CN202577623U - Interior wall body heat preservation room with high thermal resistance and thermostability - Google Patents
Interior wall body heat preservation room with high thermal resistance and thermostability Download PDFInfo
- Publication number
- CN202577623U CN202577623U CN2012201043208U CN201220104320U CN202577623U CN 202577623 U CN202577623 U CN 202577623U CN 2012201043208 U CN2012201043208 U CN 2012201043208U CN 201220104320 U CN201220104320 U CN 201220104320U CN 202577623 U CN202577623 U CN 202577623U
- Authority
- CN
- China
- Prior art keywords
- wall
- heat
- house
- plate
- high thermal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Building Environments (AREA)
Abstract
The utility model relates to an interior wall body heat preservation room with high thermal resistance and thermostability. The interior wall body heat preservation room with high thermal resistance and thermostability comprises a room interior wall body and a heat preservation plate which is arranged on the room interior wall body. The heat preservation plate comprises a heat preservation and insulation plate with high thermal resistance. The heat preservation and insulation plate thermally separates a wall body with large thermal inertia from indoor air with small thermal inertia. A interior wall body heat preservation structure is used in the interior wall body heat preservation room with high thermal resistance and thermostability, namely the heat preservation and insulation plate is decorated on the interior wall body (which comprises a interior wall, a ceiling and a ground) to separate the wall body from heat, and accordingly the thermal inertia of the room is greatly reduced, humiture and a comfort level of the indoor air are improved, and meanwhile intensity of leakage of heat in the air to the wall body is greatly reduced, the air indoors is warmed quickly, and warming effect is very obvious, the existing technical problem that the warming effect of the air indoors is not good because of the large thermal inertia of the wall body is solved.
Description
Technical field
The utility model relates to the house insulation field, particularly a kind of heat insulating inner wall house with high thermal resistance and heat stability.
Background technology
In cold season, the temperature in the room is lower, in order to improve the temperature in the room; We warm oneself with air-conditioning or warmer; But, the intensification effect of air and not obvious in the room, reason just the has been airborne heat transferred extremely huge body of wall of thermal inertia.Below in conjunction with the present situation of present building, do specific descriptions:
One, the heat capacity of industry and civil building (thermal inertia) is extremely huge
Current industry and civil building are its basic structure with steel concrete mostly, build by laying bricks or stones with hollow brick or air-entrained concrete building block and cut apart, and form the functional space of several independent, and each functional space is the room.
Under the constructional materials and Building technology condition of now; Multilayer or high-rise esidential building building, the commercial building of handling official business; Its unit area equivalent weight is claimed every weight per square meter again, is defined as this building at the ratio of the gross weight more than ± 0.000 with corresponding overall floorage; Generally at 1.2-2.0 tons/square metres. this unit area equivalent weight index, directly reacted and in this constructure construction procedure, consumed what of constructional materialss such as cement, sandstone, reinforcing bar.This unit area equivalent weight index, very big to the thermal characteristics influence of building: it has determined that whether the room in the building is easy to heating or cooling, has also promptly determined the size of rooms of buildings thermal inertia; Wherein the gross mass of reinforcing bar and spatial distribution as the heat bridge in the building, are also being dominated heat transmission and the distribution of space temperature field moisture field in the building.We get building unit area equivalent weight is 1.5t/ ㎡, and the thermal inertia problem of this building inner room is discussed.A building area is the office occupancy of 30 ㎡, and its equivalent gross weight is about 45 tons.See and get in touch with from calorifics; There is the gross weight of the space enclosing structure of exchange heat to go back big than 45 tons with air in the room; Because compare with structural " unit area equivalent weight " this notion; " unit area equivalent weight " on the calorifics is when calculating, and the level ground has been repeated once.Consider this factor, must multiply by a coefficient again, be about about 1.4, promptly the building unit area equivalent weight on the calorifics is about 2.1t/ ㎡.
For example, the air in the office occupancy that building area is 30 ㎡, the nearly 100m3 of volume, the nearly 100kg of quality, heat capacity have 1.0 * 10
5J/ ℃; And the space enclosing structure of this 30 ㎡ office occupancy comprises smallpox, floor, body of wall, and gross mass reaches 63 tons, and total heat capacity reaches 5.8 * 10
7J/℃, be 580 times of space air heat capacity.We use the room, are to use the supporting and the binding function in room in essence, also have the wet stability of heat in room.People are in indoor activity, and essence is exactly the airborne activity in the room constraint.And people's thermal comfort is the humiture that derives from air in essence, rather than the hot wet condition of body of wall.In cold season, exist the condensation heat release on body of wall of stronger convection heat transfer' heat-transfer by convection and water vapour between hot humid air in the room and the body of wall.In order to improve work and the living environment in the room in winter, we inject energy to air, to improve the humiture of air; But we discharge to give the heat of air, have given heat capacity this heat of body of wall " black hole " for hundreds of times of this air and even thousands of times then just leak.
Two, the Xia Redong cryogenic region of no central heating in winter, the skin heat preservation technology lost efficacy
At present, building energy conservation has become the focus of energy-saving and emission-reduction.And wall thermal insulating becomes the agent technology of building energy conservation.In the design and construction of wall thermal insulating engineering, adopt exterior-wall heat insulation again mostly.
Usually, exterior-wall heat insulation is summarized following some advantage: 1. pair constructure body structure is protected, and prolongs the building life-span.Owing to outer insulation is that insulation layer is placed the structure outside, has reduced the pressure of the malformation generation that causes owing to variations in temperature, and reduced hazardous substances and the erosion of ultraviolet ray in the air structure.2. effectively eliminate " heat bridge ".Insulation in the past adopting, " heat bridge " is difficult to avoid, and exterior-wall heat insulation prevents the generation of heat bridge effectively, avoids dewfall.3. the body of wall moisture conditions is improved.Insulation need be established at a distance from the vapour layer in general, and adopts the permeability performance of outer insulation heat insulating material to be better than agent structure far away, and condensation generally can not take place in body of wall inside, and the whole wall body temperature of deck has improved, and has further strengthened the heat-insulating property of body of wall.4. help room temperature and keep stable.Adopt external wall outer insulation,, help room temperature and keep stable owing to the deck that the body of wall heat storage capacity is bigger is inboard at body of wall.5. increase the house usable floor area.6. can avoid the destruction of secondary decoration to insulation layer.
But above-mentioned advantage has caused the high energy consumption of Xia Redong cryogenic region esidential building.Because external wall thermal insulation method is with respect to the heat insulating inner wall method; Really eliminated the heat bridge of building preferably, but Heat Conduction Material such as reinforcing bar exists still in interior of building, heat bridge effect between each separate room in the building structure to atmosphere outside; In fact, the reinforcing bar in the building structure becomes whole dwelling house into a basic isothermal body uniformly again as heat bridge; Main flow layout structure with 90 ㎡ is an example; The equivalent quality of its space enclosing structure is 190 tons, if among in the winter time one day, this resident family was with 4500w power heating 10 hours; And supposition is zero through body of wall to the convection heat transfer of atmosphere and infrared radiation heat release, and the temperature rise of the space enclosing structure in a whole set of house also has only 1 ℃.At the Xia Redong cryogenic region, for example the middle and lower reach of Yangtze River of China is regional, and winter, esidential building was not arranged central heating according to the design specifications of country.The resident family that these are regional, warming all is guerrilla forces' formula usually, the people in which space operation just warms oneself in that room, turns on the aircondition or the electric heater heating.Be the parlor, be the dining room a little while a little while, is the bedroom a little while, and the people is in heating, and the people goes warm stopping.In other words, for " being the dining room heating, is again the bedroom heating a little while a little while; Be the heating of this family, be again another family heating a little while a little while ", like this in the residential building " guerrilla forces " and the formula warming, the heat bridge in the building structure no doubt is the serious problem of ten minutes with the atmospheric environment that heat leaks to the open air; And heat bridge to leak heat to building structure itself also be very serious problem.
The heating behavior of people in the of short duration activity time in the room consumed considerable energy, but the temperature rise of air and not obvious, and its reason is that air passed to the extremely huge space enclosing structure (body of wall) of thermal inertia with heat.For the room body of wall of tens tons of quality, the dwelling unit of quality hundreds of ton, the residential building of several kilotons of quality, our air-conditioning or heat release power of warmer of several kilowatts, tens kilowatts is too insignificant really.Arrange in a row the cold area of Xia Redong of middle heating for uneasiness; At our trivial several kilowatts, tens kilowatts heat release power; With respect to the ambient air temperature, can't significantly draw high under the background of temperature of whole room, a whole set of dwelling house, entire building space at all, the precondition " building is to atmospheric leakage warm " that adopts exterior-wall heat insulation is necessary being not; Going to prove " adopt external wall outer insulation; owing to the deck that heat storage capacity is bigger is inboard at body of wall, help room temperature and keep stable " again, is " the incorrectly relaying an erroneous message " via science really.
The utility model content
The purpose of the utility model is to provide a kind of heat insulating inner wall house with high thermal resistance and heat stability, to solve in the existing outer wall technology the big bad technical problem of intensification effect that causes air in the room of thermal inertia because of body of wall.
In order to address the above problem; The utility model provides a kind of heat insulating inner wall house with high thermal resistance and heat stability; Comprise house inner wall and warming plate; Said warming plate is arranged on the house inner wall, and said warming plate comprises the thermal insulation thermal insulation board with high thermal resistance, and body of wall that said thermal insulation thermal insulation board is huge with thermal inertia and the very little room air of thermal inertia carry out thermal release.
Preferably, said thermal insulation thermal insulation board comprises hard polyurethane foam plate or polystyrene foam plate.
Preferably, said warming plate also comprises having the outside plate that guarantees indoor heat stability, said outside plate be arranged on said thermal insulation thermal insulation board on the inner surface of room air one side.
Preferably, said outside plate is polyester surface layer, foam cement plate, aluminium alloy plate or ceramic tile.
Preferably, comprise some warming plates on the said house inner wall, said warming plate adopts gridding to be arranged on the said house inner wall.
Preferably, it is fixing to adopt the low strip of paper used for sealing flanging of coefficient of thermal conductivity to cover between every two adjacent warming plates.
Preferably, also comprise having low bridge cut-off aluminium alloys doorframe of the coefficient of heat conduction and bridge cut-off aluminium alloys window frame.
Preferably, also comprise the suspended structure part that is used to install article such as household electrical appliance, said suspended structure part is arranged on the house inner wall, comprises punching or calking along direction of heat flow on the said suspended structure part.
Preferably, said house inner wall comprises interior walls, ceiling and ground.
Compared with prior art, there is following technique effect in the utility model:
1, the utility model adopts the heat insulating inner wall structure, greatly reduces the intensity that airborne heat leaks to body of wall
The utility model is installed thermal insulation thermal insulation board on interior wall; Body of wall is separated from calorifics; Reduce the thermal inertia in room significantly, in the humiture and comfort level that improve room air, greatly reduced the intensity that airborne heat leaks to body of wall; Air in the room is rapidly heated, and the intensification effect is very obvious.
2, improved the wet stability of heat of space air
If the thermal inertia of air is too small in the room, warming and humidifying or reducing temperature and humidity all are very easy to.Therefore,, then very easily cause the humiture of room air to open and close or manual operation factor such as the start-stop of heating appliances and the wide cut concussion occurs, make and gather cold heat build-up by the heat of the air poor stability that wets along with door and window because the thermal inertia of air is too small in the room.The utility model provides the outside plate that one deck has the indoor heat stability of assurance has been set on the inner surface of thermal insulation thermal insulation board; The thermal inertia of this layer outside plate is about about 10 times of room air; Can the quick pulsation that Temperature and Relative Humidity of Indoor Air occurs be compensated; Reach the effect of Temperature and Relative Humidity of Indoor Air being carried out peak load shifting, change the wet poor stability of heat of space air system and the situation of suddenly cold and hot.
3, the house adopts the bridge cut-off aluminium alloy doorframe and window frame, has improved the tightness in room.
The coefficient of cubical expansion is big, the coefficient of viscosity is little, the characteristics of good fluidity because hot humid air has; After space air is heated humidification; Through the leakage in door and window slit, room and the conduction of metal door and window, cause the problem of space air energy loss to become very outstanding; The utility model adopts the bridge cut-off aluminium alloy doorframe and window frame, and the coefficient of heat conduction of this kind door and window is lower, and tightness is good; The heat bridge of room air and outdoor air is cut off; Promptly solve the not heat insulation shortcoming of alumium alloy door and window of metal material, blocked heat bridge, improved the tightness in room again.
4, optimize structure the reduction heat bridge
Article such as warming plate and household electrical appliance are installed on the interior wall in room, are needed the suspended structure part to install and fix, present suspended structure part is metal mostly, and therefore, these suspended structure parts have just formed heat bridge between room air and body of wall; The utility model adopts along technical measures such as direction of heat flow punching, the calking heat bridge of optimizing structure, weaken indoor suspended structure part.
5, implement modularization, gridding cloth dress, degraded thermal-induced deformation
The included thermal insulation thermal insulation board of the warming plate of the utility model has different hot rerum natura and coefficient of thermal expansion with outside plate; Therefore; Space air be rapidly heated humidification with return in the normality process; The gap of both heat deformation amounts is bigger, make easily warming plate bulk deformation, bending, swell even peel off; The utility model adopts gridding arrange to install warming plate, is about to the square that warming plate cuts into size less (like length of side 60cm), on the interior walls in room, top board, base plate, carries out gridding then and arranges and install.When cloth is adorned at normal temperatures; Keep movably flexible spacing between the adjacent compound insulating material square; Greater than compound insulating material self largest deformation amount, and fixing with the low strip of paper used for sealing flanging covering of coefficient of thermal conductivity, and the thermic when using to reduce room intensification humidification is flexible.
Description of drawings
Fig. 1 is a kind of structure diagram with heat insulating inner wall house of high thermal resistance and heat stability of the utility model;
Fig. 2 A is the structural representation of the bridge cut-off aluminium alloys window frame of the utility model;
Fig. 2 B is the sectional view of the bridge cut-off aluminium alloys window frame of the utility model;
Fig. 3 is the structural representation of a kind of heat bridge hardware that weakens of the utility model;
Fig. 4 is the warming plate gridding structures arranged sketch map of the utility model;
Fig. 5 analyses sketch map for a kind of overall structure with heat insulating inner wall house of high thermal resistance and heat stability of the utility model;
Fig. 6 is the construction technique block diagram of the inboard warming plate of the utility model body of wall.
The specific embodiment
The utility model provides a kind of heat insulating inner wall house with high thermal resistance and heat stability; This house inner wall adopts the heat insulating material with high thermal resistance and heat stability, and body of wall is separated from calorifics, has reduced the thermal inertia in room significantly; In the humiture and comfort level that improve room air; Greatly reduce airborne heat to the intensity that body of wall leaks, the air in the room is rapidly heated, the intensification effect is very obvious.Certainly, the utility model also is the same to the effect of room temperature lowering, and very obvious, the utility model does not limit this.
Please referring to Fig. 1 and Fig. 5; A kind of heat insulating inner wall house with high thermal resistance and heat stability comprises house inner wall 1 and warming plate 3, and warming plate 3 is arranged on the house inner wall 1; As warming plate 3 is sticked on basic unit's body of wall (house inner wall 1) through bonding mortar 2; In order to improve aesthetic property within doors, can on warming plate 3, carry out operations such as facing decoration, i.e. dress one deck finish coat 4 on warming plate 3.In the utility model; House inner wall 1 comprises that interior walls 12, ceiling 11 are or/and ground 13; The utility model does not limit which position that warming plate specifically is arranged on house inner wall; In order to make high insulating effect, be provided with warming plate 3 on preferred interior walls 12, ceiling 11 and the ground 13.
In the utility model, warming plate 3 comprises two-layer, is respectively thermal insulation thermal insulation board and outside plate.In the utility model, outside plate be arranged on thermal insulation thermal insulation board on the inner surface of room air one side.In construction, thermal insulation thermal insulation board is arranged on the inner surface of house inner wall, outside plate be arranged on thermal insulation thermal insulation board on the inner surface of room air one side, thermal insulation thermal insulation board is between house inner wall 1 and outside plate.
In the utility model; Thermal insulation thermal insulation board has high thermal resistance and low thermal inertia; Body of wall and room air that thermal insulation thermal insulation board is huge with thermal inertia carry out thermal release, and therefore, thermal insulation thermal insulation board need adopt high thermal resistance heat insulating material to process; The utility model be recommended on the room interior wall use the extruded polystyrene material [XPS plate, coefficient of thermal conductivity are 0.028～0.03 W/ (mk)) or polyurethane foam material (coefficient of thermal conductivity is 0.024～0.028 W/ (mk)] carry out thermal release, reduce the thermal inertia in room.In the present embodiment, thermal insulation thermal insulation board can be selected the hard polyurethane foam plate for use, also can select polystyrene foam plate for use, and the utility model is not done concrete restriction to this.Hard polyurethane foam plate and polystyrene foam plate have advantages such as high thermal resistance (being low thermal conductivity), low-density, low water absorbable, avirulence, regression aging speed be little, and hard polyurethane foam plate and polystyrene foam plate also have the design feature of fine closed pore.The utility model is not done concrete restriction to the thickness of warming plate, can set according to the size of the interior space and the target effect of insulation.
In order to guarantee that the room has the wet stability of good heat; The utility model is at the suitable outside plate of compound again one deck thermal inertia on the inner surface of room air one side of thermal insulation thermal insulation board; The thermal inertia of this layer outside plate is about about 10 times of room air; This layer outside plate can compensate the quick pulsation that indoor air temperature humidity occurs, and reaches the effect of Temperature and Relative Humidity of Indoor Air being carried out peak load shifting, changes the wet poor stability of heat and the situation of gathering cold heat build-up of space air system.In the utility model, outside plate can adopt materials such as polyester surface layer, foam cement plate, colored aluminum plate or ceramic tile to process, and the utility model does not limit this.In the present embodiment, outside plate preferably adopts the polyester surface layer, and the utility model is not done concrete restriction to the thickness of polyester surface layer, can set according to the size of the interior space.As being that 12 ㎡, the room of space enclosing structure quality up to 25 tons are example with area, within it on the wall on the inner surface of the high thermal resistance low-density heat insulating material of 60 ㎡, the about 5mm of thickness is set again, density is about 1000kg/m
3Polyester (SMC) surface layer, the thermal inertia of this surface layer is 3 * 10
5J is about 10 times of room air thermal inertia, is about 1/70 of this room 25 tons of steel concrete space enclosing structures thermal inertia, forms system's thermal inertia of appropriateness, thereby forms the wet stability of the good heat in room.
In order to prevent that the air that is heated humidification in the room from leaking from the slit of door and window, can dwindle the size of door and window, reduce the window-wall ratio and door wall ratio in room.In addition, also can adopt and have low bridge cut-off aluminium alloys doorframe of the coefficient of heat conduction and bridge cut-off aluminium alloys window frame.Referring to Fig. 2 A and Fig. 2 B, be example with bridge cut-off aluminium alloys window frame 6 please, bridge cut-off aluminium alloys window frame 6 is arranged on window glass 7 and between the walls; This bridge cut-off aluminium alloys window frame 7 is to be combined through energy-saving heat-insulating bar 61 by two different sections, and energy-saving heat-insulating bar 61 is nylon strip again, and its main effect is to cut off conduction of heat; Promptly block heat bridge, its material is PA66GF25 mostly, and the coefficient of heat conduction has only 0.7 W/ (mk); Compare 210 W/ (mk) of aluminium alloys, what the coefficient of heat conduction will be low is many, even is appreciated that to fully heat insulation; So just solve the not heat insulation shortcoming of aluminium alloy doorframe and window frame 6 of metal material, blocked heat bridge, improved the tightness in room again.The structural similarity of the structure of bridge cut-off aluminium alloys doorframe and bridge cut-off aluminium alloys window frame 6 is no longer too much described here.
At indoor installation heat insulating inner wall plate; And during household electrical appliance such as indoor apparatus of air conditioner, geyser; Need be through being installed in suspended structure part on the interior wall with the heat insulating inner wall plate; And some household electrical appliance install and fix, and present most of suspended structure parts are metal, and these suspended structure parts have just formed heat bridge between room air and body of wall.In order to optimize structure, the reduction heat bridge adopts along technical measures such as direction of heat flow punching, calkings indoor metal suspended structure part.For example, please referring to Fig. 3, on this hardware 5 plurality of opening 51 is set, the direction of heat flow when this hardware 5 exists as heat bridge is arranged continuously, has both guaranteed the necessary intensity of this member 5, the effect of the heat bridge that weakened again.
Please refer to Fig. 4, in the utility model, warming plate 3 adopts gridding to be arranged on the house inner wall 1, promptly comprises some warming plates 3 on the house inner wall 1, and it is fixing to adopt the low strip of paper used for sealing flanging of coefficient of thermal conductivity to cover between every two adjacent warming plates 3.The reason of this kind structure design is; Warming plate 3 included thermal insulation thermal insulation boards have different hot rerum natura and coefficient of thermal expansion with outside plate; Therefore; Space air be rapidly heated humidification with return in the normality process, both heat deformation amounts differ bigger, make easily warming plate bulk deformation, bending, swell even peel off; The utility model adopts griddings to arrange warming plate 3 and installs, be about to the square that warming plate cuts into size less (like length of side 60cm), on the interior walls in room, top board, base plate, carries out gridding then and arranges and install.When cloth is adorned at normal temperatures; Keep movably flexible spacing between the adjacent compound insulating material square; Greater than compound insulating material self largest deformation amount; And cover with the low strip of paper used for sealing flanging of coefficient of thermal conductivity fixing, to eliminate flexible warming plate bulk deformation, the bending that is caused of warming plate thermic when space air intensification humidification or the reducing temperature and humidity, swell even to peel off.
Please refer to Fig. 5, adopt the building structure of the inboard insulation of body of wall following:
On the concrete ceiling 11 of house inner wall 1; Through adhesive mortar 110 warming plate 3 is pasted on concrete ceiling 11, in warming plate 3 upper berth one deck grid cloth 111, on grid cloth 111, carried out plastering mortar 112 then; At last ceiling is carried out facing, promptly decorate one deck finish coat 113.On the concrete surface 13 of house inner wall 1, at first carry out levelling cement mortar 130, coat water-repellent paint 131, then warming plate 3 is pasted, at last at warming plate 3 upper berth one deck decorative floors 132; When mating formation on the ground, the warming plate of being selected for use 3 will be apparently higher than the same type of material that is used for interior walls and ceiling, to satisfy the supporting needs of moving load on the ground like the density of polystyrene foam plate and decorative floor 132 thickness like floor tile.On interior walls 12 inner surfaces of house inner wall 1, through adhesive mortar 120 warming plate 3 is pasted, on warming plate 3, decorate a finish coat 121 then.On interior walls 12, also be provided with bridge cut-off aluminium alloys window frame 6 and close doorframe 8 with the colored aluminium of bridge cut-off, on the bridge cut-off aluminium alloys window frame 6 hollow glass 6 is installed, on the bridge cut-off aluminium alloys doorframe 8 body 9 is installed.
Adopt the inboard insulation pattern of body of wall; The heat insulating material of high thermal resistance, the interior decorative material of the wet stability of adjusting air heat have been arranged; The method that modularization gridding cloth dress degraded thermal-induced deformation has been arranged again; Also scientific construction process must be arranged, could guarantee construction quality, fundamentally solve the heat waste problem in room.Body of wall basic unit, adiabator layer, these 3 material layers of interior finish coat; Have hot rerum naturas such as different specific heat capacities, thermal conductivity, linear expansion coefficient; Under sometimes cold and sometimes hot cold or hot uneven thermal stress effect, these 3 material layers are easy to misplace, twist, peel off.The main points of the inboard heat-insulating layer construction process of body of wall are to use the polymer modification adhesive mortar, handle flexibly connecting of body of wall basic unit, adiabator layer, these 3 material layers of interior finish coat well.Please refer to Fig. 6, the construction technique block diagram of the inboard warming plate of body of wall in construction, guarantee the process sequence of constructing to prevent the construction of parallel construction or inverted order; Guarantee the time interval between each road working procedure, give between ventilation, drying, the curing of body of wall and float coat reserves in case of necessity.Implement scientific construction process, could guarantee the construction quality and the effect of the inboard heat insulating work of body of wall.
More than a disclosed specific embodiment that is merely the application, but the application is not limited thereto, any those skilled in the art can think variation, all should drop in the application's the protection domain.
Claims (9)
1. heat insulating inner wall house with high thermal resistance and heat stability; It is characterized in that; Comprise house inner wall and warming plate; Said warming plate is arranged on the house inner wall, and said warming plate comprises the thermal insulation thermal insulation board with high thermal resistance, and the room air that body of wall that said thermal insulation thermal insulation board is huge with thermal inertia and thermal inertia are little carries out thermal release.
2. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 1 is characterized in that said thermal insulation thermal insulation board comprises hard polyurethane foam plate or polystyrene foam plate.
3. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 1; It is characterized in that; Said warming plate also comprises having the outside plate that guarantees indoor heat stability, said outside plate be arranged on said thermal insulation thermal insulation board on the inner surface of room air one side.
4. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 3 is characterized in that, said outside plate is polyester surface layer, foam cement plate, colored aluminum plate or ceramic tile.
5. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 1 is characterized in that, comprises some warming plates on the said house inner wall, and said warming plate adopts gridding to be arranged on the said house inner wall.
6. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 5 is characterized in that, it is fixing to adopt the low strip of paper used for sealing flanging of coefficient of thermal conductivity to cover between every two adjacent warming plates.
7. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 1 is characterized in that, also comprises having low bridge cut-off aluminium alloys doorframe of the coefficient of heat conduction and bridge cut-off aluminium alloys window frame.
8. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 1; It is characterized in that; Also comprise the suspended structure part that is used to install heat insulating inner wall plate, household electrical appliance; Said suspended structure part is arranged on the house inner wall, comprises punching or calking along direction of heat flow on the said suspended structure part.
9. the heat insulating inner wall house with high thermal resistance and heat stability as claimed in claim 1 is characterized in that said house inner wall comprises interior walls, ceiling and ground.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201043208U CN202577623U (en) | 2012-03-20 | 2012-03-20 | Interior wall body heat preservation room with high thermal resistance and thermostability |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201043208U CN202577623U (en) | 2012-03-20 | 2012-03-20 | Interior wall body heat preservation room with high thermal resistance and thermostability |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202577623U true CN202577623U (en) | 2012-12-05 |
Family
ID=47247051
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201043208U Expired - Lifetime CN202577623U (en) | 2012-03-20 | 2012-03-20 | Interior wall body heat preservation room with high thermal resistance and thermostability |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202577623U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102535661A (en) * | 2012-03-20 | 2012-07-04 | 上海伯涵热能科技有限公司 | Internal wall thermal insulation building with high thermal resistance and thermal stability |
| CN111409376A (en) * | 2020-03-31 | 2020-07-14 | 湖南凯通电子有限公司 | Printing and manufacturing method for base glaze of heating substrate of thermal printing head |
-
2012
- 2012-03-20 CN CN2012201043208U patent/CN202577623U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102535661A (en) * | 2012-03-20 | 2012-07-04 | 上海伯涵热能科技有限公司 | Internal wall thermal insulation building with high thermal resistance and thermal stability |
| CN111409376A (en) * | 2020-03-31 | 2020-07-14 | 湖南凯通电子有限公司 | Printing and manufacturing method for base glaze of heating substrate of thermal printing head |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Kim et al. | Experimental analysis of thermal performance in buildings with shape-stabilized phase change materials | |
| Li et al. | Preparation and application effects of a novel form-stable phase change material as the thermal storage layer of an electric floor heating system | |
| Al-Homoud | Performance characteristics and practical applications of common building thermal insulation materials | |
| Xu et al. | Field experiments on natural energy utilization in a residential house with a double skin façade system | |
| Staszczuk et al. | The impact of wall and roof material on the summer thermal performance of building in a temperate climate | |
| CN108951941A (en) | A kind of cooling wall structure | |
| CN102828565A (en) | Building envelope structure for realizing energy saving by using wall heat storage and design method of building envelope structure | |
| Smith et al. | Environmental science | |
| Kamel et al. | Different methods in building envelope energy retrofit | |
| CN102535661A (en) | Internal wall thermal insulation building with high thermal resistance and thermal stability | |
| CN202577623U (en) | Interior wall body heat preservation room with high thermal resistance and thermostability | |
| Bhatia | Heat loss calculations and principles | |
| CN108999402A (en) | A kind of plastering treatment process based on large-scale EPS lines | |
| CN206503337U (en) | It is incubated floor heating structure | |
| CN207376987U (en) | Go out roofing exhaust pipeline structure suitable for Passive low-energy building | |
| Casini | Nano insulating materials and energy retrofit of buildings | |
| CN207609038U (en) | A kind of lightweight steel construction inside holding PU sprayings wall | |
| CN207405889U (en) | Suitable for the deformation joint of roof structure of Passive low-energy building | |
| CN102121293A (en) | Capillary network temperature adjusting bionic plate and indoor heating and cooling system | |
| CN201924468U (en) | Capillary network temperature-regulating biomimetic plate, indoor heating system and indoor cooling system | |
| KR20180001315A (en) | Composite Insulated Panel | |
| CN107401228A (en) | A kind of passive type house wall structure | |
| CN207378299U (en) | Suitable for the indoor drainage pipe structure of Passive low-energy building | |
| CN213204786U (en) | Fireproof energy-saving decorative integrated board | |
| CN221118860U (en) | Building heat preservation wall |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20161028 Address after: Jiaxing City, Zhejiang province 314011 Wang Zhen Mei Xiuzhou District Road No. 399 Patentee after: Zhejiang Limited by Share Ltd Address before: 200237 Shanghai, Hongmei South Road, No. 777, the bottom floor, room 53, 2101 Patentee before: Shanghai Bohan Thermal Energy Technology Co., Ltd. |
|
| CX01 | Expiry of patent term |
Granted publication date: 20121205 |
|
| CX01 | Expiry of patent term |