A hydraulic sliding door based on a security monitoring system and its application method

Abstract

The invention discloses a hydraulic sliding door based on a security monitoring system and a using method thereof, comprising a control box installed on the top surface and a revolving door installed below the control box. The power chamber with the opening forward, the rear wall of the power chamber is fixed with a support frame arranged symmetrically up and down; the present invention is provided with an airbag to store the gas in the sliding chamber, which can prevent the gas from being polluted and then corroding the inner wall of the sliding chamber and causing Leakage of pressure liquid prevents pressure liquid from polluting the environment; it is equipped with a commutator, which can also brake when an emergency occurs during the opening process of the revolving door, so as to prevent the revolving door from continuing to rotate and squeeze people and cause harm to the human body, and send a signal to the cloud , inform the nearby hospital for timely treatment; there is an adjustment device to control the output power of the hydraulic pump according to the pressure change in the sliding chamber, so as to avoid the damage and leakage of the hydraulic tank caused by the output power of the hydraulic pump being greater than the exhaust rate.

Description

technical field [0001] The invention relates to the field of hydraulic technology, in particular to a hydraulic sliding door based on a security monitoring system and a method for using the same. Background technique [0002] Hydraulic technology is used in many industries. For automatic doors driven by hydraulic pressure, electronic signals can be used to control the hydraulic pump to drive the door to open for people to pass through. However, due to the limitation of the entrance and exit space in some places with hydraulic doors, it is necessary to change the movement track of the door and open the door by turning. In the process of opening the door, electronic signals are used instead of manual control. Therefore, when an emergency occurs, such as an obstacle at the position where the door is opened, it will cause losses because it cannot be stopped in time. To cause damage, the door required to swing open requires more space, so the chance of danger is also greater. ...

AI Technical Summary

Problems solved by technology

In the process of opening the door, electronic signals are used instead of manual control. Therefore, when an emergency occurs, such as an obstacle at the position where the door is opened, it will cause losses because it cannot be stopped in time. To cause damage, the door requires more space to swing open, so the chance of danger is greater

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