CCD sensor protection device based on high installation template application and installation method

Abstract

The invention relates to a CCD sensor protection device based on high installation template application and an installation method. The device comprises a pipe clamp, a square-shaped circuit board anda protective shell. A CCD image sensor is horizontally installed in the middle of the square-shaped circuit board, the square-shaped circuit board is installed in the protective shell, the protectiveshell is fixedly installed on a clip, and a light entrance strip hole is horizontally set in the middle of a front side of the protective shell. The protective shell comprises a front shell and a back shell, the light entrance strip hole is set in the middle of the front shell, and a wire outlet hole is set in the back shell. The protection device is convenient to install and use, a CCD image sensor can be protected from being damaged during construction, the CCD image sensor is not affected by light and rain and can be firmly fixed on a support frame, the data result of monitoring is not affected by the movement of the device, and the real-time and accurate monitoring of the horizontal displacement of a pole is achieved.

Description

technical field [0001] The invention relates to a CCD sensor protection device and an installation method based on the application of a high support formwork. Background technique [0002] The collapse of high formwork has always occupied a relatively high proportion in engineering construction accidents. The safety accident of the high-support formwork is mainly due to the excessive deformation or displacement of the high-support formwork under the load, which induces the failure of the steel components in the system or induces the partial or overall loss of stability of the system, resulting in local collapse or overall overturning of the high-support formwork. , causing casualties to construction workers. Through the systematic monitoring of the high formwork monitoring system during the construction process, strong technical support and management supervision measures are taken to assist the on-site construction personnel to detect abnormal changes in the high formwork ...

AI Technical Summary

Problems solved by technology

The main monitoring parameters of the high formwork support frame are the horizontal and vertical displacement of the vertical pole. The traditional measurement methods cannot achieve real-time monitoring, and there are many shortcomings. For example, the theodolite observation method is less affected by factors such as line of sight and light Large; the data of the vertical ball method is difficult to collect and is greatly affected by wind load; the contact displacement meter measurement method is difficult to monitor in the position without a fixed reference point; the CCD image sensor system is often damaged due to the lack of protection devices during the construction process, resulting in The final measurement and early warning results are inaccurate and cannot achieve the effect of real-time monitoring

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