CN209336214U - A kind of low carbon energy-saving building glass - Google Patents

Abstract

The utility model discloses a kind of low carbon energy-saving building glass, it is related to the field of building materials, including the first glass and the second glass, temperature-constant plate is provided between first glass and the second glass, the two sides of the temperature-constant plate are equipped with equalized temperature block, the two sides of the equalized temperature block are fixedly installed with heat conductive rod, the two sides of the heat conductive rod are equipped with rubber block, the two sides of first glass and the second glass offer through-hole, the inside of two through-holes is interspersed to be provided with fixed link, the temperature-constant plate has three layers, the temperature-constant plate includes cystosepiment, the side of the cystosepiment is fixedly installed with lime plate, the other side of the cystosepiment is fixedly installed with cystosepiment described in cement plate, lime plate is identical with the thickness of cement plate.Can have and keep indoor temperature, reduce the light transmittance of visible light, avoid temperature conduction caused by temperature difference, and the utility model achievees the purpose that low-carbon energy-saving by structure matching.

Description

A kind of low carbon energy-saving building glass

Technical field

The utility model relates to the field of building materials, it particularly relates to a kind of low carbon energy-saving building glass.

Background technique

Building glass is widely used in the exterior wall of building, because its daylighting is preferable, compared to simple glass toughness and Elasticity have it is larger mention, but building improves the daylighting degree of interior of building using glass curtain wall mostly in city, excessively Glass cause the light pollution of urban inner and generate a large amount of greenhouse gases.

Building glass because its compare simple glass have special performance be attributed to special glass one kind, special glass because There are many functional products for its special performance, are built according to Chinese patent Authorization Notice No. CN203230076U low-carbon energy-saving Glass, which has, is greatly reduced visual transparency, improves sunshading and heat-insulating performance, lower visible light-transmissive ratio, emissivity is low, face The diversified feature of color, this patent is formed according to a variety of binding substances with visible coatings, because of the physics of its specific coatings Characteristic, change object itself translucency and to the refractive index of light come change light through object number, this utility model according to It is a variety of to have cated binding substances to achieve the purpose that low-carbon energy-saving, but passing through prolonged use, by for a long time Sunlight be exposed to the sun and rain erosion, can cause damages to coating, to change the characteristic of this building glass, reduce this building glass Low-carbon energy-saving translucency.

For the problems in the relevant technologies, currently no effective solution has been proposed.

Utility model content

For the problems in the relevant technologies, the utility model proposes a kind of low carbon energy-saving building glass, to overcome existing phase Above-mentioned technical problem present in the technology of pass.

The technical solution of the utility model is achieved in that

A kind of low carbon energy-saving building glass, including the first glass and the second glass, first glass and the second glass it Between be provided with temperature-constant plate, the two sides of the temperature-constant plate are equipped with equalized temperature block, the fixed peace in the two sides of the equalized temperature block Equipped with heat conductive rod, the two sides of the heat conductive rod are equipped with rubber block, and the two sides of first glass and the second glass offer Through-hole, the inside of two through-holes is interspersed to be provided with fixed link.

Further, the temperature-constant plate has three layers, and the temperature-constant plate includes cystosepiment, the fixed peace in the side of the cystosepiment Equipped with lime plate, the other side of the cystosepiment is fixedly installed with cement plate, the thickness of the cystosepiment, lime plate and cement plate It is identical.

Further, the inside of the equalized temperature block offers via hole, and the two sides of the equalized temperature block offer Hole is collected, the quantity in the collection hole of equalized temperature block side is greater than 15, and the equalized temperature block is internally provided with Buffering group, the quantity of the via hole inside the equalized temperature block are two, two via holes with one group of collection Kong Lian It is logical.

Further, the buffering group includes upper housing and lower case, and the inside of the lower case is fixedly installed with flexible The outer sheath of bar, the telescopic rod is equipped with compressed spring, and the lower case is set in the bottom of upper housing.

Further, the quantity of the heat conductive rod is four, and the material of the heat conductive rod is copper rod.

Indoor temperature is kept the utility model has the following beneficial effects: can have, the light transmittance of visible light is reduced, avoids two Temperature conduction caused by the temperature difference of side, and the utility model achievees the purpose that low-carbon energy-saving by structure matching, it can be for a long time Use, avoid because coating damage and often replace as a result, reducing use cost.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model Some embodiments for those of ordinary skill in the art without creative efforts, can also be according to this A little attached drawings obtain other attached drawings.

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of the utility model temperature-constant plate；

Fig. 3 is the structural schematic diagram of the utility model equalized temperature block；

Fig. 4 is the structural schematic diagram of the utility model buffering group.

In figure:

1, the first glass；2, the second glass；3, temperature-constant plate；301, cystosepiment；302, lime plate；303, cement plate；4, warm Spend balance weight；401, via hole；402, hole is collected；403, buffering group；4031, upper housing；4032, lower case；4033, it stretches Bar；4034, compressed spring；5, heat conductive rod；6, rubber block；7, through-hole；8, fixed link.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art's every other embodiment obtained, all belongs to In the range of the utility model protection.

Embodiment according to the present utility model provides a kind of low carbon energy-saving building glass.

As shown in Figs 1-4, according to the low carbon energy-saving building glass of the utility model embodiment, including the first glass 1 and Two glass 2 are provided with temperature-constant plate 3 between first glass 1 and the second glass 2, the two sides of temperature-constant plate 3 are equipped with equalized temperature block 4, The two sides of equalized temperature block 4 are fixedly installed with heat conductive rod 5, and the two sides of heat conductive rod 5 are equipped with rubber block 6, the first glass 1 and The two sides of two glass 2 offer through-hole 7, and the inside of two through-holes 7 is interspersed to be provided with fixed link 8.

With the aid of the technical scheme, in normal state, glass has the function of transition temperature, and temperature is passed by glass It is delivered on equalized temperature block 4, the collection hole 402 inside equalized temperature block 4 is transmitted to temperature inside via hole 401, via hole 401 transmitting temperature to the heat conductive rod 5 of two sides above conducted, heat conductive rod 5 be metal, because of the characteristic of its metal, the biography of temperature Pass that rate is higher, and heat conductive rod 5 transmits temperature to the two sides of glass, that face for influencing glass by temperature is always Keep temperature-resistant, and the effect of the conduction heat of rubber block 6 above heat conductive rod 5 is poorer than 5 effect of heat conductive rod, delivery rate Slowly, make transmitting of 3 side of temperature-constant plate by heat by the conduction of rubber block 6, and have cystosepiment 301 in the middle part of temperature-constant plate 3, steep Foam plate 301 has blocked the transmitting of heat, and glass two sides temperature is made to generate difference, reduces the energy because of transmitting temperature consumption.It can Indoor temperature is kept to have, reduces the light transmittance of visible light, avoids temperature conduction caused by temperature difference, and this is practical new Type achievees the purpose that low-carbon energy-saving by structure matching, can use for a long time, avoids and often replaces because coating damages As a result, reducing use cost.

In one embodiment, for above-mentioned temperature-constant plate 3, temperature-constant plate 3 has three layers, and temperature-constant plate 3 includes cystosepiment 301, the side of cystosepiment 301 is fixedly installed with lime plate 302, and the other side of cystosepiment 301 is fixedly installed with cement plate 303, Cystosepiment 301, lime plate 302 are identical with the thickness of cement plate 303, and the heat transfer efficiency of cystosepiment 301 is lower, are suitable as temperature The material of isolation, and in the big environment of temperature change, cystosepiment 301 will not generate biggish temperature change, lime plate 302 Higher compared to 301 heat transfer efficiency of cystosepiment with the heat transfer efficiency of cement plate 303, during entire temperature conduction, heat is in The trend gradually decreased.

In one embodiment, for above-mentioned equalized temperature block 4, the inside of equalized temperature block 4 offers via hole 401, the two sides of equalized temperature block 4, which offer, collects hole 402, and the quantity in the collection hole 402 of 4 side of equalized temperature block is greater than 15 A, equalized temperature block 4 is internally provided with buffering group 403, and the quantity of the via hole 401 inside equalized temperature block 4 is two, and two A via hole 401 is connected to one group of collection hole 402, and equalized temperature block 4 plays the role of glass two sides temperature conduction, and During temperature conduction, equalized temperature block 4 drops the temperature of inside glass gradually as far as possible heat to the outer conductive of glass It is low.

In one embodiment, for above-mentioned buffering group 403, buffering group 403 includes upper housing 4031 and lower case 4032, the inside of lower case 4032 is fixedly installed with telescopic rod 4033, and the outer sheath of telescopic rod 4033 is equipped with compressed spring 4034, Lower case 4032 is set in the bottom of upper housing 4031, and 403 pairs of whole devices of buffering group play cushioning effect, reduces because of outside The damage to glass is collided, inside glass is made to reach metastable environment.

In one embodiment, for above-mentioned heat conductive rod 5, the quantity of heat conductive rod 5 is four, the material of heat conductive rod 5 For copper rod, heat conductive rod 5 conducts the heat inside equalized temperature block 4 to glass outer side, and the temperature for being subject to temperature-constant plate 3 becomes Change reduces as far as possible, to keep the normal condition of temperature-constant plate 3.

In conclusion working principle is as follows by means of the above-mentioned technical proposal of the utility model:

In normal state, glass has the function of transition temperature, and temperature is transmitted on equalized temperature block 4 by glass, Collection hole 402 inside equalized temperature block 4 is transmitted to temperature inside via hole 401, and via hole 401 transmits temperature to two sides Heat conductive rod 5 is conducted above, and heat conductive rod 5 is metal, and because of the characteristic of its metal, the delivery rate of temperature is higher, and thermally conductive Stick 5 transmits temperature to the two sides of glass, that face for influencing glass by temperature remains temperature-resistant, and leads The effect that rubber block 6 above hot pin 5 conducts heat is poorer than 5 effect of heat conductive rod, and delivery rate is slow, by the conduction of rubber block 6 Make transmitting of 3 side of temperature-constant plate by heat, and have cystosepiment 301 in the middle part of temperature-constant plate 3, cystosepiment 301 has blocked heat Transmitting makes glass two sides temperature generate difference, reduces the energy because of transmitting temperature consumption.

Indoor temperature is kept the utility model has the advantages that can have, the light transmittance of visible light is reduced, avoids temperature caused by temperature difference Degree conduction, and the utility model achievees the purpose that low-carbon energy-saving by structure matching, can use for a long time, avoid because of Coating damage and often replace as a result, reducing use cost.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (5)

1. a kind of low carbon energy-saving building glass, including the first glass (1) and the second glass (2), which is characterized in that first glass It being provided between glass (1) and the second glass (2) temperature-constant plate (3), the two sides of the temperature-constant plate (3) are equipped with equalized temperature block (4), The two sides of the equalized temperature block (4) are fixedly installed with heat conductive rod (5), and the two sides of the heat conductive rod (5) are equipped with rubber block (6), the two sides of first glass (1) and the second glass (2) offer through-hole (7), and the inside of two through-holes (7) is worn It plugs and is equipped with fixed link (8).

2. a kind of low carbon energy-saving building glass according to claim 1, which is characterized in that the temperature-constant plate (3) has three layers, The temperature-constant plate (3) includes cystosepiment (301), and the side of the cystosepiment (301) is fixedly installed with lime plate (302), described The other side of cystosepiment (301) is fixedly installed with cement plate (303), the cystosepiment (301), lime plate (302) and cement plate (303) thickness is identical.

3. a kind of low carbon energy-saving building glass according to claim 1, which is characterized in that the equalized temperature block (4) Inside offers via hole (401), and the two sides of the equalized temperature block (4), which offer, collects hole (402), the equalized temperature block (4) quantity in the collection hole (402) of side is greater than 15, and the equalized temperature block (4) is internally provided with buffering group (403), the quantity of the internal via hole (401) of the equalized temperature block (4) is two, two via holes (401) with One group of collection hole (402) connection.

4. a kind of low carbon energy-saving building glass according to claim 3, which is characterized in that the buffering group (403) includes The inside of upper housing (4031) and lower case (4032), the lower case (4032) is fixedly installed with telescopic rod (4033), described The outer sheath of telescopic rod (4033) is equipped with compressed spring (4034), and the lower case (4032) is set in the bottom of upper housing (4031) Portion.

5. a kind of low carbon energy-saving building glass according to claim 1, which is characterized in that the quantity of the heat conductive rod (5) It is four, the material of the heat conductive rod (5) is copper rod.