CN201155285Y

CN201155285Y - Solar air conditioner window

Info

Publication number: CN201155285Y
Application number: CNU200720153348XU
Authority: CN
Inventors: 彭林; 孙昉
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-06-23
Filing date: 2007-06-23
Publication date: 2008-11-26
Anticipated expiration: 2017-06-23

Abstract

The utility model provides a building window which utilizes solar energy radiation to heat the air between the double windows so as to lead cross-ventilation to heat the indoor air and to carry out room ventilation and air change. Double-layer transparent window with the spacing of 150 mm are is installed on the building window, a small window which has the height of 100 mm and can be opened towards to the inner upward direction is respectively arranged at the lower right corner and the upper left corner of the inner layer of the window, and a small window which has the height of 100 mm and can be opened towards to the outer upward direction is arranged at the upper left corner of the outer layer of the window. When the small window at the upper left corner of the outer layer is closed, at the same time, the small window at the lower right corner and the small window at the upper left corner of the inner layer are opened, the air between the double-layer windows which is heated by the sun radiation is forced to circulate in the room through the two small windows opened at the diagonal line, thus causing the indoor temperature to rise. When the small window at left upper corner of the inner layer is closed, at the same time, the small window at the right lower corner of the inner layer and the small window at the left upper corner of the outer layer are opened, the indoor vitiated air is forced to be discharged out of the room through the small windows opened at the diagonal line of the inner and outer layers of the windows.

Description

Solar air is regulated window

Affiliated technical field

The utility model relates to a kind of air that utilizes between the solar radiation heating double window, the building window that makes cross-ventilation heat room air and carry out the room ventilation ventilation, especially in the winter time can utilize the radiation of solar energy to force the heating room air by the air conditioning window, take a breath to outdoor ventilation summer.

Background technology

At present, the window of building is made up of window and sash, mainly is to carry out daylighting and ventilation by window.But ordinary window can not make full use of solar energy and force indoor air is carried out convection circulation heating and takes a breath to outdoor ventilation.

Summary of the invention

For energy conservation, the emittance that makes full use of the sun is carried out indoor heating and ventilation, the utility model provides a kind of solar air to regulate window, this air conditioning window not only can utilize solar energy to come indoor air is forced heating, and can force to take a breath to outdoor ventilation.

The technical scheme that its technical problem that solves the utility model adopts is: on the building window, spacing be installed be 150 millimeters sealing double-layer transparent glass window, the indoor layer of window is installed a height respectively in the lower right corner and the upper left corner be 100 millimeters the wicket that can open and close, and the outdoor layer of window is only installed a height in the upper left corner be 100 millimeters the wicket that can open and close.It is characterized in that the wicket on the inner layer sash is to place by diagonal positions.When closing outer upper left corner wicket, when opening the internal layer lower right corner and upper left corner wicket simultaneously, the air density on expansion that is heated by solar radiation in the middle of the double window reduces and rises, arrange to indoor through the wicket in the upper left corner, the air that indoor temperature of lower is lower adds in the middle of the double window through the wicket in the internal layer window lower right corner simultaneously, and room air is so continuously by being forced row to indoor indoor temperature to be risen by the solar radiation heating in the middle of the double window.When closing internal layer upper left corner wicket, when opening the internal layer lower right corner and outer upper left corner wicket simultaneously, the air density on expansion that is heated by solar radiation in the middle of the double window reduces and rises, arrange to outdoor through the wicket in the outer upper left corner, simultaneously indoor air adds in the middle of the double window through the wicket in the internal layer window lower right corner, and indoor foul atmosphere is so continuously by being risen the row of pressure to outdoor realization ventilation by the solar radiation heating in the middle of the double window.

The beneficial effects of the utility model are, can utilize window in daylighting, by the radiation effects of sunshine, make the air in the double window be heated convection current, and the wicket that is arranged on diverse location by unlatching is realized room air heating or ventilation.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is main apparent structure figure of the present utility model.

Fig. 2 is the longitudinal profile constructional drawing that solar air is regulated window.

Fig. 3 is the B-B sectional view of Fig. 1.

1. internal layer upper left corner active windows among the figure, 2. internal layer left-hand side sash, 3. outer upper left corner active window, 4. outer right side sash, 5. outer left-hand side sash, 6. internal layer right side sash, 7. internal layer lower right corner active window.

The specific embodiment

In Fig. 2, internal layer left-hand side sash (2), internal layer right side sash (6) are installed in the building window, outer right side sash (4), outer left-hand side sash (5), four fan sliding window sash add the weather strip sealing around the sash and between the slideway.Active window (1) is installed in the upper left corner in internal layer left-hand side sash (2), in the lower right corner of internal layer right side sash (6) active window (7) is installed, and in the upper left corner of outer left-hand side sash (4) active window (3) is installed.

Internal layer left-hand side sash (2), outer right side sash (4), outer left-hand side sash (5), internal layer right side sash (6) are when closing in embodiment illustrated in fig. 2, form a space that has air between the ectonexine window, be subjected to the radiation of sunshine to make air heat, open internal layer upper left corner active window (1) when simultaneously, during with internal layer lower right corner active window (7), indoor air is through being heated between the ectonexine window, by internal layer upper left corner active window (1), with internal layer lower right corner active window (7) in indoor circulation, interior temperature rises.Open outer upper left corner active window (3) when simultaneously, during with internal layer lower right corner active window (7), indoor air is through being heated between the ectonexine window, by outer upper left corner active window (3), with internal layer lower right corner active window (7) that indoor air discharge is outdoor, reach ventilation.

Claims

A kind of solar air is regulated window, two interlamellar spacings are 150 millimeters sash inside and outside installing on window, the 100 millimeters high wicket that can open and close is installed in the upper left corner and the lower right corner at inner layer sash respectively, in the upper left corner of outer layer leaf one the 100 millimeters high wicket that can open and close is installed, is it is characterized in that the wicket on the inner layer sash is to place by diagonal positions.