CN207582699U - A kind of high efficiency heat absorption heat-preserving wall device - Google Patents
A kind of high efficiency heat absorption heat-preserving wall device Download PDFInfo
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- CN207582699U CN207582699U CN201721625902.XU CN201721625902U CN207582699U CN 207582699 U CN207582699 U CN 207582699U CN 201721625902 U CN201721625902 U CN 201721625902U CN 207582699 U CN207582699 U CN 207582699U
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- stent
- heat
- cube
- fixedly mounted
- heat absorption
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Abstract
The utility model discloses a kind of high efficiency heat absorption heat-preserving wall devices, including heat-insulation support device, the heat-insulation support device is by stent cube, it is fixedly mounted on the collapsible supporting leg device of stent cube lower part surrounding, it is fixedly mounted on what the heat sink on stent cube top collectively formed, the stent cube is internally provided with two vertical helical mounts, heat conduction hose is wrapped on the two vertical helical mount, the two vertical helical mount both sides are respectively equipped with heat transfer baffle, the stent cube internal heat that is located at is transmitted on the outside of baffle equipped with insulating layer device, all around four surfaces are respectively equipped with wallpaper set to the stent cube, temperature monitoring device is equipped between the heat absorption vertical pole, the stent cube body side surface is equipped with control device.The beneficial effects of the utility model are of simple structure and strong practicabilitys.
Description
Technical field
The present invention relates to insulated wall field, particularly a kind of high efficiency heat absorption heat-preserving wall device.
Background technology
Building mainly uses outer wall heat insulating mostly at present.There are mainly three types of forms, the first is directly to be sprayed on wall
Polyurethane hard bubble thermal insulation material etc., heat insulation effect is preferable, but easy to aging, contraction and cracking under sunlight, is not easy to construct, make
Valency is higher；For second using bonding modeling polyphenyl alkene second plate, its main problem is that cost is too high, every square metre more than 150 yuan with
On；The third is staggeredly to be mixed to form insulating layer for up to six or seven layers etc. using benzene plate, silk screen, mortar, powder and coating, although it
With preferable heat insulation effect, material price is cheap, but is not easy to construct, and layer and layer are easy to fall off, crack, and fire line is also not very good,
Construction efficiency is not high.At present, the newly-built of centralized heating, enlarging, reconstruction are set up in severe cold, cold district and hot-summer and cold-winter area
Residential architecture mostly using the third form carry out external wall body thermal insulation.
Invention content
The purpose of the present invention is to solve the above problems, devise a kind of high efficiency heat absorption heat-preserving wall device.
Realize above-mentioned purpose the technical scheme is that, a kind of high efficiency heat absorption heat-preserving wall device, including heat-insulation support
Device, the heat-insulation support device are by stent cube, are fixedly mounted on the collapsible supporting leg of stent cube lower part surrounding
Device is fixedly mounted on what the heat sink on stent cube top collectively formed, the collapsible supporting leg device be by with branch
The Hinge being connected of frame cuboid bottom surrounding, the inclination supporting leg being connected with Hinge, positioned at tilt supporting leg from
It is collectively formed by the lateral fixed supporting leg held, the heat sink is the suction by being fixedly mounted on stent cube top surrounding
Hot vertical pole, is fixedly mounted on heat absorption vertical pole at the fixed connection apparatus for connecting heat absorption vertical pole and cube top
The heat absorption bottom plate of top free ends, the heat absorption hole for being uniformly opened in heat absorption bottom plate surrounding, the black heat absorption positioned at heat absorption bottom plate top
Plate, the heat absorption hook for being fixedly mounted on black heat absorption postlaminar part surrounding, the heat conduction hose for being fixedly mounted on heat absorption bottom plate side surface
It collectively forms, the stent cube is internally provided with two vertical helical mounts, is wrapped and leads on the two vertical helical mount
Hot hose, the two vertical helical mount both sides are respectively equipped with heat transfer baffle, described to be located at stent cube internal heat
It transmits and insulating layer device is equipped on the outside of baffle, the insulating layer device is by being fixedly mounted on the outermost decoration of stent cube
Layer, the anti-cracking protective layer inside decorative layer, the insulating layer inside anti-cracking protective layer, the mortar inside insulating layer
Levelling face is fixedly mounted on what the base course wall at mortar levelling face rear portion collectively formed, the stent cube all around four
A surface is respectively equipped with wallpaper set, and the wallpaper set is the wallpaper by being fixedly mounted on stent cube all around quadrangle
Stent, the wallpaper backboard being fixedly mounted on wallpaper stent, the wallpaper being attached on wallpaper backboard collectively form, and the heat absorption is perpendicular
Temperature monitoring device is equipped between allotment bar, the temperature monitoring device is by being fixedly mounted on vertical pole top 1/3rd
The transverse temperature monitoring board at place, the detection hole for being opened in transverse temperature monitoring board free end, the monitoring across detection hole are linked up with, are fixed
Mounted on monitoring hook lower free end monitoring box body, be fixedly mounted on monitor tray interior temperature monitoring collectively form
, the stent cube body side surface is equipped with control device；
One end of the heat conduction hose is connected with black absorber plate, and the other end extends to the cubical inside of stent；
The decorative layer is collectively formed by flexible waterproof putty, the coating for being coated in flexible waterproof putty outer surface；
The anti-cracking protective layer be by be fixedly connected with flexible waterproof putty cracking resistance rubber cement, positioned at cracking resistance rubber cement rear portion
Alkali resistant glass fibre open weave cloth, the cracking resistance rubber cement positioned at alkali resistant glass fibre open weave cloth rear portion, the plastic expansion that is fixedly connected with cracking resistance rubber cement
What anchor bolt collectively formed.
Using technical scheme of the present invention make a kind of high efficiency heat absorption heat-preserving wall device, not only heat insulation effect well can also
Heat absorption heat preservation is enough carried out by absorber plate.
Description of the drawings
Fig. 1 is a kind of structure diagram of high efficiency heat absorption heat-preserving wall device of the present invention；
Fig. 2 is the structure diagram of insulating layer device of the present invention；
Fig. 3 is the structure diagram of temperature monitoring device of the present invention；
Fig. 4 is the structure diagram of controller of the present invention；
In figure, 1, stent cube；2nd, Hinge；3rd, supporting leg is tilted；4th, fixed supporting leg；5th, heat absorption vertical pole；6、
Absorb heat bottom plate；7th, outlet；8th, heat absorption hole；9th, black absorber plate；10th, heat absorption hook；11st, heat conduction hose；12nd, vertical spiral
Stent；13rd, heat transfer baffle；14th, mortar levelling face；15th, base course wall；16th, wallpaper stent；17th, wallpaper backboard；18th, wall
Paper；19th, transverse temperature monitoring board；20th, detection hole；21st, monitoring hook；22nd, box body is monitored；23rd, temperature monitoring；24th, it is flexible
Water proof putty；25th, coating；26th, cracking resistance rubber cement；27th, alkali resistant glass fibre open weave cloth；28th, cracking resistance rubber cement；29th, plastic expansion anchoring bolt；
30th, expansion polyphenyl plate；31st, adhesive linkage；32nd, box body is controlled；33rd, controller；34th, capacitance display screen；35th, PLC system.
Specific embodiment
The present invention is specifically described below in conjunction with the accompanying drawings, as shown in Figs 1-4, a kind of high efficiency heat absorption heat-preserving wall dress
It puts, including heat-insulation support device, which is characterized in that the heat-insulation support device is by stent cube 1, is fixedly mounted on stent
The collapsible supporting leg device of 1 lower part surrounding of cube, the heat sink for being fixedly mounted on 1 top of stent cube collectively form
, the collapsible supporting leg device is by the Hinge 2 being connected and Hinge 2 with 1 bottom end surrounding of stent cube
Inclination supporting leg 3, the lateral fixed supporting leg 4 positioned at 3 free end of inclination supporting leg being connected collectively form, and the heat sink is
By the heat absorption vertical pole 5, connection heat absorption vertical pole 5 and 1 top of cube that are fixedly mounted on 1 top surrounding of stent cube
Fixed connection apparatus, be fixedly mounted on heat absorption 5 top free ends of vertical pole heat absorption bottom plate 6, uniformly be opened in heat absorption bottom plate 6
The heat absorption hole 8 of surrounding, positioned at heat absorption bottom plate 6 top black absorber plate 9, be fixedly mounted on 9 rear portion surrounding of black absorber plate
Heat absorption hook 10 is fixedly mounted on what the heat conduction hose 11 of heat absorption bottom plate 6 side surface collectively formed, in the stent cube 1
Portion is equipped with two vertical helical mounts 12, and heat conduction hose 11, the two vertical spiral are wrapped on the two vertical helical mount 12
12 both sides of stent are respectively equipped with heat transfer baffle 13, and 1 internal heat of stent cube transmission baffle, 13 outside that is located at is set
There is insulating layer device, the insulating layer device is by being fixedly mounted on 1 outermost decorative layer of stent cube, positioned at decorative layer
The anti-cracking protective layer of inside, the mortar levelling face 14 inside insulating layer, is fixed the insulating layer inside anti-cracking protective layer
What the base course wall 15 mounted on 14 rear portion of mortar levelling face collectively formed, the stent cube 1 all around four surfaces
It is respectively equipped with wallpaper set, the wallpaper set is the wallpaper stent by being fixedly mounted on all around quadrangle of stent cube 1
What the wallpaper backboard 17 the 16th, being fixedly mounted on wallpaper stent 16, the wallpaper 18 being attached on wallpaper backboard 17 collectively formed, it is described
Temperature monitoring device is equipped between vertical pole 5 of absorbing heat, the temperature monitoring device is by being fixedly mounted on 5 top of vertical pole
Transverse temperature monitoring board 19 at 1/3rd, the detection hole 20 for being opened in 19 free end of transverse temperature monitoring board, across detection hole
20 monitoring hook 21, is fixedly mounted on monitoring box body at the monitoring box body 22 for being fixedly mounted on monitoring 21 lower free ends of hook
What the temperature monitoring 23 inside 22 collectively formed, 1 side surface of stent cube is equipped with control device；The heat conduction is soft
One end of pipe 11 is connected with black absorber plate 9, and the other end extends to the inside of stent cube 1；The decorative layer is by soft
Property water proof putty 24 is coated in what the coating 25 of 24 outer surface of flexible waterproof putty collectively formed；The anti-cracking protective layer be by with
Cracking resistance rubber cement 26 that flexible waterproof putty 24 is fixedly connected, positioned at 26 rear portion of cracking resistance rubber cement alkali resistant glass fibre open weave cloth 27, be located at
The cracking resistance rubber cement 28 at 27 rear portion of alkali resistant glass fibre open weave cloth, the plastic expansion anchoring bolt 29 being fixedly connected with cracking resistance rubber cement 28 collectively form
's；The insulating layer is gathered by being fixedly mounted on the expansion polyphenyl plate 30 at 29 rear portion of plastic expansion anchoring bolt, being fixedly mounted on expansion
What the adhesive linkage 31 at 30 rear portion of benzene plate collectively formed；The control device is by being fixedly mounted on 1 side surface of stent cube
Control box body 32, the controller 33 that is fixedly mounted on inside control box body 32 collectively forms；The controller 33 respectively with
Temperature monitoring 23, black absorber plate 9 are connected；The controller 33 is internally provided with capacitance display screen 34, PLC system 35, electricity
Source socket 7；The black absorber plate 9 is internally provided with heat absorption switching device；The black absorber plate 9 can be absorbed heat automatically or
Person is not absorbed heat.
The characteristics of the present embodiment is that heat-insulation support device is by stent cube, is fixedly mounted under stent cube
The collapsible supporting leg device of portion's surrounding is fixedly mounted on what the heat sink on stent cube top collectively formed, foldable branch
Leg device be by with stent cuboid bottom surrounding the Hinge being connected, the inclination supporting leg being connected with Hinge,
It is collectively formed positioned at the lateral fixed supporting leg for tilting supporting leg free end, heat sink is by being fixedly mounted on stent cube
The heat absorption vertical pole of portion's surrounding, is fixedly mounted on suction at the fixed connection apparatus of connection heat absorption vertical pole and cube top
The heat absorption bottom plate of hot vertical pole top free ends, the heat absorption hole for being uniformly opened in heat absorption bottom plate surrounding, positioned at heat absorption bottom plate top
Black absorber plate, be fixedly mounted on black heat absorption postlaminar part surrounding heat absorption hook, be fixedly mounted on heat absorption bottom plate side surface
Heat conduction hose collectively form, stent cube is internally provided with two vertical helical mounts, be wrapped on two vertical helical mounts
Heat conduction hose, two vertical helical mount both sides are respectively equipped with heat transfer baffle, transmit and keep off positioned at stent cube internal heat
Insulating layer device is equipped on the outside of plate, insulating layer device is by being fixedly mounted on the outermost decorative layer of stent cube, positioned at dress
It adorns the anti-cracking protective layer inside layer, the insulating layer inside anti-cracking protective layer, the mortar levelling face inside insulating layer, consolidate
Base course wall of the Dingan County mounted in mortar levelling face rear portion collectively forms, and all around four surfaces are respectively equipped with stent cube
Wallpaper set, wallpaper set be by be fixedly mounted on stent cube all around the wallpaper stent of quadrangle, be fixedly mounted on wall
Wallpaper backboard on paper stent, the wallpaper being attached on wallpaper backboard collectively form, and temperature is equipped between vertical pole of absorbing heat and is supervised
Device is surveyed, temperature monitoring device is by being fixedly mounted on the transverse temperature monitoring board on vertical pole top 1/3rd, being opened in
The detection hole of transverse temperature monitoring board free end, the monitoring across detection hole are linked up with, are fixedly mounted on monitoring hook lower part freedom
The monitoring box body at end, the temperature monitoring for being fixedly mounted on monitoring tray interior collectively form, and stent cube body side surface is set
There is control device, a kind of high efficiency heat absorption heat-preserving wall device made using technical scheme of the present invention, not only heat insulation effect
It also is able to well carry out heat absorption heat preservation by absorber plate.
In the present embodiment, heat-insulation support device is by stent cube, is fixedly mounted on stent cube lower part four
The collapsible supporting leg device in week is fixedly mounted on what the heat sink on stent cube top collectively formed, in stent cube
Portion is equipped with two vertical helical mounts, is wrapped heat conduction hose on two vertical helical mounts, two vertical helical mount both sides are set respectively
There is heat transfer baffle, transmitted positioned at stent cube internal heat and insulating layer device is equipped on the outside of baffle, before stent cube
Four surfaces in left and right are respectively equipped with wallpaper set afterwards, ensure its beauty, temperature monitoring device, branch are equipped between vertical pole of absorbing heat
It erects cube side surface and is equipped with control device, control device is the control box by being fixedly mounted on stent cube body side surface
Body, the controller for being fixedly mounted on control tray interior collectively form, controller can displays temperature monitoring device monitored
The data arrived.
In the present embodiment, it is transmitted positioned at stent cube internal heat and insulating layer device is equipped on the outside of baffle, heat preservation
Layer device is by being fixedly mounted on the outermost decorative layer of stent cube, the anti-cracking protective layer inside decorative layer, being located at
Insulating layer inside anti-cracking protective layer, is fixedly mounted on mortar levelling face rear portion at the mortar levelling face inside insulating layer
What base course wall collectively formed, decorative layer is by flexible waterproof putty, is coated in the common structure of coating of flexible waterproof putty outer surface
Into, anti-cracking protective layer is the cracking resistance rubber cement by being fixedly connected with flexible waterproof putty, the alkaline-resisting glass positioned at cracking resistance rubber cement rear portion
Fine grid cloth, the cracking resistance rubber cement positioned at alkali resistant glass fibre open weave cloth rear portion, the plastic expansion anchoring bolt that is fixedly connected with cracking resistance rubber cement are total to
With what is formed, insulating layer is by being fixedly mounted on the expansion polyphenyl plate at plastic expansion anchoring bolt rear portion, being fixedly mounted on expansion polyphenyl
What the adhesive linkage of postlaminar part collectively formed, control device be by be fixedly mounted on the control box body of stent cube body side surface,
The controller for being fixedly mounted on control tray interior collectively forms, controller respectively with temperature monitoring, black absorber plate phase
Connection, controller are internally provided with capacitance display screen, PLC system, outlet, the one kind made using technical scheme of the present invention
High efficiency heat absorption heat-preserving wall device, not only heat insulation effect also be able to carry out heat absorption heat preservation by absorber plate well.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art
The principle of the present invention is embodied to some variations that some of which part may be made, belongs to the scope of protection of the present invention it
It is interior.
Claims (2)
1. a kind of high efficiency heat absorption heat-preserving wall device, including heat-insulation support device, which is characterized in that the heat-insulation support device is
By stent cube (1), the collapsible supporting leg device that is fixedly mounted on stent cube (1) lower part surrounding, it is fixedly mounted on branch
The heat sink for erecting cube (1) top collectively forms, the collapsible supporting leg device be by with stent cube (1) bottom end
The Hinge (2) being connected of surrounding, the inclination supporting leg (3) being connected with Hinge (2), positioned at tilt supporting leg (3) from
It is collectively formed by the lateral fixed supporting leg (4) held, the heat sink is by being fixedly mounted on stent cube (1) top four
The heat absorption vertical pole (5) in week, is fixedly mounted the fixed connection apparatus of connection heat absorption vertical pole (5) and cube (1) top
Heat absorption vertical pole (5) top free ends heat absorption bottom plate (6), uniformly be opened in heat absorption bottom plate (6) surrounding heat absorption hole (8),
Positioned at heat absorption bottom plate (6) top black absorber plate (9), be fixedly mounted on black absorber plate (9) rear portion surrounding heat absorption hook
(10), the heat conduction hose (11) for being fixedly mounted on heat absorption bottom plate (6) side surface collectively forms, in the stent cube (1)
Portion is equipped with two vertical helical mounts (12), and heat conduction hose (11) is wrapped on the two vertical helical mount (12), and described two is perpendicular
Straight helical mount (12) both sides are respectively equipped with heat transfer baffle (13), and described stent cube (1) internal heat that is located at is transmitted
Insulating layer device is equipped on the outside of baffle (13), the insulating layer device is outermost by being fixedly mounted on stent cube (1)
Decorative layer, the anti-cracking protective layer inside decorative layer, the insulating layer inside anti-cracking protective layer, inside insulating layer
Mortar levelling face (14) is fixedly mounted on what the base course wall (15) at mortar levelling face (14) rear portion collectively formed, the stent
All around four surfaces are respectively equipped with wallpaper set to cube (1), and the wallpaper set is by being fixedly mounted on stent cube
Body (1) all around the wallpaper stent (16) of quadrangle, be fixedly mounted on wallpaper stent (16) wallpaper backboard (17), be attached to wall
What the wallpaper (18) on paper backboard (17) collectively formed, temperature monitoring device is equipped between the heat absorption vertical pole (5), it is described
Temperature monitoring device is by being fixedly mounted on the transverse temperature monitoring board (19) on vertical pole (5) top 1/3rd, being opened in
The detection hole (20) of transverse temperature monitoring board (19) free end, the monitoring across detection hole (20) are linked up with (21), are fixedly mounted on
The monitoring box body (22) of monitoring hook (21) lower free end is fixedly mounted on the internal temperature monitoring of monitoring box body (22)
(23) it collectively forms, stent cube (1) side surface is equipped with control device；
One end of the heat conduction hose (11) is connected with black absorber plate (9), and the other end extends to the interior of stent cube (1)
Portion；
The decorative layer is by flexible waterproof putty (24), is coated in coating (25) common structure of flexible waterproof putty (24) outer surface
Into；
The anti-cracking protective layer be by be fixedly connected with flexible waterproof putty (24) cracking resistance rubber cement (26), positioned at cracking resistance rubber cement
(26) alkali resistant glass fibre open weave cloth (27) at rear portion, cracking resistance rubber cement (28) and cracking resistance positioned at alkali resistant glass fibre open weave cloth (27) rear portion
What the plastic expansion anchoring bolt (29) that rubber cement (28) is fixedly connected collectively formed.
A kind of 2. high efficiency heat absorption heat-preserving wall device according to claim 1, which is characterized in that the black absorber plate
(9) it can be absorbed heat or not absorbed heat automatically.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721625902.XU CN207582699U (en) | 2017-11-29 | 2017-11-29 | A kind of high efficiency heat absorption heat-preserving wall device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721625902.XU CN207582699U (en) | 2017-11-29 | 2017-11-29 | A kind of high efficiency heat absorption heat-preserving wall device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207582699U true CN207582699U (en) | 2018-07-06 |
Family
ID=62734356
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721625902.XU Expired - Fee Related CN207582699U (en) | 2017-11-29 | 2017-11-29 | A kind of high efficiency heat absorption heat-preserving wall device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207582699U (en) |
-
2017
- 2017-11-29 CN CN201721625902.XU patent/CN207582699U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180706 Termination date: 20201129 |