Curtain wall stand column heat preservation structure with heat insulation opening sash

Abstract

The invention discloses a curtain wall stand column heat preservation structure with a heat insulation opening sash. The curtain wall stand column heat preservation structure comprises a steel stand column, a fixed window sash, an opening window sash, an inner sealing aluminum plate, an outer decoration plate assembly, an inner frame assembly and a side edge baffle assembly; the fixed window sash is located on the fixed side of the steel stand column, and the opening window sash is located on the opening side of the steel stand column; the fixed window sash and the opening window sash are matched with the inner frame assembly, the inner frame assembly is matched with the inner sealing aluminum plate, and the side baffle assembly is fixedly connected with the outer decoration plate assembly and the inner frame assembly. According to the scheme, a mounting and fixing shielding decoration profile structure around the steel stand column is optimized, the stability of the whole structure is improved, and the heat insulation effect of the stand column structure is improved; and the structure of the opening window sash is optimally designed, so that the unfavorable conditions that a conventional curtain wall heat insulation opening aluminum profile is high in content, complicated in processing, high in cost, complicated in later maintenance, uncontrollable in heat insulation performance and the like are changed, the cost and the materials are saved, and the requirements of the national green, energy-saving and environment-friendly concepts on modern buildings are met.

Description

technical field [0001] The invention relates to a curtain wall column heat preservation structure with a heat insulation opening fan, belonging to the technical field of glass curtain walls. Background technique [0002] At present, the common energy-saving curtain wall opening systems at home and abroad mainly adopt the method of heat-insulating fan frame profiles and heat-insulating frame profiles to ensure its energy-saving performance. Although the opening fan structure has a good thermal insulation performance, the opening system at the column The design of the installation structure is not reasonable enough, resulting in poor integrity after the combination of profiles, which affects the stability of the curtain wall structure. The processing technology is more complicated, the cost is relatively high, and the thermal insulation performance is average. It is no longer possible to rely solely on thermal insulation profiles to meet the energy-saving performance of the ope...

AI Technical Summary

Problems solved by technology

[0002] At present, the common energy-saving curtain wall opening system at home and abroad mainly adopts the method of heat-insulating fan frame profiles and heat-insulating frame profiles to ensure its energy-saving performance. Although the opening fan structure has good thermal insulation performance, the opening system at the column The design of the installation structure is not reasonable enough, resulting in poor integrity of the profile combination, which affects the stability of the curtain wall structure. The processing technology is more complicated, the cost is relatively high, and the heat insulation performance is average. It is no longer possible to rely solely on heat insulation profiles to meet the energy-saving performance of the opening system. Meeting the needs of curtain walls in the new era

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