A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
5G communication base station hoop mounting platform
The invention discloses a 5G communication base station hoop mounting platform. The 5G communication base station hoop mounting platform is structurally provided with a platform body, a lifting rod, asupport and moving wheels. When a treading ball is treaded, a bag block conducts bulging and sinking movement in a pressed cavity, an auxiliary pressing strip is pressed to be pulled downwards, the descending length of an outer pressing ring block is limited, and thin ice can be broken; when a person treads a treading block, a pressure carrying body descends to extrude a negative pressure cavity,at the moment, the negative pressure cavity is pressed to be sunken and deformed, gas in the negative pressure cavity is little, and the pressure intensity is small; when the person does not tread the treading block, spring steel bounces in the arc direction to take a connecting rod upwards, the pressure carrying body is loosened from the negative pressure cavity, air suction movement is conducted in the negative pressure cavity, and a through pipe guiding cavity sucks the thin ice on the top face; and in the treading block reset process, a sliding wheel makes contact with a hemispherical block to conduct concave-convex sliding, acting force generated through cooperation of the sliding wheel and the hemispherical block enables vibration force to be generated in a wall cavity, certain impact force is generated on the pipe guiding cavity, the thin ice entering the pipe guiding cavity is activated and falls down actively, and accumulation and blockage are avoided.
本发明公开了一种5G通信基站抱箍安装平台，其结构设有平台体、升降杆、支座、移动轮，当踩压踩压球，囊块在受压腔内进行膨鼓凹瘪活动，辅压条受压向下扯动，使外压环块下降长度有限，会使薄冰破裂，当人员踩压到踩块时，载压体下降对负压腔挤压，此时负压腔受压凹瘪形变，其内部的气体较少，压强较小，人员不踩压踩块时，弹簧钢弧向弹起而将连接杆向上带，载压体松离负压腔，负压腔内部进行吸气活动，而使相贯通的引管腔对顶面上的薄冰进行吸取，在踩块复位过程中，滑行轮接触着半球块进行凹凸滑行，两者相配合产生的作用力，使得壁腔内部产生震动力，而对引管腔有一定的抨击力，活跃进入引管腔内的薄冰，使其活跃着向下掉落，避免堆积堵塞。
5G communication base station hoop mounting platform
The invention discloses a 5G communication base station hoop mounting platform. The 5G communication base station hoop mounting platform is structurally provided with a platform body, a lifting rod, asupport and moving wheels. When a treading ball is treaded, a bag block conducts bulging and sinking movement in a pressed cavity, an auxiliary pressing strip is pressed to be pulled downwards, the descending length of an outer pressing ring block is limited, and thin ice can be broken; when a person treads a treading block, a pressure carrying body descends to extrude a negative pressure cavity,at the moment, the negative pressure cavity is pressed to be sunken and deformed, gas in the negative pressure cavity is little, and the pressure intensity is small; when the person does not tread the treading block, spring steel bounces in the arc direction to take a connecting rod upwards, the pressure carrying body is loosened from the negative pressure cavity, air suction movement is conducted in the negative pressure cavity, and a through pipe guiding cavity sucks the thin ice on the top face; and in the treading block reset process, a sliding wheel makes contact with a hemispherical block to conduct concave-convex sliding, acting force generated through cooperation of the sliding wheel and the hemispherical block enables vibration force to be generated in a wall cavity, certain impact force is generated on the pipe guiding cavity, the thin ice entering the pipe guiding cavity is activated and falls down actively, and accumulation and blockage are avoided.
本发明公开了一种5G通信基站抱箍安装平台，其结构设有平台体、升降杆、支座、移动轮，当踩压踩压球，囊块在受压腔内进行膨鼓凹瘪活动，辅压条受压向下扯动，使外压环块下降长度有限，会使薄冰破裂，当人员踩压到踩块时，载压体下降对负压腔挤压，此时负压腔受压凹瘪形变，其内部的气体较少，压强较小，人员不踩压踩块时，弹簧钢弧向弹起而将连接杆向上带，载压体松离负压腔，负压腔内部进行吸气活动，而使相贯通的引管腔对顶面上的薄冰进行吸取，在踩块复位过程中，滑行轮接触着半球块进行凹凸滑行，两者相配合产生的作用力，使得壁腔内部产生震动力，而对引管腔有一定的抨击力，活跃进入引管腔内的薄冰，使其活跃着向下掉落，避免堆积堵塞。
5G communication base station hoop mounting platform
一种5G通信基站抱箍安装平台
DIAO XIAOYU (author)
2020-12-15
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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