阅读说明：本技术 一种耳罩式耳穴电磁按摩组件 (Ear muff type ear acupoint electromagnetic massage assembly ) 是由 傅晟静 顾春红 虞雪娇 于 2021-08-25 设计创作，主要内容包括：本发明公开了一种耳罩式耳穴电磁按摩组件,涉及耳穴按摩器械技术领域。它包括挂耳贴片和按摩贴片；所述挂耳贴片为弧形结构；所述挂耳贴片与按摩贴片通过转轴转动连接,且挂耳贴片与按摩贴片的转轴连接处过盈配合；挂耳贴片和按摩贴片内均网格化设置有空腔结构；挂耳贴片的空腔内分别设置有电磁线圈；所述电磁线圈通过排线与控制模块连接；按摩贴片的空腔内分别填充有磁性纳米颗粒悬浮液；按摩贴片外壁靠近挂耳贴片的一端设置有按摩颗粒。本发明的有益效果是：通过控制器控制电磁线圈对按摩贴片空腔结构内所填充的磁性纳米颗粒悬浮液吸附而使按摩贴片对耳部进行挤压按摩,按摩贴片对耳部的按摩更加高效,且按摩更加灵活多样。(The invention discloses an earmuff type ear acupoint electromagnetic massage component, and relates to the technical field of ear acupoint massage instruments. It comprises a hangers patch and a massage patch; the hangers patch is of an arc-shaped structure; the ear hanging patch is rotationally connected with the massage patch through a rotating shaft, and the joint of the ear hanging patch and the rotating shaft of the massage patch is in interference fit; the inner parts of the hangers patch and the massage patch are provided with cavity structures in a gridding manner; electromagnetic coils are respectively arranged in the cavities of the hangers patches; the electromagnetic coil is connected with the control module through a flat cable; magnetic nanoparticle suspension liquid is respectively filled in the cavities of the massage patches; the massage particles are arranged at one end of the outer wall of the massage patch close to the hangers patch. The invention has the beneficial effects that: the electromagnetic coil is controlled by the controller to adsorb the magnetic nano-particle suspension liquid filled in the cavity structure of the massage patch so as to extrude and massage the ear, and the massage patch is more efficient in massage of the ear and is more flexible and diverse in massage.)

1. The utility model provides an ear muff formula auricular point electromagnetism massage subassembly which characterized in that: comprises a suspension loop patch (1) and a massage patch (2); the hangers patch (1) is of an arc-shaped structure; the hangers patch (1) is rotatably connected with the massage patch (2) through a rotating shaft (3), and the connection part of the hangers patch (1) and the rotating shaft (3) of the massage patch (2) is in interference fit; cavities (4) are arranged in the ear hanging patch (1) and the massage patch (2) in a gridding manner; the cavities (4) of the hangers paster (1) are respectively provided with electromagnetic coils (5); the electromagnetic coil (5) is connected with the control module through a flat cable; magnetic nanoparticle suspension liquid is respectively filled in the cavities (4) of the massage patches (2); massage particles (6) are arranged at one end of the outer wall of the massage patch (2) close to the hangers patch (1).

2. The earmuff-type auricular point electromagnetic massage assembly of claim 1, wherein: the structure of a part of the cavity (4) in the massage patch (2) is not filled with magnetic nano-particle suspension; one end of the outer wall of the massage patch (2) far away from the massage particles (6) is provided with a circulation hole (7); the circulation holes (7) are respectively matched with the structural positions of the cavities (4) which are not filled with the magnetic nanoparticle suspension liquid correspondingly, and the circulation holes (7) respectively penetrate through the massage patches (2).

3. The earmuff-type auricular point electromagnetic massage assembly of claim 2, wherein: the structures of the cavities (4) filled with the magnetic nanoparticle suspension liquid in the massage patch (2) are communicated with each other, and the structures of the cavities (4) filled with the magnetic nanoparticle suspension liquid are not communicated with the structures of the cavities (4) not filled with the magnetic nanoparticle suspension liquid.

4. The earmuff-type auricular point electromagnetic massage assembly of claim 1, wherein: supporting particles (8) are arranged at one end of the outer wall of the hangers patch (1); the supporting particles (8) are matched with the massage particles (6) in a position opposite to each other.

5. The earmuff-type auricular point electromagnetic massage assembly of claim 1, wherein: the hangers patch (1) and the massage patch (2) are made of silica gel.

Technical Field

The invention relates to the technical field of auricular point massage instruments.

Background

The ear is an important organ of a human body, various acupuncture points are distributed on the ear, the ear acupuncture points are massaged, certain diseases such as headache, neurasthenia, hypertension and the like can be treated in an auxiliary mode, the functions of exciting menstrual flow, clearing and activating the channels and collaterals and certain disease prevention and health care effects are achieved, time and labor are wasted when hands are massaged through patients or medical staff in the traditional mode, therefore, the ear massage is limited, and when the hands are massaged through a mechanical structure, the mechanical structure is large in size and inflexible to use.

Disclosure of Invention

The invention aims to solve the technical problem and provides an earmuff type ear acupoint electromagnetic massage component aiming at the technical defects. The electromagnetic coil is controlled by the controller to adsorb the magnetic nano-particle suspension liquid filled in the cavity structure of the massage patch so as to extrude and massage the ear, and the massage patch is more efficient in massage of the ear and is more flexible and diverse in massage.

The technical scheme adopted by the invention is as follows: an earmuff type ear acupoint electromagnetic massage component is provided, which comprises an ear hanging patch and a massage patch; the hangers patch is of an arc-shaped structure; the ear hanging patch is rotationally connected with the massage patch through a rotating shaft, and the joint of the ear hanging patch and the rotating shaft of the massage patch is in interference fit; the inner parts of the hangers patch and the massage patch are provided with cavity structures in a gridding manner; electromagnetic coils are respectively arranged in the cavities of the hangers patches; the electromagnetic coil is connected with the control module through a flat cable; magnetic nanoparticle suspension liquid is respectively filled in the cavities of the massage patches; the massage particles are arranged at one end of the outer wall of the massage patch close to the hangers patch.

Further optimizing the technical scheme, a part of cavity structures in the massage patches of the ear muff type auricular point electromagnetic massage component are not filled with magnetic nanoparticle suspension liquid; one end of the outer wall of the massage patch, which is far away from the massage particles, is provided with a circulation hole; the circulation holes are respectively matched with the positions of the cavity structures which are not filled with the magnetic nanoparticle suspension liquid correspondingly, and the circulation holes respectively penetrate through the massage patches.

Further optimizing the technical scheme, the cavity structures filled with the magnetic nanoparticle suspension liquid in the massage patches of the earmuff type ear acupoint electromagnetic massage assembly are mutually communicated, and the cavity structures filled with the magnetic nanoparticle suspension liquid are not mutually communicated with the cavity structures not filled with the magnetic nanoparticle suspension liquid.

Further optimizing the technical scheme, one end of the outer wall of the ear hanging patch of the ear muff type ear acupoint electromagnetic massage component is provided with supporting particles; the supporting particles are oppositely matched with the massage particles.

Further optimize this technical scheme, an earmuff formula auricular point electromagnetism massage subassembly hangers paster and massage paster are the silica gel material.

The invention has the beneficial effects that:

1. after the hangers patch and the massage patch are worn and the ears are clamped, the controller controls all the electromagnetic coils distributed in the hangers patch to work to generate a magnetic field to adsorb magnetic nanoparticle suspension liquid filled in a cavity structure of the massage patch, so that the hangers patch and the massage patch are adsorbed mutually to extrude and stimulate the ear acupuncture points through the support particles and the massage particles to perform massage treatment, and when the controller controls the electromagnetic coils to be continuously opened and closed, the hangers patch and the massage patch are continuously adsorbed to integrally extrude and massage the ears, so that the massage efficiency is improved;

when the controller controls part of the electromagnetic coils distributed in the hangers patch to work, the electromagnetic coils generate a magnetic field outside the hangers patch corresponding to the positions of the electromagnetic coils, the magnetic nanoparticle suspension liquid filled in the massage patch cavity structure corresponding to the position of the magnetic field is adsorbed to push the massage patch of the part to extrude and massage the corresponding position of the ear, and the controller controls the electromagnetic coils at other positions in the hangers patch to work to control the extrusion and massage positions of the massage patch on the ear, so that the use is more flexible;

the controller controls a plurality of electromagnetic coils at different positions distributed in the ear hanging patch to work so that the magnetic field adsorbs magnetic nanoparticle suspension liquid filled in a cavity structure distributed at a corresponding position in the massage patch, and the massage patch performs multi-point extrusion massage on ears, and the magnetic nano-particle suspension liquid flows along the cavity structure to pull the ear part through the massage patch, and the controller controls the electromagnetic coils at different positions to work alternately to adsorb the magnetic nano-particle suspension liquid, thereby carrying out multi-directional traction on the ear, further kneading and massaging the ear, improving the diversity of ear acupoint massage, and the cavity structures filled with the magnetic nano-particle suspension are communicated with each other, improving the flowing space of the magnetic nano-particle suspension, thereby improving the traction strength of the ear, namely improving the kneading massage strength of the ear and improving the massage efficiency;

2. the electromagnetic coil and the magnetic nano-particle suspension are distributed and filled along the ear hanging patch and the cavity which is arranged in the massage patch in a gridding mode, so that the controller controls the electromagnetic coil to adsorb the magnetic nano-particle suspension corresponding to the position of the electromagnetic coil when the electromagnetic coil works to push the massage patch to massage the ear, the tighter the grids distributed in the ear hanging patch and the massage patch are, the more accurate the electromagnetic coil adsorbs the point position of the massage patch, and the more accurate the massage point position is extruded;

3. when the hangers patch adsorbs the massage patch and extrudes and massages the ear, the massage patch extrudes the ear through the massage particles, so that the stimulation feeling to the ear acupuncture points is improved, the massage effect and the massage efficiency are improved, and the massage particles reduce the extrusion area of the massage patch and the ear to reduce the contact friction force of the massage patch and the ear, so that when the electromagnetic coil works in a multi-point staggered manner, the massage patch can more smoothly draw and knead the ear, and the massage efficiency is improved;

4. when wearing hangers paster and massage the paster to the ear centre gripping massage, do not fill magnetic nanoparticle suspension in the part cavity of the meshing distribution in the massage paster, and the opening that massage paster outer wall distributes corresponds with the cavity structure position that does not fill magnetic nanoparticle suspension, and run through the massage paster and make the ear carry out the circulation of air when accepting the massage, improve the travelling comfort of using, and the cavity structure that the massage paster is filled with magnetic nanoparticle suspension switches on each other, and do not switch on with the cavity structure that does not fill magnetic nanoparticle suspension, it is more reliable to use.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of a structure of a suspension loop patch of the present invention;

FIG. 3 is a schematic cross-sectional view of the ear patch of the present invention;

fig. 4 is a schematic structural view of the massage patch of the present invention;

fig. 5 is a schematic cross-sectional structure view of the massage patch of the present invention.

In the figure, 1, a suspension loop patch; 2. massaging the patch; 3. a rotating shaft; 4. a cavity; 5. an electromagnetic coil; 6. massage particles; 7. a flow-through hole; 8. supporting the particles.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

As shown in fig. 1-5, an earmuff type ear acupoint electromagnetic massage assembly comprises an ear hanging patch 1 and a massage patch 2; the hangers patch 1 is of an arc-shaped structure; the hanging lug patch 1 is rotatably connected with the massage patch 2 through a rotating shaft 3, and the joint of the hanging lug patch 1 and the rotating shaft 3 of the massage patch 2 is in interference fit; the structures of the cavities 4 are arranged in the ear hanging patch 1 and the massage patch 2 in a gridding manner; the cavities 4 of the hangers 1 are respectively provided with electromagnetic coils 5; the electromagnetic coil 5 is connected with the control module through a flat cable; magnetic nanoparticle suspension liquid is respectively filled in the cavities 4 of the massage patches 2; massage particles 6 are arranged at one end of the outer wall of the massage paster 2 close to the hangers paster 1; the partial cavity 4 structure in the massage patch 2 is not filled with magnetic nanoparticle suspension; one end of the outer wall of the massage paster 2, which is far away from the massage particles 6, is provided with a circulation hole 7; the circulation holes 7 are respectively matched with the structural positions of the cavities 4 which are not filled with the magnetic nanoparticle suspension liquid correspondingly, and the circulation holes 7 respectively penetrate through the massage patches 2; the structures of the cavities 4 filled with the magnetic nanoparticle suspension liquid in the massage patch 2 are communicated with each other, and the structures of the cavities 4 filled with the magnetic nanoparticle suspension liquid are not communicated with the structures of the cavities 4 not filled with the magnetic nanoparticle suspension liquid; supporting particles 8 are arranged at one end of the outer wall of the hangers patch 1; the support particles 8 are oppositely matched with the massage particles 6; the hangers paster 1 and the massage paster 2 are made of silica gel.

When the ear acupuncture points are massaged, the ear patch 1 is hung on the back of the ear, the massage patch 2 is rotated along the rotating shaft 3 to be contacted and attached with the ear, and the interference fit at the joint of the rotating shaft 3 restrains the positions of the ear patch 1 and the massage patch 2, so that the ear patch 1 and the massage patch 2 clamp the ear, the silica gel materials of the ear patch 1 and the massage patch 2 are harmless to the human body and are safer to use, and then the controller respectively controls the electromagnetic coils 5 distributed in the ear patch 1 through the flat cables;

the electromagnetic coils 5 which are in gridding distribution in the hanging ear patch 1 are connected with a power supply and controlled to work through a controller, when the controller controls the electromagnetic coils 5 which are in grid distribution in the hanging ear patch 1 to work completely, the peripheral side of the hanging ear patch 1 generates a magnetic field, the magnetic field adsorbs magnetic nanoparticle suspension liquid which is filled in a cavity 4 structure of the massage patch 2, the magnetic nanoparticle suspension liquid is adsorbed by the magnetic field to push the massage patch 2 to extrude the ear, the silica gel material of the massage patch 2 is pushed by the adsorbed magnetic nanoparticle suspension liquid to deform in proper amount to contact with the ear more tightly, when the hanging ear patch 1 and the massage patch 2 are mutually adsorbed to extrude and massage the clamped ear, the supporting particles 8 which are arranged on the outer wall of the hanging ear patch 1 and the massage particles 6 which are arranged on the outer wall of the massage patch 2 press and stimulate acupuncture points which are distributed on the ear, the massage particles 6 and the support particles 8 improve the stimulation of the ear acupuncture points, so that the massage effect is improved, the electromagnetic coil 5 is controlled by the controller to be continuously opened and closed to continuously adsorb and release the massage patch 2, so that the massage patch 2 continuously performs extrusion massage, and the massage efficiency is improved;

when the controller controls part of the electromagnetic coils 5 distributed in the hangers patch 1 to work independently, a magnetic field is generated on the periphery of the hangers patch 1 corresponding to the position of the electromagnetic coils 5 and adsorbs magnetic nanoparticle suspension liquid filled in a part of cavity 4 structure of the massage patch 2 corresponding to the position of the electromagnetic coils, and the cavity 4 structure in the massage patch 2 is in gridding distribution, so that the magnetic field adsorbs the magnetic nanoparticle suspension liquid filled in the part of cavity 4 corresponding to the magnetic field, the massage patch 2 and the massage particles 6 at the position extrude and massage the corresponding position of the ears, and the electromagnetic coils 5 at different positions in the hangers patch 1 are adjusted by the controller to work to adjust the massage area of the massage patch 2 on the ears, so that the use is more flexible;

when the controller controls the plurality of electromagnetic coils 5 distributed at different positions in the ear patch 1 to work, the magnetic field generated by each electromagnetic coil 5 respectively adsorbs the magnetic nanoparticle suspension liquid filled in the cavity 4 structures at different positions in the massage patch 2, after the magnetic nanoparticle suspension liquid filled in each cavity 4 structure is adsorbed, each position of the massage patch 2 respectively extrudes and massages different positions of the ear, the adsorbed magnetic nanoparticle suspension liquid flows along the cavity 4 to draw and pull the ear through the massage patch 2, and the electromagnetic coils 5 at different positions in the ear patch 1 are controlled by the controller to alternately work to adsorb the magnetic nanoparticle suspension liquid in different directions, so that the ear is drawn in multiple directions, the ear is kneaded and massaged, and the massage diversity is improved, the cavities 4 filled with the magnetic nanoparticle suspension are communicated in the same structure, so that the flowing space of the magnetic nanoparticle suspension is increased, the traction amount on the ear is increased, the traction strength is increased, the intensity of kneading and massaging the ear is increased, and the massage efficiency is improved;

when the hangers patch 1 and the massage patch 2 are worn to clamp and massage the ear, the circulation holes 7 distributed on the outer wall of the massage patch 2 penetrate through the massage patch 2, so that the ear is convenient to ventilate, the use comfort is improved, the arranged circulation holes 7 are respectively matched with the structural positions of part of cavities 4 distributed in the massage patch 2 correspondingly, so that magnetic nanoparticle suspension liquid is not filled in the structures of the cavities 4, and the structures of the cavities 4 filled with the magnetic nanoparticle suspension liquid in other structures of the cavities 4 in the massage patch 2 are communicated with each other and are not communicated with the structures of the cavities 4 not filled with the magnetic nanoparticle suspension liquid, so that the magnetic nanoparticle suspension leakage is avoided from influencing the use;

the controller can be 51 singlechips, and the technical staff in the field can choose the appropriate kind of controller according to actual conditions to realize complete technical scheme, and realize complete technological effect.