A gate system and working method for substation construction site based on Internet of Things

Abstract

The present invention relates to a gate system and working method for substation construction sites based on the Internet of Things. The gate system includes a management terminal, a cloud management server, and a gate. The gate can sense personnel and equipment parts to pass electronic label information. The solution of the present invention can realize the rapid opening and closing of the swing bar without affecting the passage of people, well avoids the trailing of people, and can well control and manage the passage of people carrying equipment parts.

Description

technical field [0001] The invention relates to the field of power systems, in particular to equipment on a substation construction site, in particular to a gate machine for a substation construction site based on the Internet of Things. Background technique [0002] The general management method of the existing substation construction site is to set up gates at the entrances and exits, including the gates for people to pass through and the gates for vehicles to pass through. There are identity detection devices on the gates, which are connected to the remote control system, which can detect people, The identity device carried by the car, after identification, judges whether it is a credit-granting person's car. If so, the gate is opened to allow passage, and if not, the gate is not opened. [0003] Existing turnstiles commonly include three-roller type, swing type and vane type, etc. Among them, the three-roller type has three rollers arranged in a pyramid shape. When worki...

AI Technical Summary

Problems solved by technology

[0004] When applied to the substation construction site, these three methods have different disadvantages. Among them, although the three-roller gate can prevent people from trailing behind, it often happens that people bring equipment and parts in and out at the substation construction site. situation, which is inconvenient

Swing and vane gates are convenient for people and equipment to pass through quickly, but they cannot prevent tailgating very well, and the vane type needs to occupy a large space, making the structure of the gate body too large

Moreover, the existing turnstiles cannot tell whether a person is carrying items through or multiple people are trailing through

To sum up, there are certain problems in the above three gate structures, which cannot solve the contradiction between personnel trailing and carrying items.

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