JP7242008B2 - gas station system - Google Patents

Description

TECHNICAL FIELD The present invention relates to a gas station system, and more particularly to a technology for ensuring customer safety and preventing information leakage at a self-service gas station.

2. Description of the Related Art In recent years, there has been a rapid increase in the number of self-service gas stations in which customers themselves perform refueling work, service work such as window cleaning, and refueling fee settlement work for the purpose of reducing labor costs. In such a self-service gas station, a centralized control device (self-service console: SSC) is installed in the office, and gas station workers stand by. After visually confirming the safety of the refueling area, operate the SSC to permit refueling.

On the other hand, at a self-service gas station, even if it becomes necessary to explain to customers who are not familiar with self-service refueling, if there are few gas station workers, In many cases, it is impossible to leave the service, and there is a risk that the service cannot be provided smoothly.

Therefore, the present applicant disclosed in Patent Document 1 that in a self-fueling management system having a fueling device, a self-console for controlling the fueling device, and a POS terminal, a mobile terminal wirelessly outputs a fueling permission signal to allow fueling. We proposed a refueling management system that

JP 2010-100289 A

Although the above invention is also effective, a POS terminal that manages information at the point of sale is used at a gas station, and settlement processing of refueling charges and non-oil products based on refueling data sent from the refueling device, inventory management of products, and sales Since it is managed, it is necessary to prevent this information from being leaked over the air.

In addition, payment methods have diversified in recent years, and payment by credit card has increased in addition to cash settlement. are required to apply.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a service station system which permits refueling after complying with the customer's safety confirmation and which is equipped with information leakage countermeasures. With the goal.

To achieve the above object, the present invention provides a gas station system comprising a fueling device having a data input/output device for setting fueling and a fueling control device; a fueling permission device that receives a fueling request signal from a fueling control device of the fueling device and puts the fueling device into a fueling-ready state; the fueling permission device and the POS terminal are connected to the fueling: a device control device for sharing the sales data between the permitting device and the POS terminal; and a portable refueling permission terminal for outputting a refueling permission signal to the refueling permission device via the device control device, the device comprising: A communication method between the control device and the refueling permission device and the POS terminal is different from a communication method between the appliance control device and the portable refueling permission terminal.

ADVANTAGE OF THE INVENTION According to this invention, a customer's safety confirmation can be observed. In addition, the communication method is appropriately set in the device control device, and communication between the POS terminal and refueling permission device and the portable refueling permission device is disabled. There is no leakage to the outside through Furthermore, since the refueling permission device also manages the sales data of the POS terminal, even if the POS terminal fails, the refueling work will not be hindered.

Further, the present invention is a gas station system, which comprises a fueling device having a data input/output device for setting fueling and a fueling control device, and a fueling device capable of receiving a fueling request signal from the fueling control device of the fueling device a refueling permission device having a POS terminal function for setting a state and receiving refueling data from a refueling control device of the refueling device to manage sales data; a device control device connected to the refueling permission device; a portable refueling permission terminal for outputting a refueling permission signal to the refueling permission device via a device; a communication method between the equipment control device and the refueling permission device; characterized by a different communication method with

According to the present invention, it is possible to comply with the customer's safety confirmation as in the case of the above invention. In addition, since the communication method is appropriately set in the equipment control device and communication between the refueling permission device with POS terminal function and the portable refueling permission terminal is disabled, the sales data of the refueling permission device is sent via the portable refueling permission terminal. There is no leak to the outside. Furthermore, since the refueling permission device is provided with a POS terminal function, the device configuration can be simplified.

Further, the present invention is a gas station system, which includes a fueling device having a data input/output device for setting fueling and a fueling control device, and receiving fueling data from the fueling control device of the fueling device to manage sales data. a POS terminal having a function of a fueling permitting device that receives a fueling request signal from a fueling control device of said fueling device and puts said fueling device into a fueling ready state; A refueling permission device having a POS terminal function for enabling the device to refuel and receiving refueling data from a refueling control device of the refueling device to manage sales data; and the refueling permission device and the POS terminal are connected. a device control device, and a portable refueling permission terminal that outputs a refueling permission signal to the refueling permission device via the device control device, and a communication method between the device control device, the refueling permission device, and the POS terminal; and a communication method between the device control device and the portable refueling permission terminal.

According to the present invention, it is possible to comply with the customer's safety confirmation as in the case of the above invention. In addition, by properly setting the communication method in the equipment control device, the refueling permission device having the POS terminal function and the POS terminal having the function of the refueling permission device and the portable refueling permission terminal cannot communicate with each other. The sales data of the equipment will not be leaked to the outside through the portable refueling permission terminal. Furthermore, even if either the POS terminal or the refueling authorization device fails, the gas station system can continue to operate.

In the gas station system, the portable refueling permission terminal is capable of outputting a refueling permission signal to the refueling device only when it is positioned within a predetermined range including the refueling device for which refueling has been set. can be done. A filling station carrying a portable refueling permission terminal by setting the output condition of a refueling permission signal in a portable refueling permission terminal only when the terminal is positioned within a predetermined range including a refueling device set for refueling. Workers move to the vicinity of the lubricating device, which inevitably confirms the safety of the customer.

The gas station system is provided with radio wave transmission means for transmitting radio waves to an area within a predetermined range including the fueling device for which the fueling setting has been made, and the portable refueling permission terminal receives radio waves from the radio wave transmission means. A refueling permission signal can be output. Further, the radio wave transmitting means may be a beacon provided in the fueling device, and a region within a predetermined range including the fueling device may be the radio wave irradiation range of the beacon. This ensures the safety of the customer.

Using the GPS function provided in the portable refueling permission terminal, it is determined whether or not the portable refueling permission terminal is located within a predetermined range including the refueling device for which the refueling setting has been performed. The safety of the customer can be reliably confirmed by enabling the refueling permission terminal to output the refueling permission signal to the refueling device only when the refueling permission terminal is positioned within the predetermined range.

The refueling device may include a vehicle detector that outputs a vehicle detection signal to the portable refueling permission terminal when detecting entry of a vehicle. As a result, gas station workers can be quickly notified of customers coming to the store, leading to improved operational efficiency.

The refueling device can include an intercom that outputs a call signal to the portable refueling permission terminal when a button is pressed. As a result, a customer using the fueling device can call a gas station worker and the gas station worker can respond directly, which is reassuring to customers who are unfamiliar with the operation of the device.

In the gas station system described above, the portable refueling permission terminal can be configured to notify the inputs of the refueling request signal, the vehicle entry signal, and the call signal with different voices or vibrations. As a result, the gas station worker can easily determine the contents of the notification even during work, and can quickly grasp the priority of the work.

As described above, according to the present invention, it is possible to provide a gas station system that permits refueling after complying with the customer's safety confirmation, and that implements countermeasures against information leakage and the like.

1 is a schematic diagram for explaining a reference example of a gas station system according to the present invention; FIG. FIG. 2 is a schematic diagram showing a communication range of a beacon of the fueling device shown in FIG. 1; 2 is a block diagram showing the configuration of the gas station system shown in FIG. 1; FIG. FIG. 4 is a flow chart showing the operation of the gas station system shown in FIGS. 1 to 3 when a customer comes to a store; FIG. FIG. 4 is a flow chart showing the operation of the gas station system shown in FIGS. 1 to 3 during refueling; FIG. 1 is a schematic diagram for explaining a first embodiment of a gas station system according to the present invention; FIG. 7 is a block diagram showing the configuration of the gas station system shown in FIG. 6; FIG. FIG. 8 is a flow chart showing the operation of the gas station system shown in FIGS. 6 and 7 during refueling; FIG. It is a schematic diagram for explaining a second embodiment of a gas station system according to the present invention. FIG. 10 is a flow chart showing the operation of the filling station system shown in FIG. 9 during refueling; FIG. FIG. 11 is a schematic diagram for explaining a third embodiment of a gas station system according to the present invention; FIG. 12 is a flow chart showing the operation of the filling station system shown in FIG. 11 during refueling; FIG.

Next, a mode for carrying out the present invention will be described in detail with reference to the drawings.

1 and 2 show a reference example of a gas station system according to the present invention. This gas station system 1 includes a plurality of gas stations 2 (2A, 2B), a kerosene gas station 3, and an office 10. POS terminal (hereinafter referred to as "POS") 4 and SSC (self-service console, refueling authorization device) 5, refueling device 2, and kerosene refueling device 3, respectively, within predetermined communication ranges B1 to B3. It consists of a beacon (not shown) to be transmitted, a portable refueling permission terminal 6 carried by a filling station worker, and a communication means 7 provided in the SSC 5 for communicating with the portable refueling permission terminal 6 . As shown in FIG. 2, oil supply areas A1 to A6 are provided on the front and back of each oil supply device 2 and on the front side of the kerosene oil supply device 3. As shown in FIG. In addition, B1 to B3 indicating the communication range of beacons in the figure are also IDs of the respective beacons. Radio wave transmitting means other than beacons can also be used.

The fueling device 2 includes a data input/output device 2a that outputs fueling setting data to the POS 4 and the SSC 5, and a fueling control device 2b that controls the fueling device 2 so that it can be fueled when a fueling permission signal is input. Equipped with a vehicle detector 2c for detecting a customer's vehicle, an intercom 2d for a customer to ask a service station worker how the equipment is operated, a display, and a refueling system provided in a normal refueling device.

The POS 4 manages sales for each refueling, manages daily and monthly reports, and manages refueling permission.

The SSC 5 is provided to output a fueling permission signal to the fueling control device 2b of the fueling device 2 when receiving the fueling permission signal from the portable fueling permission terminal 6 .

Specifically, as shown in FIG. 3, the SSC 5 includes storage means 5a, first data control means 5b, monitor 5c, display drive means 5d, display control means 5e, refueling permission means 5f, It comprises a second data control means 5g, a speakerphone 5h called by a call signal from the intercom 2d, and first to fifth data communication means 5i to 5m.

The SSC 5 having the above configuration stores the fueling setting data and the fueling request signal input from the fueling device 2 in the storage means 5a, and displays them on the monitor 5c. The signal is output to the portable refueling permission terminal 6 via the fourth data communication means 5l which is the communication means 7. FIG.

Here, the fourth data communication means 5l is, for example, a Wi-Fi (registered trademark) access point, a communication means dedicated to the portable refueling permission terminal 6, and a communication means dedicated to the POS terminal 4. 2 Data communication means 5j uses the SS industry standard protocol, and both communication means 5j and 5l are connected by Ethernet (registered trademark) and have different communication methods. There is no leakage to the outside via the terminal 6 or the like.

The portable refueling permission terminal 6 is a wearable terminal such as a smart phone or a smart watch. 2, the refueling permission signal can be output only within the communication range B1-B2 of the beacon near No. 2. This allows gas station workers to comply with the safety checks of customers who refuel.

In addition, if the input of the refueling request signal, the vehicle entry signal and the call signal input from the SSC 5 are notified by different voices or vibrations at the portable refueling permission terminal 6, the gas station worker can It is convenient to be able to easily determine the contents of the notification without looking at the screen and quickly grasp the order of priority of the work.

Next, the operation of the gas station system 1 having the above configuration will be described with reference to FIGS. 1 to 5. FIG. 4 and 5, the downward direction corresponds to Yes, and the horizontal direction corresponds to No.

As shown in FIG. 4, in step S1 of the fueling device 2, when the vehicle detector 2c detects the customer's vehicle (step S1; Yes), the fueling device 2 outputs a visit signal to the SSC 5 (step S2). . In step S11 of SSC5, when a coming-to-store signal is input from refueling device 2 (step S11; Yes), SSC5 outputs a coming-to-store signal to portable refueling permission terminal 6 (step S12). In step S21 of the portable refueling permitting terminal 6, when a visit signal is input from the SSC 5 (step S21; Yes), the portable refueling permitting terminal 6 notifies the filling station worker of this (step 22).

As shown in FIG. 5, in step S31 of the data input/output unit 2a, when the customer completes the refueling setting (step S31; Yes), the refueling setting data is output to the POS 4 and SSC 5 (step S32). End the operation of 2a.

In step S41 of the fueling device 2, when the customer removes the fueling nozzle from the nozzle hook and the nozzle SW (switch) is turned on (step S41; Yes), a fueling request signal is output to the POS 4 (step S42).

In step S51, the fuel setting data is input from the data input/output device 2a (step S51; Yes), and in step S52, when a fuel request signal is input from the fueling device 2 (step S52; Yes), the POS 4 requests fuel. A display signal is output to SSC5 (step S53).

At step S61, the fuel setting data is input from the data input/output device 2a (step S61; Yes), and at step S62, when the fuel request display signal is input from the POS 4 (step S62; Yes), the SSC 5 is a portable fueling device. A refueling request display signal is output to the permission terminal 6 (step S63).

In step S71, the portable refueling permission terminal 6 to which the refueling request display signal is input from the SSC 5 (step S71; Yes) displays on the screen that there is a refueling request (step S72). In step S73 of the portable refueling permission terminal 6, when the gas station worker confirms the safety of the customer in the corresponding refueling area within the communication range of the corresponding beacon and presses the refueling permission button of the portable refueling permission terminal 6. (Step S73; Yes), portable refueling permission terminal 6 outputs a refueling permission signal to SSC5 (step S74).

At step 64, the SSC 5 receives the fueling permission signal from the portable fueling permission terminal 6 (step S64; Yes), outputs the fueling setting data and the fueling permission signal to the fueling device 2, and ends the operation.

In step S43, the fuel supply device 2 to which the fuel supply setting data and the fuel supply permission signal have been input (step S43; Yes) is put into a state where fuel can be supplied under the fuel supply setting data input from the SSC 5 by the fuel supply control device 2b, and a display is made. By transmitting a reset signal to a device (not shown), the information on the previous refueling is zeroed (reset), and the refueling pump is driven (step S44).

When the refueling pump is turned on, fuel oil is discharged from the refueling nozzle, whereby a flow rate pulse signal is output to the display (step S45; Yes), and the refueling amount is displayed (counted display) on the display ( step S46). If the flow rate pulse signal is not output (step S45; No), output of the flow rate pulse signal is waited unless the nozzle SW is turned off (step S47; No), that is, until refueling is stopped or completed.

In step S47, when the nozzle SW is turned off by the customer returning the refueling nozzle to the nozzle hook (step S47; Yes), the refueling pump is stopped (step S48), refueling data is output to the POS 4 (step S49), The operation of the fueling device 2 is ended.

The POS 4, to which the refueling data is input from the refueling device 2 in step S54 (step S54; Yes), saves the input refueling data for sales management (step S55), and ends the operation.

According to this reference example, the condition that a specific refueling area such as the refueling device 2 becomes ready for refueling is set by a refueling station worker using the portable refueling permission terminal 6 within the communication range of a beacon near the specific refueling area. Since it is limited to when the permission button is pressed, the gas station worker carrying the portable refueling permission terminal 6 moves to the vicinity of the refueling device 2, and the customer's safety is inevitably confirmed. As described above, the fourth data communication means 5l of the SSC 5 is configured so as not to output the sales data of the POS terminal 4 to the outside, so that information leakage of the POS terminal 4 can be prevented.

Next, a gas station system according to a first embodiment of the present invention will be described with reference to FIGS. 6 to 8. FIG. Gas station system 11 of the present embodiment includes device control device 13 for sharing sales data between SSC 12 and POS terminal 4 in place of communication means 7 .

As shown in FIG. 7, the device control device 13 includes a third data communication means 13a for communicating with the POS terminal 4 and the SSC 12, a fourth data communication means 13b for communicating with the portable refueling permission terminal 6, A fifth data communication means 13c for communicating with the intercom 2d and the vehicle detector 2c of the fueling device 2 is provided.

Here, as in the gas station system 1, the fourth data communication means 13b is, for example, a Wi-Fi access point, a communication means dedicated to the portable refueling permission terminal 6, and the POS terminal 4 and the SSC 12. The third data communication means 13a, which is a dedicated communication means, uses the SS industry standard protocol, and both communication means 13a and 13b are connected by Ethernet and use different communication methods. does not leak to the outside through the portable refueling permission terminal 6.

Next, the operation of gas station system 11 having the above configuration will be described with reference to FIGS. 6 to 8. FIG. In the step in which the route branches in FIG. 8, the downward direction corresponds to Yes, and the horizontal direction corresponds to No. Further, the operation when a customer comes to the store is the same as that in FIG. 4, so the explanation is omitted.

Steps S31, S32, S41, S42, S51-S53, S61, and S62 in FIG. 8 are the same as these steps in FIG. Along with being input to the POS terminal 4 , a refueling request signal from the refueling device 2 is input to the POS terminal 4 , and a refueling request display signal is input to the SSC 12 from the POS terminal 4 .

After that, the SSC 12 outputs the refueling request display signal and the refueling setting data input from the POS terminal 4 to the equipment control device 13 (step S81), and terminates the operation. In step S82 of the device control device 13, when the fuel request display signal and the fuel setting data are input from the SSC 12 (step S82; Yes), the device control device 13 outputs the fuel request display signal to the portable fuel permission terminal 6. (step S83).

In step S84 of the portable refueling permission terminal 6, when a refueling request display signal is input from the device control device 13 (step S84; Yes), the portable refueling permission terminal 6 displays a refueling request on the screen. Then (step S72), in step S73, when the gas station worker confirms the safety of the customer in the corresponding refueling area within the communication range of the corresponding beacon and presses the refueling permission button of the portable refueling permission terminal 6 ( Step S73; Yes), portable refueling permission terminal 6 outputs a refueling permission signal to device control device 13 (step S85).

In step S<b>86 of the device control device 13 , when the refueling permission signal is input from the portable refueling permission terminal 6 (step S<b>86 ; Yes), the device control device 13 outputs the refueling setting data and the refueling permission signal to the refueling device 2 . (step S87), and the operation ends.

In step S88 of the fueling device 2, when a fueling permission signal or the like is input from the equipment control device 13 (step S88; Yes), the fueling device is operated by the operations of steps S44 to S49, S54, and S55 in the same manner as in FIG. 2, refueling is actually performed, and refueling data is input to the POS terminal 4 and stored.

As described above, according to the present embodiment, as in the above reference example, it is possible to ensure customer safety and improve the security of the POS terminal 4 and the SSC 12. In addition, the SSC 12 and the POS terminal 4 Since the sales data is shared, even if the POS terminal 4 breaks down, there is no problem with refueling work.

Next, a gas station system according to a second embodiment of the present invention will be described with reference to FIGS. 9 and 10. FIG.

Gas station system 21 shown in FIG. 9 is different from gas station system 11 in that POS 4 is deleted from gas station system 11 shown in FIG. 6 and SSC 22 having a POS terminal function is provided. Identical to system 11 . That is, the SSC 22 also receives fuel supply data from the fuel supply control device 2b of the fuel supply system 2 and performs sales management.

The device control device 13 can communicate with the portable refueling permission terminal 6 via a Wi-Fi access point, and can communicate with the SSC 22 and refueling device 22 using the SS industry standard protocol. The credit card information of the SSC 22 is never leaked to the outside through the portable refueling permission terminal 6. - 特許庁

Next, the operation of the gas station system 21 having the above configuration will be described with reference to FIGS. 9 and 10. FIG.

At step S101 of the data input/output unit 2a, when the fueling setting by the customer is completed (step S101; Yes), the fueling setting data is output to the equipment control device 13 (step S102).

When the device control device 13 receives the input of the fuel setting data from the data input/output device 2a (step S141; Yes), the device control device 13 outputs the input fuel setting data to the SSC 22 (step S142).

In step S111 of the lubrication device 2, when the customer removes the lubrication nozzle from the nozzle hook and the nozzle SW (switch) is turned on (step S111; Yes), the lubrication device 2 sends an oil type/lubrication request signal to the device control device 13. Output (step S112).

When the device control device 13 receives an oil type/refueling request signal from the lubricating device 2 (step S143; Yes), it outputs the oil type/refueling request signal to the SSC 22 (step S144).

In step S121 of the SSC 22, when oil supply setting data is input from the device control device 13 (step S121; Yes), and in step S122, when an oil type/lubrication request signal is input from the device control device 13 (step S122; Yes). , the SSC 22 outputs a refueling request display signal to the equipment control device 13 (step S123).

At step S145, when the fueling request display signal is input from the SSC 22 (step S145; Yes), the device control device 13 outputs the fueling request display signal to the portable fueling permission terminal 6 (step S146).

After step S146, the operation of steps S131 to S134 causes the gas station worker to move to the vicinity of the fueling area of the fueling device 2 for which fueling has been set, and after confirming the safety of the fueling area, permits portable fueling. When the refueling permission button of terminal 6 is pressed, portable refueling permission terminal 6 outputs a refueling permission signal to device control device 13 (step S134). In step S147, the device control device 13 to which the fueling permission signal is input from the portable fueling permission terminal 6 (step S147; Yes) outputs the fueling permission signal to the SSC 22 (step S148).

When the SSC 22 receives the fueling permission signal from the equipment control device 13 (step S124; Yes), the fueling nozzle corresponding to the oil type input in step S101 of the data input/output device 2a is removed in step S125. If the correct fuel nozzle is removed (step S 125 ; Yes), the device controller 13 outputs a fueling permission signal. If the correct refueling nozzle has not been removed (step S125; No), that fact is notified (step S129), and the operation is terminated.

When the device control device 13 receives the fueling permission signal from the SSC 22 (step S149; Yes), the device control device 13 outputs the fueling permission signal to the fueling device 2 (step S150). After that, according to the operations of steps S113 to S119, S151, S152, S127, and S128, refueling is performed as usual under the refueling setting data input from the equipment control device 13, the refueling data is saved in the SSC 22, and the operation ends. .

As described above, according to the present embodiment, it is possible to ensure customer safety and improve the security of the SSC 22 having the POS terminal function. By providing this, it is possible to efficiently operate the gas station while simplifying the equipment configuration.

Next, a gas station system according to a third embodiment of the present invention will be described with reference to FIGS. 11 and 12. FIG.

Gas station system 31 shown in FIG. 11 is a gas station system 11 shown in FIG. 11, the rest of the configuration is the same as the gas station system 11. That is, the POS 34 receives refueling data from the refueling control device 2b of the refueling device 2 and performs sales management, and receives a refueling request signal from the refueling control device 2b of the refueling device 2 to put the refueling device 2 into a refuelable state. It also has an authorization device function. Further, the SSC 32 has a function of a fueling permission device that receives a fueling request signal from the fueling control device 2b of the fueling device 2 and puts the fueling device 2 into a fueling-ready state, and also receives fueling data from the fueling control device 2b of the fueling device 2. Also manages sales.

9, the device control device 13 can communicate with the portable refueling permission terminal 6 via a Wi-Fi access point, and can communicate with the SSC 32, POS 34, and refueling device 2 using the SS industry standard protocol. , and since the communication methods are different, the credit card information of the SSC 32 and the POS 34 will not be leaked to the outside via the portable refueling permission terminal 6 .

As shown in FIG. 12, the gas station system 31 having the above configuration performs the same operation as in FIG. S141; Yes), the input lubricating setting data is output to the POS 34 and SSC 32 (step S142), and the POS 34 to which the lubricating setting data has been input from the device control device 13 outputs a lubrication request display signal to the device control device 13 (step S142). step S162). Further, when the POS 34 receives the input of the refueling data from the equipment control device 13 (step S163; Yes), the POS 34 saves the refueling data (step S164) and terminates the operation.

According to this embodiment, it is possible to ensure customer safety and improve the security of the POS 34 or SSC 32. In addition, by providing the POS 34 having the SSC function and the SSC 32 having the POS terminal function, the POS 34 Alternatively, even if one of the SSCs 32 fails, the gas station system 31 can continue to operate.

In the above-described embodiment, the portable refueling permission terminal 6 can output a refueling permission signal when it receives radio waves from radio wave transmitting means, such as a beacon, which transmits radio waves to an area within a predetermined range including the fueling device 2. , using the GPS function provided in the portable refueling permission terminal 6, it is determined whether or not the portable refueling permission terminal 6 is located within a predetermined range including the refueling device 2 for which the refueling setting is performed. The fuel supply permission signal may be output to the fuel supply device 2 only when the vehicle is located in the area within.

The illustrated embodiment is merely an example, and is not intended to limit the technical scope of the present invention.

1 gas station system 2 (2A, 2B) fueling device 2a data input/output device 2b fueling control device 2c vehicle detector 2d intercom 3 kerosene fueling device 4 POS
5 SSCs
6 Portable refueling permission terminal 7 Communication means 10 Office 11 Gas station system 12 SSC
13 Equipment control device 21 Gas station system 22 SSC
31 gas station system 32 SSC
34 POS

Claims (10)

a fueling device having a data input/output device for setting fueling and a fueling control device;
a POS terminal that receives refueling data from a refueling control device of the refueling device and manages sales data;
a fueling permission device that receives a fueling request signal from a fueling control device of the fueling device and puts the fueling device into a fueling ready state;
a device control device connected to the refueling permitting device and the POS terminal for sharing the sales data between the refueling permitting device and the POS terminal;
a portable refueling permission terminal that outputs a refueling permission signal to the refueling permission device via the equipment control device;
A gas station system, wherein a communication method between the equipment control device and the refueling permission device and the POS terminal is different from a communication method between the equipment control device and the portable refueling permission terminal. a fueling device having a data input/output device for setting fueling and a fueling control device;
A fueling device having a POS terminal function for receiving a fueling request signal from a fueling control device of the fueling device to put the fueling device in a fueling-ready state, and receiving fueling data from the fueling control device of the fueling device and managing sales data. a permitting device;
an equipment control device connected to the refueling permission device;
a portable refueling permission terminal that outputs a refueling permission signal to the refueling permission device via the equipment control device;
A gas station system, wherein a communication method between the equipment control device and the refueling permission device is different from a communication method between the equipment control device and the portable refueling permission terminal. a fueling device having a data input/output device for setting fueling and a fueling control device;
It has a function of receiving fuel supply data from a fuel supply control device of the fuel supply device to manage sales data, and receiving a fuel supply request signal from the fuel supply control device of the fuel supply device to put the fuel supply device into a fuel supply ready state. a POS terminal;
A fueling device having a POS terminal function for receiving a fueling request signal from a fueling control device of the fueling device and putting the fueling device in a fueling-ready state, and receiving fueling data from the fueling control device of the fueling device and managing sales data. a permitting device;
a device control device connected to the refueling permission device and the POS terminal;
a portable refueling permission terminal that outputs a refueling permission signal to the refueling permission device via the equipment control device;
A gas station system, wherein a communication method between the equipment control device and the refueling permission device and the POS terminal is different from a communication method between the equipment control device and the portable refueling permission terminal. The portable refueling permission terminal is capable of outputting a refueling permission signal to the refueling device only when it is positioned within a predetermined range including the refueling device for which refueling has been set. 4. The gas station system according to any one of 1 to 3. A radio wave transmitting means for transmitting radio waves within a predetermined range including the fueling device for which the fueling setting has been made is provided, and the portable refueling permission terminal is capable of outputting a fueling permission signal upon receiving radio waves from the radio wave transmitting means. The filling station system according to claim 4, characterized in that: 6. The fuel supply according to claim 5, wherein the radio wave transmission means is a beacon provided in the fuel supply device, and a region within a predetermined range including the fuel supply device is a radio wave irradiation range of the beacon. place system. Using the GPS function provided in the portable refueling permission terminal, it is determined whether or not the portable refueling permission terminal is located within a predetermined range including the refueling device for which the refueling setting has been performed. 5. The gas station system according to claim 4, wherein the fueling permission terminal is capable of outputting a fueling permission signal to the fueling device only when the terminal is positioned within the predetermined range. 8. The gas station system according to any one of claims 1 to 7, wherein said fueling device includes a vehicle detector that outputs a vehicle detection signal to said portable refueling permitting terminal when an entry of a vehicle is detected. . 9. The gas station system according to any one of claims 1 to 8, wherein said refueling device has an intercom that outputs a call signal to said portable refueling authorization terminal when a button is pressed. 10. The gas station system according to claim 9, wherein the input of the refueling request signal, the vehicle entry signal and the call signal is reported by different voices or vibrations in the portable refueling permission terminal.

Images