Modular safety deploying and controlling device

Abstract

The invention discloses a modular safety deploying and controlling device which belongs to the field of safety management equipment, the modular safety deploying and controlling device comprises an assembling box. A power supply, a host, a switch, a wiring board and an alarm are arranged in the assembly box; a wall groove is formed in the front wall of the assembly box; the bottom wall of the wallgroove is of a transverse arc-shaped structure; the bottom wall of the wall groove is detachably connected with a radar assembly. A plurality of first connecting parts are distributed on the bottom wall of the wall groove in the transverse direction; a second connecting part is arranged on the radar assembly; the second connecting parts are connected with different first connecting parts so thatthe transverse position of the radar assembly on the bottom wall of the wall groove is adjustable; a camera assembly is arranged above the assembly box, a rotary locking mechanism for driving the camera assembly to rotate and lock is arranged between the camera assembly and the assembly box, and by changing the structure of the assembly box and the installation mode of the radar and the camera onthe assembly box, the angle adjustment of the radar and the camera is simple, convenient and rapid, and the working efficiency is improved.

Description

【Technical field】 [0001] The invention relates to the field of safety management equipment, in particular to a modular safety control device. 【Background technique】 [0002] Construction safety is related to the personal safety of workers and the safety of property on the construction site, and is the most important issue in engineering construction, especially in the field of power grids. Sometimes workers are required to carry out uninterrupted operations, and the complexity and danger of operations are close to live equipment and fields. High reliability, construction safety is particularly important. Traditional construction safety management mostly adopts manual patrol and supervision. The scope of observation is very small, so that many safety hazards cannot be discovered in time, and serious casualties will be caused. In recent years, with the development of science and technology, monitoring and positioning equipment have gradually replaced manual patrols and supervi...

AI Technical Summary

Problems solved by technology

[0002] Construction safety is related to the personal safety of workers and the safety of property on the construction site, and is the most important issue in engineering construction, especially in the field of power grids. Sometimes workers are required to carry out uninterrupted operations, and the complexity and danger of operations are close to live equipment and fields. High reliability, construction safety is particularly important. Traditional construction safety management mostly adopts manual patrol and supervision. The scope of observation is very small, so that many safety hazards cannot be discovered in time, and serious casualties will be caused. In recent years, with the development of science and technology, monitoring and positioning equipment have gradually replaced manual patrols and supervision. Among them, the longest used It is a positioning monitoring equipment combined with radar and camera, which transmits the on-site graphics to remote monitoring. The monitoring personnel only need to keep an eye on the monitoring screen, which improves the monitoring efficiency, and the positioning monitoring equipment has a large monitoring range, which can be based on the actual situation of the construction site. Need to use different positioning monitoring equipment, but most of the positioning monitoring equipment used on the construction site is fixed monitoring. Generally, the radar and camera are fixed in the assembly box, and then the assembly box is fixed on the ground or assisted by clamps and screws. The material assembly box is installed on the installation pole of the construction site. After installation, the position and angle of the radar and camera are fixed. If the angle and position are not suitable, or the construction site is shifted, and the monitoring angle needs to be readjusted, The assembly box must be disassembled and adjusted together before re-fixing and installing. The steps are cumbersome, the assembly box is heavy, and the angle adjustment is difficult, which seriously affects the work efficiency, and moving back and forth will damage other components and circuits in the assembly box, reducing the fixing time. Service life of the speedometer

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