Gateway door and machine core thereof

Abstract

The invention provides a gateway door and a machine core thereof. The gateway door comprises a gateway case, a machine core and a detector assembled on a cross beam of the gateway case, the gateway case comprises a case stand column, a cross beam and a baffle. The machine core is composed of a machine core outer cover, a machine core support, a swing door assembly, a brake driving assembly, an acousto-optic warning propaganda system, a main control panel and a built-in power source, the brake driving assembly and the swing door assembly are fixed to a motor plate and a rotary drum supporting plate in the machine core support respectively, and the brake driving assembly and the swing door assembly are connected through a coupler. The gateway door and the movement thereof are provided, an angle sensor does not need to be additionally arranged, so that judgment of the angle position of the swing door can be achieved, equipment components are reduced, cost is reduced, user practical experience is improved, the fault probability is reduced, equipment stability is improved, a high-power clutch in a traditional technical scheme is replaced by a brake locking mechanism in the brake drivingassembly, and equipment is more energy-saving and more stable in operation.

Description

technical field [0001] The invention relates to the technical field of security and barrier gates, in particular to a barrier gate and its movement. Background technique [0002] The gate gates provided by the prior art have been widely used in places such as high-end residential areas, schools, enterprise units, stations, docks, scenic spots and venues, to effectively control the personnel entering and leaving these specific places. In the prior art, the traditional angle encoder is used to control and detect the position of the swing door, and the high-power clutch is used to lock the swing door to prevent illegal passage. In practical application, the angle code assembly Debugging requires high technical skills. It is difficult for users to adjust the position of the gate when it is shifted. The high-power clutch will generate a lot of noise when it is working, so it cannot be used in high-end demand places. At the same time, since the servo drive and gate control are in...

AI Technical Summary

Problems solved by technology

In the prior art, the traditional angle encoder is used to control and detect the position of the swing door, and the high-power clutch is used to lock the swing door to prevent illegal passage. In practical application, the angle code assembly Debugging requires high technical skills. It is difficult for users to adjust the position of the gate when it is shifted. The high-power clutch will generate a lot of noise when it is working, so it cannot be used in high-end demand places.

At the same time, since the servo drive and gate control are independent modules in the prior art, the two are not deeply integrated, resulting in the gate not being sensitive and coherent enough in the actual operation process, and the user experience is very poor

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