is fixedly connected between the two positioning electromagnetic blocks (54), and the output end of the positioning sensing control unit is connected to the positioning electromagnetic block (54) signal; The output end of the hot compress interaction processing unit is also connected to a hot compress effect regulating unit, and the output end of the hot compress effect regulating unit is connected to the acupoint effect component (5) by signal.

2. A wearable acupoint hot compress device according to claim 1, characterized in that: The acupuncture point groove (51) is filled with a heat-dissipating filler, the front inner wall of the acupuncture point groove (51) is fixedly connected to a heating wire arranged outside the positioning electromagnetic block (54), and the output end of the heat compress effect regulating unit is connected to the heating wire signal.

3. A wearable acupoint hot compress device according to claim 2, characterized in that: The outer end of the acupuncture point groove (51) is fixedly connected to a heat protection ring (56), a protection cavity is provided inside the heat protection ring (56), the left and right inner walls of the protection cavity are fixedly connected to mutually matching abutting hair contacting posts, the protection cavity is filled with a heat expansion deformation filler, and the heat compress effect regulating unit is electrically connected to the electric heating wire via the abutting hair contacting posts.

4. A wearable acupoint hot compress device according to claim 3, characterized in that: The input end of the hot compress interactive processing unit is also connected to an anti-scalding sensing unit, and the input end of the anti-scalding sensing unit is connected to the hair-contacting column signal. The output end of the hot compress interactive processing unit is also connected to an overheating alarm unit, and the output end of the overheating alarm unit is connected to the data interface signal set on the hot compress controller.

5. A wearable acupoint hot compress device according to claim 1, characterized in that: The shoulder and waist hot compress bag (3) comprises a heat insulating backing (31) fixedly arranged at the front end of the X-shaped shoulder strap (1); the front end of the heat insulating backing (31) is fixedly connected to a hot compress pad (32); the acupoint action component (5) is arranged in the hot compress pad (32); the front end of the hot compress pad (32) is fixedly connected to a heat conduction lining (33); the front end of the acupoint action component (5) extends to the outside of the heat conduction lining (33); and the hot compress pad (32) is filled with elastic support filler.

6. A wearable acupoint hot compress device according to claim 1, characterized in that: The input end of the hot compress interaction processing unit is also connected to a parameter instruction setting unit, and the input end of the parameter instruction setting unit is connected to a data access port signal set on the hot compress controller.

7. A wearable acupoint hot compress device according to claim 1, characterized in that: The left and right ends of the shoulder and waist heat compress bag (3) located at the lower side are fixedly connected to a waist belt (12), and the shoulder belt (11) and the waist belt (12) are fixedly connected to a wrap-around buckle and a mother-and-child Velcro that matches the wrap-around buckle.

8. A wearable acupoint hot compress device according to claim 1, characterized in that: A rechargeable battery is arranged in the hot compress controller, and a Type-C port matching the rechargeable battery is arranged on the hot compress controller. The output end of the hot compress interactive processing unit is also connected to a power monitoring and reflecting unit, the input end of the power monitoring and reflecting unit is connected to the rechargeable battery signal, and the output end of the power monitoring and reflecting unit is connected to the data interface signal arranged on the hot compress controller.

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