CN209472776U - A kind of warm neckstrap of graphene fever - Google Patents

Abstract

It generates heat the utility model discloses a kind of graphene and warms up neckstrap; including warming up neckstrap ontology; warm neckstrap ontology includes outer layer sheet body and internal layer sheet body; heating module is provided in intraformational bed between outer layer sheet body and internal layer sheet body; heating module includes the external protection set gradually, insulating layer, electrode layer, conductive heating layer and inner protective layer; conductive heating layer is graphene silver nanowires conductive exothermal film, is connected between electrode layer and graphene silver nanowires conductive exothermal film；Side is equipped with one layer of thermal insulation layer in outer-skin sheet body, and side is equipped with one layer of adhesive layer in inner layer piece body, and by adhesive layer that entire heating module and thermal insulation layer is adhered together；Electrode layer is connected to a USB joint by conducting wire, and USB joint is led to except warm neckstrap ontology by conducting wire, makes its fever to the power supply of graphene silver nanowires conductive exothermal film by USB joint external power supply.The advantages of the utility model: has the function of frivolous, beautiful, portable, the warm neck of heating.

Description

A kind of warm neckstrap of graphene fever

Technical field

It generates heat the utility model relates to a kind of graphene and warms up neckstrap.

Background technique

Human body is in cold outdoor, and when sitting quietly for a long time, neck can generate the feeling of tired discomfort, and a kind of health is needed to protect Strong product.Current silk scarfs most of on the market, scarf are only merely the effect playing itself and keeping warm by material, do not have hot compress Function.Therefore, it is necessary to a kind of not only beautiful and generous, but also practical warming health-oriented products.

Utility model content

The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of reusable and can uniformly send out The graphene of heat, which generates heat, warms up neckstrap.

The utility model is achieved through the following technical solutions:

A kind of warm neckstrap of graphene fever, including warm neckstrap ontology, the warm neckstrap ontology includes outer layer sheet body and internal layer Sheet body forms intraformational bed between the outer layer sheet body and internal layer sheet body, heating module, the fever are provided in the intraformational bed Module include from external protection, insulating layer, electrode layer, conductive heating layer and the inner protective layer set gradually inward outside, it is described to lead Electric heating layer is graphene silver nanowires conductive exothermal film, and the electrode layer and graphene silver nanowires conductive exothermal film are indirectly Touching connection；

Side is equipped with one layer of thermal insulation layer in the outer-skin sheet body, and side is equipped with one layer of adhesive layer in the inner layer piece body, in described Protective layer is directly Nian Jie with the adhesive layer, and by the adhesive layer that entire heating module and thermal insulation layer is adhered together；

The electrode layer is connected to a USB joint by conducting wire, and the USB joint leads to warm neckstrap sheet by conducting wire Except body, its fever is made to graphene silver nanowires conductive exothermal film power supply by the USB joint external power supply.

Further, the electrode layer includes positive and negative two electrodes, and each electrode includes a collector bar and and collector bar Perpendicular multiple interior electrode strips, multiple interior electrode strips are arranged in the inside of collector bar and arrange at equal intervals, positive and negative two electrodes Multiple interior equally spaced cross arrangements of electrode strip, constitute interdigitated electrode structure；The graphene silver nanowires conductive exothermal film It is in contact with multiple interior electrode strips, the collector bar of positive and negative two electrodes is located at the graphene silver nanowires conductive exothermal film The left and right sides and there are gaps between the graphene silver nanowires conductive exothermal film.

Further, a line traffic control switch is provided between the USB joint and power supply, the line traffic control switch includes one External wire, the external wire are equipped with temperature detect switch (TDS), and the external wire both ends are respectively equipped with USB pin end and USB is female The USB pin end of connector, the line traffic control switch is used to be connected with the USB joint on warm neckstrap ontology, the line traffic control switch USB female connector passes through power supply line external power supply.

Further, the outer layer sheet body and internal layer sheet body are using in silk, Lycra cloth, cotton, burlap, wool, silk It is any.

Further, the thermal insulation layer uses heat insulation foam.

Further, the adhesive layer uses attached glue cotton flannel.

Further, the material of the electrode layer is metal foil, conductive fabric, the one of which in conductive tape.

Further, a heating module, the hair are equipped in the intraformational bed between the outer layer sheet body and internal layer sheet body Thermal modules correspond on rear side of the neck of human body and at left and right sides of neck.

The utility model has the advantage that compared with prior art

1, a kind of graphene provided by the utility model generates heat warm neckstrap, has ultra-red physiotherapy fever effect, for it is long when Between outdoor activities, sit quietly, under cold environment to the neck of people have good fomentation effect, human-body fatigue can be alleviated, protect Neck；And due to joined graphene silver nanowires conductive exothermal film, the warm neckstrap of the utility model also has antibacterial suppression The effect of bacterium can effectively prevent warm neckstrap to breed bacterium, thus effective protection user；And fever provided by the utility model Warm neckstrap also has the advantages that thermal stability is good, temperature rise speed is fast, fever is uniform, material is soft.

2, a kind of graphene provided by the utility model, which generates heat, warms up neckstrap, outer layer sheet body and internal layer sheet body using silk etc. Fabric, soft comfortable and have excellent gas permeability and water resistance, and due to line traffic control switch setting, using multi gear position control Adjustable more gradient temperatures.

Detailed description of the invention

Fig. 1 is the outline structural diagram of the utility model.

Fig. 2 is the longitudinal sectional drawing of the utility model.

Fig. 3 is the heating module broken away view of the utility model.

Fig. 4 is the electrode layer of the utility model and the structural schematic diagram that conductive heating layer matches；

Fig. 5 is the wire control switch structure schematic diagram of the utility model.

Figure label: 1 warm neckstrap ontology, 11 outer layer sheet bodies, 12 internal layer sheet bodies, 13 thermal insulation layers, 14 adhesive layers, 2 fever moulds Block, 21 external protections, 22 insulating layers, 23 electrode layers, 231 collector bars, electrode strip in 232,24 graphene silver nanowires conductions hair Hotting mask, 25 inner protective layers, 26 conducting wires, 27USB connector, 3 line traffic controls switch, 31 external wires, 32 temperature detect switch (TDS)s, 33, USB public access Head, 34, USB female connector.

Specific embodiment

It elaborates below to the embodiments of the present invention, the present embodiment before being with technical solutions of the utility model It puts and is implemented, the detailed implementation method and specific operation process are given, but the protection scope of the utility model is unlimited In following embodiments.

It referring to Fig. 1 to Fig. 5, generates heat present embodiment discloses a kind of graphene and warms up neckstrap, including warm neckstrap ontology 1, warm up neck Band body 1 includes outer layer sheet body 11 and internal layer sheet body 12, and outer layer sheet body 11 and 12 edge of internal layer sheet body are sutured by sewing process Together.Intraformational bed is formed between outer layer sheet body 11 and internal layer sheet body 12, and heating module 2, heating module 2 are provided in intraformational bed Including leading from external protection 21, insulating layer 22, electrode layer 23, conductive heating layer and the inner protective layer 25 set gradually inward outside Electric heating layer is graphene silver nanowires conductive exothermal film 24, between electrode layer 23 and graphene silver nanowires conductive exothermal film 24 It connects；It can be connected by high temperature hot pressing print technique between electrode layer 23 and graphene silver nanowires conductive exothermal film 24.

It is equipped with one layer of thermal insulation layer 13 on the inside of outer layer sheet body 11, is equipped with one layer of adhesive layer 14, inner protection on the inside of internal layer sheet body 12 Layer 25 is directly Nian Jie with adhesive layer 14, and by adhesive layer 14 that entire heating module 2 and thermal insulation layer 13 is adhered together.

Electrode layer 23 is connected to a USB joint 27 by conducting wire 26, and USB joint 27 leads to warm neckstrap by conducting wire 26 Except ontology 1, its fever is made to the power supply of graphene silver nanowires conductive exothermal film 24 by 27 external power supply of USB joint.

Specifically, electrode layer 23 includes positive and negative two electrodes, each electrode includes a collector bar 231 and and collector bar 231 perpendicular multiple interior electrode strips 232, multiple interior electrode strips 232 are arranged in the inside of collector bar 231 and arrange at equal intervals, The equally spaced cross arrangement of multiple interior electrode strips 232 of positive and negative two electrodes constitutes interdigitated electrode structure, the collection of two electrodes Stream item 231 connects the anode and cathode of power supply respectively, so that adjacent 232 polarity of interior electrode strip is opposite；Graphene silver nanowires is led Electric heating film 24 is in contact with multiple interior electrode strips 232, and the collector bar 231 of positive and negative two electrodes is located at graphene silver nanowires The left and right sides of conductive exothermal film 24 and there are gaps between graphene silver nanowires conductive exothermal film 24.In the present embodiment, By the collector bar 231 of positive and negative two electrodes be located at graphene silver nanowires conductive exothermal film 24 the left and right sides and not with graphite Alkene silver nanowires conductive exothermal film 24 is in contact, and is in order to avoid electricity in graphene silver nanowires conductive exothermal film 24 while connection When pole item 232 and collector bar 231, hot localised points can be generated because junction spacing is too small, so that heating property is influenced, so will Graphene silver nanowires conductive exothermal film 24 is only conformable to without being connected with collector bar 231 on each interior electrode strip 232, to protect Demonstrate,prove the fever uniformity of graphene silver nanowires conductive exothermal film 24.

Specifically, be provided with a line traffic control switch 3 between USB joint 27 and power supply, line traffic control switch 3, which includes one, external is led Line 31, external wire 31 are equipped with temperature detect switch (TDS) 32, and 31 both ends of external wire are respectively equipped with USB pin end 33 and USB female connector 34, the USB pin end 33 of line traffic control switch 3 with the USB joint 27 on warm neckstrap ontology 1 for being connected, the USB of line traffic control switch 3 Female connector 34 passes through power supply line external power supply.Line traffic control switch 3 passes through the output power of the adjustable different stalls of temperature detect switch (TDS) 32, Realize classification regulating and controlling temperature.

Specifically, being equipped with a heating module 2, heating module in intraformational bed between outer layer sheet body 11 and internal layer sheet body 12 On rear side of the neck of 2 corresponding human bodies and at left and right sides of neck.

Specifically, outer layer sheet body 11 and internal layer sheet body 12 are using appointing in silk, Lycra cloth, cotton, burlap, wool, silk One kind, when use with human contact's soft comfortable.Thermal insulation layer 13 use heat insulation foam.Adhesive layer 14 use attached glue polar fleece Cloth, attached glue cotton flannel are covered with the cotton flannel of colloid on one side.The material of electrode layer 23 is metal foil, conductive fabric, conducting resinl One of which in band.

Graphene silver nanowires conductive exothermal film 24 used in the utility model can be limited from Hefei micro crystal material science and technology Houses market is bought, and is to be formed a film to be made by the tape casting by conductive exothermal slurry.Each raw material of conductive exothermal slurry presses quality The composition of part are as follows: 1~20 part of 1~10mg/mL silver nanowires dispersion liquid, 20~50 parts of graphene powder, 1~20 part of carbon black, Gu Content 20~50 parts of the waterborne polyurethane resin of 30-55%, solid content 30-80% 1~50 part of aqueous epoxy resins, solid Water-based acrylic resin 1~20 part, water 1-30 part, dispersing agent 0.1~5 part, curing agent hexamethylene diamine 0.1 of the content in 30-80% ~2 parts.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.

Claims (8)

1. The warm neckstrap 1. a kind of graphene generates heat, including it is warm neckstrap ontology (1), the warm neckstrap ontology (1) includes outer layer sheet body (11) and internal layer sheet body (12), it is characterised in that: form intraformational bed between the outer layer sheet body (11) and internal layer sheet body (12), institute It states and is provided in intraformational bed heating module (2), the heating module (2) includes from the external protection set gradually inward outside (21), insulating layer (22), electrode layer (23), conductive heating layer and inner protective layer (25), the conductive heating layer are graphene silver Nano wire conductive exothermal film (24), the company of contact between the electrode layer (23) and graphene silver nanowires conductive exothermal film (24) It connects；

   It is equipped with one layer of thermal insulation layer (13) on the inside of the outer layer sheet body (11), is equipped with one layer of adhesive layer on the inside of the internal layer sheet body (12) (14), the inner protective layer (25) is directly Nian Jie with the adhesive layer (14), and will entirely be generated heat by the adhesive layer (14) Module (2) and thermal insulation layer (13) are adhered together；

   The electrode layer (23) is connected to a USB joint (27) by conducting wire (26), and the USB joint (27) passes through conducting wire (26) it leads to except warm neckstrap ontology (1), gives the graphene silver nanoparticle by the USB joint (27) external power supply Line conductive exothermal film (24) power supply makes its fever.
2. The warm neckstrap 2. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the electrode layer (23) include just, Minus two electrodes, each electrode include a collector bar (231) and the multiple interior electrode strips perpendicular with collector bar (231) (232), the setting of multiple interior electrode strips (232) collector bar (231) inside and arrange at equal intervals, positive and negative two electrodes it is more The equally spaced cross arrangement of a interior electrode strip (232) constitutes interdigitated electrode structure；The graphene silver nanowires conductive exothermal film (24) it is in contact with multiple interior electrode strips (232), the collector bar (231) of positive and negative two electrodes is located at the graphene silver nanoparticle The left and right sides of line conductive exothermal film (24) and there are gaps between the graphene silver nanowires conductive exothermal film (24).
3. The warm neckstrap 3. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the USB joint (27) and power supply Between be provided with line traffic control switch (3), the line traffic control switch (3) includes an external wire (31), the external wire (31) temperature detect switch (TDS) (32) are equipped with, external wire (31) both ends are respectively equipped with USB pin end (33) and USB female connector (34), the USB pin end (33) of the line traffic control switch (3) is used to be connected with the USB joint (27) on warm neckstrap ontology (1), The USB female connector (34) of the line traffic control switch (3) passes through power supply line external power supply.
4. The warm neckstrap 4. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the outer layer sheet body (11) and internal layer Sheet body (12) uses any one of silk, Lycra cloth, cotton, burlap, wool, silk.
5. The warm neckstrap 5. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the thermal insulation layer (13) using every Hot cotton.
6. The warm neckstrap 6. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the adhesive layer (14) is using attached Glue cotton flannel.
7. The warm neckstrap 7. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the material of the electrode layer (23) is Metal foil, conductive fabric, the one of which in conductive tape.
8. The warm neckstrap 8. a kind of graphene as described in claim 1 generates heat, it is characterised in that: the outer layer sheet body (11) and internal layer Be equipped with a heating module (2) in intraformational bed between sheet body (12), on rear side of the neck of the corresponding human body of the heating module (2) and At left and right sides of neck.