CN207317059U

CN207317059U - Intelligent graphene autothermally panel control system

Info

Publication number: CN207317059U
Application number: CN201721288318.XU
Authority: CN
Inventors: 戴明
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-30
Filing date: 2017-09-30
Publication date: 2018-05-04
Anticipated expiration: 2027-09-30

Abstract

The utility model provides a kind of intelligent graphene autothermally panel control system, can carry out remote control to electric control gear by control terminals such as mobile phones, to open heating function in advance, warm environment can be directly enjoyed when people gets in；RF device receives the instruction of control terminal, and gives controller execution；Transmitted with control terminal into row information, sensors towards ambient temperature is perceived, and can remind user that temperature is adjusted by RF device, or remind controller voluntarily to adjust.Graphene heating board can produce heat rapidly after being powered, and complicated wiring is not required, easy to use；The graphene of fever can launch the far infrared with healthcare function at the same time, and far infrared is reflexed to the sole of user by far-infrared reflection film upwards, can effectively reduce scattering and disappearing, improving far infrared health care effect for far infrared.

Description

Intelligent graphene autothermally panel control system

Technical field

The utility model belongs to self-heating technical field of floor, more particularly to a kind of intelligent graphene self-heating floor control system System.

Background technology

Floor panel heating, abbreviation floor heating, is using whole ground as radiator, by the heating agent in flooring radiation layer, The even whole ground of heating, the rule radiated upwards using the accumulation of heat and heat on ground itself is conducted from the bottom to top, to reach The purpose of heating.Low-temperature ground heating agent forms the temperature gradient that sole to head is gradually successively decreased indoors, is warmed up so as to give foot Cool comfort, more traditional heating is more comfortable, conveniently.Electricity floor heating is to use to be laid on underfloor heater energization in advance Heat production carries out the mode of heating, has the advantages such as quick comfortable, energy-efficient, saving maintenance cost.Existing ground heating system The intelligent temperature control system that can arrange in pairs or groups uses, and voluntarily selects heating region, is achieved in the Heating Design of personalization.But existingly Heating generally requires the wiring of complexity, and can not be heated in advance.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of intelligent graphene autothermally panel control system.

The utility model concrete technical scheme is as follows：

The utility model provides a kind of intelligent graphene autothermally panel control system, including plate body and the plate body connect The electric control gear connect and the control terminal for controlling the electric control gear；

The plate body is equipped with upper decorative layer, upper substrate layer, lower substrate layer and lower decorative layer successively from top to bottom, it is described on Some graphene heating boards are equipped with substrate layer, are connected between the adjacent graphene heating board by conducting wire, the upper base material Far-infrared reflection film is equipped between layer and the lower substrate layer；

The electric control gear includes controller and the sensor and RF device that are electrically connected with the controller, the control Device is electrically connected with the graphene heating board, and the RF device communicates with the control terminal.

Further, the upper substrate layer includes the first base material plate and the second base material for being located at the first base material plate bottom Some caulking grooves are equipped with the top of plate, the first base material plate bottom and second backing material plate, the graphene heating board is embedded In the caulking groove.

Further, the caulking groove of the first base material plate bottom is staggered with the caulking groove at the top of second backing material plate.

Further, the upper substrate layer length direction both ends bottom is respectively equipped with the first convex block and the second convex block, described The first groove being adapted with first convex block is equipped with the top of lower substrate layer and is adapted with second convex block second is recessed Groove, the lower substrate layer are equipped with the sliding slot for penetrating through first groove and second groove, draw runner are inserted with the sliding slot, The length of the draw runner be more than the length of the sliding slot and less than the sliding slot and first groove length and, described second Convex block is equipped with the 3rd groove towards the side of first convex block, and the 3rd groove is adapted with the end face of the draw runner.

Further, the side of first convex block towards second convex block is recessed inwardly to form the first inclined-plane, described One end opposite with first convex block is equipped with the second inclined-plane being adapted with first inclined-plane on draw runner.

Further, the far-infrared reflection film is laid between first groove and second groove.

The beneficial effects of the utility model are as follows：The utility model provides a kind of intelligent graphene self-heating floor control system System, can carry out remote control by control terminals such as mobile phones to electric control gear, to open heating function in advance, when people enters Warm environment can be directly enjoyed when indoor；RF device receives the instruction of control terminal, and gives controller execution；With control Terminal processed is transmitted into row information, and sensors towards ambient temperature perceived, can be reminded by RF device user to temperature into Row is adjusted, or reminds controller voluntarily to adjust.Graphene heating board can produce heat rapidly after being powered, and need not answer Miscellaneous wiring, it is easy to use；The graphene of fever can launch the far infrared with healthcare function, far-infrared reflection film at the same time Far infrared is reflexed to the sole of user upwards, can effectively reduce scattering and disappearing, improving far infrared health care effect for far infrared.

Brief description of the drawings

Fig. 1 is a kind of structure diagram of intelligent graphene described in embodiment 1 autothermally panel control system；

Fig. 2 be a kind of intelligent graphene described in embodiment 1 autothermally in panel control system plate body profile；

Fig. 3 is a kind of electrical block diagram of intelligent graphene described in embodiment 1 autothermally panel control system；

Fig. 4 be a kind of intelligent graphene described in embodiment 2 autothermally in panel control system graphene heating board distribution Schematic diagram；

Fig. 5 be a kind of intelligent graphene described in embodiment 3 autothermally in panel control system upper substrate layer profile；

Fig. 6 be a kind of intelligent graphene described in embodiment 3 autothermally in panel control system lower substrate layer profile；

Fig. 7 is upper substrate layer and lower substrate layer in a kind of intelligent graphene described in embodiment 3 autothermally panel control system Combination schematic diagram.

Wherein：1st, plate body；11st, decorative layer；12nd, upper substrate layer；121st, the first base material plate；122nd, the second backing material plate；123、 First convex block；124th, the second convex block；125th, the 3rd groove；126th, the first inclined-plane；13rd, lower substrate layer；131st, the first groove；132、 Second groove；133rd, sliding slot；134th, draw runner；135th, the second inclined-plane；14th, lower decorative layer；15th, graphene heating board；16th, far infrared Reflectance coating；2nd, electric control gear；21st, controller；22nd, sensor；23rd, RF device；3rd, control terminal.

Embodiment

The utility model is described in further detail with following embodiments below in conjunction with the accompanying drawings.

Embodiment 1

As shown in Fig. 1~2, the utility model embodiment 1 provides a kind of intelligent graphene autothermally panel control system, bag Rubbing board body 1, the electric control gear 2 being connected with plate body 1 and (can be mobile phone or flat for controlling the control terminal 3 of electric control gear 2 Plate computer etc. has the mobile terminal of wireless signal transmission-receiving function)；

Plate body 1 is equipped with upper decorative layer 11, upper substrate layer 12, lower substrate layer 13 and lower decorative layer 14 successively from top to bottom, Some graphene heating boards 15 are equipped with upper substrate layer 12, are connected between adjoining graphite alkene heating board 15 by conducting wire, upper base material Far-infrared reflection film 16 is equipped between layer 12 and lower substrate layer 13；

Electric control gear 2 include controller 21 chip of STM32F103C8T6 models (can be) and with the electricity of controller 21 The sensor 22 (can be the chip of DS18B20 models) and RF device 23 (can be the chip of THM3070 models) of connection, control Device 21 processed is electrically connected with graphene heating board 15, and RF device 23 communicates with control terminal 3.

Autothermally panel control system can be by the control terminals such as mobile phone 3 to automatically controlled for intelligence graphene provided in this embodiment Device 2 carries out remote control, and to open heating function in advance, warm ring can be directly enjoyed when people gets in Border；RF device 23 receives the instruction of control terminal 3, and gives controller 21 and perform；Transmit, pass into row information with control terminal 3 Sensor 22 perceives environment temperature, can remind user that temperature is adjusted by RF device 23, or remind control Device 21 processed is voluntarily adjusted.Graphene heating board 15 can produce heat after being powered, and launch the far infrared with healthcare function, Far infrared is reflexed to the sole of user by far-infrared reflection film 16 upwards, can effectively reduce scattering and disappearing, improving for far infrared Far infrared health care effect.

Embodiment 2

As shown in figs. 34, the present embodiment 2 provides a kind of intelligent graphene self-heating floor control on the basis of embodiment 1 System processed, which, which further defines substrate layer 12, includes the first base material plate 121 and is located at 121 bottom of the first base material plate Second backing material plate 122 in portion, 121 bottom of the first base material plate and the top of the second backing material plate 122 are equipped with some caulking grooves, graphene hair Hot plate 15 is embedded in caulking groove.

The caulking groove of 121 bottom of the first base material plate and the caulking groove at the top of the second backing material plate 122 are staggered.

Upper substrate layer 12 is divided into 121 and second backing material plate 122 of the first base material plate, and graphene heating board is set respectively 15, prevent graphene heating board 15 to be completely enclosed, convenient dismounting and maintenance；121 and second backing material plate 122 of the first base material plate Graphene heating board 15 is staggered, and can make heat dissipation area bigger, heat dissipation evenly.

Embodiment 3

As shown in Fig. 5~7, the present embodiment 3 provides a kind of intelligent graphene self-heating floor control on the basis of embodiment 1 System processed, the embodiment 3 further define 12 length direction both ends bottom of substrate layer and are respectively equipped with the first convex block 123 and Two convex blocks 124, the top of lower substrate layer 13 be equipped with the first groove 131 for being adapted with the first convex block 123 and with 124 phase of the second convex block Second groove 132 of adaptation, lower substrate layer 13 are equipped with the sliding slot 133 of the first groove 131 of perforation and the second groove 132, sliding slot 133 Draw runner 134 is inside inserted with, the length of draw runner 134 is more than the length of sliding slot 133 and is less than 133 and first groove of sliding slot, 131 length Sum, the second convex block 124 is equipped with the 3rd groove 125 towards the side of the first convex block 123, the end of the 3rd groove 125 and draw runner 134 Face is adapted.

During assembling, upper substrate layer 12 is alignd with lower substrate layer 13, and the first convex block 123 and the second convex block 124 are distinguished The first groove 131 and the second groove 132 are inserted into, the first convex block 123 promotes the one of draw runner 134 while being inserted into the first groove 131 End, makes the other end of draw runner 134 stretch into the second groove and be inserted into the 3rd groove 125 on the second convex block 124.Thus make Upper substrate layer 12 and lower substrate layer 13 assemble more flexibly and firmly, be not easy to loosen.

The side of first convex block 123 towards the second convex block 124 is recessed inwardly to form the first inclined-plane 126, with draw runner 134 The opposite one end of one convex block 123 is equipped with the second inclined-plane 135 being adapted with the first inclined-plane 126.

The opposite end face of both first convex block 123 and draw runner 134 is disposed as inclined-plane, when in use can be more easily Mutually promote, so that easier for installation.

Far-infrared reflection film 16 is laid between the first groove 131 and the second groove 132, easy for installation and more firm Gu, be not easy to loosen.

The utility model is not limited to above-mentioned preferred forms, anyone can draw under the enlightenment of the utility model Other various forms of products, however, make any change in its shape or structure, it is every that there is same as the present application or phase Approximate technical solution, all falls within the scope of protection of the utility model.

Claims

1. a kind of intelligence graphene autothermally panel control system, it is characterised in that be connected including plate body (1), with the plate body (1) Electric control gear (2) and control terminal (3) for controlling the electric control gear (2)；

The plate body (1) is equipped with upper decorative layer (11), upper substrate layer (12), lower substrate layer (13) and lower dress successively from top to bottom Layer (14) is adornd, some graphene heating boards (15), the adjacent graphene heating board (15) are equipped with the upper substrate layer (12) Between connected by conducting wire, be equipped with far-infrared reflection film between the upper substrate layer (12) and the lower substrate layer (13) (16)；

The electric control gear (2) includes controller (21) and the sensor (22) and radio frequency that are electrically connected with the controller (21) Device (23), the controller (21) are electrically connected with the graphene heating board (15), and the RF device (23) and the control are whole End (3) communicates.

2. intelligence graphene as claimed in claim 1 autothermally panel control system, it is characterised in that the upper substrate layer (12) Including the first base material plate (121) and it is located at the second backing material plate (122) of the first base material plate (121) bottom, first base Some caulking grooves are equipped with the top of material plate (121) bottom and second backing material plate (122), the graphene heating board (15) is embedded In the caulking groove.

3. intelligence graphene as claimed in claim 2 autothermally panel control system, it is characterised in that the first base material plate (121) caulking groove of bottom is staggered with the caulking groove at the top of second backing material plate (122).

4. intelligence graphene as claimed in claim 1 autothermally panel control system, it is characterised in that the upper substrate layer (12) Length direction both ends bottom is respectively equipped with the first convex block (123) and the second convex block (124), is equipped with the top of the lower substrate layer (13) The first groove (131) being adapted with first convex block (123) and the second groove being adapted with second convex block (124) (132), the lower substrate layer (13) is equipped with the sliding slot for penetrating through first groove (131) and second groove (132) (133), draw runner (134) is inserted with the sliding slot (133), the length of the draw runner (134) is more than the length of the sliding slot (133) Spend and be less than the sliding slot (133) and the first groove (131) length and, second convex block (124) is towards described the The side of one convex block (123) is equipped with the 3rd groove (125), and the 3rd groove (125) and the end face of the draw runner (134) are mutually fitted Match somebody with somebody.

5. intelligence graphene as claimed in claim 4 autothermally panel control system, it is characterised in that first convex block (123) it is recessed inwardly to form the first inclined-plane (126) towards the side of second convex block (124), on the draw runner (134) and institute State the opposite one end of the first convex block (123) and be equipped with the second inclined-plane (135) being adapted with first inclined-plane (126).

6. intelligence graphene as claimed in claim 4 autothermally panel control system, it is characterised in that the far-infrared reflection film (16) it is laid between first groove (131) and second groove (132).