JP7056684B2 - Gas station system - Google Patents

Description

The present invention relates to a gas station system, and more particularly to a technique for ensuring customer safety in a self-service gas station.

In recent years, the number of self-service gas stations where customers themselves perform refueling work, service work such as window cleaning, and refueling fee settlement work for the purpose of reducing labor costs has increased rapidly. In such a self-service gas station, a centralized control device (self-service console: SSC) is installed in the office, and gas station workers (hereinafter referred to as "workers") stand by and refuel by customer operation. When there is a refueling request from the device, after visually confirming the safety of the refueling area, the SSC is operated to allow refueling.

On the other hand, in a self-service gas station, even if it becomes necessary to explain to customers who are not accustomed to self-service refueling, if there are few workers, leave in front of the SSC to perform the above work. In many cases, it may not be possible to provide services smoothly.

Therefore, in Patent Document 1, the applicant applies a refueling permission signal wirelessly by a mobile terminal in a self-refueling management system having a plurality of refueling devices, a self-console for controlling the refueling device, and a POS terminal. Proposed a refueling management system that can allow refueling by a refueling device.

Japanese Unexamined Patent Publication No. 2010-100209

Although the above invention is effective, since the refueling permission signal can be output wirelessly, the possibility that refueling is permitted even if the safety of the customer cannot be confirmed cannot be denied.

The present invention has been made in view of the above-mentioned prior art, and an object of the present invention is to provide a gas station system capable of permitting refueling while observing the safety confirmation of a customer.

In order to achieve the above object, the present invention is a gas station system, in which a plurality of refueling devices having a data input / output device for setting refueling and a refueling control device, and refueling data from the refueling control device of the refueling device are obtained. A predetermined including a POS terminal that receives and manages sales, a refueling permission device that receives a refueling request signal from the refueling control device of the refueling device and makes the refueling device ready for refueling, and a refueling device for which the refueling setting is performed. The refueling permission device is provided with a radio wave transmitting means for transmitting radio waves within the range and a portable refueling permission terminal capable of outputting a refueling permission signal when receiving radio waves from the radio wave transmitting means, and the refueling permission device is the portable refueling permission terminal. When a refueling permission signal is input from, the refueling device is made available for refueling.

Further, the present invention is a gas station system, in which a plurality of refueling devices having a data input / output device for setting refueling and a refueling control device, and refueling data received from the refueling control device of the refueling device are used for sales management. A radio wave is transmitted within a predetermined range including a POS terminal to be performed, a refueling permission device that receives a refueling request signal from the refueling control device of the refueling device to make the refueling device ready for refueling, and a refueling device to which the refueling setting is performed. The radio wave transmitting means for transmitting, a portable refueling permission terminal capable of outputting a refueling permission signal when a radio wave is received from the radio wave transmitting means, and a refueling permission signal received from the portable refueling permission terminal, the refueling permission signal is transmitted. The refueling permission device includes a terminal control device for transferring to the refueling permission device, and the refueling permission device is characterized in that the refueling device is made available for refueling when a refueling permission signal is input from the terminal control device.

According to both of the above inventions, the output condition of the refueling permission signal in the portable refueling permission terminal is that the radio wave is received within a predetermined range including the refueling device in which the refueling setting is made. The worker who carries the device will move to the vicinity of the refueling device, which inevitably confirms the safety of the customer. Further, if the terminal control device is provided, even if the portable refueling permission terminal and the refueling permission device cannot directly communicate with each other, the refueling permission signal from the portable refueling permission terminal can be input to the refueling permission device.

In the gas station system, the safety of the customer can be surely confirmed by setting the radio wave transmitting means as a beacon provided in the refueling device and setting a predetermined range including the refueling device as the radio wave irradiation range of the beacon. can.

In the gas station system, when the portable refueling permission terminal receives a refueling request display signal from the refueling permission device, it displays that fact in different colors for each oil type, and expands that fact according to the priority. By displaying it, it becomes easier for the worker to grasp the situation of the gas station, and the convenience is improved.

In the gas station system, the portable refueling permission terminal requires a plurality of operations to output the refueling permission signal, so that it is possible to prevent the output of the signal due to an erroneous operation by the worker.

By making the portable refueling permit terminal a wearable terminal, even if a worker is responding to a refueling customer, there is an immediate request for refueling in another lane where the situation cannot be visually observed on a truck or the like. As you can see, it is possible to provide efficient gas station services. In addition, by using a wearable terminal, both hands are free, so operability is good.

As described above, according to the present invention, refueling can be permitted after observing the safety confirmation of the customer.

It is an overall block diagram which shows the 1st and 3rd Embodiment of the gas station system which concerns on this invention. It is a schematic diagram which shows the communication range of the beacon of the refueling apparatus in the gas station system which concerns on this invention. It is a flowchart which shows the operation of the 1st Embodiment of the gas station system which concerns on this invention. It is a schematic diagram which shows the display screen of the portable refueling permission terminal in the 1st and 2nd Embodiment of the gas station system which concerns on this invention. It is an overall block diagram which shows the 2nd and 4th Embodiment of the gas station system which concerns on this invention. It is a flowchart which shows the operation of the 2nd Embodiment of the gas station system which concerns on this invention. It is a schematic diagram which shows the display screen of the wearable terminal in the 3rd and 4th Embodiment of the gas station system which concerns on this invention. It is a flowchart which shows the operation of the 3rd Embodiment of the gas station system which concerns on this invention. It is a flowchart which shows the operation of the 4th Embodiment of the gas station system which concerns on this invention.

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

1 and 2 show a first embodiment of a gas station system according to the present invention, wherein the gas station system 1 includes a plurality of gas station 2 (2A, 2B), kerosene refueling device 3, and an office. Within the predetermined communication ranges B1 to B3 of the POS terminal (hereinafter referred to as "POS") 4 and the SSC (self-service console, refueling permission device) 5 arranged in the 10 and the refueling device 2 and the kerosene refueling device 3. It is composed of a beacon (not shown) that transmits radio waves to the system and a portable refueling permission terminal 6 carried by a worker. As shown in FIG. 2, refueling areas 1 to 6 are provided on the front and back of each refueling device 2 and the front and back of the kerosene refueling device 3. Further, B1 to B3 indicating the communication range of the beacon in the figure are also IDs of each beacon. It should be noted that a radio wave transmitting means other than the beacon can also be used.

The refueling device 2 includes a data input / output device 2a that outputs refueling setting data to the POS 4 and SSC 5, a refueling control device 2b that controls the refueling device 2 so that the refueling device 2 can be refueled by inputting a refueling permission signal, and others. It is equipped with 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, manages refueling permission, and may be either a POS installed in an existing store or a cloud for collecting information.

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

When a refueling request signal is input from the refueling device 2 with the refueling setting, the portable refueling permission terminal 6 permits refueling only within the communication range B1 to B3 of the beacon in the vicinity of the refueling device 2 with the refueling setting. It is configured to be able to output a signal. As a result, the worker can comply with the safety confirmation of the customer who refuels.

Next, the operation of the gas station system 1 having the above configuration will be described with reference to FIGS. 1 to 3. In the step where the route branches as shown in FIG. 3, the downward direction corresponds to Yes and the horizontal direction corresponds to No.

When the refueling setting by the customer is completed in step S1 of the data input / output machine 2a (step S1; Yes), the refueling setting data is output to the POS 4 and SSC 5 (step S2), and the operation of the data input / output machine 2a is terminated.

In step S11 of the refueling device 2, when the customer removes the refueling nozzle from the nozzle hook and the nozzle SW (switch) is turned on (step S11; Yes), a refueling request signal is output to POS 4 (step S12).

In step S31, the refueling setting data is input from the data input / output device 2a (step S31; Yes), and in step S32, when the refueling request signal is input from the refueling device 2 (step S32; Yes), POS4 requests refueling. The display signal is output to the SSC 5 (step S33).

In step S41, when the refueling setting data is input from the data input / output device 2a (step S41; Yes), and in step S42, when the refueling request display signal is input from POS4 (step S42; Yes), the SSC 5 is portable refueling. A refueling request display signal is output to the permission terminal 6 (step S43).

In step S51, the portable refueling permission terminal 6 to which the refueling request display signal is input from SSC 5 (step S51; Yes) displays the status of each refueling area 1 to 6 on the screen as shown in FIG. 4 (a). (Step S52). Here, the icon of the refueling area for which the refueling request was made earlier can be enlarged and displayed, or the icon of the refueling area can be displayed in different colors for each oil type, and that fact can be notified by a character string. The corresponding colors of each oil type are light oil: light gray, regular: white, high octane: dark gray, and black indicates no operation.

In FIG. 4A, the icon of the refueling area 4 is enlarged and displayed and is white. Therefore, the refueling permission should be determined first, and the oil type is regular. Since the refueling area 1 is dark gray and is being refueled with high octane, it is not necessary to determine the refueling permission. Further, since the refueling areas 3, 5 and 6 are black and there is no operation, it is the refueling area 2 that should be next determined for refueling permission, and since it is light gray, the oil type is light oil.

When the worker presses the icon of the refueling area 4 of the portable refueling permission terminal 6, the details of the refueling area are displayed as shown in FIG. 4 (b). Then, when the safety of the customer can be confirmed in the communication range B1 or B2 of the beacon corresponding to the refueling area 4 of the refueling device 2, the refueling permission button (◯) at the lower right of the screen is pressed. Table 1 shows the beacon ID (communication range) corresponding to the refueling area.

If the customer's safety is jeopardized after pressing the refueling permission button, the individual stop button (x) newly displayed at the lower right of the screen can be pressed as shown in FIG. 4 (c). Refueling in a specific refueling area can be stopped. In addition, when some kind of accident or incident occurs and it is necessary to stop the refueling all at once in the entire gas station, the simultaneous stop button displayed at the upper part of the screen of FIGS. 4 (a) to 4 (c) is pressed. Since this simultaneous stop button is for emergency use only, as shown in FIG. 4D, a confirmation screen is displayed, and after pressing the simultaneous stop button, it is configured so that it is not executed unless the confirmation button (○) is pressed. Will be done.

In step S53 of the portable refueling permission terminal 6, the worker carries the portable refueling permission terminal 6 in the refueling area 4 within the communication range B1 or B2 of the beacon corresponding to the refueling area 4 of the refueling device 2. When the refueling permission button (FIG. 4B) of the portable refueling permission terminal 6 is pressed after confirming the safety of the customer (step S53; Yes), the portable refueling permission terminal 6 outputs the refueling permission signal to the SSC 5 (step S53; Yes). Step S54).

In step S44, the SSC 5 to which the refueling permission signal is input from the portable refueling permission terminal 6 (step S44; Yes) outputs the refueling setting data and the refueling permission signal to the refueling device 2, and ends the operation.

In step S13, the refueling device 2 to which the refueling setting data and the refueling permission signal are input is in a state where it can be refueled under the refueling setting data input from the SSC 5 by the refueling control device 2b, and is displayed on the display (not shown). By transmitting the reset signal, the information regarding the refueling performed last time is reset to zero, and the refueling pump is driven (step S14).

When the refueling pump is turned on, fuel oil is discharged from the refueling nozzle, and a flow rate pulse signal is output to the display (step S15; Yes), and the refueling amount is displayed (count display) on the display (step S15; Yes). Step S16). If the flow rate pulse signal is not output (step S15; No), unless the nozzle SW is OFF (step S17; No), that is, the output of the flow rate pulse signal is waited until refueling is stopped or completed.

In step S17, when the customer returns the refueling nozzle to the nozzle hook and the nozzle SW is turned off (step S17; Yes), the refueling pump is stopped (step S18), and refueling data is output to POS4 (step S19). The operation of the refueling device 2 is terminated.

The POS4 in which the refueling data is input from the refueling device 2 in step S34 (step S34; Yes) saves the refueling data input for sales management (step S35), and ends the operation.

As described above, according to the present embodiment, a worker can carry out a portable refueling permission terminal within the communication range of the beacon in the vicinity of the specific refueling area under the condition that the specific refueling area of the refueling device 2 can be refueled. Since only when the refueling permission button of 6 is pressed, the worker carrying the portable refueling permission terminal 6 moves to the vicinity of the refueling device 2, and the safety of the customer is inevitably confirmed.

In the above embodiment, in order to prevent troubles with the customer, the refueling permission is granted from the refueling area enlarged and displayed on the portable refueling permission terminal 6, that is, from the refueling area of the refueling device 2 that outputs the refueling request first. I explained that it will be judged, but if there are special circumstances, the refueling permission may be judged regardless of the order in which the refueling requests are output. Further, the refueling request of the kerosene refueling device 3 and the determination of the refueling permission are the same as those of the refueling device 2, and the description thereof will be omitted.

Next, a second embodiment of the gas station system according to the present invention will be described with reference to FIGS. 5 and 6.

The gas station system 11 shown in FIG. 5 differs from the gas station system 1 in that it has a terminal control device 12 for establishing communication between the portable gas station permission terminal 6 and the SSC 5, and the other configurations are the gas station system. It is the same as 1. This is because the communication standard between SSC5, refueling device 2 and kerosene refueling device 3 is a standard, while the communication standard between POS4 and SSC5 is not specified, and between SSC5, refueling device 2 and kerosene refueling device 3. When the communication standard of POS4 and SSC5 are different from each other, the terminal control device 12 is required.

Similar to FIG. 3, the gas station system 11 having the above configuration requests refueling in the refueling area of the refueling device 2 for which refueling is set by the operation of steps S1, S2, S11, S12, S31 to S33, S41, and S42. When the display signal is input from the POS 4 to the SSC 5 (step S42; Yes), the SSC 5 outputs the refueling request display signal and the refueling setting data to the terminal control device 12 (step S61). When the refueling request display signal and the refueling setting data are input from the SSC 5 in step S62 (step S62; Yes), the terminal control device 12 outputs the refueling request display signal to the portable refueling permission terminal 6 (step S63). ..

After the above step S63, as in FIG. 3, by the operation of steps S51 to S53, the worker moves to the vicinity of the refueling area of the refueling device 2 in which the refueling setting is set, and confirms the safety of the refueling area. When the refueling permission button of the portable refueling permission terminal 6 is pressed (step S53; Yes), the portable refueling permission terminal 6 outputs a refueling permission signal to the terminal control device 12 (step S64). In step S65, the terminal control device 12 to which the refueling permission signal is input from the portable refueling permission terminal 6 (step S65; Yes) outputs the refueling setting data and the refueling permission signal to the refueling device 2, and ends the operation.

After the above step S66, as in FIG. 3, by the operation of steps S13 to S19, S34, and S35, refueling is performed as usual under the refueling setting data input from the terminal control device 12, and the refueling data is transferred to POS4. Save and end the operation.

As described above, according to the present embodiment, regardless of the communication standards of POS4 and SSC5, the worker carrying the portable refueling permission terminal 6 is in the vicinity of the refueling device 2 as in the first embodiment. Will move to, which inevitably confirms the safety of the customer.

Next, the third and fourth embodiments of the gas station system according to the present invention will be described with reference to FIGS. 1, 2, 5, and 7 to 9. In the first and second embodiments, when a worker attaches a portable refueling permission terminal 6 such as a smartphone to his / her arm and uses it, the display screen of the portable refueling permission terminal 6 faces outward, so that refueling permission is permitted. There is a risk of erroneous operation by touching the screen when turning the display screen toward yourself during operations such as.

The third and fourth embodiments are intended to avoid the above-mentioned erroneous operation, and as shown in FIGS. 1 and 5, the gas station systems 21 and 31 in the present embodiment are working. It differs from the first and second embodiments in that the member uses the wearable terminal 16 as the portable refueling permission terminal 6. Other configurations of the gas station systems 21 and 31 are the same as those of the gas station systems 1 and 11. The third and fourth embodiments also apply to the gas station shown in FIG.

The wearable terminal 16 is a terminal that can be worn or worn (worn and used), and corresponds to a smart watch or the like. Since the wearable terminal 16 that is worn receives a refueling request, even if the worker is responding to a refueling customer, it is immediately possible that there is a refueling request in another lane where the situation cannot be visually observed on a truck or the like. It is possible to provide efficient gas station services. Further, by using the wearable terminal 16, both hands are free, so that the operability is good.

Next, the display screen of the wearable terminal 16 will be described with reference to FIG. 7. The corresponding colors of each oil type are light oil: light gray, regular: white, high octane: dark gray, and black indicates no operation.

FIG. 7A shows an overall display (standby) screen, which shows the states of the six refueling areas. The first refueling area is dark gray and is refueling high octane. The refueling area 2 is light gray and is waiting for refueling of light oil. The refueling areas 3 to 6 are black and have no operation.

FIG. 7B shows a case where a regular refueling request is made from the fourth refueling area on the entire display screen. "4" is white and is enlarged.

FIG. 7 (c) shows that the fourth refueling area is waiting for refueling permission. Only "4" is displayed on the screen. Refueling permission can be granted by pressing the screen or swiping.

FIG. 7 (d) shows a display screen when the screen is scrolled in the state of FIGS. 7 (a) to 7 (c). On this screen, the status of each refueling area is listed.

In the wearable terminal 16, refueling permission, individual stop, total stop, etc. can be performed by voice without using the display screen.

Next, the operation of the third embodiment of the gas station system according to the present invention will be described with reference to FIGS. 1, 2, 7, and 8.

In step S101 of the data input / output machine 2a, when the refueling setting by the customer is completed (step S101; Yes), the refueling condition including the identification information of the refueling device 2 for which the refueling setting is set for POS3 and SSC3a is output (step S102). , The operation of the data input / output machine 2a is terminated.

In step S111 of the refueling device 2, when the customer removes the refueling nozzle from the nozzle hook and the nozzle SW (switch) is turned on (step S111; Yes), a refueling request signal is output to POS 3 (step S112).

In step S121, the refueling condition is input from the data input / output device 2a (step S121; Yes), and in step S122, when the refueling request signal is input from the refueling device 2 (step S122; Yes), the POS 3 displays the refueling request. The signal is output to SSC3a (step S123).

When the refueling condition is input from the data input / output device 2a in step S131 (step S131; Yes), and the refueling request display signal is input from POS3 in step S132 (step S132; Yes), the SSC3a is sent to the wearable terminal 16. A refueling request display signal including the identification information of the refueling device 2 for which refueling has been set is output (step S133).

In step S141, the wearable terminal 16 to which the refueling request display signal is input from SSC3a (step S141; Yes) displays the refueling area (4) for which the refueling request has been made on the screen as shown in FIG. 7 (b). (Step S142).

The worker goes to the refueling area displayed on the screen, determines whether or not the ID of the received beacon matches the one received in the refueling area, and if it matches (step S143; Yes), step. In S144, it is determined whether or not the worker is wearing the wearable terminal 16. This determination is made by detecting personal connections and body temperature with the wearable terminal 14. If the received beacon ID and the refueling area do not match (step S143; No), wait until they match.

When the worker wears the wearable terminal 16 in step S144 (step S144; Yes) and the worker confirms the safety of the customer who uses the refueling device 2, the wearable terminal 16 is operated to send the refueling permission signal to the SSC3a. Output (step S145).

In step S134, the SSC3a to which the refueling permission signal is input from the wearable terminal 16 (step S134; Yes) outputs the refueling condition and the refueling permission signal to the refueling device 2 in step S135, and ends the operation (step S135). ..

In step S113, the refueling device 2 to which the refueling condition and the refueling permission signal are input (step S113; Yes) is in a state where refueling is possible under the input refueling condition, and a reset signal is transmitted to the display 2b. The information regarding the refueling performed last time is reset to zero, and the refueling pump is driven (step S114).

When the refueling pump is turned on, fuel oil is discharged from the refueling nozzle, and a flow rate pulse signal is output to the display (step S115; Yes), and the refueling amount is displayed (count display) on the display (step S115; Yes). Step S116). If the flow rate pulse signal is not output (step S115; No), unless the nozzle SW is OFF (step S117; No), that is, the output of the flow rate pulse signal is waited until refueling is stopped or completed.

In step S117, when the customer returns the refueling nozzle to the nozzle hook and the nozzle SW is turned off (step S117; Yes), the refueling pump is stopped (step S118), and refueling data is output to POS3 (step S119). The operation of the refueling device 2 is terminated.

The POS3 to which the refueling data is input from the refueling device 2 in step S124 (step S124; Yes) saves the refueling data input for sales management (step S125), and ends the operation.

As described above, according to the present embodiment, the worker can refuel the wearable terminal 16 within the communication range of the beacon in the vicinity of the specific refueling area under the condition that the specific refueling area of the refueling device 2 can be refueled. Only when the permission button is pressed and when the worker is wearing the wearable terminal 16, the worker moves to the vicinity of the refueling device 2, and the safety of the customer is inevitably confirmed.

Next, the operation of the fourth embodiment of the gas station system according to the present invention will be described with reference to FIGS. 5, 7, and 9. The gas station system 31 shown in FIG. 5 differs from the gas station system 21 in that it has a terminal control device 12 for establishing communication between the wearable terminal 16 and the SSC 5, and the other configurations are the same as the gas station system 21. Is. This is because the communication standard between SSC5, refueling device 2 and kerosene refueling device 3 is a standard, while the communication standard between POS4 and SSC5 is not specified, and between SSC5, refueling device 2 and kerosene refueling device 3. When the communication standard of POS4 and SSC5 are different from each other, the terminal control device 12 is required.

In FIG. 5, the operations of the data input / output device 2a, the refueling device 2, the SSC3a, and the POS3 are the same as those shown in FIG. 1, and detailed description thereof will be omitted.

In step S111 of the refueling device 2 of FIG. 9, when the customer removes the refueling nozzle from the nozzle hook, the nozzle SW (switch) is turned on, and the refueling request signal is output to POS3 (step S112), POS3 is in step S121. When the refueling condition is input from the data input / output device 2a and the refueling request signal is input from the refueling device 2 (step S122; Yes), the POS 3 outputs the refueling request display signal to the SSC 3a (step S123).

When the refueling condition is input from the data input / output device 2a (step S131; Yes) and the refueling request display signal is input from the POS3 (step S132; Yes), the SSC3a is the refueling device 2 in which the refueling setting is set in the terminal control device. The refueling request display signal including the identification information of the above and the setting data of the refueling device are output (step S163).

In step S151, the terminal control device to which the refueling request display signal and the setting data of the refueling device are input from SSC3a (step S151; Yes) outputs the refueling request display signal to the wearable terminal 16 (step S152).

In the wearable terminal 16 to which the refueling request display signal was input from the terminal control device (step S141; Yes), a refueling request was made on the screen as shown in FIG. 5 (b). The refueling area is displayed (step S142).

The worker goes to the refueling area displayed on the screen, determines whether or not the ID of the received beacon matches the one received in the refueling area, and if it matches (step S143; Yes), step. In S144, it is determined whether or not the worker is wearing the wearable terminal 16. If the received beacon ID and the refueling area do not match (step S143; No), wait until they match.

When the worker wears the wearable terminal 16 in step S144 (step S144; Yes) and the worker confirms the safety of the customer who uses the refueling device 2, the wearable terminal 16 is operated to control the refueling permission signal. Output to the device (step S145).

In step S153, the terminal control device to which the refueling permission signal is input from the wearable terminal 16 (step S153; Yes) outputs the refueling condition and the refueling permission signal to the refueling device 2 in step S154, and ends the operation (step). S154).

In step S113, the refueling device 2 to which the refueling condition and the refueling permission signal are input (step S113; Yes) performs the same refueling operation as in the case of FIG. 8 and ends the operation.

The POS3 to which the refueling data is input from the refueling device 2 in step S124 (step S124; Yes) saves the refueling data input for sales management (step S125), and ends the operation.

As described above, according to the present embodiment, regardless of the communication standards of POS4 and SSC5, the worker wearing the wearable terminal 16 reaches the vicinity of the refueling device 2 as in the third embodiment. It will move, and inevitably the safety of the customer will be confirmed.

1 Gas station system 2 (2A, 2B) Refueling device 2a Data input / output device 2b Refueling control device 3 Kerosene refueling device 4 POS
5 SSC
6 Portable refueling permit terminal 10 Office 11 Gas station system 12 Terminal control device 16 Wearable terminal

Claims (7)

Multiple refueling devices with data input / output devices and refueling control devices for refueling settings,
A POS terminal that receives refueling data from the refueling control device of the refueling device and manages sales,
A refueling permission device that receives a refueling request signal from the refueling control device of the refueling device and makes the refueling device ready for refueling.
A radio wave transmitting means for transmitting radio waves within a predetermined range including a refueling device for which the refueling setting has been made, and a radio wave transmitting means.
It is equipped with a portable refueling permission terminal that can output a refueling permission signal when receiving radio waves from the radio wave transmitting means.
The gas station system is characterized in that, when a refueling permission signal is input from the portable refueling permission terminal, the refueling permission device makes the refueling device ready for refueling. Multiple refueling devices with data input / output devices and refueling control devices for refueling settings,
A POS terminal that receives refueling data from the refueling control device of the refueling device and manages sales,
A refueling permission device that receives a refueling request signal from the refueling control device of the refueling device and makes the refueling device ready for refueling.
A radio wave transmitting means for transmitting radio waves within a predetermined range including a refueling device for which the refueling setting has been made, and a radio wave transmitting means.
A portable refueling permission terminal that can output a refueling permission signal when receiving radio waves from the radio wave transmitting means, and
It is provided with a terminal control device that receives a refueling permission signal from the portable refueling permission terminal and transfers the refueling permission signal to the refueling permission device.
The gas station system is characterized in that, when a refueling permission signal is input from the terminal control device, the refueling permission device enables the refueling device to be refueled. The gas station according to claim 1 or 2, wherein the radio wave transmitting means is a beacon provided in the refueling device, and a predetermined range including the refueling device is a radio wave irradiation range of the beacon. system. The gas station according to claim 1, 2 or 3, wherein when the portable refueling permission terminal receives a refueling request display signal from the refueling permission device, it displays to that effect in different colors for each oil type. system. The gas station according to any one of claims 1 to 4, wherein the portable refueling permission terminal receives a refueling request display signal from the refueling permission device and displays a magnified display to that effect according to the priority. system. The gas station system according to any one of claims 1 to 5, wherein the portable refueling permission terminal requires a plurality of operations in order to output the refueling permission signal. The gas station system according to any one of claims 1 to 6, wherein the portable refueling permission terminal is a wearable terminal.

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