CN211673382U - Red laser low frequency heating silica gel mattress - Google Patents

Abstract

The application provides a red laser low frequency heating silica gel mattress belongs to and bonds or imbeds by natural inorganic fiber or granule lamellar mechanism technical field among the plastic mass with the plastic mass. The magnetic therapeutic lamp comprises a coating layer, a magnetic therapeutic layer, an elastic layer, a heating layer, a protective layer, a switch and a plurality of lamp troughs, wherein the switch and the lamp troughs are respectively fixed on the coating layer; the coating is enclosed construction, and elasticity layer, zone of heating and protective layer all are located the coating in situ, and elasticity layer, zone of heating, protective layer, magnetotherapy layer set up in order, magnetotherapy layer includes back of the body cloth, mixes colloidal silica and magnetite, and back of the body cloth is fixed in and mixes colloidal silica bottom, and the magnetite distributes between back of the body cloth and mixed colloidal silica. The magnetic therapy health-care mattress can be used as a bedding, and has the advantages of light weight, good heating performance, excellent magnetic therapy health care and the like.

Description

Red laser low frequency heating silica gel mattress

Technical Field

The application relates to a red laser low-frequency heating silica gel mattress, which belongs to the technical field of a natural inorganic fiber or particle layer mechanism bonded with or embedded in a plastic substance.

Background

With the increasing living conditions of people, more and more customers pay attention to health care and health care, and especially how to integrate health care into daily life becomes a problem of great concern. Based on this, a large number of health care products are available in the market, such as far infrared negative ion health care pads (e.g. CN2015203783037), magnetic therapy massage chairs (e.g. CN2007100711094), health care physiotherapy mattresses (e.g. CN2017200617178), health care devices (e.g. CN2016202786297), health care clothes (e.g. CN201820726872X) and the like. These documents achieve magnetic therapy or radiotherapy for users by installing magnetic blocks, anion powder and other minerals in the products, so as to achieve the purpose of treatment and maintenance in daily use.

However, the health care products provided by the above documents can only realize single radiotherapy, and the newly added minerals and the original products have the defects of poor binding property, inconvenient fixation, ugly and heavy products and the like.

SUMMERY OF THE UTILITY MODEL

In view of this, this application provides a red laser low frequency heating silica gel mattress that magnetotherapy is effectual, use lightly.

Specifically, the method is realized through the following scheme:

a red laser low-frequency heating silica gel mattress comprises a coating layer, a magnetic therapy layer, an elastic layer, a heating layer, a protective layer, a switch and a plurality of lamp grooves, wherein the switch is fixed on the coating layer; the coating is enclosed construction, and elastic layer, zone of heating and protective layer all are located the coating, and elastic layer, zone of heating, protective layer, magnetotherapy layer set up in order, the magnetotherapy layer includes back of the body cloth, mixes colloidal silica and magnetite, and back of the body cloth is fixed in and mixes colloidal silica bottom, and the magnetite distributes between back of the body cloth and mixed colloidal silica, and mixed colloidal silica is mixed by liquid silica gel, far infrared powder and anion powder and solidifies and form.

The red laser low-frequency heating silica gel mattress provided by the scheme is composed of a multilayer structure consisting of an elastic layer, a heating layer, a protective layer and a magnetic therapy layer, a lamp groove arranged on the coating layer or the magnetic therapy layer and lamps in the lamp groove, wherein the elastic layer ensures that the health-care mattress has good elasticity, avoids muscle damage caused by incapability of recovering or excessive hardness due to stress, the heating layer is communicated with an electric wire, the electric wire is connected to a power supply through a switch and a socket, the heating layer and the lamps in the lamp groove are electrified, the heating layer generates heat, and the lamps emit low-frequency red laser; the protective layer is arranged on the heating layer, so that the heating layer is protected from being loosened and damaged in overturning and using, the electric wire is isolated from the human body, and electric shock in the heating process is prevented; above-mentioned hierarchy structure is guaranteeing the heating, under the prerequisite of magnetotherapy and travelling comfort, can not cause the injury to the human body with the magnetotherapy layer and the coating self of user's most probability direct contact, can also play magnetotherapy health care effect well with the help of the magnetotherapy layer, this magnetotherapy layer uses mixed colloidal silica body as the principal ingredients, the back of the body cloth is fixed the magnetite, and protect mixed colloidal silica body, when guaranteeing that magnetite and mixed colloidal silica body combine firmly, avoid the service environment to mix the structural loss that the colloidal silica body caused. The magnetic therapy layer not only covers the magnetic therapy effect of the magnet, but also considers the characteristics of far infrared powder and negative ion powder, is matched with silica gel to strengthen the use comfort, and has uniform structure and light weight.

Further, the above scheme can be preferably added as follows: the coating layer comprises an upper skin and a lower skin, the upper skin and the lower skin are connected to form a closed structure, the lower skin is located below the elastic layer, the upper skin is spliced with the magnetic therapy layer, and the spliced structure is located above the protective layer or the upper skin is located above the magnetic therapy layer. More preferably: the lamp groove is arranged on the magnetic therapy layer, the lamp comprises a main lamp and a matched lamp, and the matched lamp is arranged in the lamp groove around the main lamp; the lamp grooves are arranged according to the acupuncture points. Two kinds of cooperation modes on coating and magnetotherapy layer can satisfy different service environment's demand: the former can make the magnetotherapeutic layer not directly contact with human body, and the latter can be matched with low-frequency red laser of lamp channel to make targeted magnetotherapeutic and infrared therapy for body and acupoint.

Further, the magnetic therapy layer can be preferably added as follows: the surface of the mixed silica gel body is provided with a decorative layer, and the decorative layer is a pattern formed by embedding and carving the surface of the mixed silica gel body. On one hand, the weight can be reduced, on the other hand, the identification and the discrimination of the product can be improved, and the use of the product in different occasions can be met.

Further, the magnetic therapy layer can be preferably added as follows: the magnet is partially or completely embedded into the mixed silica gel body. The magnetite can set up multiple arrangement scheme as required to satisfy different user demands.

The magnet is neodymium iron boron magnet, the far infrared powder is germanite powder, and the negative ion powder is medical stone powder. The selection of the components not only considers the coordination among the specific components to ensure the optimal magnetic therapy health care effect, but also considers the cost and prepares for subsequent industrialization. Preferably, the method comprises the following steps: the specification of the magnets is as follows: the diameter phi is (2-8) mm, the thickness is (1-5) mm, and the magnetic force is 2000-3000 gauss; the specification of the far infrared powder is as follows: particle size (2000-3000) mesh, emissivity (0.85-0.95), wavelength (8-14) μm; the specification of the anion powder is as follows: particle size (2000-3000) mesh, and generation amount (900-1200) m/piece.

In the scheme, the raw materials mainly comprise cloth, magnets, far infrared powder, anion powder and liquid silica gel, the processing process does not involve the addition of water, and the sandwich structure and the non-curing phenomenon caused by water separation in the solidification process are avoided while the weight is reduced in a water-free operation mode; in the solidification process, the cloth is naturally combined with the silica gel liquid, the magnet is immersed or bonded between the silica gel liquid and the cloth, an additional arrangement space is not needed, the quality of a finished product is stable and uniform, the quality is light, no caking or hard block is generated, the product is endowed with good touch feeling by the addition of the liquid silica gel, and the use comfort is better.

Wherein, an embedding and carving process is also arranged after solidification, and a decorative layer with patterns is embedded and carved on the surface of the solidified semi-finished product to obtain a finished product. The setting of inlaying and carving the decorative layer not only is favorable to reducing the weight on whole magnetotherapy layer, has still strengthened the degree of recognition on magnetotherapy layer, satisfies different demands of different occasions.

The silica gel is used for products such as mattresses, headrests and the like, wherein the liquid silica gel is convenient to form, the silica gel is used as a high-activity adsorption material, sweat generated by human body contact and excessive radiation in the air can be adsorbed, odor can be removed, the silica gel is insoluble in water and any solvent, is nontoxic and tasteless, has stable chemical properties, does not react with any substance except strong alkali and hydrofluoric acid, and has good electrical insulation property, dielectric loss, voltage resistance, electric arc resistance, corona resistance, volume resistivity, surface resistivity and the like of the silica gel are listed as pioneer in an insulation material, and the silica gel is safe and reliable in daily use, has excellent water repellency, does not need special treatment and is convenient to use. The far infrared powder and the anion powder are added in the magnetic therapy layer to be matched with the magnet to endow the magnetic therapy layer with good health care and magnetic therapy effects, and the infrared ray is the ray which can penetrate into skin and subcutaneous tissues most in sunlight and is close to the vibration frequency of cell molecules in a human body.

Drawings

FIG. 1 is a schematic front view of the finished product of the present application;

FIG. 2 is a sectional view taken along line A-A of FIG. 1;

FIG. 3 is an enlarged view of a portion of the portion B in FIG. 2;

FIG. 4 is a first enlarged partial view of the area C in FIG. 2;

FIG. 5 is an enlarged view of a portion of a second structure shown in FIG. 3 at point C;

fig. 6 is a schematic structural diagram of a light trough portion in the present application.

Reference numbers in the figures: 1. a coating layer; 11. epithelium; 12. peeling; 2. a magnetic therapy layer; 21. back cloth; 22. mixing silica gel; 23. a magnet; 24. a decorative layer; 3. an elastic layer; 4. a heating layer; 5. a protective layer; 6. a switch; 61. a first electric wire; 62, a second wire; 7. a lamp slot; 71. a main lamp; 72. and (6) matching a lamp.

Detailed Description

The red laser low-frequency heating silica gel mattress comprises a coating layer 1, a magnetic therapy layer 2, an elastic layer 3, a heating layer 4, a protective layer 5, a switch 6 and a plurality of lamp troughs 7, wherein the switch 6 is fixed on the coating layer 1, one end of the switch 6 is connected to a power supply (not shown in the figure) through a socket (not shown in the figure), one end of the switch is connected with a first electric wire 61 and a second electric wire 62, the first electric wire 61 is embedded in the heating layer 4, and the second electric wire 62 is provided with a plurality of electric wires which are respectively connected to lamps in the lamp troughs 7; coating 1 is the enclosed construction, elastic layer 3, zone of heating 4 and protective layer 5 all are located coating 1, and elastic layer 3, zone of heating 4, protective layer 5, magnetotherapy layer 2 sets up in order, magnetotherapy layer 2 includes back of the body cloth 21, mix colloidal silica 22 and magnetite 23, back of the body cloth 21 is fixed in and mixes colloidal silica 22 bottom, magnetite 23 distributes between back of the body cloth 21 and mix colloidal silica 22, mix colloidal silica 22 by liquid silica gel, far infrared powder and anion powder mix and solidify and form.

Wherein, the magnetic therapy layer 2 comprises: (1) and a magnet 23: select neodymium iron boron magnetite, magnetite specification phi 5mm, thickness 1.5mm, magnetic force 2600 gauss, (2) far infrared powder: selecting germanite powder with the granularity of 2000-3000 meshes, the emissivity of 0.85-0.95 and the wavelength of 8-14 mu m; (3) anion powder: selecting medical stone mineral powder with 2000-3000 meshes and 900-1200 m of negative ion generation amount per unit; (4) the back cloth is made of a cloth material, and is not particularly limited, liquid silica gel (Beijing Kongtop industry Co., Ltd.; addition silica gel (1:1)6220A (20 degrees), or addition silica gel (1:1)6220B (20 degrees)). The selection of the components not only considers the coordination among the specific components to ensure the optimal magnetic therapy health care effect, but also considers the cost and prepares for subsequent industrialization.

In the magnetic therapy layer 2, the liquid silica gel is convenient to form, and the silica gel is used as a high-activity adsorption material, so that sweat generated by human body contact and excessive radiation in air can be adsorbed, odor can be removed, the silica gel is insoluble in water and any solvent, is nontoxic and odorless, has stable chemical properties, does not react with any substance except strong alkali and hydrofluoric acid, has good electrical insulation, has dielectric loss, voltage resistance, electric arc resistance, corona resistance, volume resistance coefficient, surface resistance coefficient and the like which are well-known in insulating materials, is safe and reliable in daily use, has excellent water repellency, does not need special treatment, and is convenient to use. The far infrared powder and the anion powder are added in the magnetic therapy layer to be matched with the magnet to endow the magnetic therapy layer with good health care and magnetic therapy effects, and the infrared ray is the ray which can penetrate into skin and subcutaneous tissues most in sunlight and is close to the vibration frequency of cell molecules in a human body.

The magnetotherapy layer 2 uses the mixed colloidal silica 22 as the main component, and the back cloth 21 fixes the magnetite 23 to protect the mixed colloidal silica 22, when guaranteeing that the magnetite 23 combines firmly with the mixed colloidal silica 22, avoid the structural loss that service environment caused the mixed colloidal silica 22. This magnetotherapy layer 2 had both covered the magnetotherapy effect of magnetite, had compromise the characteristic of far infrared powder, anion powder again, with the infrared cooperation of the low frequency of silica gel and lamps and lanterns, strengthens using the travelling comfort, and not only the structure is even, and the quality is still light.

On the basis of the cases, the composition of the finished product of the matching mode of the coating layer 1 and the magnetic therapy layer 2 is further researched, and an ideal coating layer 1 can adopt two structures: (1) coating 1 includes epithelium 11 and hypodermis 12, epithelium 11 is connected with hypodermis 12 and forms enclosed construction, hypodermis 11 is located elastic layer 3 below, epithelium 12 and the concatenation of magnetotherapy layer 2, and mosaic structure is located 5 tops, (2) coating 1 includes epithelium 11 and hypodermis 12, epithelium 11 is connected with hypodermis 12 and forms enclosed construction, hypodermis 11 is located elastic layer 3 below, epithelium 12 is located magnetotherapy layer 2 tops, can satisfy different service environment's demand: the former prevents the magnetotherapy layer 2 from directly contacting with human body, and the latter performs targeted magnetotherapy and infrared therapy on body and acupuncture points simultaneously in cooperation with low-frequency red laser of the lamp groove 7. More preferably: referring to fig. 6, the lamp trough 7 is arranged on the magnetic therapy layer 2, the lamp comprises a main lamp 71 and a matched lamp 72, and the matched lamp 72 is arranged in the lamp trough 7 around the main lamp 71; the light troughs 7 are preferably arranged according to acupuncture points as shown in fig. 1.

On the basis of the above case, we have further studied the composition of the finished product and provide the following ideal settings of the finished product: the surface of the silicone rubber body 22 is further provided with a decorative layer 24, and the decorative layer 24 having a pattern as shown in fig. 4 can be formed by means of, for example, engraving on the surface of the silicone rubber body 22. The decorative layer 24 is not only beneficial to reducing the weight of the whole magnetic therapy layer 2, but also enhances the recognition degree of the magnetic therapy layer 2, and meets different requirements of different occasions.

In the solidification process, the combination mode of magnetite 23 and mixed colloidal silica 22 is very showing life and result of use influence: since the mixed silica gel body 22 is formed by mixing the liquid silica gel with the mineral powder and then solidifying, when the magnet is in contact with the liquid silica gel, the most easily formed structure is the state as shown in fig. 4, that is, the magnet 23 is partially embedded in the mixed silica gel body 22, or as shown in fig. 5, the magnet 23 is completely embedded in the mixed silica gel body 22; various construction modes can meet different use requirements.

The magnetic therapy layer 2 can be processed by the following steps:

(1) compounding the magnets 23 on the cloth, and placing the cloth in a mold in a mode that the magnets 23 face upwards for later use;

(2) drying and sieving the far infrared powder for later use;

(3) drying and sieving the anion powder for later use;

(4) uniformly stirring the liquid silica gel, the far infrared powder and the anion powder in proportion to obtain silica gel liquid;

(5) pouring the silica gel liquid into the mould in the step (1), and solidifying to obtain a finished product.

In the scheme, the raw materials mainly comprise cloth/back cloth 21, magnets 23, far infrared powder, anion powder and liquid silica gel, the processing process does not involve the addition of water, and the core structure and the non-curing phenomenon caused by water separation in the solidification process are avoided while the weight is reduced in a waterless operation mode; in the solidification process, the cloth is naturally combined with the silica gel liquid, the magnet is immersed or bonded between the silica gel liquid and the cloth, an additional arrangement space is not needed, the quality of a finished product is stable and uniform, the quality is light, no caking or hard block is generated, the product is endowed with good touch feeling by the addition of the liquid silica gel, and the use comfort is better.

For the mattress provided by the scheme, a series of tests are carried out to prove the health care and magnetic therapy effects of the mattress.

(1) Test standard

NIM-ZY-GX-CP-110: calibrating infrared spectrum reflectance;

NIM-ZY-GX-CP-218: and (5) operating technical specifications of the infrared spectrum reflectivity calibration device.

(2) Testing instrument

Infrared spectrum reflectivity calibrating device: the wavelength is 2.0-16.0 μm, and the emissivity is 0.01-1.00.

(3) And (3) testing results: see table 1.

TABLE 1 test effect of the magnetic therapy layer of this example

The red laser low-frequency heating silica gel mattress provided by the scheme is composed of a multilayer structure formed by an elastic layer 3, a heating layer 4, a protective layer 5 and a magnetic therapy layer 2, and a lamp groove 7 arranged on the coating layer 1 or the magnetic therapy layer 2 and a lamp in the lamp groove, wherein the elastic layer 3 ensures that the health-care mattress has good elasticity, avoids muscle damage caused by incapability of recovering or over hardness due to stress, the heating layer 4 is communicated with a first electric wire 61, the lamp groove 7 is communicated with a second electric wire 62, the first electric wire 61 and the second electric wire 62 are respectively connected to a power supply through a switch 6 and a socket, so that the heating layer 4 is electrified and the heating layer 4 and a main lamp 71 and a matched lamp 72 in the lamp groove are electrified, and the main lamp 71; the protective layer 5 is arranged on the heating layer 4, so that the heating layer is protected from being structurally loosened and damaged when being turned over and used, the first electric wire 61 and the second electric wire 62 are isolated from a human body, and electric shock in the heating process is prevented; the layered structure ensures that the magnetic therapy layer 2 and the coating layer 1 which are in direct contact with a user most probably cannot hurt the human body on the premise of ensuring heating, magnetic therapy and comfort, and can play a good magnetic therapy health-care effect by means of the magnetic therapy layer 2, the lamp groove 7, the main lamp 71 and the auxiliary lamp 72 in the lamp groove, and the magnetic therapy layer 2 covers the magnetic therapy effect of the magnet 23 and also considers the characteristics of far infrared powder and anion powder, and is matched with silica gel to strengthen the use comfort, so that the layered structure is uniform in structure and light in quality.

Claims (10)

1. The utility model provides a red laser low frequency heating silica gel mattress which characterized in that: the magnetic therapeutic lamp comprises a coating layer, a magnetic therapeutic layer, an elastic layer, a heating layer, a protective layer, a switch and a plurality of lamp grooves, wherein the switch is fixed on the coating layer; the coating is enclosed construction, and elasticity layer, zone of heating and protective layer all are located the coating in situ, and elasticity layer, zone of heating, protective layer, magnetotherapy layer set up in order, magnetotherapy layer includes back of the body cloth, mixes colloidal silica and magnetite, and back of the body cloth is fixed in and mixes colloidal silica bottom, and the magnetite distributes between back of the body cloth and mixed colloidal silica.

2. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the coating layer comprises an upper skin and a lower skin, the upper skin and the lower skin are connected to form a closed structure, the lower skin is located below the elastic layer, the upper skin is spliced with the magnetic therapy layer, and the spliced structure is located above the protective layer or the upper skin is located above the magnetic therapy layer.

3. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the lamp comprises a main lamp and a distribution lamp, wherein the distribution lamp surrounds the main lamp and is arranged in the lamp groove.

4. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the lamp grooves are arranged according to the acupuncture points.

5. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the surface of the mixed silica gel body is provided with a decorative layer, and the decorative layer is a pattern formed by embedding and carving the surface of the mixed silica gel body.

6. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the magnet is partially or completely embedded into the mixed silica gel body.

7. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the diameter phi of the magnet is 2-8 mm, the thickness of the magnet is 1-5 mm, and the magnetic force is 2000-3000 gauss; the particle diameter of the far infrared powder is 2000-3000 meshes, the emissivity is 0.85-0.95, and the wavelength is 8-14 mu m; the particle size of the negative ion powder is 2000-3000 meshes, and the generation amount is 900-1200 m/piece.

8. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the elastic layer is a sponge layer or a cotton wadding layer.

9. The red laser low-frequency heating silica gel mattress according to claim 1, characterized in that: the protective layer is an aluminum film.

10. The red laser low-frequency heating silica gel mattress according to any one of claims 1 to 9, characterized in that: the magnet is neodymium iron boron magnet, the far infrared powder is germanite powder, and the negative ion powder is medical stone powder.

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