A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building profile made of plastic and wood flour composite material
The invention discloses a plastic wood powder composite material building profile which structurally comprises a profile mechanism and a connecting mechanism, the interior of one end of the profile mechanism is connected with the connecting mechanism in a clamped mode, and when a clamping strip on a building is clamped in a space formed between an outer clamping plate and a center mechanism, a telescopic plate and an extrusion groove plate are extruded; the telescopic plate and the extrusion groove plate apply extrusion force to the upper end of the clamping strip, the clamping rod abuts against and clamps the outer side surface of the clamping strip, the firmness of clamping the profile mechanism outside the clamping strip of the building is improved, meanwhile, disassembly is convenient, the profile mechanism is convenient to replace, and a positioning block at the center of a connecting plate extends into a round hole in the center of a supporting plate, so that the profile mechanism is convenient to replace. And it is ensured that the connecting plate and the overall end face of the profile mechanism are connected in an attached mode, the elastic rod exerts reverse elastic sliding force on the sliding block, the abutting attaching piece bears outward jacking force and elastically abuts against the interior of the clamping hole, looseness is avoided when the profile mechanism and the connecting mechanism are connected, and connection of the profile mechanism is prolonged.
本发明公开了一种塑料木粉复合材料建筑型材，其结构包括型材机构、连接机构，型材机构一端内部与连接机构卡合连接，通过建筑物上的卡条卡在外卡板与中心机构之间形成的空间内部时，对伸缩板和挤压槽板进行挤压，伸缩板和挤压槽板对卡条上端施加挤压力，卡合杆对卡条外侧表面进行抵触卡合，提高将型材机构卡在建筑物的卡条外部的牢固性，同时拆卸便捷，便于对型材机构进行更换，通过连接板中心处的定位块伸入支板中心的圆孔内部，确保连接板与型材机构整体的端面进行贴合连接，弹力杆对滑块施加反向的弹性滑动力，抵触贴合片受到向外的顶力，与卡合孔内部进行弹性抵触，避免型材机构与连接机构之间进行连接时发生松动，对型材机构进行连接延长。
Building profile made of plastic and wood flour composite material
The invention discloses a plastic wood powder composite material building profile which structurally comprises a profile mechanism and a connecting mechanism, the interior of one end of the profile mechanism is connected with the connecting mechanism in a clamped mode, and when a clamping strip on a building is clamped in a space formed between an outer clamping plate and a center mechanism, a telescopic plate and an extrusion groove plate are extruded; the telescopic plate and the extrusion groove plate apply extrusion force to the upper end of the clamping strip, the clamping rod abuts against and clamps the outer side surface of the clamping strip, the firmness of clamping the profile mechanism outside the clamping strip of the building is improved, meanwhile, disassembly is convenient, the profile mechanism is convenient to replace, and a positioning block at the center of a connecting plate extends into a round hole in the center of a supporting plate, so that the profile mechanism is convenient to replace. And it is ensured that the connecting plate and the overall end face of the profile mechanism are connected in an attached mode, the elastic rod exerts reverse elastic sliding force on the sliding block, the abutting attaching piece bears outward jacking force and elastically abuts against the interior of the clamping hole, looseness is avoided when the profile mechanism and the connecting mechanism are connected, and connection of the profile mechanism is prolonged.
本发明公开了一种塑料木粉复合材料建筑型材，其结构包括型材机构、连接机构，型材机构一端内部与连接机构卡合连接，通过建筑物上的卡条卡在外卡板与中心机构之间形成的空间内部时，对伸缩板和挤压槽板进行挤压，伸缩板和挤压槽板对卡条上端施加挤压力，卡合杆对卡条外侧表面进行抵触卡合，提高将型材机构卡在建筑物的卡条外部的牢固性，同时拆卸便捷，便于对型材机构进行更换，通过连接板中心处的定位块伸入支板中心的圆孔内部，确保连接板与型材机构整体的端面进行贴合连接，弹力杆对滑块施加反向的弹性滑动力，抵触贴合片受到向外的顶力，与卡合孔内部进行弹性抵触，避免型材机构与连接机构之间进行连接时发生松动，对型材机构进行连接延长。
Building profile made of plastic and wood flour composite material
一种塑料木粉复合材料建筑型材
LI PINGPING (author) / ZHANG CHAO (author) / HUANG LU (author) / YU MENGYUAN (author) / XIONG RUI (author)
2022-06-24
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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Effect of Wood Flour Esterification on Properties of Wood Plastic Composites
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