Railing management system for cell access lane

Abstract

The invention relates to the technical field of automobile passageway management, in particular to a district passageway driveway guardrail managing system, which comprises an intelligent guardrail machine which is arranged on a district passageway driveway. The managing system is characterized in that two induction devices are arranged on a district inside driveway of the guardrail machine in turn, wherein one induction machine has near distance with the guardrail machine, the other induction machine is far away from the guardrail machine, a signal transmitting end of the induction machine is connected with a signal input end of a signal distinguishing device, a signal output end of the signal distinguishing device is connected with the guardrail machine, and when the signal distinguishing device distinguishes that induction signals of the two induction devices are from far places to near places, guardrails of the guardrail machine are controlled to be opened. The system mainly solves the technical problem in an existing district passageway driveway managing method that the management to outgoing vehicles is complicated, the opening of the guardrail machine to the outgoing vehicles must be operated by working staff, then, the vehicles can be allowed to pass, and the system is an intelligent managing system which is 'strict to inlet vehicles and allowable to outlet vehicles'.

Description

technical field [0001] The invention relates to the technical field of vehicle entrance and exit management, in particular to a lane railing management system for the entrance and exit of a community. Background technique [0002] With the development of society, people's requirements for living environment are getting higher and higher. In particular, the current residential areas adopt a closed community management model. Residents all require strict management and restrictions on the entry and exit of cars in the community. Ensure that the cars of residents in the community can enter and exit smoothly. Especially now the access passages of most residential areas are usually relatively narrow. According to the division of driving passages, the existing residential roads usually only have the width of a single lane. In and out management is even more important. [0003] In order to achieve a more reasonable management of the vehicle entry and exit in the residential area...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a railing management system for entrance and exit lanes of a community, which mainly solves the problem that the management of outgoing vehicles is too complicated in the existing lane management method for entrances and exits of a community, and the opening of the railing machine for outgoing vehicles must be operated by staff before they can be released. Technical issues are an intelligent management system of "strict entry and wide exit"

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