A kind of gallery type circulation curtain wall
Technical field
The utility model relates to a kind of curtain wall, relates in particular to a kind of gallery type circulation curtain wall.
Background technology
Traditional single glazing curtain wall structure, be not incubated winter, and summer is stuffy, is not suitable for highrise building and uses, and no matter aspect energy-conservation, or does not all reach desirable requirement at aspects such as inside and outside visions.Along with people more and more pay attention to building energy conservation, a large amount of double-skin curtain wall constructions are applied on the highrise building.Double-skin curtain wall construction adopts the equipment such as blower fan and outdoorly carries out ventilation, but this blower fan that utilizes carries out forced ventilation, entering indoor New atmosphere quality is difficult to guarantee, and air inlet system will arrange separately and the outdoor pipeline that is connected, increased cost, complexity is installed, and the blower fan running also can bring noise and vibration for a long time.
Summary of the invention
For overcoming the deficiencies in the prior art, the purpose of this utility model provides a kind of gallery type circulation curtain wall, reduces building energy consumption, improves the comfort level of indoor environment.
For achieving the above object, the utility model is achieved through the following technical solutions:
A kind of gallery type circulation curtain wall, comprise internal layer curtain wall, outer curtain wall, air-intake device, air exhausting device, concrete beam, the internal layer curtain wall be connected curtain wall and connect by concrete beam, inside and outside layer curtain wall, concrete beam form ventilating layer, the ventilating layer two ends are provided with air-intake device and air exhausting device, described internal layer curtain wall is comprised of hollow glass and disconnected hot profiles, and described outer curtain wall is comprised of single-glass and non-disconnected hot profiles;
Described air-intake device comprises interior window one, grid one, driver one, opens limit connector one, aluminum veneer one, open limit connector one and be fixed on outer curtain wall, interior window one is flexibly connected with unlatching limit connector one, driver one drives interior window one, interior window one top is provided with grid one, fill out the aluminum veneer one of fire prevention rock wool in the bottom is provided with, grid one is connected with concrete beam;
Described air exhausting device comprises interior window two, grid two, driver two, opens limit connector two, fire prevention rock wool, aluminum veneer two, open limit connector two and be fixed on outer curtain wall, interior window two is flexibly connected with unlatching limit connector two, driver two drives interior window two, interior window two tops are provided with grid two, interior window two bottoms are provided with aluminum veneer with holes two, and grid two is connected with concrete beam, and grid two bottoms are provided with the fire prevention rock wool;
Described outer curtain wall is provided with fly net and blinds.
Compared with prior art, the beneficial effects of the utility model are:
Double-skin curtain wall construction can be realized winter warming, and summer ventilation reduces building energy consumption, utilize air hot pressing principle and stack effect, it is indoor to allow ozone enter, and is discharged to the air of indoor dirt outdoor simultaneously, make the indoor moment keep with fresh air, improve the comfort level of indoor environment.
Description of drawings
Fig. 1 is structural representation of the present utility model (air-intake device).
Fig. 2 is structural representation of the present utility model (air exhausting device).
Among the figure: interior window one 4-driver one 5-grid one 6-aluminum veneer one 7-of 1-hollow tempered glass 2-individual layer tempered glass 3-opens limit connector one 8-blinds 9-fly net 10-grid two 11-and opens the interior window two 15-concrete beam of limit connector two 12-fire prevention rock wool 13-aluminum veneer two 14-.
The specific embodiment
Below in conjunction with Figure of description the utility model is described in detail, but should be noted that enforcement of the present utility model is not limited to following embodiment.
See Fig. 1,2, a kind of gallery type circulation curtain wall, comprise internal layer curtain wall, outer curtain wall, air-intake device, air exhausting device, concrete beam 15, the internal layer curtain wall be connected curtain wall and connect by concrete beam 15, inside and outside layer curtain wall, concrete beam 15 form ventilating layer, the ventilating layer two ends are provided with air-intake device and air exhausting device, and described internal layer curtain wall is comprised of hollow tempered glass 1 and disconnected hot profiles, and described outer curtain wall is comprised of individual layer tempered glass 2 and non-disconnected hot profiles;
Described air-intake device comprises interior window 1, grid 1, driver 1, opens limit connector 1, aluminum veneer 1, opening limit connector 1 is fixed on the frame material of outer curtain wall, interior window 1 is flexibly connected with unlatching limit connector 1, driver 1 drives interior window 1, interior window one 3 tops are provided with grid 1, fill out the aluminum veneer 1 of fire prevention rock wool in the bottom is provided with, grid 1 is connected with concrete beam 15;
Described air exhausting device comprises interior window 2 14, grid 2 10, driver two, opens limit connector 2 11, fire prevention rock wool 12, aluminum veneer 2 13, opening limit connector 2 11 is fixed on the frame material of outer curtain wall, interior window 2 14 is flexibly connected with unlatching limit connector 2 11, driver two drives interior window 2 14, interior window 2 14 tops are provided with grid 2 10, interior window 2 14 bottoms are provided with aluminum veneer with holes 2 13, grid 2 10 is connected with concrete beam 15, and grid 2 10 bottoms are provided with the fire prevention rock wool;
Described outer curtain wall is provided with fly net 9 and blinds 8.
Embodiment:
The internal layer curtain wall adopts hollow tempered glass 1 to make, outer curtain wall adopts with the individual layer tempered glass 2 of self-cleaning function and makes, the interior open and close of window are realized by chain type driver, connected by the concrete beam with heat insulating material between the inside and outside layer curtain wall, the width of concrete beam is 1 meter-1.5 meters, makes things convenient for the maintainer to walk and passes through.
During winter, close the interior window at ventilating layer two ends, the temperature under the irradiation of sunlight of the air in the ventilating layer raises, and forms a greenhouse, has effectively improved the temperature of inner layer glass, reduces the heating cost of building.During summer, open the interior window at ventilating layer two ends, the rising of ventilating layer air themperature is floated naturally under the irradiation of sunlight, forms air stream from bottom to top, because stack effect is taken away the heat in the passage, reduces the temperature on inner layer glass surface, minimizing refrigeration expense.In addition, by internally falling the control of window and to the design of internal layer curtain wall construction, reach by the purpose of ventilating layer to indoor conveying fresh air, thereby optimize the building ventilation quality.
Double-skin curtain wall construction of the present utility model can be realized winter warming, summer ventilation, reduce building energy consumption, utilize air hot pressing principle and stack effect, curtain wall must the To stratification of wind all can directly not reach natural air indoorly, the air of indoor dirt is discharged to outdoorly simultaneously, makes indoor moment maintenance with fresh air, improve the comfort level of indoor environment, and effectively reduce highrise building and rely on merely the disadvantage that heating and ventilating equipment mechanical ventilation brings.