CN222765567U - A magnetic thermal therapy shawl based on acupuncture points on the shoulders and back of the human body - Google Patents

Abstract

The utility model aims to provide a magnetocaloric physiotherapy cape based on human shoulder and back acupoints, wherein all the magnetic heating units are arranged independently aiming at the acupoints of the human shoulder and neck, so that the heat can be released and a magnetic field can be generated while the specific acupoints of the shoulder and neck are extruded, and the effect of relieving uncomfortable symptoms such as ache and fatigue can be greatly improved while the experience feeling of a user is ensured and optimized. The shawl comprises a shawl body and magnetic heating units, wherein the shawl body comprises a front fan part, a rear fan part and a transitional connecting part, a through opening for a user to pass through is formed in the shawl body, a plurality of magnetic heating units are respectively arranged on the front fan part and the rear fan part, the magnetic heating units are arranged on the front side, the magnetic heating units are arranged on the rear side, and the magnetic heating units are arranged on the front side at intervals and are distributed in a mode corresponding to the distribution of acupuncture points of the user.

Description

Magnetic heat physiotherapy cape based on human shoulder and back acupoints

Technical Field

The utility model relates to the field of wearable auxiliary physiotherapy products, in particular to a magnetocaloric physiotherapy cape based on acupoints on the shoulders and the back of a human body.

Background

The high-rise population with pain and discomfort in the shoulders and back has gradually tended to younger in recent years by the elderly population in the traditional concept. Such discomfort is caused mainly by joint diseases, osteoporosis, chronic diseases, etc., in the elderly population, and is caused mainly by poor posture, excessive exercise, and a long-term stiff office state in the middle-aged or young population. For the aforementioned symptoms, acupoint stimulation has excellent effects on relief of shoulder-back discomfort, including promotion of blood circulation, relief of muscular tension, relief of stress, promotion of energy balance, improvement of joint flexibility, enhancement of immune system activity, and the like. As an efficient way of acupoint stimulation, the physical therapy can be performed by heating the local acupoints of the human body, so that the recovery of physical skills can be promoted, and various effects such as muscle fatigue and pain can be reduced. The magnetotherapy is one of the traditional Chinese medicine treatment and health care methods, and it uses permanent magnetic source (static magnetic field) to act on the relevant tissue parts or acupoints of human body, so that it may have the advantages of promoting blood circulation, relieving inflammation and swelling, easing pain, promoting self-healing ability and regulating energy balance.

Currently, some wearing articles combining local acupoint heating physiotherapy and magnetotherapy exist on the market to realize the relief of uncomfortable symptoms. For example, a magnetotherapy cape disclosed in the chinese patent application publication No. CN201420099555.1 relates to the technical field of shoulder magnetotherapy or spontaneous heating massage, edges of upper mesh and lower mesh are sewed to form a bag body in cape style, a zipper is arranged on the upper part in the middle of lower mesh, a spontaneous heating magnetotherapy sheet is arranged in the middle of lower mesh, one end of a power wire is connected in the bag body, one end of the bag body is connected with a first fixing belt, the other end of the bag body is connected with a second fixing belt, a control button is arranged on the upper part of the right end of the upper mesh, a left knocking device and a right knocking device are respectively arranged on two sides of the inside of the bag body, and the left knocking device and the right knocking device are respectively connected with a left motor and a right motor. The novel magnetic therapeutic device has the advantages of novel structure, capability of keeping the original knocking function, self-heating magnetic therapeutic function, complete functions, obvious therapeutic effect and strong practicability. Of course, other products are also available on the market, such as a safety cape heating pad disclosed in the chinese patent application CN201820131855.1, and a heating shoulder pad for physiotherapy disclosed in the chinese patent application CN 202021345240.2.

However, the inventor found that in the existing magnetic field heating physiotherapy products, the physiotherapy treatment on the shoulder and neck parts is realized mainly by adopting the heating magnetic therapy sheet which is in a whole flat sheet shape, which leads to a user to uniformly pass through the whole shoulder and neck part with the received magnetic field, and the generated heat is dispersed in a larger area. For such a magnetic physiotherapy mode, obviously can not produce targeted stronger stimulation to the local acupuncture points of the user's local relieving shoulder neck acid swelling fatigue, still easily because the material layer is large-area to cover with skin surface and is heated simultaneously, causes the air current to not circulate and perspiration to be unsmooth, not only can bring uncomfortable to the user, still causes the eczema problem to take place easily.

Aiming at the problems, the utility model provides the magnetocaloric physiotherapy cape based on the acupoints on the shoulder and the back of the human body, and the magnetic heating units are arranged independently aiming at the acupoints on the shoulder and the neck of the human body, so that the heat can be released and the magnetic field can be generated while the specific acupoints on the shoulder and the neck are extruded, and the effects of relieving uncomfortable symptoms such as ache and fatigue can be greatly improved while the experience feeling of a user is ensured and optimized.

Disclosure of utility model

The utility model provides a magnetocaloric physiotherapy cape based on human shoulder and back acupoints, wherein each magnetic heating unit is arranged and arranged independently aiming at the acupoints of the human shoulder and neck, so that the magnetocaloric physiotherapy cape can squeeze the specific acupoints of the shoulder and neck, release heat and generate a magnetic field, and can greatly improve the effect of relieving uncomfortable symptoms such as ache and fatigue while guaranteeing and optimizing the experience feeling of a user.

The technical aim of the utility model is realized by the following technical scheme:

The utility model provides a magneto-thermal physiotherapy cape based on human shoulder back acupuncture point, includes the cape main part and sets up the magnetic heating unit on the cape main part, the cape main part includes and is used for the front fan portion that is laminated with user's neck front side lower extreme mutually, is used for the back fan portion that is laminated with user's neck rear side lower extreme mutually, and connect in between front fan portion with back fan portion and can cover the transition connecting portion of user's both shoulders position still set up on the cape main part and supply the through-hole that user's neck passed, be provided with a plurality of on front fan portion with back fan portion respectively the magnetic heating unit is located between the magnetic heating unit of front side, and be located between the magnetic heating unit of rear side all adopts the interval setting.

As a preferable aspect of the present utility model, the magnetic heating unit includes a magnet piece disposed on one side of a user's body, and a heating element fixedly disposed on an outer side of the magnet piece, wherein the heating element includes a conductive heat generating material layer attached to a surface of the magnet piece, and a circuit structure for supplying power to the conductive heat generating material layer.

As a preferable aspect of the present utility model, the conductive heat generating material layer is made of a graphene material.

As a preferable mode of the utility model, the cape main body comprises a double-layer flexible cloth structure, the magnetic heating units are wrapped in the two layers of flexible cloth structures, and the inner side surface of the magnet piece, which is close to the body of a user, is also covered with a uniform heat conducting material layer in a fitting mode.

As a preference for the present utility model, a waterproof sealing material layer is further covered on the outside of the heating assembly.

As a preferable aspect of the present utility model, the uniform heat conductive material layer is a uniform heat conductive silica gel material, and the heat conductivity coefficient is 2W/(m×k).

As the preference of the utility model, the power of the single magnetic heating unit is 1-3W, and the magnetic heating units are connected in parallel.

Preferably, in the present utility model, the front fan part has a structure in which left and right sides are separated from each other, and a connection fixing structure is provided between the two side parts.

As a preferable mode of the utility model, a control box is further arranged on the front fan part, the control box comprises a display screen and an adjusting knob, and the control box is electrically connected with the circuit structure, so that the temperature of the magnetic heating unit can be adjusted and controlled.

In summary, the utility model can realize the following beneficial effects:

The magnetic heating units for generating a magnetic field and heating in the secondary heat physiotherapy cape provided by the scheme of the utility model are distributed and arranged in a mode of distributing specific acupuncture points, and are embedded in the cape main body made of the flexible fabric layer in a granular mode. Under this structural design, the magnetocaloric physiotherapy cape that provides in this scheme compares in the common magnetocaloric physiotherapy equipment in market the magnetic heating piece that adopts flattened or closely arranged magnet granule again, can let each be independent graininess magnetic heating unit and cape main part weight's combined action down, produces a extrusion force simultaneously and makes skin produce a sunk area in the contact position to skin surface after the user dresses the cape. In this state, each magnetic heating unit contacts with the human body at a specific acupoint position with a deeper depth, and applies heat and generates a magnetic field to the position, so that the pressing action of the traditional Chinese medicine on the local acupoint is simulated, and the therapeutic effect of the magnetocaloric physiotherapy is greatly improved.

The secondary thermal physiotherapy cape provided by the utility model utilizes the good conductivity of the graphene material, and uses the graphene material as a material for electrifying and adjusting the heating magnet piece, and meanwhile, the graphene material has excellent capability of enhancing interaction between materials, so that the graphene material can be directly used as a connecting agent for connecting a metal sheet and a permanent magnet, and the use of adhesives such as glue is omitted. The form can effectively heat the glue material or cause connection failure after repeated use, and can also avoid damage to users caused by harmful chemical substance components in the glue. In addition, the graphene material also has certain deformability, and can play a role in buffering various vibrations, impacts or bending in the use process of the product, so that the connection effect of the graphene material on the components is greatly improved.

The waterproof packaging material layers are arranged on the outer sides of the magnetic heating units in the secondary heat physiotherapy cape, so that the problem of electric leakage of a circuit system caused by sweat or accidental water inflow can be avoided, and meanwhile, as the side, close to a user, of the magnet piece is covered with the heat conducting material layer, the single magnet piece can be integrally heated and uniformly transfer heat to the user, and the skin is prevented from being damaged due to overlarge heat generated at a very small point position on the magnet piece.

Drawings

FIG. 1 is a schematic view of the overall three-dimensional structure of a magnetocaloric physiotherapy cape based on the acupoints of the shoulder and back of a human body;

FIG. 2 is a schematic diagram of the frontal view of a magnetocaloric physiotherapy cape based on the acupoints of the human shoulder and back;

FIG. 3 is a schematic side view of a magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of the human body;

FIG. 4 is a schematic view of the back view of a magnetocaloric physiotherapy cape based on the acupoints of the human shoulder and back;

FIG. 5 is a schematic diagram of the structural layout of a magnetic heating unit;

FIG. 6 is a schematic diagram of the cooperative mounting relationship between the various components in the magnetic heating unit;

FIG. 7 is a schematic diagram of the main acupoints on the neck and shoulder of the back side of the human body corresponding to a magnetocaloric physiotherapy cape;

Fig. 8 is a schematic diagram of the positions of the main acupoints on the lower edge of the neck of the front side of the human body corresponding to the magnetocaloric physiotherapy cape.

In the figure:

1-shawl body, 101-front fan part, 102-rear fan part, 103-transitional connecting part, 104-through opening;

2-magnetic heating unit, 201-magnet piece, 202-heating component, 2021-conductive heating material, 2022-circuit structure;

3-a layer of uniform thermally conductive material;

4-waterproof packaging material layer;

5-connecting and fixing structure;

6-control box, 601-display screen, 602-adjusting knob.

Detailed Description

The following specific examples are intended to be illustrative of the utility model and are not intended to be limiting, as modifications of the utility model will be apparent to those skilled in the art upon reading the specification without inventive contribution thereto, and are intended to be protected by the patent law within the scope of the appended claims.

The scheme is realized by the following technical means:

In the embodiment, a magnetocaloric physiotherapy cape with a structure designed specifically based on the position layout of the acupoints on the shoulder and back of a human body is provided.

Specifically, referring to the structure shown in fig. 2 of the specification, the magnetocaloric physiotherapy cape product mainly comprises a cape main body 1 woven by using flexible fabrics such as terylene, nylon and the like. The cape body 1 can be further divided into three main parts, namely a front fan part 101 for being attached to the lower edge of the front side of the neck of a user, a rear fan part 102 for being attached to the lower edge of the rear side of the neck of a user, and a transition connecting part 103 which is connected between the front fan part 101 and the rear fan part 102 and can be covered at the position of the shoulders of a user. A through opening 104 through which the neck of the user passes is formed in the upper center of the cape body 1, and in order to facilitate the user to wear and take off, the front fan 101 of the cape body 1 may be cut along the vertical central axis to have a structure with two sides separated from each other. At this time, the cape body 1 made of flexible fabric can be folded and stored conveniently by turning up the two side blocks constituting the front fan 101 to take on a fully unfolded single-layer fabric state. And a connecting and fixing structure 5, such as a zipper, a buckle or a magic tape assembly, is arranged between the two side parts, so that the cape body 1 can be stably worn by encircling the neck of a user, and the connecting and fixing structure 5 can avoid loosening and shaking.

As the most main and original structural feature of the magnetocaloric physiotherapy cape given in this solution, a plurality of magnetic heating units 2 capable of generating a magnetic field and emitting heat are disposed on the front fan portion 101 and the rear fan portion 102 of the cape body 1. Specifically, referring to the structures shown in fig. 2 and fig. 4 of the specification, the plurality of magnetic heating units 2 of the front and rear fan 102 are symmetrically disposed on two sides, and a certain interval is provided between two adjacent magnetic heating units 2, which corresponds to the positions of acupoints on the upper edge portion and the back of the chest of the user. The main acupoints shown in fig. 7 and 8 may be referred to herein, for example, and the connection between the magnetic heating units 2 on the rear fan 102 may be in an upward convex circular arc layout to perform targeted stimulation on multiple acupoints such as a big vertebra acupoint, a shoulder acupoint, a Tianzong acupoint, etc. on the back of the human body, and the connection between the magnetic heating units 2 on the front fan 101 may be implemented by adopting a structure in which the connection is in a downward convex circular arc layout, so as to perform targeted stimulation on multiple acupoints such as a cloud door acupoint, a household acupoint, etc. on the front chest of the human body.

For the specific structure of the magnetic heating unit 2 here, reference may be made to the structural layout given in fig. 5 and 6 of the description. The device mainly comprises a magnet piece 201 arranged on one side of the body of a user and a heating component 202 fixedly arranged on the outer side of the magnet piece 201; the heating element 202 may be further divided into a layer of conductive heat generating material 2021 attached to the surface of the magnet piece 201, and a circuit structure 2022 for supplying power to the layer of conductive heat generating material 2021. Here, the permanent magnet adopts a flat disc-shaped structure, the aforementioned conductive heating material 2021 layer is graphene, and the circuit structure 2022 includes at least one pair of copper foils attached to two ends of the graphene material layer, and a wire component led out from the two copper foils and connected to the power supply device. The power supply device can adopt a built-in rechargeable battery structure, and can also adopt a power connector with a USB interface and a Type-c interface so as to be connected with a mobile power supply or use a power plug to connect with a fixed power supply. When the combined connection between the parts is fixed, two copper foils can be attached and positioned on the back side of the raw material of the magnet piece 201, and meanwhile, the lead parts are led out from the copper foils, and then the graphene material layer is laminated and fixed on the outer side of the copper foils by using hot press molding, so that the connection fixation between the graphene material serving as the conductive heating material 2021 layer and the magnet piece 201 and the circuit structure 2022 is completed at one time. Of course, if the magnet piece 201 has a problem of reduced magnetic property at this time, it may be subjected to a magnetizing process. Specifically, the material of the magnet piece 201 is neodymium iron boron 35 (Ndfe-35) to neodymium iron boron 52 (Ndfe-52), the magnetic induction intensity can be 0.001T-0.5T, and the N level of the magnet is set in a way of facing the human body.

The reason why the graphene material is selected as the conductive heat generating material 2021 is that the graphene material has good conductivity, and is used as the material of the electric current adjusting heating magnet piece 201, and meanwhile, the graphene material has excellent capability of enhancing interaction between materials, so that the graphene material can be directly used as a connecting agent for connecting a metal sheet and a permanent magnet, and the use of adhesives such as glue is omitted. The form can effectively heat the glue material or cause connection failure after repeated use, and can also avoid damage to users caused by harmful chemical substance components in the glue. In addition, the graphene material also has certain deformability, and can play a role in buffering various vibrations, impacts or bending in the use process of the product, so that the connection effect of the graphene material on the components is greatly improved.

In view of the need to prevent accidental splash and erosion of sweat during use, the waterproof packing material layer 4 may be made of a material such as waterproof cloth by covering and fixing the outside of the magnetic heating unit 2. In addition, in order to allow the individual magnet piece 201 to be heated as a whole and to uniformly transfer heat to a user, and prevent skin from being damaged by excessive heat generated at a very small point on the magnet piece 201, a uniform heat conductive material layer 3, for example, a soaking silica gel material having a heat conductivity of 2W/(m×k) may be further laminated on the inner side surface of the magnet piece 201 on the side of the body of the user.

Of course, as a preferable structure, taking the structure of fig. 5 as an example, the graphene material layers may be made into a long strip shape, and more than two graphene material layers may be connected to the power supply device in series by using wires and gaskets, so as to improve the heating effect. The power of the magnetic heating units 2 is selected to be 1-3W, and a parallel structure is adopted among the magnetic heating units 2.

When the cape body 1 and the magnetic heating units 2 are connected, each magnetic heating unit 2 can be locally encapsulated, coated and fixed through double-layer flexible fabrics. Under this structure, when the user wears the magnetocaloric physiotherapy cape and starts it to work, the magnetic heating unit 2 in a hard state can generate a pressing action on the skin, so that the magnet piece 201 generates heat with a certain depth and releases the magnetic field action, thereby simulating the pressing action on local acupoints in the traditional Chinese medicine manipulation and greatly improving the therapeutic effect of magnetocaloric physiotherapy. Furthermore, the magnet piece 201 can be made into a convex arc surface shape towards the skin side, so as to further improve the pressing action and physiotherapy effect.

As a further preferred aspect, the front fan 101 is further provided with a control box 6 connected to the circuit structure 2022, the control box 6 includes a display 601 and an adjusting knob 602, and the control box 6 is electrically connected to the circuit structure 2022, so as to implement adjustment and control of the temperature of the magnetic heating unit 2.

It should be noted that, the reason why the magnetic heating unit 2 is not provided at the aforementioned transition connection portion 103 is that, when the cape is worn, the main weight thereof is transmitted downward through the transition connection portion 103, and the shoulder portions of the shoulders of the human body are raised upward, so that if the magnetic heating unit 2 with a harder texture is provided at this position, repeated collision friction is likely to occur at this position, which not only affects the comfort of the use experience, but also causes unnecessary damage. Therefore, a cushion layer of flexible material, such as silica gel, sponge, etc., which further plays a role of buffering should be added to the lower surface of the cape body 1 at the transition joint position.

While the utility model has been described with reference to certain preferred embodiments, it will be understood by those skilled in the art that various changes and substitutions of equivalents may be made and equivalents will be apparent to those skilled in the art without departing from the scope of the utility model. Therefore, the protection scope of the utility model is subject to the protection scope of the claims.

Claims (9)

1. The magnetocaloric physiotherapy cape based on the acupoints of the shoulders and the back of a human body is characterized by comprising a cape main body (1) and magnetic heating units (2) arranged on the cape main body (1), wherein the cape main body (1) comprises a front fan part (101) which is used for being attached to the lower edge of the front side of the neck of a user, a rear fan part (102) which is used for being attached to the lower edge of the rear side of the neck of the user, and a transition connecting part (103) which is connected between the front fan part (101) and the rear fan part (102) and can be covered at the positions of the shoulders of the user, a through opening (104) for the neck of the user to pass through is formed in the cape main body (1), a plurality of magnetic heating units (2) are respectively arranged on the front fan part (101) and the rear fan part (102), and the magnetic heating units (2) which are positioned on the front side are arranged at intervals.

2. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of the human body according to claim 1, wherein the magnetic heating unit (2) comprises a magnet piece (201) arranged on one side of the body of the user, and a heating component (202) fixedly arranged on the outer side of the magnet piece (201), and the heating component (202) comprises a conductive heating material layer (2021) attached to the surface of the magnet piece (201), and a circuit structure (2022) for supplying power to the conductive heating material layer (2021).

3. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of human body according to claim 2, characterized in that the conductive heating material layer (2021) is made of graphene material.

4. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of human body according to claim 2 or 3, wherein the cape main body (1) comprises a double-layer flexible cloth structure, the magnetic heating unit (2) is wrapped in two layers of the flexible cloth structure, and the inner side surface of the magnet piece (201) on the side of the body of the user is also covered with a uniform heat conducting material layer (3).

5. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of human body according to claim 2, characterized in that the outer side of the heating assembly (202) is also covered with a waterproof packaging material layer (4).

6. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of human body according to claim 4, wherein the uniform heat conducting material layer (3) is a uniform heat conducting silica gel material, and the heat conducting coefficient is 2W/(m.times.k).

7. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of human body according to claim 1, wherein the power of the single magnetic heating unit (2) is 1-3W, and the magnetic heating units (2) are connected in parallel.

8. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of human body according to claim 1, wherein the front fan part (101) has a structure with left and right sides separated from each other, and a connection fixing structure (5) is arranged between the two side parts.

9. The magnetocaloric physiotherapy cape based on the acupoints on the shoulder and back of the human body according to claim 2, wherein a control box (6) is further arranged on the front fan part (101), the control box (6) comprises a display screen (601) and an adjusting knob (602), and the control box (6) is electrically connected with the circuit structure (2022) so as to realize the adjustment and control of the temperature of the magnetic heating unit (2).