Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
A movable trestle capable of being recycled is characterized by comprising a shell A, a telescopic bridge, a fixing mechanism A, a rope mechanism, a supporting mechanism, a connecting rod telescopic mechanism, a buckle mechanism, a telescopic mechanism and a fixing mechanism B; the number of the shells A is two; a controller is manually used, a rope mechanism is controlled to open a shell A, when the shell A is opened, a fixing mechanism B fixes the shell A to the ground, a telescopic bridge stretches out and draws back, one end of the telescopic bridge is connected with the fixing mechanism A so that the telescopic bridge can be fixed through the fixing mechanism A, and then a connecting rod telescopic mechanism works so that a buckle mechanism can reach a designated position; and meanwhile, the telescopic mechanism works to enable the supporting mechanism to reach a designated position, the supporting mechanism is connected with the telescopic bridge, the telescopic bridge is supported, and therefore people can pass through the telescopic bridge safely.
一种可循环使用的移动栈桥，其特征在于，包括:外壳A、伸缩桥、固定机构A、绳索机构、支撑机构、连杆伸缩机构、卡扣机构、伸缩机构和固定机构B；所述的外壳A有两个；通过人工使用控制器，通过控制绳索机构将外壳A打开，当外壳A打开时固定机构B将外壳A固定在地面上，伸缩桥进行伸缩，伸缩桥的一端与固定机构A连接，使固定机构A将其固定，然后连杆伸缩机构工作使卡扣机构到达指定位置，同时伸缩机构进行工作将支撑机构到达指定位置，使支撑机构与伸缩桥连接，将伸缩桥进行支撑，从而使人安全通过。
A movable trestle capable of being recycled is characterized by comprising a shell A, a telescopic bridge, a fixing mechanism A, a rope mechanism, a supporting mechanism, a connecting rod telescopic mechanism, a buckle mechanism, a telescopic mechanism and a fixing mechanism B; the number of the shells A is two; a controller is manually used, a rope mechanism is controlled to open a shell A, when the shell A is opened, a fixing mechanism B fixes the shell A to the ground, a telescopic bridge stretches out and draws back, one end of the telescopic bridge is connected with the fixing mechanism A so that the telescopic bridge can be fixed through the fixing mechanism A, and then a connecting rod telescopic mechanism works so that a buckle mechanism can reach a designated position; and meanwhile, the telescopic mechanism works to enable the supporting mechanism to reach a designated position, the supporting mechanism is connected with the telescopic bridge, the telescopic bridge is supported, and therefore people can pass through the telescopic bridge safely.
一种可循环使用的移动栈桥，其特征在于，包括:外壳A、伸缩桥、固定机构A、绳索机构、支撑机构、连杆伸缩机构、卡扣机构、伸缩机构和固定机构B；所述的外壳A有两个；通过人工使用控制器，通过控制绳索机构将外壳A打开，当外壳A打开时固定机构B将外壳A固定在地面上，伸缩桥进行伸缩，伸缩桥的一端与固定机构A连接，使固定机构A将其固定，然后连杆伸缩机构工作使卡扣机构到达指定位置，同时伸缩机构进行工作将支撑机构到达指定位置，使支撑机构与伸缩桥连接，将伸缩桥进行支撑，从而使人安全通过。
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