CN210944846U - Vehicle identity recognition system based on Bluetooth positioning - Google Patents

Abstract

The utility model relates to a filling station's intelligent field, in particular to vehicle identification system based on bluetooth location is realized sets up first bluetooth label on refueling the vehicle, sets up second bluetooth label on oil machine terminal, receives the bluetooth signal that is used for the location of first bluetooth label, second bluetooth label through bluetooth receiver, and orientation module generates positional information, just bluetooth receiver receives the vehicle label identification information of first bluetooth label, and will vehicle label identification information sends wisdom and refuels the platform and carries out vehicle identification, through synthesizing the positional information of first bluetooth label, second bluetooth label to send vehicle label identification information wisdom and refuels the platform and carry out vehicle identification, thereby can carry out the discernment of vehicle identity fast noninductivity.

Description

Vehicle identity recognition system based on Bluetooth positioning

Technical Field

The utility model relates to a filling station's intelligent field, its in particular to vehicle identification system based on bluetooth location realization at filling station.

Background

With the development of economy in China, the holding amount of individual cars is exponentially increased. The personal car not only becomes an extremely important travel transportation mode in the life of people, but also is a basic transportation tool which is vigorously developed by the country, and brings influence of invisibility to many industries. The gasoline stations provide energy and power for vehicles, and the increase in the number of vehicles greatly increases the business of the gasoline stations.

The payment mode of the traditional gas station is to pay cash or pay oil fee by swiping a card in a walking mode, a vehicle owner gets off to a cash desk after refueling, pays by cash or a mobile phone, returns to the interior of the vehicle and leaves the gas station. However, with the increasing number of motor vehicles, the phenomenon of payment in line at a gas station is increasingly serious, particularly on holidays, all the fuel guns of the gas station work simultaneously to refuel a plurality of vehicles simultaneously, so that the problem of refueling in line is solved.

SUMMERY OF THE UTILITY MODEL

The utility model discloses an overcome prior art not enough, provide a vehicle identification system based on bluetooth location realizes, utilize vehicle identification system noninductive quick discerns the vehicle identity to whether subsequent automatic settlement with add wrong oil verification.

In order to achieve the above object, an embodiment of the utility model provides a vehicle identification system based on bluetooth location realizes, include:

bluetooth receiver, refuel first bluetooth label on the vehicle, second bluetooth label, orientation module and the wisdom platform of refueling on the oil machine terminal, bluetooth receiver acquires the positional information of first bluetooth label, second bluetooth label, bluetooth receiver receives the bluetooth signal of first bluetooth label, second bluetooth label, and orientation module is based on bluetooth signal acquires the positional information of first bluetooth label, second bluetooth label, just bluetooth receiver receives the vehicle tag identity information of first bluetooth label, and will vehicle tag identity information sends wisdom and refuels the platform and carries out vehicle identification.

Optionally, the bluetooth receiver is arranged at the ceiling position of the gas station.

Optionally, the number of the bluetooth receivers is one or more.

Optionally, the first bluetooth tag is arranged at a fuel tank cover position of the refueled vehicle.

Optionally, the second bluetooth tag is arranged on the fuel gun.

Optionally, the bluetooth tag further comprises an edge calculation module, the edge calculation module is connected to the bluetooth receiver, and acquires the bluetooth signals of the first bluetooth tag and the second bluetooth tag from the bluetooth receiver to generate position state information between the first bluetooth tag and the second bluetooth tag.

Optionally, the method further includes: and the edge calculation module feeds the position state information back to the intelligent refueling platform.

Optionally, the method further includes: the Bluetooth receiver feeds the positioning information back to the intelligent refueling platform through the gateway.

Optionally, the bluetooth receiver and the bluetooth tag are a bluetooth receiver and a bluetooth tag corresponding to a bluetooth AoA technology.

Optionally, the positioning module is a positioning management system in a station of a gas station, an edge calculation module or a positioning module of a smart refueling platform.

To sum up, the utility model discloses set up first bluetooth label on refueling the vehicle, set up second bluetooth label on oil machine terminal, acquire the positional information of first bluetooth label, second bluetooth label through bluetooth receiver and orientation module, just bluetooth receiver receives the vehicle tag identity information of first bluetooth label, and will vehicle tag identity information sends wisdom refueling platform and carries out vehicle identity discernment, through the positional information who synthesizes first bluetooth label, second bluetooth label to send wisdom refueling platform with vehicle tag identity information and carry out vehicle identity discernment, thereby can carry out the discernment of vehicle identity fast noninductively.

In order to make the aforementioned and other objects, features and advantages of the present invention comprehensible, preferred embodiments accompanied with figures are described in detail below.

Drawings

Fig. 1 is a schematic structural diagram of a vehicle identification system implemented based on bluetooth positioning according to an embodiment of the present invention;

fig. 2 is a schematic diagram illustrating a method for determining whether a refueling vehicle has stopped at a predetermined position according to an embodiment of the present invention;

fig. 3 is a block diagram illustrating another vehicle identification system according to an embodiment of the present invention;

fig. 4 is a schematic flow chart of a method for preventing wrong fuel feeding in a gas station according to an embodiment of the present invention;

fig. 5 is a block diagram illustrating a structure of a system for preventing misfilling in a gas station according to an embodiment of the present invention.

Detailed Description

In the existing gas station, because the type and the oil number to be refueled are determined by oral communication between a vehicle owner and a refueler, wrong oil or oil number is added to the vehicle owner inevitably when communication errors occur, and the damage to an oil tank, an oil way and even an engine of the vehicle is caused. However, if the operator of the fueling station confirms the type and the fuel number to be fueled again and again during each fueling operation, the operator does not need to feel the sense of discomfort of the owner.

Therefore, it is a challenge to engineers whether to provide an imperceptible and efficient solution. The embodiment of the utility model provides a vehicle identification system based on bluetooth location is realized to a filling station based on bluetooth location is provided and is prevented adding wrong oily method and system for automatic verification adds wrong oil, and what avoid linking up the error and lead to adds wrong oil takes place.

Please refer to fig. 1, which is a schematic structural diagram of a vehicle identification system implemented based on bluetooth positioning according to an embodiment of the present invention, including: second bluetooth label 10 on the oily machine terminal, refuel first bluetooth label 11, bluetooth receiver 12 and the wisdom platform 13 that refuels on the vehicle, bluetooth receiver 12 receives the bluetooth signal of first bluetooth label 11, second bluetooth label 10 and obtains the positional information of first bluetooth label 11, second bluetooth label 10 through orientation module (not shown in the figure), just bluetooth receiver 12 receives the vehicle label identity information of first bluetooth label 11, and will vehicle label identity information sends wisdom platform that refuels and carries out vehicle identification.

The bluetooth receivers 12 are arranged in an open place of a gasoline station, such as a gasoline station ceiling or a gasoline station support column, and the number of the bluetooth receivers 12 may be one or more. In this embodiment, the number of the bluetooth receivers 12 is four, and the bluetooth receivers 12 are disposed on the ceiling of the gas station, and are not shielded, thereby facilitating signal acquisition. The Bluetooth receiver is based on Bluetooth 5.0 or Bluetooth 5.1 standard, and the first Bluetooth tag, the second Bluetooth tag and the Bluetooth receiver are positioned based on Bluetooth AoA technology.

In this embodiment, the second bluetooth tag 10 on the fuel station terminal is disposed on the fuel gun, for example, the fuel gun is close to the gun port, so that when the fuel station staff sets the fuel gun close to the fuel tank port and sets up at the fuel tank port, the position of the second bluetooth tag 10 is closest to the position of the first bluetooth tag 11 on the refueled vehicle and remains the same. The second bluetooth tag stores and broadcasts a positioning signal to the outside, and the bluetooth receiver 12 receives the bluetooth signal for positioning, and positions the position of the second bluetooth tag by using the bluetooth signal to generate position information of the second bluetooth tag.

In other embodiments, the second bluetooth tag stores and broadcasts the positioning signal and the oil engine tag identity information to the outside, so that the bluetooth receiver 12 can receive the bluetooth signal and the oil engine tag identity information, perform positioning, acquire the to-be-refueled information corresponding to the oil gun by using the oil engine tag identity information, and send the to-be-refueled information to the smart refuelling platform for verification of preventing misrefuelling. The oil engine label identity information can be a group of serial numbers and is used for storing the position, the model or the model of an oil engine and the like.

In other embodiments, the second bluetooth tag stores and broadcasts the identity information of the oil engine tag to the outside, the identity information of the oil engine tag corresponds to the oil gun and the corresponding oil number one to one, the bluetooth receiver 12 receives the identity information of the oil engine tag and locates by using the identity information of the oil engine tag, obtains the information to be refueled corresponding to the oil gun by using the identity information of the oil engine tag, and sends the information to be refueled to the smart refueling platform for verification of preventing misrefueling.

In other embodiments, the identity information of the fuel dispenser tag may include information to be refueled corresponding to the fuel gun, and the bluetooth receiver 12 receives the information to be refueled, performs positioning using the information to be refueled, and performs verification for preventing wrong refueling using the information to be refueled.

In other embodiments, the second bluetooth tag 10 may also be located at the fuel dispenser or on the ground near the fuel dispenser and near the fuel dispenser level for confirmation of location.

In this embodiment, the first bluetooth tag 11 is attached near a fuel filler neck of a vehicle fuel tank, such as a fuel tank cap, so that when the fuel gun is erected at the fuel filler neck, the two are located close to each other, and the bluetooth receiver 12 can receive and recognize the positioning information of the two conveniently.

However, the utility model discloses do not restrict the mounted position of first bluetooth label 11, also can set up in the car or other positions of vehicle, for example on the front and back windshield to charge first bluetooth label 11 through additionally setting up a solar charging panel.

First bluetooth label storage is used for the bluetooth signal of location with external broadcasting, makes bluetooth receiver 12 can receive bluetooth signal fixes a position, simultaneously first bluetooth label still stores and outside broadcasting vehicle label identity information, vehicle label identity information and vehicle one-to-one, will after bluetooth receiver 12 receives vehicle label identity information sends wisdom refueling platform and carries out vehicle identification.

In other embodiments, the first bluetooth tag stores and broadcasts vehicle tag identity information externally, and the bluetooth receiver 12 receives the vehicle tag identity information, performs positioning using the vehicle tag identity information, and sends the vehicle tag identity information to the smart refueling platform for vehicle identity recognition.

In other embodiments, the vehicle tag identity information further includes oil number information corresponding to the refueling vehicle, the bluetooth receiver 12 receives the oil number information, the oil number information is utilized to perform first bluetooth tag positioning, and meanwhile, the smart refueling platform utilizes the oil number information to perform verification for preventing wrong refueling.

In this embodiment, in order to bind the first bluetooth tag with the vehicle of the user, the method for the user to acquire the first bluetooth tag includes the following steps:

firstly, a vehicle owner fills in vehicle owner information and vehicle information on an intelligent refueling platform, a vehicle account is created, and an identification tag is applied; the owner information may include owner identity information, bank account information, owner recipient address, and the like, and the vehicle information may include vehicle model, license plate information, matched oil number information, and the like.

And secondly, after the system is checked, manufacturing a corresponding Bluetooth label and sending the Bluetooth label to the owner. The vehicle owner receives the Bluetooth tag and then activates the Bluetooth tag, and the vehicle tag identity information of the first Bluetooth tag is bound with a vehicle account of the intelligent refueling platform in the activation process. After activation, the oil pump is attached to the vicinity of a fuel filling port of a vehicle oil tank.

In other embodiments, the owner information and the vehicle information may be filled in during the activation process. Because the first bluetooth label contains vehicle label identity information, vehicle label identity information is corresponding with the vehicle account that the car owner established at wisdom refueling platform, therefore the bluetooth reader acquires behind the vehicle label identity information, upload to wisdom refueling platform to match with the information in the vehicle account of wisdom refueling platform, just can carry out non-sensing identification automatically.

In this way, the car owner places a first bluetooth label at vehicle oil tank oil filler point, goes deep into the oil tank oil filler point as the nozzle, the second bluetooth label is close to first bluetooth label and does not take place to remove, and bluetooth receiver acquires the positional information of second bluetooth label and first bluetooth label, confirms whether the position between them has been close to certain distance and does not take place to remove based on positional information, produces corresponding vehicle state information, and utilizes vehicle state information judges whether refuel vehicle is in the state of waiting to refuel or is in the position of waiting to refuel.

In this embodiment, the positioning module may be a positioning management system in a station of a gas station, an edge calculation module, or a positioning module of a smart refueling platform. When the positioning module is a station positioning management system (for example, a computer of a gas station) or an edge calculation module of the gas station, the positioning module is connected with the bluetooth receiver and is used for acquiring the bluetooth signal received by the bluetooth receiver and acquiring positioning information based on the bluetooth AoA technology. Work as orientation module refuels the orientation module of platform for wisdom, bluetooth receiver links to each other with the gateway, will be used for the bluetooth signal transmission of location to wisdom refueling platform through the gateway, fixes a position by the orientation module who corresponds.

In one embodiment, the bluetooth receiver receives bluetooth signals of the second bluetooth tag and the first bluetooth tag, acquires position information of the second bluetooth tag and the first bluetooth tag based on a positioning module, determines whether the positions of the second bluetooth tag and the first bluetooth tag are close to a certain distance and do not move based on the positioning information, generates corresponding vehicle state information, and sends the vehicle state information to the intelligent refueling platform for feedback.

In other embodiments, the bluetooth receiver may also receive bluetooth signals of the second bluetooth tag and the first bluetooth tag, acquire position information of the second bluetooth tag and the first bluetooth tag based on a positioning module, send the position information of the first bluetooth tag and the second bluetooth tag to the smart refueling platform, and determine whether the positions of the first bluetooth tag and the second bluetooth tag are close to a certain distance and do not move based on the positioning information, so as to generate corresponding vehicle state information.

In other embodiments, after the second bluetooth tag is disposed at the fuel dispenser or on the ground near the fuel dispenser and near the refueling level, or position information of the fuel dispenser is acquired in advance, position information of the refueling vehicle is determined through the first bluetooth tag, and position state information between the refueling vehicle and the fuel dispenser terminal is acquired, and it is determined whether the refueling vehicle has stopped at a predetermined position, as shown in fig. 2, there are three states, and when it is determined that the refueling vehicle has stopped at the predetermined position, it is determined that the refueling vehicle is in a waiting state (Filling).

In this embodiment, the bluetooth receiver, the first bluetooth tag, and the second bluetooth tag are based on a bluetooth receiver and a bluetooth tag of a bluetooth 5.0 or bluetooth 5.1 standard, and the first bluetooth tag, the second bluetooth tag, the bluetooth receiver, and the positioning module perform positioning based on a bluetooth AoA technology.

The traditional Bluetooth positioning is that the distance between a Bluetooth tag and a positioner is determined according to the Bluetooth signal strength (RSSI), and the coordinates of an object are finally determined by utilizing a triangulation positioning algorithm through a plurality of positioners; the biggest problem of estimating the distance based on the RSSI is that the bluetooth 2.4GHZ high frequency signal is greatly interfered. In addition to various indoor reflection and refraction, the RSSI value obtained by the locator has no great reference value; meanwhile, in order to improve the positioning accuracy, the RSSI value has to be acquired several times to smooth the result, which means the increase of the time delay.

In the Bluetooth positioner, the double antennas are arranged, the distance between the two antennas is d, the time for the same signal to reach the two antennas is different, and the phase loops of the signal are also different; and calculating the relative angle of the object and the locator according to the phase difference, and finally calculating the distance and the coordinates of the object according to the relative angle and the antenna distance d. Unlike the traditional bluetooth positioning based on the calculated signal strength (RSSI), the bluetooth AoA calculates the distance according to the time difference (phase difference) of the same signal reaching the antenna, and even if the signal receives interference, the time difference (phase difference) is kept unchanged, thereby improving the stability and accuracy of positioning; according to the scheme, high-precision and low-delay positioning is realized based on a Bluetooth AoA positioning scheme, a more accurate map for displaying an object and a person is constructed, and good user experience is provided.

In another embodiment, referring to fig. 3, the vehicle identification system based on bluetooth positioning further includes an edge calculation module 14, where the edge calculation module 14 is connected to the bluetooth receiver 12 and the gas station zero-pipe system 15, and acquires bluetooth signals of the first bluetooth tag 11 and the second bluetooth tag 10 from the bluetooth receiver 12, acquires positioning information of the first bluetooth tag 11 and the second bluetooth tag 10, and generates position status information between the first bluetooth tag and the second bluetooth tag. Because the position state information between the first Bluetooth tag and the second Bluetooth tag can be directly calculated by using the edge calculation module 14, whether the first Bluetooth tag and the second Bluetooth tag are in a to-be-oiled state or in a waiting state or the like is still in the to-be-oiled state, decision is quickly made, and therefore non-inductive identity recognition and non-inductive oil number verification are achieved.

When the position state information between the first bluetooth tag and the second bluetooth tag is generated by the edge calculation module 14, the refueling vehicle is judged to be in a state to be refueled, the vehicle tag identity information can be directly sent to the intelligent refueling platform for verification, and the position state information and the vehicle tag identity information can also be sent to the intelligent refueling platform together for verification.

In other embodiments, when the edge calculation module 14 can generate the position state information, determine that the refueling vehicle is in the to-be-refueled state, further obtain the oil number information of the refueling vehicle from the first bluetooth tag, verify whether the oil number information is consistent with the to-be-refueled information from the to-be-refueled information corresponding to the refueling equipment (refueling gun) in the second bluetooth tag by using the edge calculation module 14, when the oil number information is consistent with the to-be-refueled information, send the refueling authorization information to the corresponding zero pipe system 15 of the refueling station, and send the refueling authorization information to the refueling terminal 16 of the refueling machine by the zero pipe system 15 of the refueling station, thereby performing; and when the verification result is inconsistent, sending the alarm information to the corresponding gas station zero pipe system 15, and sending the alarm information to the oil engine terminal 16 by the gas station zero pipe system 15 so as to stop the oil filling.

In other embodiments, the edge calculation module 14 may also directly send the fueling authorization information or the warning information to the fuel dispenser terminal 16 to perform fueling or terminate fueling.

Based on the vehicle identification system that realizes based on the bluetooth location, the embodiment of the utility model provides a still provide a method that prevents to add wrong oil based on filling station that bluetooth location realized, please refer to fig. 4, include:

step S10, acquiring position state information between the refueling vehicle and the refueling machine terminal, and judging whether the refueling vehicle is in a to-be-refueled state or not based on the position state information;

step S20, acquiring oil number information corresponding to the refueled vehicle;

step S30, obtaining the corresponding information to be refueled of the refuelling equipment;

step S40, verifying whether the oil number information contained in the vehicle account is consistent with the information to be refueled, and sending first refueling authorization information to the corresponding oil engine terminal when the verification result is consistent; and when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal.

Specifically, step S10 is executed, and in this embodiment, the specific step of acquiring the location state information of the refueled vehicle and the fuel dispenser terminal includes: the method comprises the steps of obtaining position information of a first Bluetooth label on the refueling vehicle and position information of a second Bluetooth label on the refueling machine terminal, and obtaining position state information of the refueling vehicle and the refueling machine terminal based on the position information of the first Bluetooth label and the second Bluetooth label on the refueling machine terminal, wherein a Bluetooth receiver is used for receiving Bluetooth signals of the first Bluetooth label on the refueling vehicle and Bluetooth signals of the second Bluetooth label on the refueling machine terminal, and a positioning module is used for obtaining the position information of the first Bluetooth label on the refueling vehicle and the position information of the second Bluetooth label on the refueling machine terminal through a Bluetooth AOA positioning technology.

In one embodiment, the specific step of obtaining the position information of the first bluetooth tag on the refueling vehicle comprises: the first Bluetooth tag stores and broadcasts a positioning signal to the outside, so that the Bluetooth receiver can receive the Bluetooth signal for positioning, and the positioning module is used for positioning to acquire the position information of the first Bluetooth tag; meanwhile, the first Bluetooth tag also stores and broadcasts vehicle tag identity information to the outside, the vehicle tag identity information corresponds to vehicles one by one, and the Bluetooth receiver receives the vehicle tag identity information.

In other embodiments, the first bluetooth tag stores and broadcasts vehicle tag identity information to the outside, and the bluetooth receiver receives the vehicle tag identity information, performs positioning by using the vehicle tag identity information, and acquires the position information of the first bluetooth tag.

In other embodiments, the vehicle tag identity information further includes oil number information corresponding to the refueling vehicle, the bluetooth receiver receives the oil number information, the oil number information is used for positioning the first bluetooth tag, and meanwhile, the oil number information is used for directly verifying to prevent wrong refueling.

In one embodiment, the specific step of acquiring the location information of the second bluetooth tag on the fuel dispenser terminal includes: the second Bluetooth tag stores and broadcasts a positioning signal to the outside, so that the Bluetooth receiver can receive the Bluetooth signal for positioning, and the positioning module performs positioning to acquire the position information of the second Bluetooth tag; meanwhile, the second Bluetooth tag also stores and broadcasts the identity information of the oil engine tag to the outside, the identity information of the oil engine tag corresponds to the oiling equipment (oiling guns) one by one, and the Bluetooth receiver receives the identity information of the oil engine tag.

In other embodiments, the second bluetooth tag stores and broadcasts the identity information of the oil engine tag to the outside, and the bluetooth receiver receives the identity information of the oil engine tag, and performs positioning by using the identity information of the oil engine tag to obtain the position information of the second bluetooth tag.

In other embodiments, the oil engine tag identity information further includes information to be refueled corresponding to the oil gun, the bluetooth receiver receives the information to be refueled, the information to be refueled is utilized to perform second bluetooth tag positioning, and meanwhile, the information to be refueled is utilized to directly perform verification for preventing misrefueling.

And when the position information of the first Bluetooth tag and the position information of the second Bluetooth tag are obtained, the position state information of the refueled vehicle and the refueled engine terminal is obtained based on the position information of the first Bluetooth tag and the second Bluetooth tag. For example, when the position information of the first bluetooth tag (i.e., the refueled vehicle) is located in the refueling area right in front of the refueling machine, and the second bluetooth tag (the refueling gun) moves to be close to the first bluetooth tag, and the final positions of the second bluetooth tag and the first bluetooth tag are located at a close position (less than a specific threshold value) and the positions of the second bluetooth tag and the first bluetooth tag are changed from the moving state to the stationary state, the position state information between the refueled vehicle and the terminal of the refueling machine is considered to be in the refueling state, and the refueled vehicle is considered to be in the refueling state.

And executing steps S20 and S30, and acquiring the oil number information corresponding to the refueled vehicle and the to-be-refueled information corresponding to the refueled equipment, wherein the information can be acquired simultaneously or in the front and back, and the sequence can be changed.

In this embodiment, the specific steps of obtaining the oil number information corresponding to the refueling vehicle include: the first Bluetooth tag stores and broadcasts vehicle tag identity information externally, the Bluetooth receiver receives the vehicle tag identity information and sends the vehicle tag identity information to the intelligent refueling platform, and the intelligent refueling platform searches and matches a related vehicle account based on the vehicle tag identity information to acquire oil number information contained in the vehicle account.

In other embodiments, the specific step of obtaining the oil number information corresponding to the refueled vehicle includes: the first Bluetooth tag stores and broadcasts vehicle tag identity information externally, the Bluetooth receiver receives the vehicle tag identity information, the vehicle tag identity information comprises oil number information, and the Bluetooth receiver sends the oil number information to the intelligent oiling platform or the edge calculation module.

In this embodiment, the specific step of obtaining the information to be refueled corresponding to the refueling device includes: the second Bluetooth tag stores and broadcasts oil engine tag identity information externally, the Bluetooth receiver receives the oil engine tag identity information and sends the oil engine tag identity information to a management platform of a gas station, and the management platform of the gas station acquires corresponding to-be-refueled information of a refuelling gun based on the vehicle tag identity information and sends the to-be-refueled information to the intelligent refuelling platform.

In other embodiments, the specific step of obtaining the information to be refueled corresponding to the refueling device includes: the second Bluetooth tag stores and broadcasts the identity information of the oil engine tag to the outside, the Bluetooth receiver receives the identity information of the oil engine tag, the identity information of the oil engine tag comprises the information to be refueled corresponding to the oil gun, and the information to be refueled is sent to the intelligent refueling platform or the edge calculation module.

In other embodiments, the specific step of obtaining the information to be refueled corresponding to the refueling device includes: the oil machine terminal judges whether the oil gun is in a to-be-refueled state or not according to whether the oil gun is placed on the oiling machine or not, when the oil gun is moved away from the oiling machine by a worker of a gas station, the oil machine terminal sends to-be-refueled information corresponding to the oil gun in the to-be-refueled state to a management platform of the gas station, and the management platform of the gas station sends the to-be-refueled information to the intelligent refueling platform or the edge calculation module.

Executing step S40, when the refueling vehicle is judged to be in a to-be-refueled state, verifying whether the oil number information is consistent with the to-be-refueled information, and when the verification result is consistent, sending refueling authorization information to the corresponding oil machine terminal; and when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal.

In this embodiment, after the intelligent refueling platform obtains the oil number information and the information to be refueled, it is verified whether the oil number information corresponding to the vehicle is consistent with the information to be refueled corresponding to the refueling gun, when the verification result is consistent, the intelligent refueling platform sends a refueling authorization signal to the management platform of the gas station, and the management platform of the gas station finds the corresponding engine and the corresponding refueling gun according to the identity information of the vehicle identity recognition terminal, so as to refuel. However, the present invention is not limited to this. In other embodiments, the intelligent fueling platform may also directly authorize and control fuel dispensers and guns within the fueling station.

And when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal, stopping oiling the oil engine terminal, and sending an alarm by the oil engine terminal through a warning lamp and a loudspeaker arranged on the oiling machine or a warning lamp and a loudspeaker arranged on the oiling gun.

In other embodiments, when the bluetooth receiver acquires the information to be refueled in the second bluetooth tag, and when the bluetooth receiver acquires the oil number information in the first bluetooth tag, the bluetooth receiver sends the information to be refueled and the oil number information to the edge computing module, verifies whether the oil number information is consistent with the information to be refueled by using the edge computing module, and sends the refueling authorization information to the corresponding oil engine terminal when the verification result is consistent; and when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal.

Because the edge calculation module is arranged in the gas station, the problem that the refueling time is prolonged because the refueling authorization information or the warning signal is delayed due to unstable network or network delay does not exist.

Correspondingly, as shown in fig. 5, the embodiment of the utility model provides a still provide a filling station prevents adding wrong oil system based on bluetooth location realizes, include:

the refueling state judging unit 110 is configured to obtain position state information of a refueled vehicle and a refueling machine terminal, and judge whether the refueled vehicle is in a to-be-refueled state based on the position state information;

the vehicle oil number information acquiring unit 120 is used for acquiring oil number information corresponding to the refueling vehicle;

the refueling information acquiring unit 130 is configured to acquire refueling information corresponding to refueling equipment;

the fuel number verification unit 140 is configured to verify whether the fuel number information is consistent with the fuel to be added when the refueled vehicle is determined to be in the fuel to be added state, and send the fuel adding authorization information to the corresponding fuel machine terminal when the verification result is consistent; and when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal.

In this embodiment, the system for preventing refueling of the gas station obtains the position information of the bluetooth tag on the refueled vehicle and the position information of the bluetooth tag on the refueling machine terminal through the bluetooth receiver, obtains the position state information of the refueled vehicle and the refueling machine terminal based on the position information of the refueled vehicle and the refueling machine terminal, and judges whether the refueled vehicle is in a state to be refueled according to the position state information, wherein the bluetooth receiver obtains the position information of the first bluetooth tag on the refueled vehicle and the position information of the second bluetooth tag on the refueling machine terminal by using a bluetooth AOA positioning technology.

In this embodiment, utilize wisdom refueling platform to verify whether the oil number information that the vehicle corresponds is unanimous with the information of waiting to refuel that the nozzle corresponds.

When the verification result is consistent, the intelligent refueling platform sends a refueling authorization signal to the management platform of the refueling station, and the management platform of the refueling station finds the corresponding engine and the refueling gun according to the identity information of the vehicle identity recognition terminal, so that refueling is carried out. However, the present invention is not limited to this. In other embodiments, the intelligent fueling platform may also directly authorize and control fuel dispensers and guns within the fueling station.

And when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal, stopping oiling the oil engine terminal, and sending an alarm by the oil engine terminal through a warning lamp and a loudspeaker arranged on the oiling machine or a warning lamp and a loudspeaker arranged on the oiling gun.

In other embodiments, the device further comprises an edge calculation module, and the edge calculation module is used for verifying whether the oil number information corresponding to the vehicle is consistent with the information to be refueled corresponding to the fuel gun.

When the Bluetooth receiver acquires the information to be refueled in the second Bluetooth tag, and when the Bluetooth receiver acquires the oil number information in the first Bluetooth tag, the Bluetooth receiver sends the information to be refueled and the oil number information to the edge calculation module, the edge calculation module is used for verifying whether the oil number information is consistent with the information to be refueled, and when the verification result is consistent, the Bluetooth receiver sends refueling authorization information to a corresponding oil engine terminal; and when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal. Because the edge calculation module is arranged in the gas station, the problem that the refueling time is prolonged because the refueling authorization information or the warning signal is delayed due to unstable network or network delay does not exist.

To sum up, the utility model discloses an acquire the positioning information of the first bluetooth label on the refuel vehicle and the second bluetooth label on the oil machine terminal with the bluetooth acceptor simultaneously, acquire the position state information at refuel vehicle and oil machine terminal, judge whether the refuel vehicle is in the state of waiting to refuel based on the position state information, then verify whether oil number information is unanimous with the information of waiting to refuel, when the verification result is unanimous, send and refuel authorization information to corresponding oil machine terminal, begin to refuel; and when the verification result is inconsistent, sending alarm information to the corresponding oil engine terminal, and suspending oil filling. In the whole refueling process, the staff and the vehicle owner of the gas station do not need to repeatedly confirm the added oil, the error of wrong oil addition can not occur, and the daily operation of the gas station can not be influenced.

Although the present invention has been described with reference to the preferred embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but is capable of other modifications and variations without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (10)

1. A vehicle identification system based on bluetooth location realizes, its characterized in that includes:

bluetooth receiver, refuel first bluetooth label on the vehicle, second bluetooth label, orientation module and the wisdom platform of refueling on the oil machine terminal, bluetooth receiver acquires the positional information of first bluetooth label, second bluetooth label, bluetooth receiver receives the bluetooth signal of first bluetooth label, second bluetooth label, and orientation module is based on bluetooth signal acquires the positional information of first bluetooth label, second bluetooth label, just bluetooth receiver receives the vehicle tag identity information of first bluetooth label, and will vehicle tag identity information sends wisdom and refuels the platform and carries out vehicle identification.

2. The bluetooth location based vehicle identification system of claim 1, wherein the bluetooth receiver is disposed at a ceiling position of a gas station.

3. The bluetooth location based vehicle identification system according to claim 2, wherein the number of the bluetooth receivers is one or more.

4. The vehicle identification system based on Bluetooth positioning implementation of claim 1, characterized in that the first Bluetooth tag is disposed at a fuel tank cover position of a refueling vehicle.

5. The vehicle identification system based on Bluetooth positioning implementation of claim 1, characterized in that the second Bluetooth tag is disposed on a fuel gun.

6. The vehicle identification system based on Bluetooth positioning implementation of claim 1, further comprising an edge calculation module, wherein the edge calculation module is connected to the Bluetooth receiver, and the position status information between the first Bluetooth tag and the second Bluetooth tag is generated by acquiring the Bluetooth signals of the first Bluetooth tag and the second Bluetooth tag from the Bluetooth receiver.

7. The vehicle identification system based on Bluetooth positioning implementation of claim 6, further comprising: and the edge calculation module feeds the position state information back to the intelligent refueling platform.

8. The bluetooth location based vehicle identification system of claim 1, further comprising: the Bluetooth receiver feeds the positioning information back to the intelligent refueling platform through the gateway.

9. The system of claim 1, wherein the bluetooth receiver and the bluetooth tag are corresponding bluetooth receivers and bluetooth tags of bluetooth AoA technology.

10. The vehicle identification system realized based on Bluetooth positioning as claimed in claim 1, wherein the positioning module is a station positioning management system of a gas station, an edge computing module or a positioning module of a smart refueling platform.

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