Transverse cover of door for glass energy-saving door with aluminum alloy decorative frames
An aluminum alloy, decorative frame technology, applied in windows/doors, sealing devices, building components, etc., can solve the problems of poor air tightness of doors, loss of hardware accessories, unreasonable connections, etc., and achieve good sealing performance and simple coordination. Effect
Inactive Publication Date: 2013-10-23
SUZHOU GOLD MANTIS CURTAIN WALL CO LTD
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AI Technical Summary
Problems solved by technology
Due to the structural limitation of the aluminum alloy frame, the sealing strip around the door leaf is broken, resulting in poor airtightness of the door
Due to the limitation of the structure of the aluminum alloy frame, the connection with the special hardware accessories is not reasonable enough, which makes the hardware accessories loose and loses the function of the accessories
Method used
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Embodiment Construction
[0023] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.
[0024] attached Figure 1-13The glass energy-saving door with an aluminum alloy decorative frame used for the door cross cover of the glass energy-saving door with an aluminum alloy decorative frame according to the present invention includes a hollow glass assembly 3; the hollow glass assembly 3 includes 2 or more layers layer of glass 31; spacers 32 are arranged between adjacent glass 31 to form a space between adjacent glass 31; sealants 33 are provided at the ends of the adjacent glass; the insulating glass The left and right ends of the component 3 are provided with an aluminum alloy decorative frame 1; the aluminum alloy decorative frame 1 includes an aluminum alloy decorative frame body 11; the aluminum alloy decorative frame body 11 is a hollow structure; the aluminum alloy decorative frame body The outer side of 11 is arrang...
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The invention discloses a transverse cover of a door for a glass energy-saving door with aluminum alloy decorative frames. The transverse cover comprises a transverse cover body of the door, wherein a barb part is arranged in the middle of the inner side of the transverse cover body of the door, a lower beam of the transverse cover body of the door is arranged on the lower part of the inner side of the transverse cover body of the door. The lower beam of the transverse cover body of the door is horizontally provided with a raised line. When the door is assembled with a large aluminum alloy clamping piece, the raised line is inserted into a large aluminum alloy clamping piece long slot. The barb part hooks the hook part of the large aluminum alloy clamping piece, so that the large aluminum alloy clamping piece is fixed. When the door is assembled with a small aluminum alloy clamping piece, the raised line is inserted into a small aluminum alloy clamping piece long slot. The barb part hooks the hook part of the small aluminum alloy clamping piece, so that the small aluminum alloy clamping piece is fixed. The transverse cover of the door for the glass energy-saving door with the aluminum alloy decorative frames disclosed by the invention is simply matched with the large and small aluminum alloy clamping pieces, and meanwhile, a transverse wool top is arranged on the upper end part of the transverse cover of the door, so that the sealing performance is good.
Description
technical field [0001] The invention relates to an improvement of parts of an aluminum alloy glass door, in particular to a door for a glass energy-saving door with an aluminum alloy decorative frame that is easy to cooperate with an aluminum alloy large clip and an aluminum alloy small clip and has good sealing performance Horizontal cover. Background technique [0002] Aluminum alloy glass doors are usually made of aluminum alloy profiles connected by hardware accessories to form a frame, which is combined with a glass plate to form a door with opening, closing, and locking functions. Due to the particularity of its structure, the wind pressure resistance of aluminum alloy doors is low, and the performance often cannot meet the requirements of architectural design. Due to energy-saving requirements, insulating glass is often required, and its gravity load is doubled, and because the opening support shaft of the door leaf is at the extreme position of eccentricity (at the ...
Claims
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Inventor 梁秉业
Owner SUZHOU GOLD MANTIS CURTAIN WALL CO LTD