The monitoring universal adjusting bracket is composed of a base, a supporting rod, a universal adjusting mechanism, a pressing plate and a fixed screw. One end of the supporting rod is connected to the base, an arc-shaped boss is arranged at the other end of the supporting rod, a universal sphere clamping hole is arranged in the middle of the arc-shaped boss, and a track hole is arranged at one side of the universal sphere clamping hole for adjusting the pressing plate. The universal adjusting mechanism includes a universal adjusting mechanism. The screw is arranged on the top of the universal ball, and a fastening knob arranged on the screw. A universal ball jack hole is arranged in the middle of the pressing body, a bolt hole is arranged on one side of the universal ball Jack hole, a clamping table is vertically arranged on the front end of the pressing body, a square jack hole is arranged on the clamping table, and the fixed screw passes through the rail hole of the supporting rod and the bolt hole of the pressing sheet so as to connect the universal ball to the universal ball jack hole of the supporting rod and the pressing sheet, and the screw at the top of the universal ball is perforated. The universal ball clamping hole of the overpressure piece is fixedly connected with the equipment. The invention is suitable for mounting a monitoring camera and small pendants in various fields to adjust the universal angle, and has the advantages of reasonable design, convenient adjustment and firm structure.
【技术实现步骤摘要】
监控万向调节支架
本专利技术涉及一种监控摄像头安装支架,具体涉及一种监控万向调节支架。
技术介绍
现有的监控摄像头固定支架分为传统的吊装万向支架、小型的万向两球珠支架和鸭嘴支架。传统吊装支架,设计托杆为圆管受力小万向部位一点支撑易损承重力小;小型的两珠万向支架,托杆两端用球珠固定承重极低万向调节支撑都不稳定;鸭嘴式支架,稳定整体结构稳定操作发杂功能单一不能吊装不能达到任意方位调节。
技术实现思路
本专利技术针对现有技术存在的不足,提供了一种监控万向调节支架。本专利技术解决其技术问题所采用的技术方案是:一种监控万向调节支架,由底座、托杆、万向调节机构、压片和固定螺丝组成,底座设置若干与墙体连接的固定孔,托杆一端连接于底座,托杆的另一端设置弧形凸台,弧形凸台中间设置万向球卡孔,万向球卡孔一侧设置用于调节压片的轨道孔,万向调节机构包括万向球、设置在万向球顶部的螺杆和设置在螺杆上的紧固旋钮,压片本体中间设置万向球卡孔,万向球卡孔一侧设置螺栓孔,压片本体前端垂直设置卡台,卡台设置方形卡孔,固定螺丝穿过托杆的轨道孔和压片的螺栓孔从而将万向球卡接于托杆和压片的万向球卡孔中,万向球顶部的螺杆穿过压片的万向球卡孔与监控摄像头底部连接固定。上述压片本体上的万向球卡孔和方形卡孔彼此连通,可用于大于90度的吊装调节。本专利技术监控万向调节支架安装时,先将底座固定于墙上,固定螺丝穿过托杆的轨道孔和压片的螺栓孔从而将万向球卡接于托杆和压片的万向球卡孔中,万向球顶部的螺杆穿过压片的万向球卡孔与摄像头固定连接,万向球配合压片通过托杆上的轨道孔可滑到调节任意角度。本专利技术的监控万向调节支架, ...
【技术保护点】
1.一种监控万向调节支架,其特征是由底座、托杆、万向调节机构、压片和固定螺丝组成,底座设置若干与墙体连接的固定孔,托杆一端连接于底座,托杆的另一端设置弧形凸台,弧形凸台中间设置万向球卡孔,万向球卡孔一侧设置用于调节压片的轨道孔,万向调节机构包括万向球、设置在万向球顶部的螺杆和设置在螺杆上的紧固旋钮,压片本体中间设置万向球卡孔,万向球卡孔一侧设置螺栓孔,压片本体前端垂直设置卡台,卡台设置方形卡孔,固定螺丝穿过托杆的轨道孔和压片的螺栓孔从而将万向球卡接于托杆和压片的万向球卡孔中,万向球顶部的螺杆穿过压片的万向球卡孔与监控摄像头底部连接固定。
【技术特征摘要】
1.一种监控万向调节支架,其特征是由底座、托杆、万向调节机构、压片和固定螺丝组成,底座设置若干与墙体连接的固定孔,托杆一端连接于底座,托杆的另一端设置弧形凸台,弧形凸台中间设置万向球卡孔,万向球卡孔一侧设置用于调节压片的轨道孔,万向调节机构包括万向球、设置在万向球顶部的螺杆和设置在螺杆上的紧固旋钮,压片本体中间设置...
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