阅读说明：本技术 一种数字孪生油站 (Digital twin oil station ) 是由 王政 江小海 于玉 高之宏 张怡 赵环宇 于 2021-02-22 设计创作，主要内容包括：本发明公开了一种数字孪生油站,包括：卡口摄像头,用以在车辆进入油站时向后台控制器上传车辆进入油站的时间点。结构化摄像头,用以在车辆停靠车位时向后台控制器上传车辆进入车位的时间点、在车辆驶离车位时上传车辆驶离车位时间点以及油站当前车辆数目。油枪,用以在提枪时上传提枪时间点以及油枪订单信息、在挂枪时上传挂枪时间点、在开始加油时上传开始加油时间点、在结束加油时上传加油结束时间点。本发明,能够优化油站人员结构,提高车辆加油速度以及油站通行效率。并能监控油站运营情况,促进车主油站消费,提高车主回头率。实现加油站系统的全量数据采集,构建数字中台,实现设备、人员、车辆等的信息数字化。(The invention discloses a digital twin oil station, which comprises: and the bayonet camera is used for uploading the time point of the vehicle entering the oil station to the background controller when the vehicle enters the oil station. The structured camera is used for uploading the time point when the vehicle enters the parking space to the background controller when the vehicle stops at the parking space, uploading the time point when the vehicle leaves the parking space and the current number of the vehicles at the oil station when the vehicle leaves the parking space. The oil gun is used for uploading gun time point and oil gun order information when the gun is lifted, uploading gun hanging time point when the gun is hung, uploading oiling starting time point when oiling is started, and uploading oiling ending time point when oiling is ended. The invention can optimize the personnel structure of the oil station and improve the oiling speed of vehicles and the passing efficiency of the oil station. And the operation condition of the oil station can be monitored, the consumption of the vehicle owner oil station is promoted, and the return rate of the vehicle owner is improved. The full data acquisition of a gas station system is realized, a digital middle station is constructed, and the information digitization of equipment, personnel, vehicles and the like is realized.)

1. A digital twinning station, comprising:

the bayonet camera is connected with the background controller and used for uploading the time point when the vehicle enters the oil station to the background controller when the vehicle enters the oil station;

the structured camera is connected with the background controller and used for uploading a time point when the vehicle enters the parking space to the background controller when the vehicle stops at the parking space, uploading a time point when the vehicle leaves the parking space and the number of the current vehicles at the oil station when the vehicle leaves the parking space;

the oil gun is connected with the background controller and used for uploading gun time point and oil gun order information when the gun is lifted, uploading gun hanging time point when the gun is hung, uploading refueling starting time point when refueling is started and uploading refueling ending time point when refueling is ended, wherein the oil gun order information comprises vehicle refueling oil, liter number and money;

and the background controller is connected with the bayonet camera, the structural camera and the oil gun and is used for receiving the transmitted time point when the vehicle enters the oil station, the time point when the vehicle enters the parking space, the time point when the vehicle leaves the parking space, the current number of vehicles in the oil station, the time point of lifting the gun, the time point of hanging the gun, the time point of starting to refuel and the time point of finishing refuel, and calculating the congestion condition of the oil station, the time length of waiting to refuel of the vehicle, the time length of refuel of the vehicle, the detention time of the vehicle after the refuel is finished, the flow rate of the oil gun and the busy condition of the oil station according to the time point and the current.

2. A digital twinning station as claimed in claim 1, wherein: the structured camera is also used for grabbing behavior actions of workers in the oil station, monitoring whether open fire and smoking dangerous actions exist or not, and timely early warning.

3. A digital twinning station as claimed in claim 1, wherein: the oil engine where the oil gun is located is connected with the background controller, and the oil engine uploads the information of the residual oil products of the oil station to the background controller in real time.

4. A digital twinning station as claimed in claim 3, wherein: the background controller analyzes the current oil quantity residual refueling duration according to the oil station residual oil information, the number of weeks, the holidays and the duration required by the oil tank truck to the oil station, determines the time when the oil tank truck needs to be applied for oil supplement and the oil supplement quantity, wherein the duration required by the oil tank truck to the oil station is the average value of the duration from the oil tank truck to the oil station before.

5. A digital twinning station as claimed in claim 1, wherein: and the background controller calculates the time from the vehicle entering the oil station to the parking space according to the time point of the vehicle entering the oil station and the time point of the vehicle entering the parking space, and further calculates the congestion condition of the oil station.

6. A digital twinning station as claimed in claim 1, wherein: the background controller calculates the time length of waiting for refueling of the vehicle according to the time point when the vehicle enters the parking space and the time point when the gun is lifted, calculates the time length of refueling of the vehicle according to the time point when the vehicle starts to refuel and the time point when the vehicle finishes refueling, calculates the residence time of the vehicle after refueling according to the time point when the gun is hung and the time point when the vehicle leaves the parking space, and calculates the flow rate of the oil gun according to the time length when the vehicle refuels and the ascending number in the oil gun order information.

7. A digital twinning station as claimed in claim 6, wherein: the background controller adds the vehicle refueling waiting time, the vehicle refueling time and the residence time of the vehicle after refueling to obtain the vehicle refueling time, and the background controller can calculate the busy and idle conditions of the refueling station according to the current number of vehicles in the refueling station and the vehicle refueling time.

8. A digital twinning station as claimed in claim 1, wherein: the structured camera is used for identifying and tracking the car owner according to the appearance characteristic and the face of the car owner when the car owner gets off the car from the car.

9. A digital twinning station as claimed in claim 8, wherein: the digital twin oil station further comprises a convenience store controller which is connected with the structured camera and used for receiving the owner information identified by the structured camera, identifying which automobile the owner is when the owner purchases commodities in the convenience store, associating the commodities purchased by the owner with the automobile, and giving a targeted coupon to the owner when the automobile enters the oil station next time.

10. A digital twinning station as claimed in claim 1, wherein: the bayonet socket camera is installed at the oil station entry, the structuralized camera is installed on the other stand of oil engine, and the structuralized camera aims at the other parking stall of oil engine.

Technical Field

The invention relates to the technical field of oil station data acquisition, in particular to a digital twin oil station.

Background

With the advancement of society and the increasing demand of material culture. The automobile keeping amount in China is continuously increased, the automobile goes into thousands of households like household appliances, and the automobile is used as an actual scene that an automobile owner faces payment and refueling as short as every day and as long as every month. Therefore, the gas station generally selects to be operated all day long to ensure that the vehicle owner can smoothly refuel.

However, the data acquisition and intelligent analysis of the vehicle track, the oil gun and other equipment are lacked in the existing oil station, the busy and idle conditions of the oil station are not clear, the personnel structure of the oil station cannot be effectively optimized, and the vehicle refueling speed and the oil station passing efficiency cannot be improved.

Therefore, a digital twin oil station is provided.

Disclosure of Invention

The invention aims to provide a digital twin oil station, which can optimize the personnel structure of the oil station and improve the oil filling speed of a vehicle and the passing efficiency of the oil station. And the operation condition of the oil station can be monitored, the consumption of the vehicle owner oil station is promoted, and the return rate of the vehicle owner is improved. The full data acquisition of a gas station system is realized, a digital middle station is constructed, and the information digitization of equipment, personnel, vehicles and the like is realized. The oil station data support method and the oil station data support system realize comprehensive promotion and decision making of the oil station in the aspects of management, marketing, service, safety supervision and the like so as to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme: a digital twinning station, comprising:

the bayonet camera is connected with the background controller and used for uploading the time point when the vehicle enters the oil station to the background controller when the vehicle enters the oil station;

the structured camera is connected with the background controller and used for uploading a time point when the vehicle enters the parking space to the background controller when the vehicle stops at the parking space, uploading a time point when the vehicle leaves the parking space and the number of the current vehicles at the oil station when the vehicle leaves the parking space;

the oil gun is connected with the background controller and used for uploading gun time point and oil gun order information when the gun is lifted, uploading gun hanging time point when the gun is hung, uploading refueling starting time point when refueling is started and uploading refueling ending time point when refueling is ended, wherein the oil gun order information comprises vehicle refueling oil, liter number and money;

and the background controller is connected with the bayonet camera, the structural camera and the oil gun and is used for receiving the transmitted time point when the vehicle enters the oil station, the time point when the vehicle enters the parking space, the time point when the vehicle leaves the parking space, the current number of vehicles in the oil station, the time point of lifting the gun, the time point of hanging the gun, the time point of starting to refuel and the time point of finishing refuel, and calculating the congestion condition of the oil station, the time length of waiting to refuel of the vehicle, the time length of refuel of the vehicle, the detention time of the vehicle after the refuel is finished, the flow rate of the oil gun and the busy condition of the oil station according to the time point and the current.

The digital twin oil station can optimize the personnel structure of the oil station and improve the oiling speed of a vehicle and the passing efficiency of the oil station. And the operation condition of the oil station can be monitored, the consumption of the vehicle owner oil station is promoted, and the return rate of the vehicle owner is improved. The full data acquisition of a gas station system is realized, a digital middle station is constructed, and the information digitization of equipment, personnel, vehicles and the like is realized. And the comprehensive promotion and decision data support of the oil station in the aspects of management, marketing, service, safety supervision and the like are realized.

Preferably, the structured camera is also used for capturing behavior actions of workers in the oil station, monitoring whether open fire and smoking dangerous actions exist or not, and timely early warning.

This setting ensures timely early warning when dangerous action appears in the station, avoids the accident to take place.

Preferably, the oil engine where the oil gun is located is connected with the background controller, and the oil engine uploads the information of the residual oil products of the oil station to the background controller in real time.

This setting guarantees that the backstage controller can in time inform the tank wagon to refuel when the oil is not enough.

Preferably, the background controller analyzes the current remaining oil filling time according to the remaining oil information of the oil station, the number of weeks, holidays and the time required by the oil tank truck to the oil station, and determines the time required by the oil tank truck to replenish oil and the oil replenishment quantity, wherein the time required by the oil tank truck to the oil station is the average value of the time required by the oil tank truck to the oil station before.

This arrangement ensures that the station can call the tanker at the appropriate time.

Preferably, the background controller calculates the time from the vehicle entering the oil station to the parking space according to the time point from the vehicle entering the oil station and the time point from the vehicle entering the parking space, and further calculates the congestion condition of the oil station.

The oil station can be adjusted in a targeted manner according to the congestion condition of the oil station, so that the oil filling speed of a vehicle and the passing efficiency of the oil station are improved.

Preferably, the background controller calculates the time for waiting for refueling of the vehicle according to the time point when the vehicle enters the parking space and the time point for lifting the gun, calculates the time for refueling of the vehicle according to the time point for starting refueling and the time point for ending refueling, calculates the residence time of the vehicle after refueling according to the time point for hanging the gun and the time point when the vehicle leaves the parking space, and calculates the flow rate of the oil gun according to the time for refueling of the vehicle and the number of liters in the oil gun order information.

Whether the oil outlet speed of the oil gun is normal or not is known according to the flow speed of the oil gun, and the oil gun is maintained and replaced in time when the oil gun is abnormal.

Preferably, the background controller adds the vehicle refueling waiting time, the vehicle refueling time and the residence time of the vehicle after refueling to obtain the vehicle refueling time, and the background controller can calculate the busy and idle conditions of the refueling station according to the current number of vehicles in the refueling station and the vehicle refueling time.

Can carry out the pertinence adjustment to the oil station staff through the busy idle condition in oil station, and then avoid manpower resources extravagant.

Preferably, the structured camera tracks the vehicle owner according to the appearance characteristics and face identification of the vehicle owner when the vehicle owner gets off the vehicle.

The arrangement is used to identify the owner and the vehicle and bind the relationship between the two.

Preferably, the digital twin oil depot further comprises a convenience store controller connected with the structured camera and used for receiving the owner information identified by the structured camera, identifying which automobile the owner is when the owner purchases goods in the convenience store, associating the goods purchased by the owner with the automobile, and giving a targeted coupon to the owner when the automobile enters the oil depot next time.

The arrangement is used for promoting the consumption of the vehicle owner oil station and improving the return rate of the vehicle owner.

Preferably, the bayonet camera is installed at the oil station entry, the structured camera is installed on the other stand of oil engine, and the structured camera aims at the other parking stall of oil engine.

The bayonet camera is installed at the oil station inlet, so that each vehicle can be shot when entering the oil station.

Compared with the prior art, the invention has the beneficial effects that:

this digit twin oil station can optimize oil station personnel's structure, improves vehicle filling speed and the current efficiency of oil station. And the operation condition of the oil station can be monitored, the consumption of the vehicle owner oil station is promoted, and the return rate of the vehicle owner is improved. The full data acquisition of a gas station system is realized, a digital middle station is constructed, and the information digitization of equipment, personnel, vehicles and the like is realized. And the comprehensive promotion and decision data support of the oil station in the aspects of management, marketing, service, safety supervision and the like are realized.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, the present invention provides a technical solution:

a digital twinning station, comprising: and the bayonet camera is connected with the background controller and used for uploading the time point when the vehicle enters the oil station to the background controller when the vehicle enters the oil station. The structured camera is connected with the background controller and used for uploading the time point when the vehicle enters the parking space to the background controller when the vehicle stops at the parking space, uploading the time point when the vehicle leaves the parking space and the number of the current vehicles in the oil station when the vehicle leaves the parking space. The oil gun is connected with the background controller and used for uploading gun time point and oil gun order information when the gun is lifted, uploading gun hanging time point when the gun is hung, uploading refueling starting time point when refueling is started and uploading refueling ending time point when refueling is ended, wherein the oil gun order information comprises vehicle refueling oil, liter number and money. And the background controller is connected with the bayonet camera, the structural camera and the oil gun and is used for receiving the transmitted time point when the vehicle enters the oil station, the time point when the vehicle enters the parking space, the time point when the vehicle leaves the parking space, the current number of vehicles in the oil station, the time point of lifting the gun, the time point of hanging the gun, the time point of starting to refuel and the time point of finishing refuel, and calculating the congestion condition of the oil station, the time length of waiting to refuel of the vehicle, the time length of refuel of the vehicle, the detention time of the vehicle after the refuel is finished, the flow rate of the oil gun and the busy condition of the oil station according to the time point and the current. The digital twin oil station can optimize the personnel structure of the oil station and improve the oiling speed of a vehicle and the passing efficiency of the oil station. And the operation condition of the oil station can be monitored, the consumption of the vehicle owner oil station is promoted, and the return rate of the vehicle owner is improved. The full data acquisition of a gas station system is realized, a digital middle station is constructed, and the information digitization of equipment, personnel, vehicles and the like is realized. And the comprehensive promotion and decision data support of the oil station in the aspects of management, marketing, service, safety supervision and the like are realized. The bayonet camera is installed at the oil station entry, and the structural camera is installed on the other stand of oil engine, and the other parking stall of structural camera alignment oil engine. The bayonet camera is installed at the oil station inlet, so that each vehicle can be shot when entering the oil station. The structured camera is also used for grabbing the behavior actions of workers in the oil station, monitoring whether open fire and smoking dangerous actions exist or not, and timely early warning. This setting ensures timely early warning when dangerous action appears in the station, avoids the accident to take place.

As shown in fig. 1, the oil engine where the oil gun is located is connected with the background controller, and the oil engine uploads the information of the remaining oil in the oil station to the background controller in real time. This setting guarantees that the backstage controller can in time inform the tank wagon to refuel when the oil is not enough. The background controller analyzes the current oil quantity residual refueling duration according to the oil station residual oil information, the week number, the holiday and the duration required by the oil tank truck to the oil station, determines the time to apply for oil supplement of the oil tank truck and the oil supplement quantity, wherein the duration required by the oil tank truck to the oil station is the average value of the duration from the oil tank truck to the oil station before. This arrangement ensures that the station can call the tanker at the appropriate time. And the background controller calculates the time from the vehicle to the parking space when the vehicle enters the oil station according to the time point from the vehicle to the parking space and further calculates the congestion condition of the oil station. The oil station can be adjusted in a targeted manner according to the congestion condition of the oil station, so that the oil filling speed of a vehicle and the passing efficiency of the oil station are improved. The background controller calculates the time length of waiting for refueling of the vehicle according to the time point when the vehicle enters the parking space and the time point when the gun is lifted, calculates the time length of refueling of the vehicle according to the time point when the vehicle starts to refuel and the time point when the vehicle finishes refueling, calculates the residence time of the vehicle after refueling according to the time point when the gun is hung and the time point when the vehicle leaves the parking space, and calculates the flow rate of the oil gun according to the time length when the vehicle refuels and the ascending number in the order information of the oil gun. Whether the oil outlet speed of the oil gun is normal or not is known according to the flow speed of the oil gun, and the oil gun is maintained and replaced in time when the oil gun is abnormal. The background controller adds the vehicle refueling waiting time, the vehicle refueling time and the residence time of the vehicle after refueling to obtain the vehicle refueling time, and the background controller can calculate the busy and idle conditions of the refueling station according to the current number of vehicles in the refueling station and the vehicle refueling time. Can carry out the pertinence adjustment to the oil station staff through the busy idle condition in oil station, and then avoid manpower resources extravagant.

As shown in fig. 1, the structured camera tracks the owner of the vehicle according to the appearance features and face recognition of the owner of the vehicle when the owner gets off the vehicle. The arrangement is used to identify the owner and the vehicle and bind the relationship between the two. The digital twin oil station further comprises a convenience store controller which is connected with the structured camera and used for receiving the owner information identified by the structured camera, identifying which automobile the owner is when the owner purchases commodities in the convenience store, associating the commodities purchased by the owner with the automobile, and giving a targeted coupon to the owner when the automobile enters the oil station next time. The arrangement is used for promoting the consumption of the vehicle owner oil station and improving the return rate of the vehicle owner.

The working principle is as follows: when the digital twin oil station is used, firstly, when an owner drives a vehicle to enter the oil station, an event of entering the oil station is triggered. And a bayonet camera at the inlet of the oil station captures the vehicle and uploads the time point when the vehicle enters the oil station to the background controller. Then, the vehicle is stopped in the refueling parking space. At this time, a parking stall event is triggered. The structured camera shoots the vehicle entering the parking space and uploads the time point of the vehicle entering the parking space to the background controller. The vehicle owner confirms the refueling order to the refueling station refueling operator, and after the order is confirmed, the refueling operator lifts the oil gun, and at the moment, a gun lifting event is triggered. And the oil gun uploads the gun lifting time point to the background controller, and the oil gun is inserted into the vehicle oil tank by the oiler. And opening the oil gun valve, and uploading the time point for starting oil filling to the background controller by the oil gun at the moment. After the oiling is finished, the valve of the oil gun is closed, and at the moment, the oil gun uploads the oiling finishing time point to the background controller. And the vehicle starts to drive away from the parking space after refueling is finished, and when the vehicle drives away from the parking space, the structured camera uploads the time point of the vehicle driving away from the parking space to the background controller. And then, the oiler hangs the oil gun on the oil engine again, and the oil gun at the moment uploads a gun hanging time point to the background controller. In addition, the oil gun also uploads the refueling order information to the background controller when the oil gun is lifted. According to the obtained time point and the order information, the background controller can calculate the time from the vehicle entering the oil station to the parking space, and further calculate the congestion condition of the oil station. In addition, the time length of waiting for refueling of the vehicle, the time length of refueling of the vehicle, the residence time of the vehicle after refueling and the flow rate of an oil gun can be calculated. Whether the oil outlet speed of the oil gun is normal or not is known according to the flow speed of the oil gun, and the oil gun is maintained and replaced in time when the oil gun is abnormal. The background controller adds the vehicle refueling waiting time, the vehicle refueling time and the residence time of the vehicle after refueling to obtain the vehicle refueling time, and the background controller can calculate the busy and idle conditions of the refueling station according to the current number of vehicles in the refueling station and the vehicle refueling time.

Simultaneously, when the car owner comes the oil feed station convenience store from the vehicle down and purchases commodity, the car owner is trailed according to car owner's appearance characteristic, face identification to the structuralized camera when the car owner gets off the vehicle from the vehicle. And the convenience store controller is connected with the structured camera and can receive the owner information identified by the structured camera. When the owner purchases the goods at the convenience store, the owner of the car is identified, and the goods purchased by the owner are associated with the car. When the vehicle enters the oil station next time, the coupon of the vehicle owner is given in a targeted manner, so that the consumption of the oil station of the vehicle owner is promoted, and the return rate of the vehicle owner is improved.

The oil engine where the oil gun is located is connected with the background controller, and the oil engine uploads the residual oil information of the oil station to the background controller in real time, so that the background controller can conveniently and timely inform the oil tank truck of refueling when the oil is insufficient. The method specifically comprises the following steps: the background controller analyzes the current oil quantity remaining refueling duration according to the oil station remaining oil information, the week number, the holiday and the duration required by the oil tank truck to the oil station, and determines the time to apply for oil tank truck replenishment and how much oil is replenished. The average value of the time length from the oil tank truck to the oil station before the oil tank truck reaches the oil station is taken as the time length required by the oil tank truck to the oil station.

In addition, the action that the staff can also snatch in the oil station is taken to the structuralized camera, and the control has open fire, the dangerous action of smoking to in time early warning. This setting ensures timely early warning when dangerous action appears in the station, avoids the accident to take place.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.