CN208918192U - Graphene heating floor composite structure - Google Patents
Graphene heating floor composite structure Download PDFInfo
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- CN208918192U CN208918192U CN201821275446.5U CN201821275446U CN208918192U CN 208918192 U CN208918192 U CN 208918192U CN 201821275446 U CN201821275446 U CN 201821275446U CN 208918192 U CN208918192 U CN 208918192U
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Abstract
The utility model relates to a kind of graphene heating floor composite structures, comprising: mainboard, the splice plate for the splicing of head notch；Mainboard includes: main panel, and upper end both ends are respectively provided with the main substrate of an accommodation groove, and between main panel and main substrate and lower end is equipped with the graphene fever tablet for corresponding the connection plug being located in two accommodation grooves and connection socket；Splice plate includes: splicing panel, upper end is equipped with the splicing substrate of longitudinal through slot, connection plug and connection socket in longitudinal through slot, it both ends and connection plug and connect socket and corresponds the cable being detachably connected, in longitudinal through slot and correspond two blocks for blocking connection plug and connecting socket opposite end；One side of main substrate and splicing one side of substrate are equipped with splicing slot, and another side of main substrate and splicing another side of substrate are equipped with splicing raised line.It is convenient that electricity is filled a vacancy and connect to the graphene heating floor composite structure head notch.
Description
Technical field
The utility model relates to floor field, especially a kind of graphene heating floor composite structure.
Background technique
In cold winter, if what is be laid in family is not frosty floor tile but warm ground heating floor, that can be
The winter such as spring is enjoyed in family.Chinese Patent Application No.: 201520776500.4 utility model is with being related to a kind of floor heating
Plate, including substrate layer and the decorative layer being covered on the substrate layer, the substrate layer is multi-layer board, and the decorative layer is PVC
Surface layer, the multi-layer board are laminated in a crisscross manner by multi-layer solid wood floor and are formed, if multiple-plate upper surface offers arterial highway
Thermal trough is provided with heating wire in the thermal trough.When ground heating floor combines, adjacent two rows ground heating floor is staggeredly laid with, and is existed
The troublesome deficiency of electricity is filled a vacancy and connect to the head notch of every row's ground heating floor；Therefore, it designs a kind of head notch and fills a vacancy and connect electricity side
Just waterproof graphene heating floor, becomes urgent problem to be solved.
Utility model content
The purpose of this utility model is to overcome current ground heating floor, there are the head notch of every row's ground heating floor benefits
Lack and connect the troublesome deficiency of electricity；Therefore it provides electric convenient graphene heating floor combination knot is filled a vacancy and connect to a kind of head notch
Structure.
The specific technical solution of the utility model is:
A kind of graphene heating floor composite structure, comprising: mainboard, the splice plate for the splicing of head notch；Described
Mainboard includes: main panel, and upper end both ends are respectively provided with the main substrate of an accommodation groove, is set between main panel and main substrate and lower end
Equipped with the graphene fever tablet for corresponding the connection plug being located in two accommodation grooves and connection socket；Splice plate includes: to spell
Junction plate, upper end are equipped with the splicing substrate of longitudinal through slot, correspond the connection plug for being set to longitudinal through slot both ends and connection is inserted
Seat, both ends and connection plug and connect socket and corresponds the cable being detachably connected, in the through slot of longitudinal direction and an a pair
Connection plug should be blocked and connect two blocks of socket opposite end；One side of main substrate and splicing one side of substrate are equipped with spelling
Access slot, another side of main substrate and splicing another side of substrate are equipped with the splicing raised line being adapted to splicing slot.The graphite
When alkene heating floor composite structure combines, two longitudinally adjacent main substrates, connection plug another base on a main substrate
It is electrically connected in connection socket on plate；Laterally adjacent two rows of main substrates are staggered, and the splicing raised line of row's main substrate is embedding
Enter and splices in the splicing slot of another row's main substrate；According to the length of head notch, the splicing panel and splicing of adapted length are intercepted
It substrate, cable both ends and connection plug and connect socket one-to-one correspondence and is spirally connected；Two block one-to-one correspondence block connection plug
With connection socket opposite end, and block with longitudinal direction through slot side connect；Splicing substrate is layed in head indentation, there, splices base
It is electrically connected in the connection socket for the main substrate that the connection plug insertion of plate is located at head, or the connection of the main substrate positioned at head is inserted
It is electrically connected in the connection socket of head insertion splicing substrate；Splice the splicing raised line of substrate and the splicing slot button of adjacent main substrate
It connects, splices the splicing slot of substrate and the splicing raised line snapping of adjacent main substrate, or the splicing raised line and splicing slot of splicing substrate
With the splicing slot and splicing raised line one-to-one correspondence snapping of two main substrates for being located at adjacent two sides；The graphene heating floor
It is convenient that electricity is filled a vacancy and connect to composite structure head notch.
Preferably, the upper surface of the main substrate is set, there are two the longitudinal snap grooves for being located at accommodation groove two sides；
Main panel lower end is equipped with supporting frame；An end lower end for supporting frame is adapted to longitudinal snap groove there are two setting and corresponds snapping
Buckle joint；The upper surface of splicing substrate sets that there are two be located at longitudinal snap grooves of longitudinal through slot two sides；Splicing panel lower end
If there are two with two longitudinal one-to-one buckle joint groups of snap groove；Buckle joint group includes that several are adapted to longitudinal snap groove
And the buckle joint of snapping.The buckle joint of main panel and longitudinal snap groove snapping of main substrate, the buckle joint of splicing panel and splicing
Longitudinal snap groove snapping of substrate is assembled and disassembled, is easy to maintenance；Buckle joint group includes that several are adapted to and snapping with longitudinal snap groove
Buckle joint, conducive to not only facilitate snapping but also make splicing panel truncate after retain at least two buckle joints.
Preferably, the cross-sectional shape of longitudinal snap groove and the cross-sectional shape of buckle joint is that big end is located at
The isosceles trapezoid of lower end；The lower end of buckle joint is equipped with longitudinal arched groove；The two sides of buckle joint are respectively provided with a side recess.It is longitudinal
The cross-sectional shape of snap groove and the cross-sectional shape of buckle joint are the isosceles trapezoid that big end is located at lower end, and snapping is firm；Arch
Connected in star is conducive to buckle joint and longitudinal snap groove snapping and tripping, and side recess, which is conducive to insertion tool, makes buckle joint and longitudinal snap groove
Tripping.
Preferably, the main substrate is equipped with the through-hole that several cross-sectional shapes through both ends are ellipse；It is main
Substrate lower end is equipped with the bottom groove that several cross-sectional shapes through both ends are arch.Bottom groove and through-hole are conducive to mitigate base
Plate weight and vibration and noise reducing.
Preferably, the cross-sectional shape of the cross-sectional shape of the splicing slot and splicing raised line is streamlined.It spells
The cross-sectional shape of the cross-sectional shape of access slot and splicing raised line be it is streamlined, the resistance of substrate splicing can be reduced, can
The force dispersion at edge is reduced stress, extends substrate service life.
Compared with prior art, the utility model has the beneficial effects that the graphene heating floor composite structure head
It is convenient that electricity is filled a vacancy and connect to portion's notch.The buckle joint of main panel and longitudinal snap groove snapping of main substrate, the buckle joint of splicing panel
With longitudinal snap groove snapping of splicing substrate, assembles and disassembles, is easy to maintenance；Buckle joint group include several be adapted to longitudinal snap groove and
The buckle joint of snapping, conducive to not only facilitate snapping but also make splicing panel truncate after retain at least two buckle joints.Longitudinal snap groove
The cross-sectional shape of cross-sectional shape and buckle joint is the isosceles trapezoid that big end is located at lower end, and snapping is firm；Arcuate recess benefit
In buckle joint and longitudinal snap groove snapping and tripping, side recess, which is conducive to insertion tool, makes buckle joint and longitudinal snap groove thread off.Bottom
Groove and through-hole are conducive to mitigate substrate weight and vibration and noise reducing.Splice the cross-sectional shape of slot and the cross section shape of splicing raised line
Shape be it is streamlined, can reduce substrate splicing resistance, can the force dispersion at edge reduce stress, extend substrate use
Service life.
Detailed description of the invention
Fig. 1 is a kind of configuration schematic diagram of the mainboard of graphene heating floor composite structure；
Fig. 2 is a kind of configuration schematic diagram of the splice plate of graphene heating floor composite structure；
Fig. 3 is the left view of Fig. 1；
Fig. 4 is substrate, connection plug and connection socket, public access electric wire and female top view connected wires；
Fig. 5 is the schematic diagram of mainboard and splice plate combination.
In figure: mainboard 1, splice plate 2, main panel 3, accommodation groove 4, main substrate 5, connection plug 6, connection socket 7, graphene
Fever tablet 8, splicing panel 9, longitudinal through slot 10, splicing substrate 11, cable 12, block 13, splicing slot 14, splicing raised line 15,
Longitudinal snap groove 16, supporting frame 17, buckle joint 18, longitudinal arched groove 19, side recess 20, through-hole 21, bottom groove 22.
Specific embodiment
The utility model is described further shown in reference to the accompanying drawing.
As shown in attached drawing 1, attached drawing 2, attached drawing 3, attached drawing 4, attached drawing 5: a kind of graphene heating floor composite structure, comprising:
Mainboard 1, the splice plate 2 for the splicing of head notch；The mainboard 1 includes: main panel 3, and upper end both ends are respectively provided with an appearance
The main substrate 5 for setting slot 4, between main panel 3 and main substrate 5 and lower end is equipped with to correspond and be located in two accommodation grooves 4
The graphene fever tablet 8 of connection plug 6 and connection socket 7；Splice plate 2 includes: splicing panel 9, and upper end is equipped with longitudinal through slot 10
Splicing substrate 11, correspond the connection plug 6 for being set to longitudinal 10 both ends of through slot and connection socket 7, both ends and connection plug 6
The cable 12 being spirally connected is corresponded with connection socket 7, in longitudinal through slot 10 and one-to-one correspondence blocks connection plug 6 and connects
Two blocks 13 of 7 opposite end of combination hub；5 one side of main substrate and splicing 11 1 side of substrate are equipped with splicing slot 14, main base
Another side of plate 5 and the splicing another side of substrate 11 are equipped with the splicing raised line 15 being adapted to splicing slot 14.
The upper surface of the main substrate 5 sets that there are two be located at longitudinal snap grooves 16 of 4 two sides of accommodation groove；Main panel
3 lower ends are equipped with supporting frame 17；The end lower end of supporting frame 17 is adapted to longitudinal snap groove 16 there are two setting and corresponds snapping
Buckle joint 18；The upper surface of splicing substrate 11 sets that there are two be located at longitudinal snap grooves 16 of longitudinal 10 two sides of through slot；It spells
9 lower end of junction plate set there are two with two longitudinal one-to-one buckle joint groups of snap groove 16；Buckle joint group include several with
The buckle joint 18 of longitudinal adaptation of snap groove 16 and snapping.
The cross-sectional shape of longitudinal snap groove 16 and the cross-sectional shape of buckle joint 18 are that big end is located at lower end
Isosceles trapezoid；The lower end of buckle joint 18 is equipped with longitudinal arched groove 19；The two sides of buckle joint 18 are respectively provided with a side recess 20.
The main substrate 5 is equipped with the through-hole 21 that six cross-sectional shapes through both ends are ellipse；5 lower end of main substrate
It is the bottom groove 22 of arch equipped with six cross-sectional shapes through both ends.
The cross-sectional shape of the splicing slot 14 and the cross-sectional shape of splicing raised line 15 are streamlined.
When the graphene heating floor composite structure combines, two longitudinally adjacent main substrates 5, a main substrate 5
On connection plug 6 be inserted into another substrate on connection socket 7 in be electrically connected；Laterally adjacent two rows of main substrates 5 are staggeredly set
It sets, and the splicing raised line 15 of row's main substrate 5 is embedded in the splicing slot 14 of another row's main substrate 5 and splices；According to head notch
Length intercepts the splicing panel 9 of adapted length and splicing substrate 11,12 both ends of cable and connection plug 6 and connect socket 7 one
One correspondence is spirally connected；Two blocks 13 correspond the opposite end blocked connection plug 6 and connect socket 7, and block 13 and longitudinal direction
The side of through slot 10 is spirally connected；Splicing substrate 11 is layed in head indentation, there, and the insertion of connection plug 6 of splicing substrate 11 is located at head
Main substrate 5 connection socket 7 in be electrically connected, or positioned at head main substrate 5 connection plug 6 insertion splicing substrate 11 company
It is electrically connected in combination hub 7；Splice the splicing raised line 15 of substrate 11 and 14 snapping of splicing slot of adjacent main substrate 5, splices substrate
11 splicing slot 14 and 15 snapping of splicing raised line of adjacent main substrate 5, or the splicing raised line 15 and splicing slot of splicing substrate 11
14 be located at adjacent two sides two main substrates 5 splicing slot 14 and splicing raised line 15 one-to-one correspondence snapping.
The beneficial effects of the utility model are: electricity is filled a vacancy and connect to the graphene heating floor composite structure head notch
It is convenient.The buckle joint of main panel and longitudinal snap groove snapping of main substrate, the buckle joint of splicing panel and the longitudinal direction of splicing substrate
Snap groove snapping is assembled and disassembled, is easy to maintenance；Buckle joint group includes that several are adapted to and the buckle joint of snapping with longitudinal snap groove, benefit
In not only facilitate snapping but also make splicing panel truncate after retain at least two buckle joints.The cross-sectional shape and snapping of longitudinal snap groove
The cross-sectional shape of head is the isosceles trapezoid that big end is located at lower end, and snapping is firm；Arcuate recess is conducive to buckle joint and longitudinal button
Access slot snapping and tripping, side recess, which is conducive to insertion tool, makes buckle joint and longitudinal snap groove thread off.Bottom groove and through-hole, conducive to subtracting
Light substrate weight and vibration and noise reducing.Splice slot cross-sectional shape and splicing raised line cross-sectional shape be it is streamlined, can
The resistance of substrate splicing is reduced, the force dispersion at edge can be reduced stress, extend substrate service life.
In addition to the implementation, in the range disclosed in claims of the utility model and specification, this is practical
Novel technical characteristic or technical data can be reselected and be combined, to constitute new embodiment, these are all these
Field technical staff is without carrying out what creative work can be realized, therefore the implementation that these the utility model are not described in
Example also should be regarded as specific embodiment of the utility model and be within the protection scope of the utility model.
Claims (5)
1. a kind of graphene heating floor composite structure, comprising: mainboard, the splice plate for the splicing of head notch；It is characterized in that
The mainboard includes: main panel, and upper end both ends are respectively provided with the main substrate of an accommodation groove, is set between main panel and main substrate
And lower end is equipped with the graphene fever tablet for corresponding the connection plug being located in two accommodation grooves and connection socket；Splice plate packet
Include: splicing panel, upper end are equipped with the splicing substrate of longitudinal through slot, correspond the connection plug for being set to longitudinal through slot both ends and company
Combination hub, both ends and connection plug and connect socket and corresponds the cable being detachably connected, and is set in longitudinal through slot and one
One corresponding two blocks for blocking connection plug and connecting socket opposite end；One side of main substrate and splicing one side of substrate are all provided with
There is splicing slot, another side of main substrate and splicing another side of substrate are equipped with the splicing raised line being adapted to splicing slot.
2. graphene heating floor composite structure according to claim 1, it is characterized in that: the upper surface of the main substrate
If there are two the longitudinal snap grooves for being located at accommodation groove two sides；Main panel lower end is equipped with supporting frame；The end lower end of supporting frame
If there are two the buckle joints that snapping is adapted to and corresponded with longitudinal snap groove；Position is distinguished there are two setting in the upper surface of splicing substrate
Longitudinal snap groove in longitudinal through slot two sides；Splicing panel lower end set there are two with two longitudinal one-to-one snappings of snap groove
Head group；Buckle joint group includes that several are adapted to and the buckle joint of snapping with longitudinal snap groove.
3. graphene heating floor composite structure according to claim 1 or 2, it is characterized in that: longitudinal snap groove
Cross-sectional shape and the cross-sectional shape of buckle joint be isosceles trapezoid that big end is located at lower end；The lower end of buckle joint is equipped with vertical
To arcuate recess；The two sides of buckle joint are respectively provided with a side recess.
4. graphene heating floor composite structure according to claim 1 or 2, it is characterized in that: the main substrate is equipped with
Several cross-sectional shapes through both ends are the through-hole of ellipse；Main substrate lower end is equipped with through several cross sections at both ends
Shape is the bottom groove of arch.
5. graphene heating floor composite structure according to claim 1 or 2, it is characterized in that: the cross of the splicing slot
The cross-sectional shape of cross sectional shape and splicing raised line is streamlined.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821275446.5U CN208918192U (en) | 2018-08-08 | 2018-08-08 | Graphene heating floor composite structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821275446.5U CN208918192U (en) | 2018-08-08 | 2018-08-08 | Graphene heating floor composite structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208918192U true CN208918192U (en) | 2019-05-31 |
Family
ID=66702731
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821275446.5U Active CN208918192U (en) | 2018-08-08 | 2018-08-08 | Graphene heating floor composite structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208918192U (en) |
-
2018
- 2018-08-08 CN CN201821275446.5U patent/CN208918192U/en active Active
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