CN108797934A - A kind of new energy changes in temperature floor - Google Patents
A kind of new energy changes in temperature floor Download PDFInfo
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- CN108797934A CN108797934A CN201810683677.8A CN201810683677A CN108797934A CN 108797934 A CN108797934 A CN 108797934A CN 201810683677 A CN201810683677 A CN 201810683677A CN 108797934 A CN108797934 A CN 108797934A
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- floor
- main body
- heating layer
- temperature
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F15/00—Flooring
- E04F15/02—Flooring or floor layers composed of a number of similar elements
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D13/00—Electric heating systems
- F24D13/02—Electric heating systems solely using resistance heating, e.g. underfloor heating
- F24D13/022—Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements
- F24D13/024—Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements in walls, floors, ceilings
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F2290/00—Specially adapted covering, lining or flooring elements not otherwise provided for
- E04F2290/02—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets
- E04F2290/023—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets for heating
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Central Heating Systems (AREA)
- Floor Finish (AREA)
Abstract
The invention discloses a kind of new energy changes in temperature floors, including floor main body, six angles of floor main body are closely fitted with six groups of energization stabilizer blades, the upper end of floor main body is closely fitted with porcelain plate, the lower end of porcelain plate is closely fitted with layer of wood, heating layer is installed in the middle part of floor main body, the lower end of heating layer is installed with ventilating layer, the inside of ventilating layer, which is run through, is connected with multigroup hot and cold air duct and connector, the junction of heating layer and ventilating layer is closely fitted with the second insulating layer, and the lower end of ventilating layer is closely fitted with the first insulating layer.The new energy changes in temperature floor, using " regular hexagon " floor main body, it ensure that the close installation of floor main body, the water penetration on floor main body surface is avoided to inside, heat conduction is carried out using layer of wood, improves the harmony of heating layer heat conduction, changes in temperature processing is carried out using solar energy and ventilation, it is effectively accomplished environmental protection and energy saving effect, increases the working efficiency on changes in temperature floor.
Description
Technical field
The present invention relates to floor fields, more particularly to a kind of new energy changes in temperature floor.
Background technology
Floor for the floor member changes in temperature processing inside house is a kind of changes in temperature floor, including floor main body, appearance
Layer, inner water tube, the water inside inner water tube circulate, and to carry out cold-heat treatment to house inside, increase cold and hotly
The working efficiency of plate, but in the floor that some carry out cold-heat treatment using electric energy to floor, the water proofing property on floor is poor, easily leads
It causes water penetration to inside, makes internal wiring that short circuit phenomenon occur.
Authorization Notice No. is that the Chinese patent of CN204418593U discloses a kind of changes in temperature floor, by floor body
One layer of metal heat-conducting plate is covered, the heat between water pipe and floor can be made to transmit more uniform, and floor is enabled to integrally to tie
Structure is more smooth, and anti-pressure ability is strong, will not be deformed because of long-time service or load-carrying, and floor panel structure is simple, metal heat-conducting plate
Lower surface is provided with thermal trough, and thermal trough and water pipe mounting groove intersect perforation, keep the heat transfer on the floor more rapid uniform,
The top layer on floor is equipped with outer layer made of wood materials, increases the comfort level on floor, but existing floor is cold in progress
When thermal effect, cause uneven in temperature even, and floor easily leads to internal wiring short circuit, and to changes in temperature to the poor sealing of water
When plate is heated, energy consumption is big, easily causes the wasting of resources.
Invention content
In view of the deficienciess of the prior art, the object of the present invention is to provide a kind of new energy changes in temperature floor, the new energy
Changes in temperature floor ensure that the close installation of floor main body using " regular hexagon " floor main body, avoid floor main body surface
Water penetration carries out heat conduction to inside, using layer of wood, improves the harmony of heating layer heat conduction, is carried out using solar energy and ventilation
Changes in temperature processing, is effectively accomplished environmental protection and energy saving effect, increases the working efficiency on changes in temperature floor.
The present invention above-mentioned technical purpose technical scheme is that：A kind of new energy changes in temperature floor,
Including floor main body, six angles of the floor main body are closely fitted with six groups of energization stabilizer blades, and the upper end of the floor main body is tight
Close to be fitted with porcelain plate, the lower end of the porcelain plate is closely fitted with layer of wood, heating is installed in the middle part of the floor main body
Layer, the lower end of the heating layer are installed with ventilating layer, the inside of the ventilating layer through be connected with multigroup hot and cold air duct and
The junction of connector, the heating layer and ventilating layer is closely fitted with the second insulating layer, and the lower end of the ventilating layer is closely pasted
Conjunction has the first insulating layer, the lower end of six groups of energization stabilizer blades to be closely fitted with six groups of hollow backing plates, two groups of energization stabilizer blades
Between be installed with conductive connecting, the described one end of energization stabilizer blade far from conductive connecting is installed with solar energy connection
End.
Further, for the upper wall of the heating layer through multigroup heat emission hole is connected with, multigroup heat emission hole is equal in magnitude,
And heat emission hole is uniformly through being connected in heating layer.
Further, the surrounding of the heating layer is closely fitted with heat-insulated edge, the heat-insulated edge to heat emission hole away from
From equal.
Further, the upper end of the heating layer is closely fitted with heat-conducting plate, and the heat-conducting plate is evenly arranged in heating layer
Upper end, and heat-conducting plate is fitted closely with heat emission hole.
Further, the layer of wood runs through close to one end of energization stabilizer blade is connected with six groups of compact ends, the compact end
In " arc shape ", the layer of wood, heating layer, ventilating layer are corresponding.
Further, the layer of wood is installed with engaging raised line close to one end of heating layer, and the engaging raised line is in
" strip ", and the engaging raised line is arranged in " regular hexagon ".
Further, the upper end of the energization stabilizer blade is socketed with insulating rubber, and the insulating rubber is in " cylindric ", and every
The upper end circle diameter of hot rubber is more than lower end turn diameter.
Further, it is installed with conductive ring in the middle part of the energization stabilizer blade, the conductive ring is close to floor main body
One end is fitted closely with heating layer.
In conclusion the invention has the advantages that：
1, the new energy changes in temperature floor, floor main body are in " regular hexagon ", and six angles of floor main body are closely fitted with six groups and lead to
Electric stabilizer blade is mounted on energization stabilizer blade by three groups of floor main bodies, ensure that the close installation of floor main body, avoid floor master
The water penetration in body surface face solves the problems, such as line short, improves the leakproofness of floor main body to inside.
2, the new energy changes in temperature floor, the lower end of porcelain plate are closely fitted with layer of wood, and floor master is mounted on by layer of wood
In body, the heat conduction degree of heating layer is ensure that by layer of wood, heating layer is avoided and is heated rapidly to high temperature, it is tight to solve high temperature
The problem of opening, improves the harmony of heating layer heat conduction.
3, the junction of the new energy changes in temperature floor, heating layer and ventilating layer is closely fitted with the second insulating layer, ventilating layer
Lower end be closely fitted with the first insulating layer, be arranged at the both ends of ventilating layer by the second insulating layer and the first insulating layer, ensured
Ventilating layer is not interfered by heating layer, and avoiding the heat of heating layer makes ventilating layer melting phenomenon occur, improving ventilating layer makes
Safety, meanwhile, heat preservation effectively is thermally shielded to heating layer and ventilating layer, improves the heat preservation of heating layer and ventilating layer
Effect increases the changes in temperature effect on changes in temperature floor.
The lower end on 4, the new energy changes in temperature floor, heating layer is installed with ventilating layer, and the inside of ventilating layer is through connection
There are multigroup hot and cold air duct and connector, hot and cold air duct and the multi-layer intercrossed arrangement of connector, the hot and cold air duct opposite with connector
It answers, by the hot and cold air duct and connector in ventilating layer, multiple floor main bodies is effectively made effectively to be connected, it is cold in ensure that
The circulation of hot-air avoids ventilating layer connection and air leakage phenomena occurs, increases the working efficiency on changes in temperature floor.
5, the new energy changes in temperature floor, the one end of energization stabilizer blade far from conductive connecting are installed with solar energy connection
End, is connected with solar power generation by solar energy connecting pin, the feature of environmental protection on changes in temperature floor is ensure that, when in power-off condition
Under, so that heating layer is worked on ventilating layer, to reach energy conservation and environmental protection effect.
Description of the drawings
Fig. 1 is the floor main body structural schematic diagram of the present embodiment；
Fig. 2 is the floor main body internal structure schematic diagram of the present embodiment；
Fig. 3 is the energization stand bar structure schematic diagram of the present embodiment；
Fig. 4 is the wooden schematic diagram of a layer structure of the present embodiment；
Fig. 5 is the heating layer overlooking structure diagram of the present embodiment.
In figure：1, floor main body；2, porcelain plate；3, energization stabilizer blade；301, insulating rubber；302, conductive ring；303, hollow pad
Plate；304, conductive connecting；305, solar energy connecting pin；4, layer of wood；401, compact end；402, engage raised line；5, heating layer；
501, heat-insulated edge；502, heat emission hole；503, heat-conducting plate；6, ventilating layer；601, hot and cold air duct；602, connector；603, first
Insulating layer；604, the second insulating layer.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Embodiment one,
- 4 are please referred to Fig.1, the present invention provides a kind of technical solution：A kind of new energy changes in temperature floor, including floor main body 1, floor
Main body 1 is in " regular hexagon ", and six angles of floor main body 1 are closely fitted with six groups of energization stabilizer blades 3, pass through three groups of floor main bodies 1
On energization stabilizer blade 3, the close installation of floor main body 1 ensure that, avoid the water penetration on 1 surface of floor main body in
Portion solves the problems, such as line short, improves the leakproofness of floor main body 1, and the upper end of floor main body 1 is closely fitted with porcelain plate
2, keep 1 outer wall of floor main body more smooth, increases the smooth feeling of floor main body 1, the lower end of porcelain plate 2 is closely fitted with layer of wood 4,
It is mounted in floor main body 1 by layer of wood 4, since layer of wood 4 is constituted for organic matter, ensure that the heat conduction degree of heating layer 5,
It avoids heating layer 5 and is heated rapidly to high temperature, solve the problems, such as high-temperature tension, improve the harmony of 5 heat conduction of heating layer, ground
The middle part of plate body 1 is installed with heating layer 5, and the lower end of heating layer 5 is installed with ventilating layer 6, and the inside of ventilating layer 6 is passed through
It wears and is connected with multigroup hot and cold air duct 601 and connector 602, hot and cold air duct 601 and 602 multi-layer intercrossed arrangement of connector, cold-hot wind
Pipe 601 is corresponding with connector 602, by the hot and cold air duct 601 and connector 602 in ventilating layer 6, effectively makes multiple floors
Main body 1 is effectively connected, and ensure that the circulation of middle hot and cold air, avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increase
The working efficiency on changes in temperature floor, heating layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, ventilating layer 6
Lower end is closely fitted with the first insulating layer 603, is arranged the two of ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603
End, ensure that ventilating layer 6 is not interfered by heating layer 5, and avoiding the heat of heating layer 5 makes ventilating layer 6 melting phenomenon occur, improve
The safety that ventilating layer 6 uses, meanwhile, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves heating layer 5
With the heat insulation effect of ventilating layer 6, the changes in temperature effect on changes in temperature floor is increased, the lower end of six groups of energization stabilizer blades 3 is closely fitted with six
The hollow backing plate 303 of group, six groups of 303 lower ends of hollow backing plate form hollow outs, by six groups of hollow backing plates 303, ensure that heating layer 5 with
The harmony of 6 cold and hot effect of ventilating layer prevents heating layer 5 from disappearing with the heat conduction in ventilating layer 6, improves the cold of changes in temperature floor
Effect is warmed up, is installed with conductive connecting 304 between two groups of energization stabilizer blades 3, energization stabilizer blade 3 is far from conductive connecting 304
One end is installed with solar energy connecting pin 305, and solar energy connecting pin 305 is connected with solar power generation, is connected by solar energy
Connect end 305 with solar power generation to be connected, ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, make heating layer 5 and
Ventilating layer 6 works on, to reach energy conservation and environmental protection effect.
Embodiment two,
In embodiment, a kind of new energy changes in temperature floor, including floor main body 1, floor main body 1 are in " regular hexagon ", floor master
Six angles of body 1 are closely fitted with six groups of energization stabilizer blades 3, are mounted on energization stabilizer blade 3, be ensure that by three groups of floor main bodies 1
The close installation of floor main body 1 avoids the water penetration on 1 surface of floor main body to inside, solves the problems, such as line short, carry
The high leakproofness of floor main body 1, the upper end of floor main body 1 are closely fitted with porcelain plate 2, keep 1 outer wall of floor main body more smooth, increase
Add the smooth feeling of floor main body 1, the lower end of porcelain plate 2 to be closely fitted with layer of wood 4, floor main body 1 is mounted on by layer of wood 4
In, since layer of wood 4 is constituted for organic matter, it ensure that the heat conduction degree of heating layer 5, avoid heating layer 5 and be heated rapidly to height
Temperature solves the problems, such as high-temperature tension, improves the harmony of 5 heat conduction of heating layer, and the middle part of floor main body 1, which is installed with, to be added
The lower end of thermosphere 5, heating layer 5 is installed with ventilating layer 6, and the inside of ventilating layer 6, which is run through, is connected with 601 He of multigroup hot and cold air duct
Connector 602, hot and cold air duct 601 and 602 multi-layer intercrossed arrangement of connector, hot and cold air duct 601 is corresponding with connector 602, leads to
The hot and cold air duct 601 and connector 602 in ventilating layer 6 are crossed, so that multiple floor main bodies 1 is effectively connected, ensure that
The circulation of middle hot and cold air avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increases the working efficiency on changes in temperature floor, heat
Layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, and the lower end of ventilating layer 6 is closely fitted with the first insulating layer
603, it is arranged at the both ends of ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603, ensure that ventilating layer 6 is not heated
Layer 5 interferes, and avoiding the heat of heating layer 5 makes ventilating layer 6 melting phenomenon occur, improves the safety that ventilating layer 6 uses, together
When, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves the heat insulation effect of heating layer 5 and ventilating layer 6, is increased
The changes in temperature effect on changes in temperature floors, the lower end of six groups of energization stabilizer blades 3 are closely fitted with six groups of hollow backing plates 303, six groups of hollow pads
303 lower end of plate forms hollow out and ensure that the harmony of heating layer 5 and 6 cold and hot effect of ventilating layer by six groups of hollow backing plates 303,
It prevents from heating layer 5 from conducting with the heat in ventilating layer 6 to disappear, the changes in temperature effect on raising changes in temperature floor, between two groups of energization stabilizer blades 3
It is installed with conductive connecting 304, the one end of energization stabilizer blade 3 far from conductive connecting 304 is installed with solar energy connection
End 305, solar energy connecting pin 305 is connected with solar power generation, is connected with solar power generation by solar energy connecting pin 305
It connects, ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, heating layer 5 is made to work on ventilating layer 6, to reach
It is acted on to energy conservation and environmental protection.
In embodiment, the upper wall of heating layer 5, which runs through, is connected with multigroup heat emission hole 502,502 size phase of multigroup heat emission hole
Deng, and heat emission hole 502 is effectively arranged the heat in heating layer 5 by heat emission hole 502 uniformly through being connected in heating layer 5
It avoids 5 instantaneous high-temperature of heating layer to radiate to heating layer 5 to 303 lower end of hollow backing plate and high temperature is caused to scald, from
And reach safeguard protection effect.
Embodiment three,
In embodiment, a kind of new energy changes in temperature floor, including floor main body 1, floor main body 1 are in " regular hexagon ", floor master
Six angles of body 1 are closely fitted with six groups of energization stabilizer blades 3, are mounted on energization stabilizer blade 3, be ensure that by three groups of floor main bodies 1
The close installation of floor main body 1 avoids the water penetration on 1 surface of floor main body to inside, solves the problems, such as line short, carry
The high leakproofness of floor main body 1, the upper end of floor main body 1 are closely fitted with porcelain plate 2, keep 1 outer wall of floor main body more smooth, increase
Add the smooth feeling of floor main body 1, the lower end of porcelain plate 2 to be closely fitted with layer of wood 4, floor main body 1 is mounted on by layer of wood 4
In, since layer of wood 4 is constituted for organic matter, it ensure that the heat conduction degree of heating layer 5, avoid heating layer 5 and be heated rapidly to height
Temperature solves the problems, such as high-temperature tension, improves the harmony of 5 heat conduction of heating layer, and the middle part of floor main body 1, which is installed with, to be added
The lower end of thermosphere 5, heating layer 5 is installed with ventilating layer 6, and the inside of ventilating layer 6, which is run through, is connected with 601 He of multigroup hot and cold air duct
Connector 602, hot and cold air duct 601 and 602 multi-layer intercrossed arrangement of connector, hot and cold air duct 601 is corresponding with connector 602, leads to
The hot and cold air duct 601 and connector 602 in ventilating layer 6 are crossed, so that multiple floor main bodies 1 is effectively connected, ensure that
The circulation of middle hot and cold air avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increases the working efficiency on changes in temperature floor, heat
Layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, and the lower end of ventilating layer 6 is closely fitted with the first insulating layer
603, it is arranged at the both ends of ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603, ensure that ventilating layer 6 is not heated
Layer 5 interferes, and avoiding the heat of heating layer 5 makes ventilating layer 6 melting phenomenon occur, improves the safety that ventilating layer 6 uses, together
When, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves the heat insulation effect of heating layer 5 and ventilating layer 6, is increased
The changes in temperature effect on changes in temperature floors, the lower end of six groups of energization stabilizer blades 3 are closely fitted with six groups of hollow backing plates 303, six groups of hollow pads
303 lower end of plate forms hollow out and ensure that the harmony of heating layer 5 and 6 cold and hot effect of ventilating layer by six groups of hollow backing plates 303,
It prevents from heating layer 5 from conducting with the heat in ventilating layer 6 to disappear, the changes in temperature effect on raising changes in temperature floor, between two groups of energization stabilizer blades 3
It is installed with conductive connecting 304, the one end of energization stabilizer blade 3 far from conductive connecting 304 is installed with solar energy connection
End 305, solar energy connecting pin 305 is connected with solar power generation, is connected with solar power generation by solar energy connecting pin 305
It connects, ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, heating layer 5 is made to work on ventilating layer 6, to reach
It is acted on to energy conservation and environmental protection.
In embodiment, the upper wall of heating layer 5, which runs through, is connected with multigroup heat emission hole 502,502 size phase of multigroup heat emission hole
Deng, and heat emission hole 502 is effectively arranged the heat in heating layer 5 by heat emission hole 502 uniformly through being connected in heating layer 5
It avoids 5 instantaneous high-temperature of heating layer to radiate to heating layer 5 to 303 lower end of hollow backing plate and high temperature is caused to scald, from
And reach safeguard protection effect.The surrounding of heating layer 5 is closely fitted with heat-insulated edge 501, and heat-insulated edge 501 arrives heat emission hole 502
Distance it is equal, by heat-insulated edge 501, effectively the heating layer 5 in two groups of floor main bodies 1 is separated, avoids two
5 heat of heating layer conduction in group floor main body 1, to reach heat insulation.
Example IV,
In embodiment, a kind of new energy changes in temperature floor, including floor main body 1, floor main body 1 are in " regular hexagon ", floor master
Six angles of body 1 are closely fitted with six groups of energization stabilizer blades 3, are mounted on energization stabilizer blade 3, be ensure that by three groups of floor main bodies 1
The close installation of floor main body 1 avoids the water penetration on 1 surface of floor main body to inside, solves the problems, such as line short, carry
The high leakproofness of floor main body 1, the upper end of floor main body 1 are closely fitted with porcelain plate 2, keep 1 outer wall of floor main body more smooth, increase
Add the smooth feeling of floor main body 1, the lower end of porcelain plate 2 to be closely fitted with layer of wood 4, floor main body 1 is mounted on by layer of wood 4
In, since layer of wood 4 is constituted for organic matter, it ensure that the heat conduction degree of heating layer 5, avoid heating layer 5 and be heated rapidly to height
Temperature solves the problems, such as high-temperature tension, improves the harmony of 5 heat conduction of heating layer, and the middle part of floor main body 1, which is installed with, to be added
The lower end of thermosphere 5, heating layer 5 is installed with ventilating layer 6, and the inside of ventilating layer 6, which is run through, is connected with 601 He of multigroup hot and cold air duct
Connector 602, hot and cold air duct 601 and 602 multi-layer intercrossed arrangement of connector, hot and cold air duct 601 is corresponding with connector 602, leads to
The hot and cold air duct 601 and connector 602 in ventilating layer 6 are crossed, so that multiple floor main bodies 1 is effectively connected, ensure that
The circulation of middle hot and cold air avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increases the working efficiency on changes in temperature floor, heat
Layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, and the lower end of ventilating layer 6 is closely fitted with the first insulating layer
603, it is arranged at the both ends of ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603, ensure that ventilating layer 6 is not heated
Layer 5 interferes, and avoiding the heat of heating layer 5 makes ventilating layer 6 melting phenomenon occur, improves the safety that ventilating layer 6 uses, together
When, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves the heat insulation effect of heating layer 5 and ventilating layer 6, is increased
The changes in temperature effect on changes in temperature floors, the lower end of six groups of energization stabilizer blades 3 are closely fitted with six groups of hollow backing plates 303, six groups of hollow pads
303 lower end of plate forms hollow out and ensure that the harmony of heating layer 5 and 6 cold and hot effect of ventilating layer by six groups of hollow backing plates 303,
It prevents from heating layer 5 from conducting with the heat in ventilating layer 6 to disappear, the changes in temperature effect on raising changes in temperature floor, between two groups of energization stabilizer blades 3
It is installed with conductive connecting 304, the one end of energization stabilizer blade 3 far from conductive connecting 304 is installed with solar energy connection
End 305, solar energy connecting pin 305 is connected with solar power generation, is connected with solar power generation by solar energy connecting pin 305
It connects, ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, heating layer 5 is made to work on ventilating layer 6, to reach
It is acted on to energy conservation and environmental protection.
In embodiment, the upper wall of heating layer 5, which runs through, is connected with multigroup heat emission hole 502,502 size phase of multigroup heat emission hole
Deng, and heat emission hole 502 is effectively arranged the heat in heating layer 5 by heat emission hole 502 uniformly through being connected in heating layer 5
It avoids 5 instantaneous high-temperature of heating layer to radiate to heating layer 5 to 303 lower end of hollow backing plate and high temperature is caused to scald, from
And reach safeguard protection effect.In the upper end of heating layer 5, and heat-conducting plate 503 is fitted closely with heat emission hole 502, passes through heat-conducting plate
Heat in heating layer 5 is effectively transmitted in layer of wood 4 and carries out heat conduction by 503, so that the heat in heating layer 5 is transmitted to wooden
Layer 4, avoids high temperature from causing to burn to layer of wood 4, to reach safe heat-conducting effect.
Embodiment five,
In embodiment, a kind of new energy changes in temperature floor, including floor main body 1, floor main body 1 are in " regular hexagon ", floor master
Six angles of body 1 are closely fitted with six groups of energization stabilizer blades 3, are mounted on energization stabilizer blade 3, be ensure that by three groups of floor main bodies 1
The close installation of floor main body 1 avoids the water penetration on 1 surface of floor main body to inside, solves the problems, such as line short, carry
The high leakproofness of floor main body 1, the upper end of floor main body 1 are closely fitted with porcelain plate 2, keep 1 outer wall of floor main body more smooth, increase
Add the smooth feeling of floor main body 1, the lower end of porcelain plate 2 to be closely fitted with layer of wood 4, floor main body 1 is mounted on by layer of wood 4
In, since layer of wood 4 is constituted for organic matter, it ensure that the heat conduction degree of heating layer 5, avoid heating layer 5 and be heated rapidly to height
Temperature solves the problems, such as high-temperature tension, improves the harmony of 5 heat conduction of heating layer, and the middle part of floor main body 1, which is installed with, to be added
The lower end of thermosphere 5, heating layer 5 is installed with ventilating layer 6, and the inside of ventilating layer 6, which is run through, is connected with 601 He of multigroup hot and cold air duct
Connector 602, hot and cold air duct 601 and 602 multi-layer intercrossed arrangement of connector, hot and cold air duct 601 is corresponding with connector 602, leads to
The hot and cold air duct 601 and connector 602 in ventilating layer 6 are crossed, so that multiple floor main bodies 1 is effectively connected, ensure that
The circulation of middle hot and cold air avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increases the working efficiency on changes in temperature floor, heat
Layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, and the lower end of ventilating layer 6 is closely fitted with the first insulating layer
603, it is arranged at the both ends of ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603, ensure that ventilating layer 6 is not heated
Layer 5 interferes, and avoiding the heat of heating layer 5 makes ventilating layer 6 melting phenomenon occur, improves the safety that ventilating layer 6 uses, together
When, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves the heat insulation effect of heating layer 5 and ventilating layer 6, is increased
The changes in temperature effect on changes in temperature floors, the lower end of six groups of energization stabilizer blades 3 are closely fitted with six groups of hollow backing plates 303, six groups of hollow pads
303 lower end of plate forms hollow out and ensure that the harmony of heating layer 5 and 6 cold and hot effect of ventilating layer by six groups of hollow backing plates 303,
It prevents from heating layer 5 from conducting with the heat in ventilating layer 6 to disappear, the changes in temperature effect on raising changes in temperature floor, between two groups of energization stabilizer blades 3
It is installed with conductive connecting 304, the one end of energization stabilizer blade 3 far from conductive connecting 304 is installed with solar energy connection
End 305, solar energy connecting pin 305 is connected with solar power generation, is connected with solar power generation by solar energy connecting pin 305
It connects, ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, heating layer 5 is made to work on ventilating layer 6, to reach
It is acted on to energy conservation and environmental protection.
In embodiment, layer of wood 4 runs through close to one end of energization stabilizer blade 3 is connected with six groups of compact ends 401, compact end
401 be in " arc shape ", and layer of wood 4, heating layer 5, ventilating layer 6 are corresponding, is in " arc shape " by compact end 401, effectively will
Three groups of floor main bodies 1 are closely connected, and to reach sealing effect, layer of wood 4 is installed with close to one end of heating layer 5
Engage raised line 402, engaging raised line 402 is in " strip ", and engages raised line 402 and be arranged in " regular hexagon ", passes through engaging
Raised line 402 is fastened on the upper end of heating layer 5, is effectively increased the stability of layer of wood 4, to be carried out uniformly to layer of wood 4
Steady heat conduction.
Embodiment six,
In embodiment, a kind of new energy changes in temperature floor, including floor main body 1, floor main body 1 are in " regular hexagon ", floor master
Six angles of body 1 are closely fitted with six groups of energization stabilizer blades 3, are mounted on energization stabilizer blade 3, be ensure that by three groups of floor main bodies 1
The close installation of floor main body 1 avoids the water penetration on 1 surface of floor main body to inside, solves the problems, such as line short, carry
The high leakproofness of floor main body 1, the upper end of floor main body 1 are closely fitted with porcelain plate 2, keep 1 outer wall of floor main body more smooth, increase
Add the smooth feeling of floor main body 1, the lower end of porcelain plate 2 to be closely fitted with layer of wood 4, floor main body 1 is mounted on by layer of wood 4
In, since layer of wood 4 is constituted for organic matter, it ensure that the heat conduction degree of heating layer 5, avoid heating layer 5 and be heated rapidly to height
Temperature solves the problems, such as high-temperature tension, improves the harmony of 5 heat conduction of heating layer, and the middle part of floor main body 1, which is installed with, to be added
The lower end of thermosphere 5, heating layer 5 is installed with ventilating layer 6, and the inside of ventilating layer 6, which is run through, is connected with 601 He of multigroup hot and cold air duct
Connector 602, hot and cold air duct 601 and 602 multi-layer intercrossed arrangement of connector, hot and cold air duct 601 is corresponding with connector 602, leads to
The hot and cold air duct 601 and connector 602 in ventilating layer 6 are crossed, so that multiple floor main bodies 1 is effectively connected, ensure that
The circulation of middle hot and cold air avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increases the working efficiency on changes in temperature floor, heat
Layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, and the lower end of ventilating layer 6 is closely fitted with the first insulating layer
603, it is arranged at the both ends of ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603, ensure that ventilating layer 6 is not heated
Layer 5 interferes, and avoiding the heat of heating layer 5 makes ventilating layer 6 melting phenomenon occur, improves the safety that ventilating layer 6 uses, together
When, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves the heat insulation effect of heating layer 5 and ventilating layer 6, is increased
The changes in temperature effect on changes in temperature floors, the lower end of six groups of energization stabilizer blades 3 are closely fitted with six groups of hollow backing plates 303, six groups of hollow pads
303 lower end of plate forms hollow out and ensure that the harmony of heating layer 5 and 6 cold and hot effect of ventilating layer by six groups of hollow backing plates 303,
It prevents from heating layer 5 from conducting with the heat in ventilating layer 6 to disappear, the changes in temperature effect on raising changes in temperature floor, between two groups of energization stabilizer blades 3
It is installed with conductive connecting 304, the one end of energization stabilizer blade 3 far from conductive connecting 304 is installed with solar energy connection
End 305, solar energy connecting pin 305 is connected with solar power generation, is connected with solar power generation by solar energy connecting pin 305
It connects, ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, heating layer 5 is made to work on ventilating layer 6, to reach
It is acted on to energy conservation and environmental protection.
In embodiment, the upper end of energization stabilizer blade 3 is socketed with insulating rubber 301, and insulating rubber 301 is in " cylindric ", and
The upper end circle diameter of insulating rubber 301 ensure that the safety that energization stabilizer blade 3 uses more than lower end turn diameter by insulating rubber 301
Property, avoiding external high temperature has an impact energization stabilizer blade 3, to increase the safety of the energization of energization stabilizer blade 3, energization stabilizer blade
3 middle part is installed with conductive ring 302, and conductive ring 302 fits closely close to one end of floor main body 1 and heating layer 5, passes through
Conductive ring 302 is fitted closely with heating layer 5, and electric energy is effectively transmitted to heating layer 5, and heating layer 5 is made to be heated, to reach
To power effect.
Specific implementation process, when user carries out in use, first, first by energization stabilizer blade 3 the new energy changes in temperature floor
Mounting arrangements in a room, make energization stabilizer blade 3 be arranged in " regular hexagon ", then floor main body 1 is positioned over energization stabilizer blade 3
Upper end, since the outer end of floor main body 1 is provided with six groups of compact ends 401, and compact end 401 is in " arc shape ", makes compact end 401
It is closely connect with electric stabilizer blade 3, three groups of floor main bodies 1 is closely connected, sealing state is just formed, reach waterproof work
With then, in no electricity, solar energy connecting pin 305 of the energization stabilizer blade 3 far from 304 one end of conductive connecting is connected
Solar power generation is connect, to reach environmental-protection function, at this point, conductive connecting 304 connects power supply, conductive ring 302 makes power supply conduct
It is heated to heating layer 5, insulating rubber 301 avoids power supply and is oriented to floor surface, secondly adds to reach the electric effect of resistance
Heat is transmitted to layer of wood 4 by thermosphere 5 by heat-conducting plate 503, and porcelain plate 2 is made to be evenly heated, at this moment, in installation floor main body 1,
Multigroup floor main body 1 is set closely to be connected, hot and cold air duct 601 and connector 602 are closely connected at this time, make ventilating layer 6
Compact connection makes changes in temperature floor reach changes in temperature effect to reach cold air ventilation, and then, the first insulating layer 603 and second is protected
Warm layer 604 is effectively accomplished anti-flaming thermal-insulation effect, to increase the working efficiency on changes in temperature floor.The new energy changes in temperature floor,
Floor main body 1 is in " regular hexagon ", and six angles of floor main body 1 are closely fitted with six groups of energization stabilizer blades 3, pass through three groups of floor masters
Body 1 is mounted on energization stabilizer blade 3, ensure that the close installation of floor main body 1, the water penetration for avoiding 1 surface of floor main body arrives
Inside solves the problems, such as line short, improves the leakproofness of floor main body 1.The new energy changes in temperature floor, under porcelain plate 2
End is closely fitted with layer of wood 4, is mounted in floor main body 1 by layer of wood 4, ensure that leading for heating layer 5 by layer of wood 4
Hot degree avoids heating layer 5 and is heated rapidly to high temperature, solves the problems, such as high-temperature tension, improves the equal of 5 heat conduction of heating layer
Weighing apparatus property.The new energy changes in temperature floor, heating layer 5 and the junction of ventilating layer 6 are closely fitted with the second insulating layer 604, ventilating layer 6
Lower end be closely fitted with the first insulating layer 603, be arranged in ventilating layer 6 by the second insulating layer 604 and the first insulating layer 603
Both ends ensure that ventilating layer 6 is not interfered by heating layer, avoids the heat of heating layer 5 and ventilating layer 6 is made melting phenomenon occur, carry
The safety that high ventilating layer 6 uses, meanwhile, heat preservation effectively is thermally shielded to heating layer 5 and ventilating layer 6, improves heating
The heat insulation effect of layer 5 and ventilating layer 6, increases the changes in temperature effect on changes in temperature floor.The new energy changes in temperature floor, under heating layer 5
End is installed with ventilating layer 6, and the inside of ventilating layer 6, which is run through, is connected with multigroup hot and cold air duct 601 and connector 602, cold-hot wind
Pipe 601 and 602 multi-layer intercrossed arrangement of connector, the hot and cold air duct 601 is corresponding with connector 602, by ventilating layer 6
Hot and cold air duct 601 and connector 602, effectively make multiple floor main bodies effectively be connected, ensure that the stream of middle hot and cold air
It is logical, it avoids the connection of ventilating layer 6 and air leakage phenomena occurs, increase the working efficiency on changes in temperature floor.The new energy changes in temperature floor leads to
The one end of electric stabilizer blade 3 far from conductive connecting is installed with solar energy connecting pin 305, by solar energy connecting pin 305 and too
Sun, which can generate electricity, to be connected, and ensure that the feature of environmental protection on changes in temperature floor, under power-off condition, heating layer 5 is made to continue with ventilating layer 6
Work, to reach energy conservation and environmental protection effect.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, people in the art
Member can as needed make the present embodiment the modification of not creative contribution after reading this specification, but as long as at this
It is all protected by Patent Law in the right of invention.
Claims (9)
1. a kind of new energy changes in temperature floor, including floor main body（1）, it is characterised in that：The floor main body（1）Six angles it is tight
It is close to be fitted with six groups of energization stabilizer blades（3）, the floor main body（1）Upper end be closely fitted with porcelain plate（2）, the porcelain plate（2）'s
Lower end is closely fitted with layer of wood（4）, the floor main body（1）Middle part be installed with heating layer（5）, the heating layer
（5）Lower end be installed with ventilating layer（6）, the ventilating layer（6）Inside through being connected with multigroup hot and cold air duct（601）With
Connector（602）, the heating layer（5）With ventilating layer（6）Junction be closely fitted with the second insulating layer（604）, described logical
Stratification of wind（6）Lower end be closely fitted with the first insulating layer（603）, six groups of energization stabilizer blades（3）Lower end be closely fitted with six
The hollow backing plate of group（303）, two groups of energization stabilizer blades（3）Between be installed with conductive connecting（304）, the energization stabilizer blade
（3）Far from conductive connecting（304）One end be installed with solar energy connecting pin（305）.
2. a kind of new energy changes in temperature floor according to claim 1, it is characterised in that：The heating layer（5）Upper wall pass through
It wears and is connected with multigroup heat emission hole（502）, multigroup heat emission hole（502）It is equal in magnitude, and heat emission hole（502）Uniformly through connection
In heating layer（5）In.
3. a kind of new energy changes in temperature floor according to claim 2, it is characterised in that：The heating layer（5）Surrounding it is tight
It is close to be fitted with heat-insulated edge（501）, the heat-insulated edge（501）To heat emission hole（502）Distance it is equal.
4. a kind of new energy changes in temperature floor according to claim 2, it is characterised in that：The heating layer（5）Upper end it is tight
It is close to be fitted with heat-conducting plate（503）, the heat-conducting plate（503）It is evenly arranged in heating layer（5）Upper end, and heat-conducting plate（503）With
Heat emission hole（502）It fits closely.
5. a kind of new energy changes in temperature floor according to claim 1, it is characterised in that：The layer of wood（4）Close to energization
Stabilizer blade（3）One end through being connected with six groups of compact ends（401）, the compact end（401）In " arc shape ", the layer of wood
（4）, heating layer（5）, ventilating layer（6）It is corresponding.
6. a kind of new energy changes in temperature floor according to claim 1, it is characterised in that：The layer of wood（4）Close to heating
Layer（5）One end be installed with engaging raised line（402）, the engaging raised line（402）In " strip ", and the engaging raised line
（402）It is in（" regular hexagon "）It is arranged.
7. a kind of new energy changes in temperature floor according to claim 1-6, it is characterised in that：The energization stabilizer blade（3）It is upper
End cap is connected to insulating rubber（301）, the insulating rubber（301）In " cylindric ", and insulating rubber（301）Upper end circle diameter it is big
In lower end turn diameter.
8. a kind of new energy changes in temperature floor according to claim 1-7, it is characterised in that：The energization stabilizer blade（3）In
Portion is installed with conductive ring（302）, the conductive ring（302）Close to floor main body（1）One end and heating layer（5）Close patch
It closes.
9. a kind of laying method on new energy changes in temperature floor, it is characterised in that：Specifically include following steps：
S1, when user is laid with the new energy changes in temperature floor, first, first by 3 mounting arrangements of energization stabilizer blade in room
In, so that energization stabilizer blade 3 is arranged in " regular hexagon ", then floor main body 1 is positioned over 3 upper end of energization stabilizer blade, due to floor
The outer end of main body 1 is provided with six groups of compact ends 401, and compact end 401 is in " arc shape ", and compact end 401 is made to be carried out with electric stabilizer blade 3
Close connection, three groups of floor main bodies 1 are closely connected, sealing state is just formed, reaches waterproof action；
S2, then, in no electricity, by solar energy connecting pin of the energization stabilizer blade 3 far from 304 one end of conductive connecting
305 connection solar power generations, to reach environmental-protection function, at this point, conductive connecting 304 connects power supply, conductive ring 302 makes power supply
It is transmitted to heating layer 5 to be heated, insulating rubber 301 avoids power supply and is oriented to floor surface, to reach the electric effect of resistance；
S3, last, heat is transmitted to layer of wood 4 by heating layer 5 by heat-conducting plate 503, and porcelain plate 2 is made to be evenly heated, and at this moment, is being pacified
When installed floor main body 1, multigroup floor main body 1 is made closely to be connected, hot and cold air duct 601 and connector 602 carry out closely at this time
Connection, makes 6 compact connection of ventilating layer, to reach cold air ventilation, changes in temperature floor is made to reach changes in temperature effect, and then, first protects
Warm layer 603 and the second insulating layer 604 are effectively accomplished anti-flaming thermal-insulation effect, to increase the working efficiency on changes in temperature floor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810683677.8A CN108797934B (en) | 2018-06-28 | 2018-06-28 | Laying method of new energy cold and warm floor |
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|---|---|---|---|
| CN201810683677.8A CN108797934B (en) | 2018-06-28 | 2018-06-28 | Laying method of new energy cold and warm floor |
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| CN108797934B CN108797934B (en) | 2019-12-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110821087A (en) * | 2019-11-20 | 2020-02-21 | 郑州航空工业管理学院 | Laying device warms up assembled building |
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| CN108797934B (en) | 2019-12-10 |
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Effective date of registration: 20191119 Address after: 325200, Zhejiang, Wenzhou province Ruian City fairy Street drop Village Applicant after: Ruian Chuangfeng Shoes Co., Ltd Address before: 523000 Venture Capital Building, No. 8 Industrial South Road, Songshan Lake High-tech Industrial Development Zone, Dongguan City, Guangdong Province, Level 1, 112 Applicant before: Dongguan unique Electronic Technology Service Co., Ltd. |
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