CN214860858U

CN214860858U - Yoga mat capable of achieving electric heating

Info

Publication number: CN214860858U
Application number: CN202120037911.7U
Authority: CN
Inventors: 贺贤民; 贺胤凯; 余明苗
Original assignee: Ningbo Jiayun Intelligent Technology Co ltd
Current assignee: Ningbo Jiayun Intelligent Technology Co ltd
Priority date: 2021-01-07
Filing date: 2021-01-07
Publication date: 2021-11-26
Anticipated expiration: 2031-01-07

Abstract

The utility model provides an ability electrothermal yoga mat, includes the pad body and sets up the heating portion in filling up the body, fill up the body and include bed course and bed course down, the heating portion is the graphite alkene zone of heating that presss from both sides between last bed course and bed course down and can generate heat after the circular telegram, the bottom surface of graphite alkene zone of heating pastes with the top surface of bed course down mutually and touches, the top surface of graphite alkene zone of heating pastes with the bottom surface of last bed course mutually and touches, the outer border of graphite alkene zone of heating is overall structure through heat-resistant glue and the last bed course that corresponds with the bed course bonding down overall structure's lateral part is provided with the switch seat that can be connected with the power, the switch seat is connected with the graphite alkene zone of heating through the circuit that passes heat-resistant glue. The utility model has the advantages that: the graphene heating layer is high in heating speed, good in heat preservation effect, low in energy consumption and light in weight, has the function of promoting blood circulation of a human body, and is very suitable for being applied to yoga pads.

Description

Yoga mat capable of achieving electric heating

Technical Field

The utility model relates to a yoga mat preparation technique especially indicates an ability electrothermal yoga mat.

Background

The utility model discloses a current application number is CN201920968942.7 name and is "yoga mat with heating function"'s chinese utility model discloses a yoga mat with heating function, yoga mat body comprises heating pad and emulsion piece, the heating bath of rectangle structure is seted up to the upper surface of heating pad, the one end inboard of heating bath is provided with the heated warehouses, it has three semiconductor heating plate to paste evenly in the heated warehouses, evenly insert on the heated warehouses and be equipped with three high temperature resistant plastic tubing, the heating bath intussuseption is filled with the red brick powder, the bottom of emulsion piece is fixed with the clamp plate, and the clamp plate is located the heated warehouses directly over. Has the advantages that: through the inside at the heating pad be provided with the semiconductor heating plate, high temperature resistant plastic tubing and red brick powder, the cooperation is used, to if the film on the heat of pass, guarantee simultaneously that heat storage is lasting, the yoga mat is laid for a long time and also can keep certain temperature on the cold subaerial, improve the travelling comfort greatly, be provided with a plurality of plush coppers through the bottom at the heating pad, utilize plush coppers direct and ground contact, increase partial pressure, reduce the slip range of yoga mat, the security is improved. However, the semiconductor heating sheet of the yoga mat is embedded in the heating mat, the edge portion of the yoga mat is not effectively heated, and when a user of the yoga mat walks onto the yoga mat or does some large-scale actions on the yoga mat, the user is easy to contact the part which is not effectively heated, feels uncomfortable, influences the use effect, is only a simple mat, and has no function of promoting the health of a human body, so the structure of the yoga mat needs to be further improved.

Disclosure of Invention

The utility model aims to solve the technical problem that to above-mentioned prior art current situation and provide one kind can heat evenly, keep constant temperature, and can promote human blood circulation when yoga, and the cushion body is soft and resistant extrusion intensity is big can electric heating yoga mat.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: this ability electrothermal yoga mat, including filling up the body and setting up the heating portion in filling up the body, its characterized in that: the cushion body comprises an upper cushion layer and a lower cushion layer, the heating part is a graphene heating layer which is clamped between the upper cushion layer and the lower cushion layer and can generate heat after being electrified, the bottom surface of the graphene heating layer is contacted with the top surface of the lower cushion layer in a pasting manner, the top surface of the graphene heating layer is contacted with the bottom surface of the upper cushion layer in a pasting manner, the outer edge of the graphene heating layer is bonded with the corresponding upper cushion layer and lower cushion layer bonding lower cushion layer into an integral structure through heat-resistant glue, a switch seat which can be connected with a power supply is arranged on the side part of the integral structure, and the switch seat is connected with the graphene heating layer through a circuit which penetrates through the heat-resistant glue; the graphene heating layer comprises a graphene heating film, an electrode plate and a packaging layer, the packaging layer comprises a transparent upper membrane and a transparent lower membrane, the upper membrane is attached to cover the upper surface of the integrated structure formed by attaching the graphene heating film strip, the graphene heating film and the electrode plate, the lower membrane is attached to cover the lower surface of the integrated structure formed by attaching the graphene heating film strip, the graphene heating film and the electrode plate, the outer edge of the upper membrane is attached to the outer edge of the lower membrane and fixed together, four apex angles of the packaging layer are all provided with sealed and anti-creeping insulating colloids, the end part of the connector lug penetrates through the insulating colloids and the packaging layer to be connected with corresponding electrode plates, a waterproof adhesive tape is arranged on the outer surface of the insulating adhesive body, the bonding surface of the waterproof adhesive tape is connected with the adhesive body, and the outer edge of the bonding surface is adhered to the outer surface of the packaging layer; the upper cushion layer is a TPE plastic film layer, and the lower cushion layer is a foaming soft cushion layer which is made of TPE foaming materials and can be bent and wound at will.

As the improvement, the graphite alkene zone of heating includes the encapsulated layer that graphite alkene heating film, electrode slice and expanded material preparation formed, the electrode slice has two, and two electrode slices set up on both sides about the encapsulated layer is vertical, and two electrode slices switch on with corresponding connector lug respectively, and two connector lugs are connected with the switch block respectively, graphite alkene heating film is in encapsulated layer with bar form interval arrangement, graphite alkene heating film both ends and corresponding electrode slice electrical connection are in the same place.

The improved structure is characterized in that the two ends of the graphene heating film are fixed through strip-shaped graphene heating film strips respectively, the graphene heating film strips are attached to corresponding electrode plates together, and the packaging layer is coated on the outer surface of the integrated structure after the graphene heating film strips, the graphene heating film and the electrode plates are attached.

Further improved, the graphene heating film and the graphene heating film strip are integrally made into an integral film layer.

As an improvement, the switch base is a power adjusting switch base capable of adjusting the heating power of the graphene heating film.

In a further improvement, a voltage transformation module capable of transforming an input 220V voltage into a 36V output voltage is arranged in the power regulation switch base.

As an improvement, be provided with a protective housing on the graphite alkene zone of heating, the protective housing is all arranged in to two connector lugs, the circuit of switch seat stretches into in the protective housing and is connected with two connector lugs go up the bed course and be provided with the bed course through-hole that can pass the protective housing.

As an improvement, the lower cushion layer is a moisture-proof cushion layer with the thickness larger than that of the upper cushion layer, and the thickness of the graphene heating layer is larger than that of the lower cushion layer.

Compared with the prior art, the utility model has the advantages of: the graphene heating layer is high in heating speed, good in heat preservation effect, low in energy consumption and light in weight, has the function of promoting blood circulation of a human body more importantly, and is very suitable for being applied to yoga mats; the bottom surface of the graphene heating layer is attached to and contacted with the top surface of the lower cushion layer, the top surface of the graphene heating layer is attached to and contacted with the bottom surface of the upper cushion layer, so that heat can be uniformly transferred to the surface layer of the yoga mat, the edge part of the yoga mat can be effectively heated, the temperature of the surface of the yoga mat is kept uniform, and when a user walks onto the yoga mat or does certain actions with large amplitude on the yoga mat, the contacted surface of the yoga mat is the heated surface, so that the use effect is good; the heating of the graphene heating layer is controlled by the switch seat, so that the heating layer can be used at a constant temperature, and the surface temperature of the yoga mat is kept in a stable temperature range; adopt this kind of structure can carry out the yoga exercise on warm yoga mat when the yoga winter, prevent that the human body is uncomfortable when yoga.

Drawings

Fig. 1 is a perspective view of an embodiment of the present invention;

FIG. 2 is an exploded view of the structure of FIG. 1;

fig. 3 is a top view of the graphene heating layer of fig. 2;

FIG. 4 is a bottom view of FIG. 3;

FIG. 5 is a cross-sectional view taken along line A-A of FIG. 3;

FIG. 6 is a cross-sectional view taken along line B-B of FIG. 3;

FIG. 7 is an enlarged view of portion I of FIG. 5;

fig. 8 is an enlarged view of a portion II in fig. 6.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

As shown in fig. 1 to 8, the yoga mat of this embodiment can electric heat, including filling up the body and setting up the heating portion in filling up the body, fill up the body and include upper cushion layer 1 and lower cushion layer 3, the heating portion is the graphite alkene zone of heating 2 that presss from both sides between upper cushion layer 1 and lower cushion layer 3 and can generate heat after the circular telegram, the bottom surface of graphite alkene zone of heating 2 pastes with the top surface of lower cushion layer 3 and contacts mutually, the top surface of graphite alkene zone of heating 2 pastes with the bottom surface of upper cushion layer 1 and contacts mutually, the outer border of graphite alkene zone of heating 2 is heat-resistant glue with corresponding upper cushion layer 1 and lower cushion layer 3 bonding be overall structure, lateral part at overall structure is provided with switch seat 4 that can be connected with the power, switch seat 4 is connected with graphite alkene zone of heating 2 through the circuit that passes heat-resistant glue.

Graphene heating layer 2 includes graphene heating film 21, the encapsulated layer 23 that electrode slice 22 and expanded material preparation formed, electrode slice 22 has two, two electrode slices 22 set up on encapsulated layer 23 vertical left and right sides both sides, two electrode slices 22 switch on with corresponding connector lug 20 respectively mutually, two connector lugs 20 are connected with switch seat 4 respectively, graphene heating film 21 is arranged in encapsulated layer 23 with the bar form interval, graphene heating film 21 both ends are connected together with corresponding electrode slice 22 electricity. The both ends of graphite alkene heating film 21 are fixed mutually through the graphite alkene heating film strip 211 of bar respectively, and graphite alkene heating film strip 211 is in the same place with the laminating of the electrode slice 22 that corresponds, and the cladding of encapsulated layer 23 is on the surface of the integrative structure after graphite alkene heating film strip 211, graphite alkene heating film 21 and the laminating of electrode slice 22. The graphene heating film 21 and the graphene heating film strip 211 are integrally formed into an integral film.

The packaging layer 23 includes transparent last diaphragm and lower diaphragm, it covers on the upper surface of the integrative structure after graphite alkene heating film strip 211 and the laminating of electrode slice 22 to go up the diaphragm laminating, lower diaphragm laminating covers on graphite alkene heating film strip 211, the lower surface of the integrative structure after graphite alkene heating film 21 and the laminating of electrode slice 22, it is together fixed with the laminating of lower diaphragm outer border 231 to go up diaphragm outer border 232, all be provided with sealed and can the anticreep insulating colloid on four apex angles of packaging layer 23, the tip of connector lug 20 passes insulating colloid and packaging layer 23 and is connected with corresponding electrode slice 22, be provided with waterproof adhesive tape 24 on insulating colloid's surface, waterproof adhesive tape's bonding face is connected with the colloid, the outer border of bonding face pastes on the surface of packaging layer 23.

The switch base 4 is a power adjusting switch base capable of adjusting the heating power of the graphene heating film 21. The power regulating switch seat is provided with a voltage transformation module which can convert the input 220V voltage into 36V output voltage. The specific circuit structure of the transformer module belongs to the prior art, and therefore, will not be described in detail.

The protective shell 41 is arranged on the graphene heating layer 2, the two connector lugs 20 are arranged in the protective shell 41, the circuit of the switch base 4 extends into the protective shell 41 to be connected with the two connector lugs 20, and the upper cushion layer 1 is provided with a cushion layer through hole 11 capable of penetrating through the protective shell 41. The upper cushion layer 1 is a TPE plastic film layer, and the lower cushion layer 3 is a foaming soft cushion layer which is made of TPE foaming materials and can be bent and wound at will. The lower cushion layer 3 is a moisture-proof cushion layer with the thickness larger than that of the upper cushion layer 1, and the thickness of the graphene heating layer 2 is larger than that of the lower cushion layer 3.

Claims

1. The utility model provides an ability electrothermal yoga mat, includes the pad body and sets up the heating part in the pad body, its characterized in that: the cushion body comprises an upper cushion layer (1) and a lower cushion layer (3), the heating part is a graphene heating layer (2) which is clamped between the upper cushion layer (1) and the lower cushion layer (3) and can generate heat after being electrified, the bottom surface of the graphene heating layer (2) is contacted with the top surface of the lower cushion layer (3) in a pasting manner, the top surface of the graphene heating layer (2) is contacted with the bottom surface of the upper cushion layer (1) in a pasting manner, the outer edge of the graphene heating layer (2) is bonded with the corresponding upper cushion layer (1) and the lower cushion layer (3) into an integral structure through heat-resistant glue, a switch seat (4) which can be connected with a power supply is arranged on the side part of the integral structure, and the switch seat (4) is connected with the graphene heating layer (2) through a circuit which penetrates through the heat-resistant glue; the graphene heating layer (2) comprises a graphene heating film (21), an electrode plate (22) and a packaging layer (23), the packaging layer (23) comprises a transparent upper membrane and a lower membrane, the upper membrane is attached to and covered on the upper surface of an integrated structure after the graphene heating film strip (211), the graphene heating film (21) and the electrode plate (22) are attached, the lower membrane is attached to and covered on the lower surface of the integrated structure after the graphene heating film strip (211), the graphene heating film (21) and the electrode plate (22) are attached, the outer edge (231) of the upper membrane and the outer edge (232) of the lower membrane are attached and fixed together, insulating colloids which are sealed and can prevent electric leakage are arranged on four top corners of the packaging layer (23), the end part of the connector lug (20) penetrates through the insulating colloids and the packaging layer (23) to be connected with the corresponding electrode plate (22), and a waterproof adhesive tape (24) is arranged on the outer surface of the insulating colloids, the bonding surface of the waterproof adhesive tape is connected with the adhesive body, and the outer edge of the bonding surface is adhered to the outer surface of the packaging layer (23); the upper cushion layer (1) is a TPE plastic film layer, and the lower cushion layer (3) is a foaming soft cushion layer which is made of TPE foaming materials and can be bent and wound at will.

2. The yoga mat of claim 1, wherein: graphene heating layer (2) include encapsulation layer (23) that graphite alkene heating film (21), electrode slice (22) and expanded material preparation formed, electrode slice (22) have two, and two electrode slices (22) set up on encapsulation layer (23) vertical left and right sides both sides, and two electrode slices (22) switch on with corresponding connector lug (20) respectively mutually, and two connector lug (20) are connected with switch seat (4) respectively, graphite alkene heating film (21) are in order strip form interval arrangement in encapsulation layer (23), graphite alkene heating film (21) both ends are connected together with electrode slice (22) electricity that corresponds.

3. The yoga mat of claim 2, wherein: the utility model discloses a structure, including graphite alkene heating film strip (211), sealing layer (23), graphite alkene heating film strip (211) and electrode piece (22), the both ends of graphite alkene heating film (21) are fixed mutually through the graphite alkene heating film strip (211) of bar respectively, graphite alkene heating film strip (211) and the electrode piece (22) laminating of corresponding are in the same place, sealing layer (23) cladding is on the surface of the integrative structure after graphite alkene heating film strip (211), graphite alkene heating film (21) and electrode piece (22) laminating.

4. The yoga mat of claim 3, wherein: the graphene heating film (21) and the graphene heating film strip (211) are integrally made into an integral film layer.

5. The yoga mat of any of claims 1 to 4, wherein: the switch base (4) is a power adjusting switch base capable of adjusting the heating power of the graphene heating film (21).

6. The yoga mat of claim 5, wherein: the power regulating switch seat is internally provided with a voltage transformation module which can convert the input 220V voltage into 36V output voltage.

7. The yoga mat of any of claims 2 to 4, wherein: be provided with a protective housing (41) on graphite alkene zone of heating (2), protective housing (41) are all arranged in to two connector lug (20), the circuit of switch block (4) stretches into and is connected with two connector lug (20) in protective housing (41) go up bed course (1) and be provided with bed course through-hole (11) that can pass protective housing (41).

8. The yoga mat of any of claims 1 to 4, wherein: the lower cushion layer (3) is a moisture-proof cushion layer with the thickness larger than that of the upper cushion layer (1), and the thickness of the graphene heating layer (2) is larger than that of the lower cushion layer (3).