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Non-inductive inspection method and system based on multi-window integrated lifting mechanism

A lifting mechanism, multi-window technology, applied in CCTV systems, control/adjustment systems, sensing radiation of moving objects, etc., can solve the problems of long time, low entry and exit efficiency, and cumbersome processes for passengers getting on and off the bus and customs clearance, etc. Achieve the effect of reducing failure rate, optimizing line length, and realizing inspection automation

Pending Publication Date: 2021-02-26
SHENZHEN MAXVISION TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] When a vehicle enters or exits the port, real-time detection is required according to the demand. The current integrated multi-functional lane control cabinet machine inspection system can only check the information of the driver and the vehicle. Passengers must go through the inspection hall for entry and exit clearance. Passengers get on and off the bus And it takes too long to carry luggage. For some ports with insufficient parking spaces, the efficiency of entry and exit is low, and the process of passengers getting on and off the bus and customs clearance is cumbersome. Entry customs clearance, the inspection process is simple, the inspection data is clear, the efficiency of customs clearance is improved, and the port does not need a special safety island canopy, saving site space

Method used

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  • Non-inductive inspection method and system based on multi-window integrated lifting mechanism
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  • Non-inductive inspection method and system based on multi-window integrated lifting mechanism

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Effect test

Embodiment 1

[0043] This embodiment provides a non-inductive inspection method based on a multi-window integrated lifting mechanism. The method includes: setting a left acquisition module and a right acquisition module on the driveway to collect information from the personnel in the driver's seat and passenger seat in the vehicle; Among them, the left acquisition module and the right acquisition module are fixed on the same support frame, and realize horizontal or vertical movement under the control of the multi-axis motion control device to collect information from the personnel close to the driver's seat and the passenger seat respectively. Among them, the support frame is erected on both sides of the driveway, and the left acquisition module and the right acquisition module correspond to the personnel in the driver's seat and passenger seat in the car respectively. The multi-axis motion control device is used to control the left acquisition module and the right acquisition module to perf...

Embodiment 2

[0047] This embodiment provides a non-inductive inspection system based on a multi-window integrated lifting mechanism. The non-inductive inspection system includes a lane for vehicles to pass, a left acquisition module for collecting information on the personnel in the driver's seat and passenger seat in the car, and The right acquisition module, the multi-axis motion control device controlling the movement of the left acquisition module and the right acquisition module, and the support frame arranged on both sides of the lane and used to support and fix the left acquisition module, the right acquisition module and the multi-axis motion control device , the support frame is erected across the driveway. The multi-axis motion control device includes a multi-window integrated lifting mechanism, a motor and a motor control circuit for driving the multi-window integrated lifting mechanism, and a positioning module for locating people in the vehicle; the left acquisition module and ...

Embodiment 3

[0057] This embodiment provides a control system for a non-inductive inspection system based on a multi-window integrated lifting mechanism, which includes a joint inspection entrance subsystem, a joint collection and inspection integrated cabinet system, a joint inspection exit subsystem, and a background data server system. The joint inspection entrance subsystem, the joint collection and inspection integrated cabinet system, and the joint inspection exit subsystem all establish communication connections with the background data server system through wired or wireless methods; the control system includes the following control methods:

[0058] The joint inspection entrance subsystem detects that the vehicle enters the lane, collects vehicle information and sends it to the multi-axis motion control device;

[0059] The positioning information of the positioning module of the multi-axis motion control device is used to control the information collection module on the multi-window...

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Abstract

The invention discloses a non-inductive inspection method and system based on a multi-window integrated lifting mechanism. The non-inductive inspection method comprises the steps of: disposing a leftside collection module and a right side collection module which are used for collecting information of personnel in a driver position and a passenger position in a vehicle on a lane; wherein the leftside collection module and the right side collection module are fixed on a same support frame, and realize horizontal or lifting motion under the control of a multi-axis motion control device so as torespectively carry out information acquisition on personnel close to the driver position and the passenger position; and the multi-axis motion control device is used for controlling the left side collection module and the right side collection module to perform horizontal motion or lifting motion simultaneously or respectively. According to the invention, drivers and passengers on passing vehicles can check customs clearance without getting off the vehicles, and port information check automation is realized.

Description

technical field [0001] The invention relates to the technical field of security inspection, in particular to a non-inductive inspection channel system and inspection method based on a multi-window integrated lifting mechanism. Background technique [0002] When a vehicle enters or exits the port, real-time detection is required according to the demand. The current integrated multi-functional lane control cabinet machine inspection system can only check the information of the driver and the vehicle. Passengers must go through the inspection hall for entry and exit clearance. Passengers get on and off the bus And it takes too long to carry luggage. For some ports with insufficient parking spaces, the efficiency of entry and exit is low, and the process of passengers getting on and off the bus and customs clearance is cumbersome. Entry customs clearance, the inspection process is simple, the inspection data is clear, the efficiency of customs clearance is improved, and the port...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G07C9/10G07C9/25G07C9/27G06K17/00G06K9/00G06K9/20G06K9/32H04N7/18G05D1/02G01J5/00H05K7/02H05K7/14F16M11/04F16M11/18
CPCG07C9/10G07C9/257G07C9/27G06K17/0029H04N7/18G05D1/0257G01J5/0025H05K7/1447H05K7/14H05K7/02F16M11/043F16M11/046F16M11/18G06V40/70G06V10/22G06V20/63G06V20/625G06V30/10
Inventor 罗富章程连强赖时伍范福川
Owner SHENZHEN MAXVISION TECH
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