CN110745766A - Oil station management system - Google Patents
Oil station management system Download PDFInfo
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- CN110745766A CN110745766A CN201810813101.9A CN201810813101A CN110745766A CN 110745766 A CN110745766 A CN 110745766A CN 201810813101 A CN201810813101 A CN 201810813101A CN 110745766 A CN110745766 A CN 110745766A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D7/00—Apparatus or devices for transferring liquids from bulk storage containers or reservoirs into vehicles or into portable containers, e.g. for retail sale purposes
- B67D7/06—Details or accessories
- B67D7/08—Arrangements of devices for controlling, indicating, metering or registering quantity or price of liquid transferred
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Abstract
The invention provides an oil station management system, comprising: the system comprises an oil station line concentration device, at least one oiling machine, a card reader and an intelligent device; the oil station concentrator and an oil station antenna are arranged on the oil station concentrator; each oiling machine is at least matched with one oil gun device, an oil gun label or an oil gun card reader is arranged on the oil gun device, and each oiling machine is respectively connected with the oil station line concentration device; the card reader, the intelligent equipment and the oil station line concentration equipment are connected; the intelligent equipment selects a first employee card during oil pre-filling, and after information of the first oil gun equipment is acquired, the first employee card and the information of the first oil gun equipment are bound and sent to the oil station line concentration equipment; or the first oil gun equipment reads the first employee card information selected by the intelligent equipment, binds the first employee card information with the information of the first oil gun equipment and then sends the information to the oil station line concentration equipment; after the oil station line concentration equipment confirms that the first employee card is in an activated state, the first oil gun equipment is authorized to start oil filling according to the information of the first employee card, and effective management of an oil station system is achieved.
Description
Technical Field
The invention relates to the field of intelligent oiling, in particular to an oil station management system.
Background
In the development of national economy, gas stations have become an integral part of the lives of the people with the ever-increasing traffic infrastructure and motor vehicles.
In the prior art, in order to facilitate management of a gas station, workers of the gas station need to insert an employee card to authorize the oiling machine to perform oiling, specifically, after the employee card is manually inserted, a corresponding oil gun on the oiling machine is authorized to perform oiling, and oiling can be started by using the oil gun.
However, in the existing refueling process, if a plurality of vehicles are refueled at the same time, one employee needs to operate a plurality of employee cards to refuel the plurality of vehicles at the same time, and the operation mode of the employee card is not only tedious and affects the refueling efficiency, but also easily causes the loss of the employee card and increases the management load of the gas station.
Disclosure of Invention
The embodiment of the invention provides a fuel station management system, which is convenient to operate during refueling, improves the refueling efficiency and is convenient for managing an employee card, so that the management load of a fuel station is reduced.
In a first aspect, the present invention provides an oil station management system, including:
the system comprises an oil station line concentration device, at least one oiling machine, a card reader and an intelligent device;
an oil station concentrator and an oil station antenna are arranged on the oil station concentrator;
each oiling machine is at least matched with one oil gun device, an oil gun label or an oil gun card reader is arranged on each oil gun device, the oil gun label and the oil gun card reader respectively record the information of the oil gun device, and each oiling machine is respectively connected with the oil station line concentration device;
the card reader is connected with the oil station line concentration equipment, and the intelligent equipment is wirelessly connected with the oil station line concentration equipment;
when oil is pre-filled, the intelligent equipment selects an unactivated first employee card from a plurality of pre-bound employee cards, changes the state of the first employee card into an activated state after the intelligent equipment is close to any first oil gun equipment, reads an oil gun label of the first oil gun equipment to obtain information of the first oil gun equipment, binds the information of the first oil gun equipment and the information of the first employee card, and then sends the information of the first oil gun equipment and the information of the first employee card to the oil station line concentration equipment; after the oil station line concentration equipment determines that the first employee card is activated, authorizing the first oil gun equipment to start oiling according to the information of the first employee card; alternatively, the first and second electrodes may be,
the intelligent device selects an unactivated first employee card from a plurality of pre-bound employee cards, and changes the state of the first employee card into an activated state after the intelligent device approaches any first oil gun device; the first oil gun equipment reads the first employee card selected by the intelligent equipment, binds the information of the first oil gun equipment with the information of the first employee card and then sends the information to the oil station line concentration equipment; and after the oil station line concentration equipment determines that the first employee card is activated, authorizing the first oil gun equipment to start oil filling according to the information of the first employee card.
Optionally, the oil station management system further includes: the oil station control equipment is connected with the oil station line concentration equipment, and receives and stores oiling information sent by each oiling machine.
Optionally, the card reader comprises an array card reader.
Optionally, the smart device comprises a smart wearable device.
Optionally, the information of the oil gun device includes a fuel dispenser number and an oil gun number.
Optionally, the oil station line concentration equipment is used for:
inquiring whether the state of the first employee card is an activated state or not through the card reader;
and if the state of the first employee card is the activated state, returning error information of the state of the first employee card to the intelligent equipment through the oil station antenna.
Optionally, the oil station line concentration equipment is further used for:
if the state of the first employee card is in an inactivated state, modifying the state of the first employee card into an activated state, and acquiring information of the first employee card through the card reader;
and sending the information of the first employee card and the information of the first oil gun device to a first oil dispenser corresponding to the first oil gun device.
Optionally, the first fuel dispenser is configured to:
and after the oiling is finished, sending the information of the first employee card and the current oiling amount to the oil station line concentration equipment.
Optionally, the oil station line concentration equipment is further used for:
and sending the received information of the first employee card and the refueling amount to the card reader, and deducting the refueling amount in the first employee card by the card reader according to the refueling amount and the information of the first employee card.
Optionally, the oil station line concentration equipment is further used for:
and modifying the state of the first employee card in the card reader into an inactivated state, and informing the intelligent equipment of updating the state of the first employee card into the inactivated state through the antenna.
The oil station management system provided by the embodiment comprises oil station line concentration equipment, at least one oiling machine, a card reader and intelligent equipment; an oil station concentrator and an oil station antenna are arranged on the oil station concentrator; each oiling machine is at least matched with one oil gun device, an oil gun label or an oil gun card reader is arranged on each oil gun device, the oil gun label and the oil gun card reader respectively record the information of the oil gun device, and each oiling machine is respectively connected with the oil station line concentration device; the intelligent equipment selects an unactivated first employee card, modifies the state of the first employee card into an activated state after the intelligent equipment is close to any one first oil gun equipment, obtains information of the first oil gun equipment by reading an oil gun label of the first oil gun equipment, and binds the information of the first oil gun equipment and the first employee card and sends the information to the oil station line concentration equipment; or the first oil gun equipment reads the first employee card selected by the intelligent equipment, the information of the first employee card and the information of the first oil gun equipment are bound and sent to the oil station line concentration equipment, and after the oil station line concentration equipment determines that the first employee card is activated, the first oil gun equipment is authorized to start oil filling according to the information of the first employee card, so that the workload of oil station workers is reduced, and the effective management of an oil station system is realized.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive exercise.
Fig. 1 is a schematic structural diagram of a first oil station management system according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a second oil station management system according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of an array card reader of an oil station management system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The mode of refueling that provides at present when the customer needs to refuel, the staff of filling station need manual insertion staff card authorize the oil gun of refueling to refuel, however when many cars need refuel simultaneously, the staff of filling station need operate many staff cards simultaneously and authorize a plurality of oil guns to refuel, under this kind of condition, easily causes the management confusion of staff card, and influences the efficiency of refueling to the management load of filling station has been increased.
This embodiment will be described in detail below with reference to several embodiments.
Fig. 1 is a schematic structural diagram of a first oil station management system according to an embodiment of the present invention, and as shown in fig. 1, an oil station management system 01 according to the present invention includes:
the system comprises a card reader 10, a fuel station line concentration device 11, a first fuel dispenser 12 and an intelligent device 14;
in this embodiment, the oil station line concentrator 11 is configured with an oil station concentrator and an oil station antenna, the first fueling machine 12 is configured with at least a first oil gun device 13, the first oil gun device 13 is configured with the first oil gun and a first oil gun tag or a first oil gun card reader, the first oil gun tag and the first oil gun card reader respectively record information of the oil gun device, the oil station line concentrator 11 can be connected with a plurality of fueling machines through an existing connection line, the oil station line concentrator 11 can be connected with the card reader 10 through an existing connection line, and the smart device 14 is wirelessly connected with the oil station line concentrator 11.
The card reader 10 may be an array card reader, a USB card reader, for reading information in a card. When a user inserts an employee card to be read, the card reader 10 reads the information of the employee card obtained by the employee card, the obtained information of the employee card can be checked on a display screen of terminal equipment connected with the card reader, and the information of the employee card can be the card number, the state and the balance of the employee card. When the employee card is not used for refueling, the employee card is in an inactivated state, the inactivated employee card is in a preferred position, and the activated employee card is in a secondary selection position and is in an inoperable state.
The oil station line concentrator 11 is provided with an oil station concentrator and an oil station antenna, after receiving information of a first oil gun device and information of a first employee card, which are sent by the smart device 14 or the first oil gun device 13, the oil station line concentrator 11 may notify the card reader 10 to query the state of the first employee, if the first employee is in an activated state, the oil station line concentrator 11 returns error information of the state of the employee card to the smart device 14 through the oil station antenna, and if the first employee card is in an inactivated state, in the scheme, the oil station line concentrator modifies the state of the first employee card into an activated state, and then notifies the card reader 10 to obtain information of the first employee card, and authorizes the first oil gun device 13 to start refueling according to the information of the first employee card.
The first fuel dispenser 12 may be configured with one or more fuel gun devices, and each fuel gun device is provided with a fuel gun and a fuel gun tag or a fuel gun card reader, where the fuel gun tag and the fuel gun card reader respectively record information of the fuel gun device, and the first fuel dispenser 12 may perform data interaction with the smart device through the fuel gun tag, and in one implementation, when the smart device 14 is close to the first fuel gun device 13 of the first fuel dispenser 12, the smart device 14 may wirelessly communicate with the fuel gun tag of the first fuel gun device 13, where the wireless communication may be a currently-used wireless communication mode of 125K, 13.56M, or 900M, and after the smart device 14 performs data interaction with the first fuel gun device 13, the information of the first fuel gun device is acquired; or, this oil gun label can be the two-dimensional code, the bar code, this smart machine 14 acquires the information of first oil gun equipment through the mode of scanning two-dimensional code or bar code, or smart machine 14 realizes the wireless communication with first oil gun equipment 13 through the NFC closely-induction, thereby smart machine 14 acquires this first oil gun equipment 13's information, and with the information binding of first employee's card information and first oil gun equipment forward oil station line concentration equipment 11, specifically, smart machine 14 can carry out wireless communication through oil station antenna and oil station line concentration equipment 11, this wireless mode can be the wireless communication mode of 5.8G, 5G, 2.4G, 433M that adopts at present, or can be through bluetooth, WIFI carry out data interaction, this kind of communication mode has the mechanism of safety certification, the security that has increased transmission information.
In another implementation manner, the intelligent device 14 may have an electronic tag, the first oil gun card reader on the first oil gun device 13 acquires information of the first employee card selected by the intelligent device 14 by reading the electronic tag of the intelligent device 14, and binds the information of the first employee card with the information of the first oil gun device to forward the oil station line concentrator 11, specifically, the first oil gun card reader on the first oil gun device 13 performs wireless communication with the oil station line concentrator 11 through an oil station antenna, where the wireless communication mode may be a currently adopted wireless communication mode of 5.8G, 5G, 2.4G, or 433M, or may perform data interaction through bluetooth or WIFI.
During pre-oiling, the smart device 14 may select an unactivated first employee card from the plurality of pre-bound employee cards, and the smart device 14 may randomly select an unactivated employee card as the first employee card, or the smart device 14 may prefer an employee card at the first location as the first employee card, and assuming that A, B, C are the unactivated employee cards, the smart device may prefer a at the first location as the first employee card; or, the smart device 14 may obtain the remaining value of each inactivated employee card when binding with the employee card, and then use one employee card having a larger amount of remaining values in the card than other employee cards as the first employee card. Assuming that there are A, B, C inactive employee cards, the balance of the a employee card is 1000 yuan, the balance of the B employee card is 2000 yuan, and the balance of the C employee card is 1500 yuan, the smart device selects the B employee card as the first employee card.
In this scheme, when the smart device 14 is close to any first oil gun device 13, the smart device 14 modifies the state of the first employee card to be an activated state, and obtains information of the first oil gun device, the smart device 14 may read an oil gun tag of the first oil gun device 13 to obtain the information of the first oil gun device, and then the smart device binds the information of the first oil gun device and the information of the first employee card and forwards the information of the first oil gun device to the oil station line concentrator 11; or the first oil gun device 13 may read a first employee card selected by the smart device 14, and forward the information of the first employee card and the information of the first oil gun device to the oil station concentrator 11 in a binding manner; further, the oil station line concentrator 11 queries whether the state of the first employee card is an activated state through the card reader 10, if the first employee card is in an inactivated state, the oil station line concentrator 11 modifies the state of the first employee card to be the activated state, acquires information of the first employee card through the card reader 10, then sends the information of the first employee card and the information of the first oil gun device to the first oiling machine 12, and authorizes the first oil gun on the first oil gun device 13 to start oiling by using the first employee card; if the first employee card is in the activated state, the error information of the state of the employee card is returned to the intelligent device 14 through the oil station antenna, that is, the oiling is no longer performed by using the employee card, the intelligent device 14 may modify the state of the employee card into the activated state, and reselect the first employee card until the card reader 10 inquires that the state of the employee card is the inactivated state, the oil station concentrator 11 modifies the state of the first employee card into the activated state, acquires the information of the first employee card through the card reader 10, and then sends the information of the binding of the information of the first employee card and the first oil gun device to the first oiling machine 12, and authorizes the first oil gun on the first oil gun device 13 to start the oiling by using the first employee card.
Optionally, the intelligent device 14 may not bind an employee card in advance, and after approaching any first oil gun device 13, reads an oil gun label of the first oil gun device 13 to obtain information of the first oil gun device, and sends the information of the first oil gun device to the oil station line concentrator 11; or after the intelligent device 14 approaches any first oil gun device 13, the first oil gun device 13 sends the information of the first oil gun device to the oil station concentrator 11, the oil station concentrator 11 selects an unused first employee card from the card reader, acquires the information of the first employee card through the card reader 10, and sends the information of the information binding of the first employee card and the first oil gun device to the first fuel dispenser 12, so as to authorize the first oil gun on the first oil gun device 13 to start fuel filling by using the first employee card.
The oil station management system provided by the embodiment comprises oil station line concentration equipment, at least one oiling machine, a card reader and intelligent equipment; an oil station concentrator and an oil station antenna are arranged on the oil station concentrator; each oiling machine is matched with at least one oil gun device, the oil gun device is provided with a card reader for recording the oil gun label or the oil gun, and the oil gun label and the oil gun card reader respectively record the information of the oil gun device; each oiling machine is respectively connected with the oil station line concentration equipment; the card reader is connected with the oil station line concentration equipment, and the intelligent equipment is wirelessly connected with the oil station line concentration equipment; during oil pre-filling, the intelligent equipment selects an inactivated first employee card from a plurality of pre-bound employee cards, modifies the state of the first employee card into an activated state after the intelligent equipment is close to any first oil gun equipment, reads a label of the first oil gun equipment to obtain information of the first oil gun equipment, binds the information of the first oil gun equipment and the information of the first employee card and sends the information of the first oil gun equipment and the information of the first employee card to the oil station line concentration equipment; or the first oil gun equipment card reader reads a first employee card selected by the intelligent equipment, information of the first employee card and information of the first oil gun equipment are bound and sent to the oil station line concentration equipment, and after the oil station line concentration equipment determines that the first employee card is activated, the first oil gun on the first oil gun equipment is authorized to start oil filling according to the information of the first employee card, so that the employee card corresponds to an oil gun of the oil filling station, the workload of oil station workers is reduced, and effective management of an oil station system is achieved.
Fig. 2 is a schematic structural diagram of a second oil station management system according to an embodiment of the present invention, and as shown in fig. 2, the oil station management system 02 according to the present invention includes:
the system comprises an array card reader 20, a terminal hub device 21, a first fuel dispenser 22, a first gun device 23, a smart wearable device 24, and a terminal management and control device 25.
In this embodiment, the array card reader 20 may be placed indoors, configured with a plurality of card reader interfaces, and configured to support parallel work of a plurality of employee cards, and further configured to read a chip inside the employee card, so as to obtain information of the employee card, where the information of the employee card includes a card number, a balance, and a working state of the employee card, and the array card reader is further configured to send the read information of the employee card to the oil station line concentrator, and receive information of the first employee card sent by the oil station line concentrator 21 and the amount of the fueling at this time.
The information of the first oil gun device comprises an oil dispenser number and an oil gun number, the oil dispenser number can be a serial number arranged by an oil station management department for each oil dispenser, such as 1 oil dispenser and 2 oil dispenser, the oil gun number can also be a serial number arranged by the oil station management department for each oil gun, such as 1 oil gun and 2 oil gun, and when the intelligent wearable device is close to the first oil gun device label, the oil dispenser number and the oil gun number are acquired through wireless communication modes of 125K, 13.56M and 900M. The intelligent wearable device can be provided with a display screen, the display screen can display the acquired oiling machine information, or the intelligent wearable device is connected with a terminal, and after the intelligent wearable device acquires the information of the first oil gun device, the acquired oil gun information can be displayed on the terminal.
For example, a smart watch displays: the number 1 oiling machine and the number 10 oil gun indicate that the oiling devices used at this time are the number 1 oiling machine and the number 10 oil gun; or the terminal device displays No. 1 oiling machine and No. 10 gun, and the oiling devices used at this time are also 1 oiling machine and No. 10 gun.
The oil station hub device 21 may store the binding information of the first oil gun device and the first employee card sent by the smart wearable device 24 or the first oil gun device 23, notify the array card reader 20 to query the operating state of the employee card through the card number, if the queried state of the employee card is an inactive state, the oil station hub 21 modifies the state of the first employee card to an active state, and obtains the information of the first employee card through the array card reader 20, and sends the information of the first employee card to the first fuel dispenser 22, and authorizes the first oil gun on the first oil gun device 23 to start fueling by using the first employee card; if the first employee card is in the activated state, the intelligent wearable device 24 returns error information of the state of the employee card to the intelligent wearable device 24 through the oil station antenna, namely, the employee card is not used for refueling, the intelligent wearable device 24 modifies the state of the employee card into the activated state and reselects the first employee card until the array reader 20 inquires that the state of the employee card is the inactivated state, the oil station concentrator 21 modifies the state of the first employee card into the activated state, acquires information of the first employee card through the array reader 20 and sends the information of the first employee card to the first refueling machine 22, and authorizes the first oil gun on the first oil gun device 23 to start refueling by using the first employee card.
Optionally, the oil station line concentrator 21 may further send the received information of the first employee card and the amount of the current refueling amount to the array card reader 20, the array card reader 20 deducts the amount of the current refueling amount in the first employee card according to the amount of the current refueling amount and the information of the first employee card, specifically, after the refueling is completed, the first refueling machine 22 sends the information of the first employee card and the amount of the current refueling amount to the oil station line concentrator 21, the oil station line concentrator 21 sends the card number of the first employee card and the amount of the current transaction information to the array card reader 20, and the array card reader 20 deducts the amount of the current transaction of the first employee card.
Optionally, the oil station line concentrator 21 may further modify the state of the first employee card to an inactive state, and notify the smart wearable device 24 that the state of the first employee card is updated to an inactive state, specifically, after the array card reader 20 deducts the amount of the transaction, the oil station line concentrator modifies the state of the first employee card to an inactive state, and sends information that the employee card is in the inactive state to the array card reader 20, and meanwhile, the oil station line concentrator sends an instruction to the smart wearable device 24, and notifies the smart wearable device 24 that the state of the first employee card is updated to an inactive state, so as to prepare for next refueling and reuse the employee card.
The first refueling machine 22 can also send the information of the first employee card and the current refueling amount to the fuel station hub device 21 after refueling is completed, the first refueling machine 22 can have a display screen which can display the current refueling amount and the unit price of the fuel, and after refueling is completed, the first refueling machine 22 sends the information of the first employee card and the current refueling amount to the fuel station hub device 21, so that management of the fuel station is facilitated.
The fueling station control device 25 may be a background computer or a server, and is configured to receive information of the first employee card, a fueling oil number, an oil price, a fueling amount, and a fueling amount sent by the fueling station hub device 21 after fueling is completed, so that a subsequent management system can query a relevant record of this fueling, specifically, the fueling station control device 24 receives information of the fueling oil number, the fueling oil price, the fueling amount, and the fueling amount recorded by the first fueling machine forwarded by the fueling station hub device 21, on one hand, it is ensured that the background of the system also has the record of this fueling amount, on the other hand, if the amount deducted due to an abnormality of the array card reader 20 is wrong, for example, the fueling amount displayed by the first fueling machine is 100 yuan, a 200 yuan is deducted at the array card reader 20, and the received fueling amount at the fueling station control device is also 100 yuan, it is indicated that the array card reader 20 is abnormal, resulting in abnormal deduction and facilitating the management of the gasoline station.
Referring to fig. 3, fig. 3 is a schematic structural diagram of an array card reader of an embodiment of the oil station management system according to the embodiment of the present invention, as shown in fig. 3, the array card reader 20 is configured with a plurality of employee card interfaces to support simultaneous insertion of a plurality of employee cards, the array card reader 20 is connected to the oil station hub device 21, assuming that the oil station hub device 21 receives the binding information of the first employee card and the first oil gun device sent by the smart wearable device 24 or the first oil gun device 23, and then notifies the array card reader 20 to query the state of the first employee card, and after the oil station hub sends the card number of the first employee card to the array card reader 20, the array card reader 20 may find the first employee card by querying the card number, where the card number of the employee card may be preset, each employee card corresponds to a different card number, which is helpful for management of the gas station, and if the employee card placed on the interface No. 1 of the array card reader 20 in fig. 3 is the first employee card, the array card reader inquires the state of the first employee card and sends the state of the first employee card to the oil station concentrator device 21, if the state of the first employee card is in an inactivated state, the oil station concentrator device 21 directly modifies the state of the first employee card into an activated state, acquires information of the first employee card through the array card reader 20, and sends the information of the first employee card and the information of the first oil gun device to the first oil dispenser to authorize the first oil gun device to start oil filling.
If the first employee card is in an activated state, the oil station concentrator 21 informs the intelligent wearable device 24 of error information of the state of the employee card, the intelligent wearable device 24 can modify the state of the employee card into the activated state, then reselect the first employee card and send the first employee card to the oil station concentrator 21, the oil station concentrator 21 informs the array reader 20 of inquiring the state of the first employee card again, assuming that the array reader 20 inquires the number 2 interface of the first employee card in fig. 3 through the card number, the array reader 20 can inquire the state of the employee card again and send the state to the oil station concentrator 21 until the array reader 20 inquires that the state of the first employee card is in an inactivated state, the oil station line concentrator 21 modifies the state of the first employee card and obtains the information of the first employee card through the array reader 20, and then sends the information of the first employee card and the information of the first oil gun device to the first fuel dispenser, a first gun on a first gun device is authorized to begin fueling using the first employee card.
The array card reader can also receive the information of the first employee card and the information of the refueling amount returned by the oil station line concentration equipment 21 after the refueling is finished, and deduct the refueling amount in the first employee card according to the refueling amount and the information of the first employee card.
The oil station management system provided by the embodiment comprises oil station line concentration equipment, a first oiling machine, a first oil gun equipment, an array card reader, intelligent wearable equipment and oil station management and control equipment, wherein an oil station line concentration device and an oil station antenna are configured on the oil station line concentration equipment; each oiling machine is matched with at least one oil gun device, an oil gun label or an oil gun card reader is arranged on each oil gun device, and the oil gun label and the oil gun card reader record information of the oil gun devices; each oiling machine is respectively connected with the oil station line concentration equipment; the card reader is connected with the oil station line concentration equipment, and the intelligent equipment is wirelessly connected with the oil station line concentration equipment; when oil is pre-filled, the intelligent wearable equipment selects an unactivated first employee card from a plurality of employee cards bound in advance, changes the state of the first employee card into an activated state after the intelligent wearable equipment is close to any first oil gun equipment, reads an oil gun label of the first oil gun equipment to acquire information of the first oil gun equipment, and sends the information of the first oil gun equipment and the information of the first employee card to the oil station line concentration equipment after the intelligent wearable equipment binds the information of the first oil gun equipment and the information of the first employee card; or the first oil gun device reads a first employee card selected by the intelligent wearable device, and binds and sends information of the first employee card and information of the first oil gun device to the oil station line concentrator, the oil station line concentrator determines that the first employee card is activated, authorizes the first oil gun on the first oil gun device to start oil filling according to the information of the first employee card, receives the information of the first employee card and the oil filling amount sent by the first oil filling machine after oil filling, sends the received information of the first employee card and the oil filling amount to the array card reader and the oil station control device, so that the array card reader deducts the oil filling amount of the first employee card according to the oil filling amount and the information of the first employee card, the oil station control device records the transaction in the system, and then the oil station line concentrator modifies the state of the first employee card into an inactivated state, and the intelligent equipment is informed to update the state of the first employee card to be an inactivated state, and the oil station control equipment receives and stores the oiling information sent by the oiling machine, so that the workload of workers of a gas station is reduced, and the effective management of an oil station system is realized.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. An oil station management system, comprising:
the system comprises an oil station line concentration device, at least one oiling machine, a card reader and an intelligent device;
an oil station concentrator and an oil station antenna are arranged on the oil station concentrator;
each oiling machine is at least matched with one oil gun device, an oil gun label or an oil gun card reader is arranged on each oil gun device, the oil gun label and the oil gun card reader respectively record the information of the oil gun device, and each oiling machine is respectively connected with the oil station line concentration device;
the card reader is connected with the oil station line concentration equipment, and the intelligent equipment is wirelessly connected with the oil station line concentration equipment;
when oil is pre-filled, the intelligent equipment selects an unactivated first employee card from a plurality of pre-bound employee cards, changes the state of the first employee card into an activated state after the intelligent equipment is close to any first oil gun equipment, reads an oil gun label of the first oil gun equipment to obtain information of the first oil gun equipment, binds the information of the first oil gun equipment and the information of the first employee card, and then sends the information of the first oil gun equipment and the information of the first employee card to the oil station line concentration equipment; after the oil station line concentration equipment determines that the first employee card is activated, authorizing the first oil gun equipment to start oiling according to the information of the first employee card; alternatively, the first and second electrodes may be,
the intelligent device selects an unactivated first employee card from a plurality of pre-bound employee cards, and changes the state of the first employee card into an activated state after the intelligent device approaches any first oil gun device; the first oil gun equipment reads the first employee card selected by the intelligent equipment, binds the information of the first oil gun equipment with the information of the first employee card and then sends the information to the oil station line concentration equipment; and after the oil station line concentration equipment determines that the first employee card is activated, authorizing the first oil gun equipment to start oil filling according to the information of the first employee card.
2. The terminal management system of claim 1, further comprising:
the oil station control equipment is connected with the oil station line concentration equipment, and receives and stores oiling information sent by each oiling machine.
3. The terminal management system of claim 1, wherein the card reader comprises an array card reader.
4. The terminal management system of claim 1, wherein the smart device comprises a smart wearable device.
5. The terminal management system of claim 1, wherein the information for the gun unit includes a fuel dispenser number and a gun number.
6. The terminal management system of claims 1-5, wherein the terminal hub is configured to:
inquiring whether the state of the first employee card is an activated state or not through the card reader;
and if the state of the first employee card is the activated state, returning error information of the state of the first employee card to the intelligent equipment through the oil station antenna.
7. The terminal management system of claim 6, wherein the terminal hub is further configured to:
if the state of the first employee card is in an inactivated state, modifying the state of the first employee card into an activated state, and acquiring information of the first employee card through the card reader;
and sending the information of the first employee card and the information of the first oil gun device to a first oil dispenser corresponding to the first oil gun device.
8. The fuel station management system according to any one of claims 1 to 5, wherein the first fuel dispenser is further configured to send the first employee card information and the amount of the present fueling to the fuel station hub device after the fueling is completed.
9. The system according to claim 8, wherein the terminal hub device is further configured to send the received information of the first employee card and the amount of the current refueling to the card reader, and the card reader deducts the amount of the current refueling in the first employee card according to the amount of the current refueling and the information of the first employee card.
10. The oil station management system according to claim 9, wherein the oil station hub device is further configured to modify the state of the first employee card to an inactive state and notify the smart device to update the state of the first employee card to the inactive state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810813101.9A CN110745766A (en) | 2018-07-23 | 2018-07-23 | Oil station management system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810813101.9A CN110745766A (en) | 2018-07-23 | 2018-07-23 | Oil station management system |
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| Publication Number | Publication Date |
|---|---|
| CN110745766A true CN110745766A (en) | 2020-02-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810813101.9A Pending CN110745766A (en) | 2018-07-23 | 2018-07-23 | Oil station management system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112862348A (en) * | 2021-03-03 | 2021-05-28 | 江阴市富仁高科股份有限公司 | Filling station performance management system based on wireless identification |
| CN113178037A (en) * | 2021-03-11 | 2021-07-27 | 深圳市喂车科技有限公司 | Refueling method, device, system, computer device and computer readable storage medium |
-
2018
- 2018-07-23 CN CN201810813101.9A patent/CN110745766A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112862348A (en) * | 2021-03-03 | 2021-05-28 | 江阴市富仁高科股份有限公司 | Filling station performance management system based on wireless identification |
| CN113178037A (en) * | 2021-03-11 | 2021-07-27 | 深圳市喂车科技有限公司 | Refueling method, device, system, computer device and computer readable storage medium |
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