Vehicle lifting management system for underground garage

Abstract

The invention discloses a vehicle lifting management system for an underground garage. The system involves a collecting unit, a processing unit, an analysis unit, a database, a distribution unit, an early warning unit, a transmission unit and a display unit; the collecting unit is used for collecting lifting data information of lifting equipment and transmitting the lifting data information to the processing unit, wherein the lifting data information comprises lifting type information, lifting bearing information, vehicle information and lifting layer information; and the processing unit is used for processing the lifting type information, the lifting bearing information, the vehicle information and the lifting layer information to obtain lifting type data, lifting bearing data, vehicle data and lifting layer data, and transmitting all the data to the analysis unit. According to the system, the problem that a parking effect is poor due to the fact that the lifting equipment and to-be-parked vehicles cannot be dynamically matched can be solved; and the problem that potential safety hazards exist due to the fact that early warning of operation states of the lifting equipment and overhauling cannot be conducted can be solved.

Description

technical field [0001] The invention relates to the technical field of vehicle lifting management, in particular to a vehicle lifting management system for an underground garage. Background technique [0002] The parking lot management system is a set of network systems built through computers, network equipment, and lane management equipment to manage the entry and exit of parking lots, traffic flow guidance, and parking fee collection. It is an essential tool for professional parking lot management companies; it passes Collect and record vehicle entry and exit records and on-site location, and realize dynamic and static comprehensive management of vehicle entry and exit and on-site vehicles. In the early stage, the radio frequency induction card is generally used as the carrier. At present, the widely used optical digital lens license plate recognition method replaces the traditional radio frequency card billing. The vehicle entry and exit information is recorded through t...

AI Technical Summary

Problems solved by technology

[0006] 1) How to solve the problem that the inability to dynamically match the lifting equipment with the vehicle to be parked makes the parking effect not good; use the acquisition unit to collect the lifting data information of the lifting equipment, the lifting data information includes the lifting type information, the lifting load information, and the carrying vehicle information and lifting layer information, and transmit it to the processing unit, use the processing unit to process the lifting type information, lifting load information, load vehicle information and lift layer information, and obtain lift type data, lift load data, load vehicle data and lift Layer data, and transmit it to the analysis unit together, based on the Internet of Things technology, by analyzing and processing the lifting data information of the lifting equipment, it can solve the problem that the parking effect cannot be poor due to the inability to dynamically match the lifting equipment with the vehicle to be parked;

[0007] 2) How to solve the problem that the operation status of the lifting equipment cannot be pre-warned and overhauled and there are potential safety hazards; use the analysis unit to analyze and operate the lifting type data, lifting load data, load vehicle data and lifting floor data, and obtain the cumulative value of lifting and stop. Use the distribution unit to receive the data sent by the analysis unit, analyze the lifting equipment and carry out lifting and distribution of the vehicles to be parked, obtain the distribution data set, and transmit the distribution data set to the display unit for further analysis. It shows that based on the Internet of Things technology, the operating status of the lifting equipment is analyzed and the vehicle to be parked is matched with the lifting equipment, and the lifting equipment in an abnormal state is given an early warning and the maintenance personnel are matched for maintenance; it can solve the problem of not being able to give an early warning to the operating status of the lifting equipment and overhaul to eliminate potential safety hazards

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