KR101523341B1 - Intergration management system of oil station using smart based and method thereof - Google Patents

Abstract

The present invention relates to a smart device such as a Smart ODT (OutDoor Termanal), a Smart POS (Point of Sales), and a Smart CRM (Customer Relationship Management) and a network controller for controlling such a smart device, The present invention relates to a petrol station integrated management system and its method using a smart base capable of integrally managing a point-of-sale information management, a customer relationship management, and a finishing status. The system includes a lubricator 110 and a wired / A smart ODT 130, a task management server 140 and a related institution server 150 connected to the network controller 120 through a network and a network controller 120 connected to the task management server 140 A smart POS (160) and a smart CRM (170), and a main POS (180) wired to the network controller (120) And 120, gas pumps 110 and the lubricating oiling information transmitting and receiving section 121 for transmitting and receiving data, including lubrication history; A POS transceiver 122 for transmitting and receiving oil service detail data including smart POS and gasoline information; Information on gasoline demand including gasoline amount or gasoline amount according to a request of a customer, gasoline information including an amount based on the amount of fuel discharged through the gasifier 110 or amount of fuel, and point information A display unit 123 for outputting the image; A wired / wireless communication unit (124) for transmitting fueling details data including fueling information to a server (150) of a related organization using a wired / wireless network; A data storage unit 125 for storing fuel supply history data including fuel oil information received from the lubricator 110; A data processing unit (126) for processing the oil service history data including the oil information stored in the data storage unit (125) into data necessary for the server (150) of the related organization; And the data transmission unit 125 and the data processing unit 126 to control the POS transmitter and receiver 122, the display unit 123, the wired and wireless communication unit 124, the data storage unit 125, The network controller 120 is configured to communicate between the lubricator 110 and the smart POS 160 through a communication network and a task management server 140.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an integrated management system for a petrol station,

The present invention relates to a gas station integrated management system and method thereof, and more particularly, to a smart gas management system and method thereof, and more particularly, to a smart gas management system and method thereof, The present invention relates to a petrol station integrated management system and its method using a smart base capable of integrally managing sales point information management, customer relationship management, and finishing status by interlocking oiling and settlement details using a network controller that controls the network.

Generally, a gas station is provided with a lubricator that is connected to a gas-liquid tank so that the gas can be injected into the vehicle. In this lubrication apparatus, a main oil gun is installed through a hydraulic oil hose, and a main oil source inserts a main oil gun into the oil port of the vehicle to perform lubrication. At this time, the display unit connected to the lubricator or connected to the lubricator displays the main fuel cost and the main cost calculated by multiplying the fuel amount by the fuel cost. The driver can check the present state of the main flow through the display device and prepare for payment.

In addition, when the lubrication is completed, the driver uses the main source to settle the lump sum using the payment means such as cash settlement or credit card. At this time, the mainstream source is a server of a ValueAdded Network (VAN) company that inputs the amount of money to a card terminal located at a gas station center or a card terminal which can be moved, and provides a settlement agency service related to payment of a card between a plurality of merchants and a credit card company (Hereinafter collectively referred to as a payment proxy server), receives approval for use of the credit card, makes payment for the payment, and transmits the card and card receipt to the driver.

However, in the payment method using the credit card, since the driver gives his credit card to the main source, the risk of illegal use of the credit card by the main source or the gas station may be exposed.

In addition, at the time of settlement, the main source disappears from the view of the driver and moves to another space, so that the possibility of theft of the payment means can not be excluded and causes anxiety of the driver. In order to solve this problem and reduce the labor cost of the main source, a self-service station was recently introduced. In such a self-service station, since the driver directly performs gas filling and settlement, it is safe from the theft of the payment means and the like, but there is a trouble that the driver has to feed the gas directly.

To solve these problems, Korean Patent Laid-Open No. 10-2012-0108574 has been proposed. The prior art includes a generating unit for generating payment advertisement information that includes lube identification information and a money amount; A communication unit for transmitting the payment admission information to the user terminal for settlement of the bill amount; And a receiving unit for receiving payment approval information, which has been approved based on the payment payment information transmitted through the communication unit, from the service providing apparatus, and communicates with the user terminal through the NFC method, The convenience of the driver is increased, and the theft of the credit card and illegal use of the card can be prevented because the payment amount is paid without using the same payment means.

However, since the prior patent is concentrated only on the transmission / reception of payment details through the NFC method between the user terminal and the card terminal, it is possible to integrate the gas service stations such as the actual transaction status, the filling status, the customer management, the point management, There is still a problem managing it.

1. Korean Patent Laid-Open No. 10-2012-0108574 entitled " Gasoline card terminal, gasoline payment system and method isolation thereof "(Open date: Oct. 05, 2012)

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a smart device such as a smart POS, a smart CRM, a smart ODT, and a network controller that controls the smart device through a network, By linking the details, it is possible to not only grasp real-time sales point information such as fueling status, fueling details, and settlement details that occur when a vehicle is parked, but also manage customer management, point management, And a method for managing the gas station integrated using the smart base, which can manage the status of finishing such as sales by sales type, sale by sales type, sales by sales type, and the like.

The smart integrated management system using a smart infrastructure according to the present invention comprises a lubricator, a network controller connected to the lubricator through wired / wireless lines, a smart ODT connected to the network controller through a communication network, a task management server and an associated institution server, A smart POS and a smart CRM connected to a business management server and a main POS connected to the network controller in a wired manner, the network controller comprising: a main communication unit for transmitting and receiving main service data including gas supply information and gas supply information, Wealth; A POS transceiver for transmitting and receiving data of gasoline service including smart POS and gasoline information; A display for outputting one or more pieces of information selected from gasoline demand information including a gasoline amount or gasoline amount requested by a customer, gasoline information including an amount based on the amount of fuel discharged through a gasifier or amount of fuel, and point information Wealth; A wired / wireless communication unit for transmitting fueling details data including fueling information to a server of a related organization using a wired / wireless network; A data storage unit for storing fuel supply history data including fuel oil information received from a lubricator; A data processing unit for processing oil service history data including gasoline information stored in the data storage unit into data necessary for a server of a related organization; And a control unit connected to the main transmitting / receiving unit, the POS transceiver unit, the display unit, the wired / wireless communication unit, and the data storage unit and the data processing unit, To communicate between the lubricator and the smart POS.

delete

As described above, according to the smart-based integrated service station management system and method of the present invention, the petroleum details and the settlement details are interlocked with each other through the smart device that downloads a specific web and the network controller that controls the smart device, It can not only grasp real-time point-of-sale information such as gasoline oiling status, gasoline oiling details, payment history, etc., but also can manage customer management, point management and event management according to gasoline, It is possible to minimize the manpower and time required for the management of the gas station, since the status of finishing such as the sales history by means can be managed as a whole.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic overall configuration diagram of a petrol station integrated management system using a smart base according to the present invention; FIG.
2 is a schematic configuration diagram of the network controller of FIG.
3 is a flow chart illustrating a method for downloading an application to the smart device of FIG.
4 is a flowchart showing a work flow of the network controller of FIG.
FIG. 5 is a flow chart illustrating the work flow of the smart ODT of FIG. 1;
Figure 6 is a flow diagram illustrating the work flow of the smart POS of Figure 1;
FIG. 7 is a flowchart showing the work flow of the smart CRM of FIG. 1; FIG.
Figs. 8A to 8F are diagrams showing an example of a screen configuration of the smart ODT of Fig. 1; Fig.
Figs. 9A to 9F are diagrams showing an example of a screen configuration of the smart POS of Fig. 1; Fig.
Figs. 10A to 10C are diagrams showing an example of a screen configuration of Smart CRM in Fig. 1; Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a smart base integrated management system and method according to the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The following terms are defined in consideration of the functions of the present invention, and they may vary depending on the intentions or customs of the client, the operator, the user, and the like. Therefore, the definition should be based on the contents throughout this specification.

Like numbers refer to like elements throughout the drawings.

FIG. 1 is a schematic overall configuration diagram of a petrol station integrated management system using a smart infrastructure according to the present invention, FIG. 2 is a schematic configuration diagram of the network controller of FIG. 1, FIG. 4 is a flowchart illustrating a work flow of the network controller of FIG. 1, FIG. 5 is a flowchart illustrating a work flow of the smart ODT of FIG. 1, FIG. 6 is a flowchart of a smart POS of FIG. FIG. 7 is a flow chart showing the work flow of the smart CRM of FIG. 1, FIGS. 8A to 8F are exemplary diagrams showing the screen configuration of the smart ODT of FIG. 1, and FIGS. 9A to 9F are views 9f is an exemplary diagram showing the screen configuration of the smart POS of FIG. 1, and FIGS. 10a to 10c are exemplary diagrams showing a screen configuration of the smart CRM of FIG.

1 and 2, a smart-based integrated management system for a gas station using a smart base includes a main unit 110, a network controller 120 connected to the main unit 110, A smart POS 160 connected to the task management server 140, a smart CRM 170 connected to the server 120, a smart ODT 130 connected to the controller 120, a task management server 140, And a main POS 180 connected to the network controller 120 in a wired manner.

The network controller 120 serves to communicate between the gasifier and the smart POS 160, and includes a gas sending / receiving unit 121 for sending and receiving oil supply data including gas oil information; A POS transceiver 122 for transmitting and receiving oil service detail data including smart POS and gasoline information; (For example, amount of gasoline and / or gasoline amount) according to a request of a customer, gasoline information (for example, amount of fuel discharged through oil box 110 and / or amount of fuel), point information A display unit 123 for outputting one or more pieces of information selected from among a plurality of pieces of information; A wired / wireless communication unit (124) for transmitting fueling details data including fueling information to a server (150) of a related organization using a wired / wireless network; A data storage unit 125 for storing fuel supply history data including fuel oil information received from the lubricator 110; A data processing unit (126) for processing the oil service history data including the oil information stored in the data storage unit (125) into data necessary for the server (150) of the related organization; And the data transmission unit 125 and the data processing unit 126 to control the POS transmitter and receiver 122, the display unit 123, the wired and wireless communication unit 124, the data storage unit 125, And a control unit (127) Also, the network controller 120 can perform remote diagnosis and measures when a problem occurs in the processing through the communication network.

The point information output through the display unit 123 may include, for example, pre-accumulated point information that is an accumulation point up to immediately before use of the current service, new point information generated by using the current service, And the total accumulated point information according to the sum of the point information and the new point information. If the customer uses car wash services, car maintenance services, etc. using accumulated points, the deduction point information may be further displayed.

The Smart ODT (OutDoor Termanal) 130 is connected to the network controller 120 through a communication network. The smart ODT 130 is a role that interlocks the payment details including the gasoline information using the smart base under the control of the network controller 120, In particular, it plays a role of linking payment details including credit card information and credit card authorization details. It also allows payment processing details to be interlocked for each case, provides aggregation function for each settlement type at the closing time, Thereby making it possible to reduce costs due to the receipt selective output. A credit card, a cash receipt, a mobile coupon, an electronic voucher, etc. are used for settlement of the smart ODT 130.

In addition, the task management server 140 records a gasoline amount, which is confirmed from at least one main unit installed at every time when a plurality of visiting vehicles feed in real time, for each oil product, and calculates a sales price corresponding to the gasoline amount each time And calculates a car wash charge based on the detected amount of rotation detected from at least one car washer installed every time the car is washed, and calculates the car wash charge based on the total amount of gasoline and the total amount of gasoline The total sales price of the day will be settled. In addition, the task management server 140 calculates the amount of the oil product inventory identified from the at least one fuel tank device that has been established with respect to the total amount of fuel shipped on the same day, at the closing time of the gas station business.

The related authority server 150 is connected to the network controller 120 through a communication network and receives processed data from the relevant data processing unit 126 under the control of the network controller 120 .

The Smart Point of Sales (160) is connected to a smart device of a user including a mobile phone based on data transmitted from the network controller (120) through a communication network and a business management server (140) ) To display the current state of the lubrication unit, display the list of lubrication corresponding to the specific day with the lubrication information including the lubrication information, display the details of the lubrication when selecting the lubrication details, Deadline, and overall status.

The Smart CRM 170 (Customer Relationship Management) is a service providing system for managing the filling details including gasoline information transmitted from the network controller 120 through the communication network and the business management server 140, customer basic information (car number, mobile phone number) To provide points and points utilization. In the case of special marketing such as other event marketing, it is possible to construct a base customer management system and to register, modify or delete customers by customer management. It can manage management of point policy and point status inquiry by point management, management of event policy by event management, inquiry of event status, and customer can view inquiry status of point When using the points, customers can use the points.

Also, the main POS 180 is installed in the gas station office and receives the oil refining details and the payment details, so that a desktop type PC is preferable.

As shown in FIG. 3, the applications required for each smart device (smart ODT, smart POS, smart CRM) should be installed in the smart ODT, smart POS, and smart CRM.

First, the application is downloaded from the application market using the smart device (S310). Thereafter, the application that is down is requested to subscribe (S320). After that, it is determined whether to agree to the terms (S330). If the subscriber agrees to the terms in step S330, the subscriber information such as the name of the gas station to be subscribed and the gasifier number is input in step S340. Then, it is determined whether the subscriber information is to be authenticated through the smart device (S350). If the subscriber information is not authenticated in step S350, the process returns to step S340. If the subscriber information is authenticated in step S350, subscriber information is stored in the task management server 140 (S360) The application down procedure through the device is completed.

Now, with reference to FIG. 4, a task flow of the network controller 120 will be described.

First, when the nozzle of the lubricator 110 is up, the network controller 120 receives information indicating that the nozzle of the lubricator 110 is up (S410); Then, when the lube oil supply of the lube oil 110 starts, the network controller 120 receives the sensed information that the lube oil has started, and transmits it to the smart ODT 130 through the communication network (S411). Thereafter, when the gasifier 110 is lubrication, the network controller 120 receives information indicating that oil is being supplied (S412); When the lube oil is completely supplied to the smart ODT 130, the network controller 120 receives information indicating completion of the lube oiling operation, and proceeds to step S413. The network controller 120 transmits information to the task management server 140 or the data storage unit 125 through the communication network according to whether the connection to the task management server 140 is completed or not, The network controller 120 proceeds to step S414 where it determines whether the oiling of the lubricator 110 has been completed or not based on whether it is connected to the related authority server 150, The network controller 120 proceeds to step S415 in which it is determined whether the network controller 120 will transmit the data to the related institution server 150 or the data storage unit 125 via the communication network. If the network controller 120 does not transmit the sensed information to the task management server 140 via the communication network, information sensing that the gas supply is completed is transmitted to the data storage unit 125 to be stored therein, If the network controller 120 transmits information to the task management server 140 through the communication network in step S414, the network controller 120 transmits the service information including the gas flow information to the task management server 140 via the communication network (S416) to the server 140, and thereafter, the task management server 140 receives the service information including the service information transmitted from the network controller 120 through the communication network If the network controller 120 does not transmit information to the related authority server 150 in step S417, it is determined that the gas supply is completed in step S415, The network controller 120 transmits information to the related institution server 150. When the network controller 120 transmits information to the related institution server 150 in step S415, The step S418 of transmitting the fueling information including the fueling information to the related institution server 150 through the communication network is performed and then the fueling information including the fueling information transmitted through the communication network is transmitted to the network controller 120 The step S419 of receiving the related institution server 150 proceeds.

Referring to FIG. 5, the work flow of the smart ODT 130 will be described.

First, when oiling of the lubrication apparatus 110 is started, the network controller 120 transmits information to the smart ODT 130 through the communication network to detect that the lubrication is started, and the smart ODT 130 transmits information The receiving step S510 proceeds; Thereafter, in step S510, a plurality of lead-free nozzles (for example, lead-free 1, leadless 3-4, leadless 6-7, leadless 9-10, leadless 12) (S511) of displaying a plurality of kerosene nozzles (for example, kerosene 14-15) to select a nozzle for settlement processing is displayed on the display unit (See FIG. 8B); Then, in step S512, the main body of the nozzle to be settled is displayed on the screen of the smart ODT 130 so that the main body of the selected nozzle can be checked in step S511; Thereafter, in step S513, the smart ODT 130 calculates the payment amount of the nozzle to be subjected to the payment process, which is confirmed in step S512 (S513) (see FIG. 8C). The network controller 120 proceeds to step S514 in which the settlement processing is approved in the smart ODT 130 in step S513; Then, the smart ODT 130 receives from the network controller 120 information indicating that the gas filling is completed through the communication network. In step S514, the approval process, which is awaiting approval, is transmitted to the smart ODT 130 by the network controller 120. [ (S515) of causing the settlement processing completion information to be confirmed on the screen of the smart ODT 130; Thereafter, in step S515, it is determined whether the smart ODT 130 that has received the information of completion of gas filling through the communication network from the network controller 120 determines whether the gas supply is completed (S516); Thereafter, if the gas filling is not completed in step S516, the process returns to step S514. If the gas filling is completed in step S516, the customer code is inputted to the smart ODT 130 (S517). If it is determined in step S517 that the customer code inputted to the smart ODT 130 is an existing customer, the process of determining the smart ODT 130 through the information stored in the network controller 120 is performed in step S518. If the existing customer is in step S518, the smart ODT 130 calls the customer information including the point information stored in the network controller 120 (S519); Then, in step S520, the smart ODT 130 constructs customer identification and customer point information with the customer information called in step S519; Then, in step S521, the smart ODT 130 determines whether the point is used through the customer identification and the point information of the customer in step S520. Thereafter, if the point is not used in step S521, the smart ODT 130 proceeds to step S522 to accumulate points on the network controller 120; Thereafter, in step S522, the smart ODT 130 transmits the points accumulated in the network controller 120 to the task management server 140 and receives the point details transmitted by the task management server 140 (S523) proceeds; Thereafter, when the point is used in step S521, the point of use is used through the smart ODT 130, and the task management server 140 receives the point usage result due to the point use transmitted from the smart ODT 130 (S524) proceeds; Thereafter, if the point is used in step S521, the point is used through the smart ODT 130, and when the business management server 140 receives the point use result due to the use of the point sent by the smart ODT 130 The step S524 proceeds; After that, the smart ODT 130 completes the approval of the use of the point by using the existing customer's point in step S524, and in step S518, the customer code inputted to the smart ODT 130 is transferred to the existing customer The process proceeds to step S525 to allow the smart ODT 130 to complete the point use process regardless of the point use; Thereafter, in step S525, the smart ODT 130 transmits an approval record for approving the use of the points of the existing customer to the main POS 180 and the task management server 140 Progress; Thereafter, in step S526, the main POS 180 receives an approval statement from the smart ODT 130 that the approval of the existing customer's point usage is completed; Thereafter, in step S528, the business management server 140 receives an approval record of approval of the point usage of the existing customer transmitted by the smart ODT 130 in step S526.

Here, in step S527, the received approval basic description is interlocked with the gas supply details by the main POS 180.

6, the work flow of the smart POS 160 will be described.

First of all, a description will be given of the details of the oiling information including the oiling information received from the network controller 120 to the business management server 140, the point usage approval details and usage details received from the smart ODT 130 by the business management server 140, The business management server 140 transmits the customer information including the vehicle number and the telephone number stored in the business management server 140 to the smart POS 160 (S610); Thereafter, in step S610, the smart POS 160 forms a screen for managing the oiling history including the oiling status, the oiling details and the closing status in association with the customer information including the car number and the telephone number transmitted in step S611 ); Thereafter, a step S612 is performed in which the smart POS 160 is connected to the smart device of the user including the mobile phone and is logged in; Thereafter, in step S613, the smart POS 160 determines whether the user is a user by accessing the smart smart POS 160 with the user smart device including the user's mobile phone and proceeding to step S613. If it is determined in step S613 that the user is not a user by the smart POS 160, the process returns to step S612. If the smart POS 160 determines that the user is the user in step S613, , A step S614 is performed to form a screen for displaying a shift list, a deadline, and an overall status using the oiling list, the oiling details, and the oiling deadline management corresponding to the specific day with the oiling information including the oiling information.

Referring to FIG. 7, the work flow of the smart CRM 170 will be described.

First of all, a description will be given of the details of the oiling information including the oiling information received from the network controller 120 to the business management server 140, the point usage approval details and usage details received from the smart ODT 130 by the business management server 140, The business management server 140 transmits the customer information including the vehicle number and the telephone number stored in the business management server 140 to the smart CRM 170 (S710); In step S711, the smart CRM 170 forms a screen for customer management including the customer management, the point management, and the event management in association with the customer information including the car number and the telephone number transmitted in step S710 Being; Thereafter, when the Smart CRM 170 is connected to the smart device including the customer's mobile phone, the smart CRM 170 determines whether the customer is registered (S712); Thereafter, if the customer determined in step S712 is not a registered customer, step S713 is performed in which the customer is newly registered through the smart CRM 170; Then, if the customer determined in step S712 is a registered customer, the step S714 is performed through the smart CRM 170; If it is determined in step S715 that the manager is the manager, step S716 is performed in which the customer management, point management, point status and event management of the smart CRM 170 are inquired; Thereafter, when the registered customer is logged in in step S714, the information management, point use, and point status are inquired through the smart CRM 170 (S717).

The screen configuration of the smart ODT is as illustrated in Figs. 8A to 8F, the screen configuration of the smart POS is as illustrated in Figs. 9A to 9F, and the screen configuration of the smart CRM is shown in Figs. 10A to 10C As shown in Fig.

 As described above, according to the smart-based integrated service station management system and method of the present invention, the petroleum details and the payment details are linked with each other through the smart device downloaded with a specific web and the network controller controlling the smart device, It can not only grasp real-time point-of-sale information such as gasoline oiling status, gasoline oiling details, payment history, etc., but also can manage customer management, point management and event management according to gasoline, It is possible to minimize the manpower and time required for the management of the gas station by managing the status of finishing such as sales history by means of the whole.

Although the embodiment of the present invention has been described for the integrated management of gas stations using a smart infrastructure, the present invention is not limited to this, and an integrated management server integrating business management servers installed for each gas station may be provided, It is needless to say that all the service stations connected to the Internet network can be managed by connecting the Internet network between the service server and the integrated management server.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Various changes, modifications or adjustments to the example will be possible. Therefore, the scope of protection of the present invention should be construed as including all changes, modifications, and adjustments that fall within the spirit of the technical idea of the present invention.

110: Lubricator 120: Network controller
121: Oil supply / reception unit 122: Smart POS transmission / reception unit
123: a display unit 124; Wired / wireless communication department
125: Data storage unit 126: Data processing unit
127: controller 130: smart ODT
140; Business management server 150: Related institution server
160: Smart POS 170: Smart CRM
180: Main POS

Claims (10)

A smart ODT 130 connected to the network controller 120 through a communication network, a server 140 for business management, and a connection management server 140 connected to the network controller 120 via a communication network. A smart POS 160 and a smart CRM 170 connected to the task management server 140 and a main POS 180 connected to the network controller 120 in a wired manner, Lt; / RTI &
The network controller 120 includes a gas sending / receiving unit 121 for sending / receiving fuel supply history data including gas oil information to / from the gas oil pump 110; A POS transceiver 122 for transmitting and receiving oil service detail data including smart POS and gasoline information; Information on gasoline demand including gasoline amount or gasoline amount according to a request of a customer, gasoline information including an amount based on the amount of fuel discharged through the gasifier 110 or amount of fuel, and point information A display unit 123 for outputting the image; A wired / wireless communication unit (124) for transmitting fueling details data including fueling information to a server (150) of a related organization using a wired / wireless network; A data storage unit 125 for storing fuel supply history data including fuel oil information received from the lubricator 110; A data processing unit (126) for processing the oil service history data including the oil information stored in the data storage unit (125) into data necessary for the server (150) of the related organization; And the data transmission unit 125 and the data processing unit 126 to control the POS transmitter and receiver 122, the display unit 123, the wired and wireless communication unit 124, the data storage unit 125, And a control unit (127)
Wherein the network controller (120) is configured to communicate between the gasifier (110) and the smart POS (160) through a communication network and a business management server (140).
delete The method according to claim 1,
The smart ODT 130 causes the network controller 120 to interlock the payment details including the gasoline information and the credit card approval details, to make the settlement process interlocking work for each case, And provides the function to the smart POS (160) through a communication network.
The method according to claim 1,
The smart POS 160 provides a POS UI (User Interface) to a user's smart device including a mobile phone based on data transmitted from the network controller 120 through the communication network and the business management server 140, And displays the list of lubrication corresponding to a specific day with the lubrication information including the lubrication information, displays the details of the lubrication when the lubrication particulars are selected, and displays the status of the shift lubrication, the deadline, and the overall status using lubrication finishing management The integrated management system of petrol station using smart base.
The method according to claim 1,
The smart CRM 170 links the information of the customer including the gasoline information transmitted from the network controller 120 and the customer number including the vehicle number or the mobile phone number through the communication network and the business management server 140, And point management information including event information and event management information are provided to a smart device of a customer including a mobile phone to enable the user to inquire the status of points and events through a smart device including a customer's mobile phone, And provides a screen for using the point through the smart device of the customer including the customer's mobile phone.
(S410) when the nozzle of the lubricator (110) is up, the network controller (120) receiving information that the nozzle of the lubricator (110) is up;
A step S411 of receiving the sensed information that oiling has started when the lube oil supply of the lube oil 110 is started, and transmitting the received information to the smart ODT 130 through the communication network;
(S412) when the network controller (120) receives information that the main unit (110) is being lubed if it is lubrication;
The network controller 120 receives information indicating completion of the lubrication when the lubrication of the lubrication apparatus 110 is completed, and transmits the information to the smart ODT 130 through the communication network (S413);
The network controller 120 transmits information to the task management server 140 or the data storage unit 125 through the communication network according to whether or not the connection to the task management server 140 is completed A step (S414) of judging by the network controller 120;
It is determined whether the network controller 120 transmits information to the related institution server 150 or the data storage unit 125 through the communication network according to whether or not the connection to the related institution server 150 is completed, A step S415 judged by the controller 120;
If the network controller 120 does not transmit information to the task management server 140 via the communication network, it may transmit information to the data storage unit 125, In step S414, when the network controller 120 transmits information to the task management server 140 via the communication network, the network controller 120 transmits the information including the gasoline information to the communication network (S416) to the task management server (140);
A step S417 of the task management server 140 receiving a service description including service information transmitted from the network controller 120 through a communication network;
If the network controller 120 does not transmit information to the related institution server 150 in step S415, the controller 130 transmits information to the data storage unit 125 to store the information indicating that the gas filling is completed, If the network controller 120 transmits information to the related institution server 150 in step S415, the network controller 120 transmits the information including the fueling information to the related institution server 150 through the communication network Transmitting (S418); And
(S419) of receiving the fueling information including the fueling information transmitted from the network controller (120) through the communication network (S419). .
When the lubrication of the lubrication apparatus 110 is started, the network controller 120 transmits information to the smart ODT 130 through the communication network to detect that the lubrication is started, and the Smart ODT 130 receives information Step S510;
In step S511, the smart ODT 130 receives the information indicating that the fuel has been started in step S510, and displays a plurality of lead-free nozzles, a plurality of diesel nozzles and a plurality of kerosene nozzles to select a nozzle to be processed ;
A step S512 of displaying on the screen of the smart ODT 130 the main body of the nozzle to be settled so that the main body of the selected nozzle to be processed can be checked in the step S511;
(S513) in which the payment amount of the nozzle to be subjected to the payment process confirmed in the step S512 is calculated in the smart ODT 130;
A step S514 of accepting payment processing approval from the smart ODT 130 by the network controller 120 based on the payment amount calculated in the step S513;
The smart ODT 130 receives information indicating completion of the gas filling via the communication network from the network controller 120. In step S514, the network controller 120 determines whether the Smart ODT 130 has received the settlement processing, (S515) that the settlement process completion information is confirmed on the screen of the smart ODT 130;
In operation S515, it is determined whether the smart ODT 130 having received the information of completion of gas filling through the communication network from the network controller 120 has completed gas filling (S516);
If the gas filling is not completed in step S516, the process returns to step S514. In step S517, the customer code is input to the smart ODT 130 if the gas filling is completed in step S516.
A step S518 of determining whether the customer code inputted to the smart ODT 130 is an existing customer or the smart ODT 130 through information stored in the network controller 120 in step S517;
If the existing customer is in step S518, the smart ODT 130 calls the customer information including the point information stored in the network controller 120 (S519);
The smart ODT 130 constructs customer identification and customer point information with the customer information called in step S519 (S520);
A step S521 of determining whether the smart ODT 130 uses a point using the customer identification and the point information of the customer configured in the step S520;
If the point is not used in step S521, the smart ODT 130 causes the network controller 120 to accumulate a point (S522);
In step S523, the smart ODT 130 transmits the points accumulated in the network controller 120 to the task management server 140 to receive the point details transmitted by the task management server 140. [ Wow;
If the point is used in step S521, the task management server 140 causes the point to be used through the smart ODT 130 and the point use result due to the use of the point sent by the smart ODT 130 (step S524 )Wow;
If the smart ODT 130 completes the approval of the point use for the use of the point of the existing customer in which the point is used in step S524 and the customer code inputted to the smart ODT 130 in step S518 is not the existing customer (S525) of causing the smart ODT 130 to complete the processing of point use regardless of the point use;
(S526) the smart ODT 130 transmits to the main POS 180 and the business management server 140 the approval details of the approval of the use of points by the existing customer in step S525;
(S527) the main POS 180 receives an approval statement from the smart ODT 130 that the approval of the existing customer's point usage is completed in step S526; And
And a step S528 of receiving, by the task management server 140, approval details of approval of use of points of an existing customer transmitted by the smart ODT 130 in step S526. Integrated management of gas station using.
The method of claim 7,
Wherein the approval basic description received in step S527 is interlocked with the petrol details by the main POS (180).
The service information including the service information received from the network controller 120 to the service management server 140 and the point usage approval details received from the service provider server 140 from the smart ODT 130, (S610) the task management server 140 transmits the customer information including the vehicle number and the phone number stored in the server 140 to the smart POS 160;
A step (S611) of configuring a screen for smartphone POS (160) to manage fueling history including fueling status, fueling details and deadline in connection with customer information including the car number and phone number transmitted in S610;
A step S612 of accessing a smart POS 160 with a user's smart device including a mobile phone and logging in;
In operation S613, the smart POS 160 determines whether the user is a user when the user accesses the smart smart POS 160 and logs in to the smart smart POS including the user's mobile phone.
If it is determined in step S613 that the user is not a user by the smart POS 160, the process returns to step S612. If the smart POS 160 determines that the user is the smart POS 160 in step S613, And a step (S614) of constructing a screen for displaying a shift list, a lump details, and a lump closing finish, a day finish, and an overall status by a lump list corresponding to a specific day, Integrated management method of gas station using smart base.
The service information including the service information received from the network controller 120 to the service management server 140 and the point usage approval details received from the service provider server 140 from the smart ODT 130, (S710) the task management server 140 transmits the customer information including the car number and the phone number stored in the server 140 to the smart CRM 170;
In step S711, the smart CRM 170 forms a screen for customer management including point management and event management in association with customer information including the car number and the phone number transmitted in step S710.
A step S712 of determining whether the smart CRM 170 registers a customer by accessing the smart CRM 170 with the smart device including the customer's mobile phone;
If the customer determined in step S712 is not a registered customer, the customer is newly registered through the smart CRM 170 (S713);
If the customer determined in step S712 is a registered customer, step S714 is performed through the smart CRM 170;
A step (S715) of determining whether the Smart CRM (170) is an administrator when accessing and logging into the smart CRM (170) with a manager smart device including a manager's mobile phone;
In step S715, the customer management, point management, point status, and event management of the smart CRM 170 are inquired (S716);
(S717), when the registered customer is logged in at step S714, information management, point usage, and point status are inquired through the smart CRM (170) (S717).

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