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Double layer glass curtain aeration technology and method and structure

A double-glazed and curtain wall technology, applied in ventilation systems, ventilation arrangements, building structures, etc., can solve problems such as uncontinuous air flow of double-glazed curtain walls, reduce the temperature of double-glazed curtain walls, and reduce the use of indoor air conditioners, etc., to achieve Effects of reducing light pollution, reducing construction costs, saving energy and resources

Inactive Publication Date: 2008-05-28
周嘉陵 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0018] Object 1 of the present invention: through a kind of ventilation technology and method and structure of double-layer glass curtain wall, Using natural wind as the main Air supply method supplemented by mechanical air supply , to solve the problem of discontinuous and unstable air flow between the double-glazed curtain walls when the natural wind is insufficient, take away heat through continuous and stable air flow, reduce the temperature between the double-glazed curtain walls, thereby reducing the indoor air conditioning use to achieve the purpose of energy saving

Method used

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  • Double layer glass curtain aeration technology and method and structure
  • Double layer glass curtain aeration technology and method and structure
  • Double layer glass curtain aeration technology and method and structure

Examples

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Embodiment 1

[0065] Figure 1 (Figure 4, Figure 5) : the outer glass curtain wall 101, the inner glass curtain wall 102, the cavity 103 between the inner and outer glass curtain walls, the ventilation grille 104 between building floors, the intelligent air inlet 105, the intelligent row (inlet) air outlet 106 on the outer curtain wall, the inner curtain wall Intelligent air supply port 107 with fire damper, air supply pipeline system 108, openable fan 109 on the inner wall, intelligent monitor 110 for monitoring air flow, fire sprinkler and water spray cooling pipeline and computer control system 111, fire protection Smoke alarm 112, building structure 113, mechanical air supply outlet 114, mechanical air supply duct and fan and computer control system 115, intelligent air outlet (lee side) 116 on the outer curtain wall, intelligent air outlet on the inner curtain wall ( Leeward side) 117; components such as building layer air passage 521 are formed.

[0066] 1. In summer, when there is...

Embodiment 2

[0074] figure 2 : by the outer glass curtain wall 201, the inner glass curtain wall 202, the cavity 203 between the inner and outer glass curtain walls, the ventilation grille 204 between building floors, the intelligent air inlet 205, the intelligent row (intake) air outlet (windward side) on the outer curtain wall 206. Openable fan on the inner wall 209, intelligent monitor for monitoring air flow 210, fire sprinkler and water spray cooling pipe and computer control system 211, fire smoke alarm 212, building structure 213, mechanical air outlet 214 , mechanical air supply duct, blower fan and computer control system 215, roof intelligent air outlet 218, underground structure 219 and other components.

[0075] Example 2 specific implementation of Example 1 basically the same.

Embodiment 3

[0077] image 3 : by the outer glass curtain wall 301, the inner glass curtain wall 302, the cavity 303 between the inner and outer glass curtain walls, the ventilation grille 304 between the building floors, the intelligent air inlet 305, the intelligent row (inlet) air outlet (windward side) on the outer curtain wall 306. Intelligent monitor for monitoring air flow 310, fire sprinkler and water spray cooling pipe and computer control system 311, fire smoke alarm 312, building structure 313, building roof air outlet 318; underground structure 319; inner and outer glass The supporting structure 320 and other components between the curtain walls

[0078] Example 3 specific implementation of Example 1 basically the same.

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Abstract

The invention relates to a novel energy-saving glass curtain wall, wherein the shortcoming of natural wind is compensated through mechanical assisted air supply mode, and the problem of unsustainable and unstable airflow is solved. An air inlet is arranged on the windward side, an air outlet is arranged on the leeward side, the air inlet and the air outlet are connected through a ventilating duct or 'an architectural layer ventilating duct' to ensure the air flow smoothly. The distance between the air inlet and the air outlet is increased, the differential pressure of air can be realized, and the effect of 'a chimney effect' is improved. A fireproof grade of an outside curtain wall is lower than a fireproof grade of an inside curtain wall, and the fireproof capacity of a double layer curtain wall is basically same as a single layer curtain wall, the fireproof capacity can be improved through a smoke detector and a spray system. In summer, the invention adopts the mode of spray desuperheating through a fire-fighting spray system, and in daytime pollution-free power supply is supplied to an air supply system and a draught fan through solar energy. According to the improvement, the integrated effect of the double layer glass curtain wall and 'a climate adaptive capacity' is hoped to be improved, and a new idea is provided to the development of the curtain wall and the technological innovation.

Description

【Technical field】 [0001] The invention relates to a glass curtain wall for house construction, and belongs to the technical field of house construction. 【Background technique】 [0002] Double-layer glass curtain wall is a new type of energy-saving curtain wall with practical value, especially in the ventilation and energy saving of modern high-rise buildings and super high-rise buildings. Therefore, it has developed rapidly in China in recent years, and relevant data show that , There are about 50 projects that have been built or are under construction, but after the completion of some construction projects, the energy-saving effect of the double-layer glass curtain wall has not reached the expected value, and some projects in the south are not comfortable enough in summer. At the same time, since July 1, 2005, the "Design Standards for Energy Conservation of Public Buildings" was officially implemented, in which the strict requirements and restrictions on the use of glass c...

Claims

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Application Information

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IPC IPC(8): F24F7/04F24F7/06E04B2/88E06B7/02
Inventor 周嘉陵周智平刘本源
Owner 周嘉陵
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