The utility model discloses a high voltage electric pole, which includes a main pole, an electric rod case, a upper tooth disc, a lower tooth disc, a chain, a driving hole, a bracket ring, a welding point and a cable support. The electric rod shell is set outside the main pole, the upper tooth disc is set on the upper end of the main pole, and the lower tooth disc is set on one side of the lower end of the main pole and the upper tooth. The plate and the lower tooth disc are connected through a chain, the side slot is arranged on both sides of the shell, and the driving holes are set on the lower tooth disc. The side of the bracket ring is fixed to the chain through the welding point, the cable support is fixed on the bracket ring and the cable support is located outside the shell of the pole. Compared with the existing technology, the utility model rotates the lower tooth disc by the manual or power driven device, and the lower tooth disk drives the upper tooth disc through a chain, and the bracket ring is fixed on the chain, moving up and down with the chain to drive the cable support up and down, so that the installation and maintenance are easy to operate, convenient to use and have a convenient use. It has the value of popularization and application.
【技术实现步骤摘要】
一种高压电力电杆
本技术涉及电力设备,尤其涉及一种高压电力电杆。
技术介绍
电杆是电的桥梁,让电运输到各个地方,我们常见的电杆有木制电杆,有水泥电杆,它们的高度不一,矗立在平原山间,遍布在人们周围。现有技术的电杆都是固定式的,尤其是高压电杆,都比较高,在维护和安装的时候,极为不便,需要攀登或其他机械升降辅助,因此,存在改进空间。
技术实现思路
本技术的目的就在于为了解决上述问题而提供一种高压电力电杆。本技术通过以下技术方案来实现上述目的:本技术包括主电杆、电杆外壳、上齿盘、下齿盘、链条、驱动孔、支架环、焊接点和电缆支架,所述电杆外壳设置于所述主电杆外,所述上齿盘设置于所述主电杆上端一侧,所述下齿盘设置于所述主电杆下端的一侧,所述上齿盘和所述下齿盘之间通过所述链条连接,所述电杆外壳的两侧设置有侧槽孔,下齿盘上设置所述驱动孔,所述支架环的一侧与所述链条之间通过所述焊接点固定连接,所述电缆支架固定于所述支架环上,且所述电缆支架位于所述电杆外壳外。本技术的有益效果在于:本技术是一种高压电力电杆,与现有技术相比,本技术通过手动或动力驱动的装置转动下齿盘转动,下齿盘通过链条带动上齿盘转动,支架环固定在链条上,随链条上下移动,带动电缆支架上下运动,从而实现在安装和维护的便于操作,使用方便,具有推广应用的价值。附图说明图1是本技术的结构示意图。图中:1-主电杆、2-电杆外壳、3-上齿盘、4-下齿盘、5-链条、6-驱动孔、7-支架环、8-焊接点、9-电缆支架。具体实施方式下面结合附图对本技术作进一步说明:如图1所示:本技术包括主电杆1、电杆外壳2、上齿盘3、下齿盘4、链条5、驱动孔 ...
【技术保护点】
1.一种高压电力电杆,其特征在于:包括主电杆、电杆外壳、上齿盘、下齿盘、链条、驱动孔、支架环、焊接点和电缆支架,所述电杆外壳设置于所述主电杆外,所述上齿盘设置于所述主电杆上端一侧,所述下齿盘设置于所述主电杆下端的一侧,所述上齿盘和所述下齿盘之间通过所述链条连接,所述电杆外壳的两侧设置有侧槽孔,下齿盘上设置所述驱动孔,所述支架环的一侧与所述链条之间通过所述焊接点固定连接,所述电缆支架固定于所述支架环上,且所述电缆支架位于所述电杆外壳外。
【技术特征摘要】
1.一种高压电力电杆,其特征在于:包括主电杆、电杆外壳、上齿盘、下齿盘、链条、驱动孔、支架环、焊接点和电缆支架,所述电杆外壳设置于所述主电杆外,所述上齿盘设置于所述主电杆上端一侧,所述下齿盘设置于所述主电杆下端的一侧,...
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