Method for installing holder on material not resistant to high temperature

Abstract

The invention discloses a method for installing a pan-tilt on a non-high-temperature-resistant material. When an electric punching machine is used to punch holes on plastic or other non-high-temperature-resistant materials, it is often caused by high temperature due to the high rotation speed of the punching machine and frictional heat generation. Materials such as plastic are deformed or softened, often resulting in excessively large holes, affecting the effect of the hole, and eventually causing screws and other fixing devices to be unstable when fixed.

Description

Technical field [0001] The invention relates to the installation of security monitoring equipment, in particular to a method for installing a pan / tilt on a non-high temperature resistant material. Background technique [0002] At present, cameras are installed in security monitoring systems. The cameras are generally installed on the pan / tilt. The pan / tilt is installed on the wall, roof or support frame through fixings. The fixing process is generally used in places such as the wall and the roof. The electric puncher punches holes and then fixes them by fixings. The materials of these objects are also different. When non-high temperature resistant materials such as plastics are used, the speed of the puncher is often due to the speed of the puncher. If it is too fast, the frictional heat generates high temperature and causes plastics and other materials to deform or become soft, which often leads to excessively large punching, which affects the punching effect, and ultimately lea...

AI Technical Summary

Problems solved by technology

[0002] At present, cameras are installed in the security monitoring system. The cameras are generally installed on the pan / tilt, and the pan / tilt is set on the wall, roof or support frame through the fixing parts. The fixing process is generally used on the wall and roof first. The electric punching machine punches holes, and then fixes them with fixtures, and the materials of these objects are also different. When using non-high-temperature resistant materials such as plastics, when using an electric punching machine to punch holes, it is often due to the rotation speed of the punching machine. If it is too fast, frictional heat will generate high temperature, which will cause deformation or softening of materials such as plastics, often resulting in excessively large holes, affecting the effect of punching, and eventually causing screws and other fixing devices to be unstable when fixed.

In the traditional punching mode, only when the plastic and other materials heat up and cause excessive temperature deformation, the staff can detect it with the naked eye, but it is too late and it is difficult to take remedial measures