CN103524056A

CN103524056A - Energy-saving glass

Info

Publication number: CN103524056A
Application number: CN201310513207.4A
Authority: CN
Inventors: 陈海霞
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-12
Filing date: 2013-10-12
Publication date: 2014-01-22
Also published as: WO2015051617A1

Abstract

The invention belongs to the technical field of materials for buildings, and ships and vehicles, and relates to energy-saving glass. The energy-saving glass is composed of inner glass and outer glass, wherein the peripheries of the inner glass and the outer glass are sealed by sealant through edge banding glass; the inner glass is photochromic glass; a plurality of support ribs are arranged between two layers of glass in parallel; the inner and outer ends of each support rib are respectively connected and fixed together with the inner glass and the outer glass; vent holes are formed in the vertical section of each support rib; an exhaust hole is formed in the glass or the edge banding glass; each support rib is a wedge which is low in outer part and high in inner part; the upper surface is a convex surface; the lower surface is a concave surface; the convex surface and the concave surface are mirror surfaces. The energy-saving glass disclosed by the invention is formed by the inner glass and the outer glass; the convex surface and the concave surface, and the outer end face of each support rib are plated into the mirror surfaces; a ray can be scattered and reflected; sunshine is prevented from entering inside a room so as to avoid the rising of indoor temperature in summer; the inner glass adopts the photochromic glass; the color becomes dark when the sunshine irradiates; the heat can be absorbed; the energy-saving glass can play an indoor heat preservation effect in winter; an energy source also can be saved.

Description

Energy-saving glass

Technical field

The invention belongs to building and car and boat material technology field, relate to a kind of energy-saving glass.

Background technology

What present building was used is mostly individual layer or double glazing, is not incubated, and especially in the winter time, single-glass and double glazing can not reach the effect of indoor heat insulating.Along with scientific and technological progress, low energy becomes the theme of every field, and various energy-saving materials emerge in an endless stream, and the research of relevant energy-saving glass also has much, most complex structure, and production cost is higher, does not utilize marketing.

Summary of the invention

The object of this invention is to provide a kind of simple in structurely, production cost is low, is easy to the energy-saving glass of promoting.

To achieve these goals, the technical solution used in the present invention is: a kind of energy-saving glass, is comprised of inside and outside layer glass; The surrounding of described inside and outside layer glass is by edge sealing glass sealant sealing; Described inner layer glass is photo chromic glass; Between layer glass, be arranged with some supporting ribs in parallel; The inside and outside two ends of supporting rib are connected and fixed with inner layer glass and glass outer respectively, and the left and right two ends of supporting rib are connected and fixed with edge sealing glass respectively, and inside and outside layer glass is divided into several chambers; On the longitudinal section of described supporting rib, have ventilating pit, this ventilating pit connects adjacent chamber; One deck glass or the edge sealing eye of bleeding that has on glass therein; Described supporting rib is outer low and inner high wedge shape, and the upper surface of described supporting rib is convex surface, and lower surface is concave surface; Described convex surface and concave surface are minute surface.

The outer face of described supporting rib is minute surface.

Energy-saving glass of the present invention consists of inside and outside layer glass, between internal layer and glass outer, forms enclosed space, by the eye of bleeding, vacuumizes, and forms vacuum layer between layer glass, reaches the effect of heat insulating; In addition, between inside and outside layer glass, be provided with supporting rib, supporting rib is outer low and inner high wedge shape, and the upper surface of supporting rib is convex surface, and lower surface is concave surface, and the outer face of supporting rib, upper surface, lower surface are minute surface.Can design the gradient of rib and angle and convexity, concavity, radian according to different areas lighting angle difference, with summer sunlight penetrate less than indoor, winter sunlight maximum and be mapped to indoor being as the criterion.When light shines on the convex surface of upper surface, light can be scattered and reflects away; The light that the concave surface of lower surface can be come in the convex surface scattering of supported underneath rib reflects away again; And the upper surface of the front end face of the upper surface of outer face and glass outer, inner layer glass, both sides end face and two side sealing glass, upper surface, inner face, outside and rib is topmost energy reflection ray all, avoid summer sunlight to enter the indoor room temp that causes and raise; In addition, inner layer glass adopts photo chromic glass, during solar radiation, darkens, and absorbs heat, can play the effect of indoor heat insulating during winter, can save mass energy again.

Accompanying drawing explanation

Fig. 1 is the perspective view of energy-saving glass of the present invention;

Fig. 2 is the left view of energy-saving glass of the present invention;

Fig. 3 is the longitudinal section schematic diagram of supporting rib;

Fig. 4 is the perspective view of supporting rib.

Embodiment

As depicted in figs. 1 and 2, a kind of energy-saving glass, is comprised of glass outer 1 and inner layer glass 2; Inner layer glass 2 is photo chromic glass; The surrounding of inside and outside layer glass, by edge sealing glass 9 use sealant sealings, is arranged with some supporting ribs 3 in parallel between inside and outside layer glass; On glass outer 1 (or inner layer glass, edge sealing glass), have the eye 4 of bleeding.As shown in Figure 2, the inside and outside two ends of supporting rib 3 are connected and fixed with inner layer glass and glass outer respectively, and left and right two ends and the edge sealing glass of supporting rib are connected and fixed, and inside and outside layer glass is divided into several chambers; As shown in Figure 4, have ventilating pit 5 on the longitudinal section of supporting rib 3, this ventilating pit is positioned at supporting rib one end, is half round post, and this ventilating pit 5 connects adjacent chamber.As shown in Figures 3 and 4, supporting rib 3 is outer low and inner high wedge shape, and the upper surface 6 of supporting rib is convex surface, and lower surface 7 is concave surface; The outer face 8 of supporting rib, upper surface 6, lower surface 7 are minute surface.

As a kind of optimal way of the present invention, the energy-saving glass of the present embodiment, rib topmost and is bottom also edge sealing glass, and without ventilating pit, rib upper surface is topmost plane, lower surface is concave surface; Rib upper surface is bottom convex surface, and lower surface is plane, as shown in Figure 2.

Supporting rib is divided into some chambers by the space between inside and outside layer glass; Each chamber is connected by the ventilating pit on supporting rib; After the eye of bleeding by glass outer vacuumizes, with the plug eye of will bleeding, seal, between inside and outside layer glass, form vacuum layer, reach the effect of heat insulating.Sun in summer is high, and light direct projection, when light shines on the convex lens face of supporting rib upper surface, can be scattered light to reflect away; The part light that the concave mirror surface of supporting rib lower surface can be come in the convex lens area scattering of supported underneath rib reflects away again; And supporting rib outer face energy reflection ray, avoids sunlight to enter the indoor room temp that causes and raise summer; In addition, winter, solar ray was close to parallel radiation, and solar ray is after the protruding specular reflection of supporting rib upper surface, reflex on internal layer photo chromic glass, or direct irradiation is on internal layer photo chromic glass, the photo chromic glass absorption heat that darkens, and keep room temp not fall and rise.Winter is warming, and summer is heat insulation, and the energy is saved in sound insulation leakproof, but also saves a large amount of material of construction and artificial etc., Maintenance free.

Above the front end face of the upper surface of glass outer, inner layer glass and both sides end face and two side sealing glass, upper surface, inner face, outside and the top rib, can be designed to as required minute surface (illustrates, if above said these faces, solar ray energy directly shines and arrives, if minute surface so, if just do not getd without minute surface, because energy-saving glass is used in architectural usage difference, may be exposed, also may kept off).

Claims

1. an energy-saving glass, is comprised of inside and outside layer glass; The surrounding of described inside and outside layer glass is by edge sealing glass sealant sealing; Described inner layer glass is photo chromic glass; Between layer glass, be arranged with some supporting ribs in parallel; The inside and outside two ends of supporting rib are connected and fixed with inner layer glass and glass outer respectively, and the left and right two ends of supporting rib are connected and fixed respectively at edge sealing glass, and inside and outside layer glass is divided into several chambers; On the longitudinal section of described supporting rib, have ventilating pit, this ventilating pit connects adjacent chamber; One deck glass or the edge sealing eye of bleeding that has on glass therein; It is characterized in that: described supporting rib is outer low and inner high wedge shape, the upper surface of described supporting rib is convex surface, and lower surface is concave surface; Described convex surface and concave surface are minute surface.

2. energy-saving glass according to claim 1, is characterized in that: the outer face of described supporting rib is minute surface.