CN214318276U

CN214318276U - Split type graphite alkene electric heat rib

Info

Publication number: CN214318276U
Application number: CN202022698765.0U
Authority: CN
Inventors: 姜宇
Original assignee: Zhangjiakou Energetic Warm Technology Co ltd
Current assignee: Zhangjiakou Energetic Warm Technology Co ltd
Priority date: 2020-11-20
Filing date: 2020-11-20
Publication date: 2021-10-01
Anticipated expiration: 2030-11-20

Abstract

The utility model provides a split type graphite alkene electric heat rib, is in including rib body and setting graphite alkene electric heat lamella on the rib body, the rib body outside still is provided with the power, the power pass through the circuit with graphite alkene electric heat lamella links to each other and does graphite alkene electric heat lamella power supply, characterized by: the graphene electric heating sheet layer is detachably arranged on the inner side of the neck guard body; graphite alkene electric heat lamella from interior to exterior is in proper order by compound bird's eye cloth layer, phase transition energy storage layer, graphite alkene heating chip layer, heat insulation reflection layer and is constituteed, heat insulation reflection layer be located the outside and with what the inboard of rib body can be dismantled links to each other the utility model discloses a split type design, can be at any time with the attached graphite alkene electric heat layer to graphite alkene electric heat rib body on, convenient storage and transportation also can separately wash during the washing, owing to add phase transition energy storage layer again, can absorb heat when the neck temperature risees, can release heat when the temperature reduces, guaranteed the constant temperature state of human neck.

Description

Split type graphite alkene electric heat rib

The technical field is as follows:

the utility model relates to a health care products technical field especially relates to a split type graphite alkene electric heat rib.

Background art:

diseases such as strain of neck muscles, which are commonly seen in the neck, often cause neck pain, which not only affects work and study, but also leads to disability in severe cases. For the treatment of such diseases, an assistant tool having a supporting effect in cooperation with wearing on the neck is often required to enhance and improve the recovery. The patient usually wears the neck protecting belt ring between the necks to strengthen the supporting force of the cervical vertebrae and reduce the pressure on the cervical vertebrae.

The neck protecting belts used at present mainly comprise the following parts: firstly, a common neck protecting band without a supporting steel plate adopts hard cloth in the middle of the neck protecting band, and elastic cloth is used at two ends of the neck protecting band, so that the neck protecting band is tightly fixed on the neck when in use; the neck protection belt is provided with a support steel plate, the support steel plate is wrapped inside the neck protection belt body, and the neck is supported and fixed through the support steel plate; thirdly, the neck protecting band with the physical therapy effect, which is disclosed in the prior patent neck protecting band, the grant bulletin number CNCN206473667U, the inner layer comprises an inner base material layer and a graphene heating chip layer attached to the inner base material layer, and the neck protecting band can promote blood circulation and relieve pain.

However, the first and second neck protecting belts are usually made of heat insulating materials to solve the problem of neck warmth retention, and the main principle is to keep the heat emitted by the human body from being emitted to the outside and keep the neck warm, so that the human body is prone to sweat due to high internal temperature when the human body radiates much, and the human body is not sufficient in internal temperature when the human body radiates little, so that a constant temperature environment cannot be provided for the neck. The third neck protection band is additionally provided with a graphene heating chip layer, and can be electrified and heated to ensure the temperature of the neck. But still can't avoid the influence of human self heat dissipation to neck temperature, can't provide a constant temperature environment for the neck. Meanwhile, when the power supply is powered off, the neck protection band cannot be heated, and heat cannot be supplied to lose effectiveness. Moreover, according to the method disclosed by the patent, the graphene heating chip layer is additionally arranged in the common neck protection band, so that the operation steps are complex, time and labor are wasted, and the cost is higher.

The invention content is as follows:

in order to solve the problem, provide one kind and can guarantee that neck constant temperature, power still can last the heat supply when having no electricity and have physiotherapy effect, low cost, simple manufacture's neck protecting band, the utility model discloses a realize through following technical scheme: the utility model provides a split type graphite alkene electric heat rib, be in including rib body and setting graphite alkene electric heat lamella on the rib body, the rib body outside still is provided with the power, the power pass through the circuit with graphite alkene electric heat lamella links to each other and does graphite alkene electric heat lamella power supply, characterized by: the graphene electric heating sheet layer can be detachably arranged on the inner side of the neck guard body. Graphite alkene electric heat lamella from interior to exterior includes compound bird's eye cloth layer, phase transition energy storage layer, graphite alkene chip layer and heat insulation reflection stratum in proper order again, heat insulation reflection stratum be located the outside and with the inboard of rib body can be dismantled link to each other.

The phase change energy storage layer is tightly attached to the graphene heating chip layer and comprises a packaging bag and a high-heat-conductivity flexible composite phase change material arranged in the packaging bag. The graphene heating chip layer is composed of flexible graphene electric heating cloth or a graphene electric heating film.

The packaging bag is also provided with heat dissipation holes.

The graphene electric heating sheet layer is provided with a magnetic suction interface, and the magnetic suction interface is connected with the power supply through an external magnetic suction control line.

The inner side of the composite bird eye cloth layer is also provided with a sleeve bag, and a traditional Chinese medicine treatment medicine bag can be placed in the sleeve bag when in use.

The neck guard body is innermost reaches the heat insulation reflection stratum outside all is equipped with bonding and detains, the heat insulation reflection stratum passes through bonding detain with the linking to each other that the neck guard body can be dismantled.

The outermost side of rib body is equipped with a power and places the bag, the power setting is in the power is placed the bag. The power is the treasured that charges. Graphite alkene electric heat lamella still is provided with intelligent temperature control device, contain bluetooth module in the intelligent temperature control device for realize with the intelligent operation of removal end.

Compound bird's eye cloth layer with between the phase transition energy storage layer, the phase transition energy storage layer with all be provided with the bonding between the graphite alkene heating chip layer and detain. The phase change energy storage layer can be detachably arranged in the graphene electric heating sheet layer.

Two ends of the neck guard body are provided with bonding devices, and the two ends are bonded for fixing the neck guard during use.

The phase change energy storage layer has efficient phase change energy storage effect, and charge after can, can store the heat, the release heat that still can last after the outage to avoided graphite alkene electric heat rib still need last switch on power supply's problem in the use, human neck structure leads to the laminating of general electric heat rib hardly to realize rib and neck in addition, because phase change energy storage has stronger plasticity, can realize with the inseparable laminating of rib.

The utility model discloses a graphite alkene material realizes evenly, fast heating, and it is effectual to heat, can promote human blood circulation and metabolism in the use, has far infrared physiotherapy efficiency-the functional analysis of modified sticky fabric of graphite alkene (Wang Shuangcheng "cotton textile technology" volume 45, 11 months of 2017P 68-71), preparation and the performance research of graphite alkene/regenerated cellulose composite fiber (Ma Junzhi "China chemical fiber Association, Hengyi foundation outstanding academic thesis paper" 2016 volume P31-36 in the year); in addition split type design can be at any time with attached to graphite alkene electric heat rib body on the graphite alkene electric heat layer, convenient storage and transportation, also can separately wash during the washing, avoided the damage to graphite alkene electric heat piece that integrative washing probably produced, graphite alkene electric heat piece layer can the adhesion exclusive use on multiple material or object in addition, can heat, the physiotherapy to shank, belly, neck etc. has enlarged application range and application. And because the phase change energy storage layer is additionally arranged, heat can be absorbed when the temperature of the neck rises, and heat can be released when the temperature of the neck falls, so that the constant temperature state of the neck of a human body is ensured, and the neck is more comfortable to use.

Description of the drawings:

fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the graphene electric heating sheet layer of the present invention.

The attached drawings are as follows:

1. neck guard body 2, graphite alkene electric heat lamella 3, power 4, magnetism control line 5, power are inhaled

2-1 parts of composite bird's eye cloth layer 2-2 parts of composite energy storage layer, 2-3 parts of phase change energy storage layer, 2-4 parts of graphene heating chip layer, 2-5 parts of heat insulation reflection layer, 2-6 parts of packaging bag, 2-7 parts of high-heat-conductivity flexible composite phase change material, 2-8 parts of heat dissipation hole, 2-9 parts of magnetic suction interface, 2-10 parts of bagging and intelligent temperature control device

The specific implementation mode is as follows:

the present invention will be described with reference to the accompanying drawings.

As shown in fig. 1, the utility model provides a split type graphite alkene electric heat rib, be in including rib body (1) and setting graphite alkene electric heat lamella (2) on rib body (1), the rib body (1) outside still is provided with power (3), power (3) pass through the circuit with graphite alkene electric heat lamella (2) link to each other and do graphite alkene electric heat lamella (2) power supply, characterized by: the graphene electric heating sheet layer (2) is detachably arranged on the inner side of the neck guard body (1). Graphene electric heating sheet layer (2) from inside to outside includes compound bird's eye cloth layer (2-1), phase transition energy storage layer (2-2), graphite alkene heating core piece layer (2-3) and heat insulation reflection stratum (2-4) in proper order again, heat insulation reflection stratum (2-4) be located the outside and with what the inboard of rib body (1) can be dismantled links to each other.

The phase change energy storage layer (2-2) is tightly attached to the graphene heating chip layer (2-3), and further comprises a packaging bag (2-5) and a high-heat-conductivity flexible composite phase change material (2-6) arranged in the packaging bag (2-5).

The packaging bag (2-5) is also provided with heat dissipation holes (2-7).

The graphene electric heating sheet layer (2) is provided with a magnetic suction interface (2-8), and the magnetic suction interface (2-8) is connected with the power supply (3) through an external magnetic suction control line (4).

The inner side of the composite bird eye cloth layer (2-1) is also provided with a bag (2-9), and a traditional Chinese medicine treatment medicine bag can be placed in the bag (2-9) when in use.

The neck guard is characterized in that bonding buckles are arranged on the innermost side of the neck guard body (1) and the outer sides of the heat insulation reflecting layers (2-4), and the heat insulation reflecting layers (2-4) are connected with the neck guard body in a detachable mode through the bonding buckles.

The outermost side of the neck protection body (1) is provided with a power supply placing bag (5), and the power supply (3) is arranged in the power supply placing bag (5).

The power supply (3) is a charger baby.

The graphene electric heating sheet layer (2) is further provided with an intelligent temperature control device (2-10), and a Bluetooth module is contained in the intelligent temperature control device (2-10) and used for achieving intelligent operation with a mobile terminal.

Bonding buckles are arranged between the composite bird eye cloth layer (2-1) and the phase change energy storage layer (2-2), and between the phase change energy storage layer (2-2) and the graphene heating chip layer (2-3). The phase change energy storage layer (2-2) is detachably arranged in the graphene electric heating sheet layer (2).

Two ends of the neck guard body (1) are provided with bonding devices, and the two ends are bonded for fixing the neck guard when in use.

Variations and modifications to the above-described embodiments may occur to those skilled in the art, which fall within the scope and spirit of the above description. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and variations of the present invention should fall within the scope of the claims of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.

Claims

1. The utility model provides a split type graphite alkene electric heat rib, is in including rib body (1) and setting graphite alkene electric heat lamella (2) on rib body (1), the rib body (1) outside still is provided with power (3), power (3) pass through the circuit with graphite alkene electric heat lamella (2) link to each other and do graphite alkene electric heat lamella (2) power supply, characterized by: the graphene electric heating sheet layer (2) is detachably arranged on the inner side of the neck guard body (1); graphene electric heating sheet layer (2) from inside to outside includes compound bird's eye cloth layer (2-1), phase transition energy storage layer (2-2), graphite alkene heating core piece layer (2-3) and heat insulation reflection stratum (2-4) in proper order again, heat insulation reflection stratum (2-4) be located the outside and with what the inboard of rib body (1) can be dismantled links to each other.

2. The split type graphene electrothermal neck protector according to claim 1, wherein the phase change energy storage layer (2-2) is tightly attached to the graphene heating chip layer (2-3), and further comprises a packaging bag (2-5) and a high thermal conductivity flexible composite phase change material (2-6) arranged in the packaging bag (2-5).

3. The split type graphene electrothermal neck protector according to claim 2, wherein the packaging bag (2-5) is further provided with heat dissipation holes (2-7).

4. The split type graphene electrothermal neck protector according to claim 1, wherein a magnetic suction interface (2-8) is arranged on the graphene electrothermal sheet layer (2), and the magnetic suction interface (2-8) is connected with the power supply (3) through an external magnetic suction control line (4).

5. The split type graphene electrothermal neck protector according to claim 1, wherein a covering bag (2-9) is further arranged on the inner side of the composite bird eye cloth layer (2-1), and a pharmacological treatment medicine bag can be placed in the covering bag (2-9) during use.

6. The split type graphene electrothermal neck protector according to claim 1, wherein bonding buttons are arranged on the innermost side of the neck protector body (1) and the outer sides of the heat insulation reflecting layers (2-4), and the heat insulation reflecting layers (2-4) are detachably connected with the neck protector body through the bonding buttons.

7. The split type graphene electrothermal neck protector according to claim 1, wherein a power supply placing bag (5) is arranged on the outermost side of the neck protector body (1), and the power supply (3) is arranged in the power supply placing bag (5).

8. The split type graphene electrothermal neck protector according to claim 1, wherein the graphene electrothermal sheet layer (2) is further provided with an intelligent temperature control device (2-10), and the intelligent temperature control device (2-10) comprises a Bluetooth module for realizing intelligent operation with a mobile terminal.

9. The split type graphene electrothermal neck protector according to claim 1, wherein bonding buttons are arranged between the composite bird's eye cloth layer (2-1) and the phase change energy storage layer (2-2), and between the phase change energy storage layer (2-2) and the graphene heating chip layer (2-3).