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Arbitrary-angle splicing structure of aluminum alloy window and splicing method implemented by arbitrary-angle splicing structure
The invention discloses a random-angle splicing structure of an aluminum alloy window and a splicing method implemented by the random-angle splicing structure. At present, frame splicing materials and splicing modes suitable for real-time corresponding adjustment on an installation site are lacked. The device comprises an angle bending plate, a first connecting insertion plate, a second connecting insertion plate and a middle deformation plate, the angle bending plate is a long-strip-shaped plate body, a central crease is machined on the central axis of the outer wall of the angle bending plate in the width direction of the angle bending plate, one side of the angle bending plate is fixedly connected with a first window frame through the first connecting insertion plate, and the other side of the angle bending plate is fixedly connected with a second window frame through the second connecting insertion plate. The other side of the corner plate is fixedly connected with the second window frame through a second connecting insertion plate, a middle deformation plate is arranged between the first connecting insertion plate and the second connecting insertion plate, and a first heat preservation cavity is defined by the inner wall of the corner plate, the inner side wall of the first connecting insertion plate, the inner side wall of the second connecting insertion plate and the outer wall of the middle deformation plate; a second heat preservation cavity is defined by the inner wall of the middle deformation plate, the inner side wall of the first connecting insertion plate and the inner side wall of the second connecting insertion plate.
一种铝合金樘窗任意角度拼接结构及其实现的拼接方法。目前缺少能够适用于安装现场实时对应调整的拼樘料以及拼装方式。本发明包括弯角板、第一连接插板、第二连接插板和中置变形板，所述弯角板为长条形板体，弯角板的外壁沿其宽度方向的中心轴线上加工有中心折痕，所述弯角板的一侧通过第一连接插板与第一窗框固定连接，所述弯角板的另一侧通过第二连接插板与第二窗框固定连接，第一连接插板和第二连接插板之间设置有中置变形板，所述弯角板的内壁、第一连接插板的内侧壁、第二连接插板的内侧壁和中置变形板的外壁之间围合形成有第一保温腔，所述中置变形板的内壁、第一连接插板的内侧壁和第二连接插板的内侧壁之间围合形成有第二保温腔。
Arbitrary-angle splicing structure of aluminum alloy window and splicing method implemented by arbitrary-angle splicing structure
The invention discloses a random-angle splicing structure of an aluminum alloy window and a splicing method implemented by the random-angle splicing structure. At present, frame splicing materials and splicing modes suitable for real-time corresponding adjustment on an installation site are lacked. The device comprises an angle bending plate, a first connecting insertion plate, a second connecting insertion plate and a middle deformation plate, the angle bending plate is a long-strip-shaped plate body, a central crease is machined on the central axis of the outer wall of the angle bending plate in the width direction of the angle bending plate, one side of the angle bending plate is fixedly connected with a first window frame through the first connecting insertion plate, and the other side of the angle bending plate is fixedly connected with a second window frame through the second connecting insertion plate. The other side of the corner plate is fixedly connected with the second window frame through a second connecting insertion plate, a middle deformation plate is arranged between the first connecting insertion plate and the second connecting insertion plate, and a first heat preservation cavity is defined by the inner wall of the corner plate, the inner side wall of the first connecting insertion plate, the inner side wall of the second connecting insertion plate and the outer wall of the middle deformation plate; a second heat preservation cavity is defined by the inner wall of the middle deformation plate, the inner side wall of the first connecting insertion plate and the inner side wall of the second connecting insertion plate.
一种铝合金樘窗任意角度拼接结构及其实现的拼接方法。目前缺少能够适用于安装现场实时对应调整的拼樘料以及拼装方式。本发明包括弯角板、第一连接插板、第二连接插板和中置变形板，所述弯角板为长条形板体，弯角板的外壁沿其宽度方向的中心轴线上加工有中心折痕，所述弯角板的一侧通过第一连接插板与第一窗框固定连接，所述弯角板的另一侧通过第二连接插板与第二窗框固定连接，第一连接插板和第二连接插板之间设置有中置变形板，所述弯角板的内壁、第一连接插板的内侧壁、第二连接插板的内侧壁和中置变形板的外壁之间围合形成有第一保温腔，所述中置变形板的内壁、第一连接插板的内侧壁和第二连接插板的内侧壁之间围合形成有第二保温腔。
Arbitrary-angle splicing structure of aluminum alloy window and splicing method implemented by arbitrary-angle splicing structure
一种铝合金樘窗任意角度拼接结构及其实现的拼接方法
WANG XIANDA (author) / YANG LEI (author) / WANG SHENGJIE (author) / YAO JIAJIE (author)
2023-05-02
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
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