The utility model discloses a hanging silo for unmanned aerial vehicle (UAV) which can deploy traction ropes on transmission lines, including a shell, an opening at the lower part of the shell, a top surface of the shell connected with the bottom surface of the UAV through a connecting mechanism, a rudder is fixed on the inner and rear walls of the shell, an end of a block is arranged on the output shaft of the rudder, a clamp is fixed on the side of the inner block of the shell, and the clamp block is set to the side of the block. The lower side wall of the chuck is inclined downward gradually from left to right, the traction rope is fixed on the sling ring, the upper part of the sling ring is hung on the chuck under the chuck, and the chuck mouth is opened and closed by the other end of the block. The sling ring is hung under the chuck by setting the chuck and the sling ring with the chuck mouth, because the lower side wall of the chuck is inclined to be set under the chuck when there is no block to block to block the chuck mouth, the sling ring is lifted from the chuck under its own weight. The chuck under the mouth slips off to realize the delivery of the traction rope. When the block blocks block the chuck, the UAV can carry the traction rope to move. The suspension silo is small in size, light in weight, simple in structure and easy to operate, which can increase the operation time of the UAV.
【技术实现步骤摘要】
在输电线路上可展放牵引绳的无人机投放吊仓
本技术涉及电力架线施工领域,特别涉及一种在输电线路上可展放牵引绳的无人机投放吊仓。
技术介绍
在电力建设施工中,电力架线施工跨越大江、河流、湖泊、山林峭壁、自然保护区等特殊地理环境,外部条件复杂多变。如何展放牵引绳成为一个难点,施工难度大。而研究电力架线施工遥控无人机展放导引绳,将对电力行业的施工发展带来重要的意义。目前输电线路展放初级牵引绳施工中,普遍采用传统的人力展放和飞艇、固定翼无人机展放三种主要方式进行。这些传统方式存在危险系数高,受天气影响大,工作人员劳动强度大,效率低、受地形限制等缺点。而现有的无人机吊仓体积较大,结构复杂,无人机挂载着较大的吊仓会缩短无人机的作业时间,降低工作效率。
技术实现思路
有鉴于此,本技术的目的是提供一种在输电线路上可展放牵引绳的无人机投放吊仓,体积小,重量轻,结构简单,操作方便,可增加无人机的作业时间。本技术的目的是通过以下技术方案实现的:在输电线路上可展放牵引绳的无人机投放吊仓,其特征在于:包括壳体,所述壳体下部开口,所述壳体顶面通过连接机构与无人机云台底座相连,所述壳体内后壁上固定有舵机,所述舵机输出轴上套设有一挡块的一端,所述壳体内挡块的侧边固定设置有卡块,所述卡块上朝向挡块侧设置有卡口,所述卡口的下侧壁从左到右逐渐向下倾斜,牵引绳固定在吊环上,吊环上部挂在卡口下的卡块部分,所述卡口由挡块另一端开闭。进一步,所述连接机构为碳管管夹。更进一步,所述挡块为偏心轮。再进一步,所述卡块通过一垫块固定在壳体的后侧壁上。本技术的有益效果是:本技术的在输电线路上可展放牵引绳的无人机投放吊仓, ...
【技术保护点】
1.在输电线路上可展放牵引绳的无人机投放吊仓,其特征在于:包括壳体,所述壳体下部开口,所述壳体顶面通过连接机构与无人机云台底座相连,所述壳体内后壁上固定有舵机,所述舵机输出轴上套设有一挡块的一端,所述壳体内挡块的侧边固定设置有卡块,所述卡块上朝向挡块侧设置有卡口,所述卡口的下侧壁从左到右逐渐向下倾斜,牵引绳固定在吊环上,吊环上部挂在卡口下的卡块部分,所述卡口由挡块另一端开闭。
【技术特征摘要】
1.在输电线路上可展放牵引绳的无人机投放吊仓,其特征在于:包括壳体,所述壳体下部开口,所述壳体顶面通过连接机构与无人机云台底座相连,所述壳体内后壁上固定有舵机,所述舵机输出轴上套设有一挡块的一端,所述壳体内挡块的侧边固定设置有卡块,所述卡块上朝向挡块侧设置有卡口,所述卡口的下侧壁从左到右逐渐向下倾斜,牵引绳固定在吊环上,吊环上部挂在卡口下的卡块部...
【专利技术属性】
技术研发人员:陈忠洪,
申请(专利权)人:贵州电网有限责任公司,
类型:新型
国别省市:贵州,52
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