Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ceiling joist and sliding rail integrated system
A ceiling joist and sliding rail integrated system comprises a sliding rail formed by splicing a plurality of ceiling joists in a transversely and vertically staggered mode, a joist corner piece and a pulley, each ceiling joist comprises a wheel carrier groove, supporting plates are arranged on the two parallel bottom edges of each wheel carrier groove respectively, a web is arranged in the center of the top of each wheel carrier groove, and a flange is arranged at the top of each web; the bottom end face of the keel corner piece is a ceiling supporting plate face, a 90-degree arc groove is formed in the ceiling supporting plate face, the two ends of the arc groove extend to form linear grooves, and the linear grooves are in butt joint with one ends of the wheel carrier grooves. First bayonets are arranged at the upper ends of the keel corner pieces corresponding to the ends of the arc grooves in a protruding mode, screw holes penetrate through the side walls of the first bayonets, one ends of the web plates are inserted into the first bayonets, the upper ends and the lower ends of the first bayonets abut against the bottom end faces of the flanges and the top end faces of the wheel carrier grooves, and screws are inserted into the screw holes to connect and fix the web plates. The assembly structure is simpler, and the production difficulty is reduced; the ceiling joist and the joist corner piece are connected and integrated, and the sliding rail steering direction is flexibly changed according to actual requirements.
一种吊顶龙骨与滑轨集成系统，包括：由多根吊顶龙骨横竖交错拼接而成的滑轨、龙骨转角件以及滑轮，吊顶龙骨包括轮架槽，轮架槽的两平行底边上分别设置有支撑板，在轮架槽的顶部中心设置有腹板，腹板的顶部设置有翼缘；龙骨转角件的底端面为天花支撑板面，在天花支撑板面上开设有90°圆弧槽，圆弧槽的两端延长有直线槽，直线槽与轮架槽的一端对接；龙骨转角件的上端对应着圆弧槽的端部凸出设置有第一卡口，第一卡口的侧壁贯穿有螺孔，腹板一端插入第一卡口内，第一卡口上下端与翼缘底端面及轮架槽顶端面相抵接，使用螺丝插入螺孔连接固定腹板。本发明组装结构更简单，降低生产难度；吊顶龙骨与龙骨转角件连接集成，根据实际需求灵活改变滑轨转向。
Ceiling joist and sliding rail integrated system
A ceiling joist and sliding rail integrated system comprises a sliding rail formed by splicing a plurality of ceiling joists in a transversely and vertically staggered mode, a joist corner piece and a pulley, each ceiling joist comprises a wheel carrier groove, supporting plates are arranged on the two parallel bottom edges of each wheel carrier groove respectively, a web is arranged in the center of the top of each wheel carrier groove, and a flange is arranged at the top of each web; the bottom end face of the keel corner piece is a ceiling supporting plate face, a 90-degree arc groove is formed in the ceiling supporting plate face, the two ends of the arc groove extend to form linear grooves, and the linear grooves are in butt joint with one ends of the wheel carrier grooves. First bayonets are arranged at the upper ends of the keel corner pieces corresponding to the ends of the arc grooves in a protruding mode, screw holes penetrate through the side walls of the first bayonets, one ends of the web plates are inserted into the first bayonets, the upper ends and the lower ends of the first bayonets abut against the bottom end faces of the flanges and the top end faces of the wheel carrier grooves, and screws are inserted into the screw holes to connect and fix the web plates. The assembly structure is simpler, and the production difficulty is reduced; the ceiling joist and the joist corner piece are connected and integrated, and the sliding rail steering direction is flexibly changed according to actual requirements.
一种吊顶龙骨与滑轨集成系统，包括：由多根吊顶龙骨横竖交错拼接而成的滑轨、龙骨转角件以及滑轮，吊顶龙骨包括轮架槽，轮架槽的两平行底边上分别设置有支撑板，在轮架槽的顶部中心设置有腹板，腹板的顶部设置有翼缘；龙骨转角件的底端面为天花支撑板面，在天花支撑板面上开设有90°圆弧槽，圆弧槽的两端延长有直线槽，直线槽与轮架槽的一端对接；龙骨转角件的上端对应着圆弧槽的端部凸出设置有第一卡口，第一卡口的侧壁贯穿有螺孔，腹板一端插入第一卡口内，第一卡口上下端与翼缘底端面及轮架槽顶端面相抵接，使用螺丝插入螺孔连接固定腹板。本发明组装结构更简单，降低生产难度；吊顶龙骨与龙骨转角件连接集成，根据实际需求灵活改变滑轨转向。
Ceiling joist and sliding rail integrated system
一种吊顶龙骨与滑轨集成系统
PENG WENGUANG (Autor:in) / YUAN CHONGWEI (Autor:in) / LAI QINGXIU (Autor:in) / DAI KAISHENG (Autor:in)
03.10.2023
Patent
Elektronische Ressource
Chinesisch
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