The invention relates to a slender rod auxiliary supporting device, which mainly consists of a palm plate, a half gear plate, a support bar, a bracing bar, a pole seat, a flip plate, etc. the palmboard is covered with a flip plate along the periphery of the plate. The front end of each turn plate is connected to the lower pole fork through the lower pole seat, and the lower pole fork can rotate around the lower pole seat, and the lower pole fork is passed through the lower side. The bracing rod is fixed to the bracing rod, and the middle of the palmplate is supported by the foot and foot. The 2.5 retaining disc is connected and fixed to the upper part of the supporting part through the fastener. The 2.5 retaining disc is covered with the upper pole seat along the periphery, and each upper pole seat is connected with the upper pole locking ring through the upper pole fork, and the upper pole fork can be wound around. The supporting rod seat is rotated, and the upper supporting rod locking ring is fixedly connected with the upper supporting rod, and the upper supporting rod is connected with the lower supporting rod to connect the fastening pipe and the fastening pipe. The invention realizes adjustable height and adjustable installation and disassembly and carrying by adjusting the supporting rod and the butting card pipe. It has the advantages of stability, detachability, versatility and portability.
【技术实现步骤摘要】
细长杆辅助支撑装置
本专利技术涉及一种辅助支撑装置,尤其是一种辅助支撑高度可调的支撑装置。
技术介绍
现目前,脚手架广泛应用于建筑装潢等行业中。常用的脚手架一般不具有移动性,用扣件连接各杆,脚手架底部用扫地杆与地面相对固定。市面上的一种经改良的方便移动的脚手架也比较常见,但其在使用中存在着不足,它仅靠底部的滑轮固定锁紧,对地面平整性要求较高,在潮湿环境下固定效果将大打折扣,容易出现打滑和晃动的现象,对脚手架上的工人存在安全隐患。一些能移动的测量设备也存在着同样的问题,满足了移动要求但是相对的稳定性变差,特定情况下影响测量精度,不利于得出准确测量结果。
技术实现思路
本专利技术针对脚手架或设备支腿等细长杆件,为其提供辅助支撑,改善稳定性,而提供一种细长杆辅助支撑装置,通过调节撑杆和对接卡管,实现高度可调,并方便安装、拆卸和携带。为实现上述目的,本专利技术的技术方案是:一种细长杆辅助支撑装置,包括掌板、两个半挡位盘,上、下撑杆、所述掌板上沿周边均布有翻板,每个翻板前端通过下撑杆座连接下撑杆叉,且下撑杆叉可绕下撑杆座转动,下撑杆叉上通过下撑杆锁紧圈固定连接下撑杆,掌板中间通过蹄脚支撑被支撑件;两个半挡位盘通过紧固件连接并固定在被支撑件上部,两个半挡位盘上沿周边均布有上撑杆座,每个上撑杆座通过上撑杆叉连接上撑杆锁紧圈,且上撑杆叉可绕上撑杆座转动,上撑杆锁紧圈内固定连接上撑杆;所述上撑杆与下撑杆之间对接卡管和紧固件连接。所述掌板与蹄脚通过螺钉固定连接。所述翻板通过翻板轴与掌板连接,并可实现翻转。所述下撑杆叉一端插入上撑杆并用下撑杆锁紧圈锁紧,另一端与下撑杆座通过螺钉连接 ...
【技术保护点】
一种细长杆辅助支撑装置,包括掌板、两个半挡位盘,上、下撑杆,其特征在于:所述掌板上沿周边均布有翻板,每个翻板前端通过下撑杆座连接下撑杆叉,且下撑杆叉可绕下撑杆座转动,下撑杆叉上通过下撑杆锁紧圈固定连接下撑杆,掌板中间通过蹄脚支撑被支撑件;两个半挡位盘通过紧固件连接并固定在被支撑件上部,两个半挡位盘上沿周边均布有上撑杆座,每个上撑杆座通过上撑杆叉连接上撑杆锁紧圈,且上撑杆叉可绕上撑杆座转动,上撑杆锁紧圈内固定连接上撑杆;所述上撑杆与下撑杆之间对接卡管和紧固件连接。
【技术特征摘要】
1.一种细长杆辅助支撑装置,包括掌板、两个半挡位盘,上、下撑杆,其特征在于:所述掌板上沿周边均布有翻板,每个翻板前端通过下撑杆座连接下撑杆叉,且下撑杆叉可绕下撑杆座转动,下撑杆叉上通过下撑杆锁紧圈固定连接下撑杆,掌板中间通过蹄脚支撑被支撑件;两个半挡位盘通过紧固件连接并固定在被支撑件上部,两个半挡位盘上沿周边均布有上撑杆座,每个上撑杆座通过上撑杆叉连接上撑杆锁紧圈,且上撑杆叉可绕上撑杆座转动,上撑杆锁紧圈内固定连接上撑杆;所述上撑杆与下撑杆之间对接卡管和紧固件连接。2.根据权利要求1所述的细长杆辅助支撑装...
【专利技术属性】
技术研发人员:杨丽红,王璐皓,孙福佳,甘屹,何伟铭,吴紫涧,张敬贤,代涛,
申请(专利权)人:上海理工大学,
类型:发明
国别省市:上海,31
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