Petrol station equipment intelligent management system

Abstract

The embodiment of the invention provides a petrol station equipment intelligent management system, and belongs to the technical field of automation. The petrol station equipment intelligent managementsystem includes an inductive tag fixed on equipment in a petrol station for storing equipment information of the corresponding equipment, a reading device for reading the equipment information storedin the inductive tag and a background information system communicating with the reading device for storing and managing the equipment information read by the reading device. Through the technical scheme, the background information system manages the information of the equipment in the petrol station according to the information of the equipment in the petrol station read by the reading device, automatic intelligent management of the equipment in the petrol station can be realized, manual recording is reduced, while the labor cost is greatly reduced, improving of the management level of the petrol station is facilitated, and the probability of failures and other risks are reduced.

Description

technical field [0001] The invention relates to the technical field of automation, in particular to an intelligent management system for gas station equipment. Background technique [0002] In recent years, with the continuous improvement of domestic safety and environmental protection regulations, more and more hardware equipment needs to be installed in gas stations, and equipment such as gauges, fuel guns, rubber hoses, oil and gas recovery pumps, and oil and gas separation joints in gas stations have certain requirements. life and require regular maintenance. Failure to perform regular maintenance and equipment replacement can result in many devices having an actual lifespan that is much shorter than the design lifespan. In addition, some equipment has serious overdue service problems, which may bring potential losses to the owner for a period of time before it is completely damaged. For example: Usually the design life of the refueling hose is about 2 years, and the o...

AI Technical Summary

Problems solved by technology

Without regular maintenance and replacement of equipment, the actual service life of many equipment may be much shorter than the design life

In addition, some equipment has serious overdue service problems, which may bring potential losses to the owner for a period of time before they are completely damaged

For example: usually the design life of the refueling hose is about 2 years, and the oil permeation volatilization of a new refueling hose is generally less than 20 grams per day, but if it has been used for more than 3 years, there are cracks, defects, etc. on the surface , the permeation volatilization amount can reach more than 100 g / day; another example: the maintenance cycle of the oil and gas recovery vacuum pump is 6 months, if periodic maintenance is not carried out, it may lead to failure of oil and gas recovery and the risk of environmental punishment

[0003] At present, most of the equipment management of gas stations is kept in the form of paper records, but most gas stations do not record equipment installation time, maintenance cycle and other information on time due to the small number of personnel. lead to missing records

A small number of gas stations have adopted an information management system, but because the data in it needs to be entered manually, the timeliness and accuracy of data entry have greater uncertainty

The refueling guns, rubber hoses, oil and gas recovery pumps, regulating valves, etc. in the gas station are mostly vulnerable and low-value equipment. The original equipment management method is relatively extensive. Neither the quality recording method nor the manual electronic recording method can achieve efficient and accurate equipment information management

Moreover, the above methods cannot give prompts when the equipment needs to be replaced or maintained. The management efficiency and level are relatively low, and it is often only discovered after the equipment is damaged and cannot be used.

[0004] The above-mentioned solution in the prior art has a large workload for recording and updating equipment information, and it is prone to the problem of untimely equipment information recording and updating. At the same time, it is easy to cause untimely equipment replacement or maintenance, and the management efficiency and management level are relatively low.

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