CN112820135A - Tractor trailer access management system and method - Google Patents
Tractor trailer access management system and method Download PDFInfo
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- CN112820135A CN112820135A CN201911125527.6A CN201911125527A CN112820135A CN 112820135 A CN112820135 A CN 112820135A CN 201911125527 A CN201911125527 A CN 201911125527A CN 112820135 A CN112820135 A CN 112820135A
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- vehicle information
- entrance
- departure
- information acquisition
- tractor
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/145—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas
- G08G1/148—Management of a network of parking areas
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B15/00—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
- G07B15/02—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems
- G07B15/04—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems comprising devices to free a barrier, turnstile, or the like
Abstract
The invention discloses a management system for tractor trailers to enter and exit a parking lot, which forms a set of simple and efficient entrance and exit management system through vehicle information acquisition equipment, a data platform, trigger equipment and the like.
Description
Technical Field
The invention relates to a parking lot management system and a parking lot management method, which are particularly suitable for managing the entrance and exit of tractor trailers into and out of a parking lot.
Background
In the current daily parking lot management, a parking lot vehicle entrance and exit management system mainly performs entrance and exit management of vehicles in a license plate recognition mode, a bluetooth card mode, an RFID (radio frequency identification device) reading mode and the like. The tractor and the trailer are provided with independent license plate numbers, but because the license plate numbers of the trailer are arranged at the tail part of the vehicle, a general bayonet access system only identifies the head license plate of the tractor, and an information system specially aiming at the acquisition and comparison management of the license plate data at the tail part of the trailer is not provided. Because the tractor gets rid of and hangs the convenience, in case the driver takes off the string at will (get rid of after the tractor drags the admission, drags another trailer and leaves the court again), or a car is hung more (the tractor leaves the court alone, drags another trailer and leaves the court again), will give the parking and concentrate safety control, one train one and hang the manufacturing difficult problem such as parking, more can cause the economic loss of operation units such as parking area.
Disclosure of Invention
The invention aims to solve the technical problem of overcoming the defect that the management cost and the potential safety hazard of a parking lot are increased due to the fact that a tractor is hung on a vehicle and exceeds the specified entrance and exit.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a tractor trailer ingress and egress management system, comprising:
the vehicle information acquisition equipment comprises entrance vehicle information acquisition equipment and exit vehicle information acquisition equipment which are respectively used for acquiring the entrance vehicle information and the exit vehicle information;
the system comprises an entrance vehicle information acquisition device, a trailer information acquisition device and a control device, wherein the entrance vehicle information acquisition device is used for acquiring vehicle information of a tractor to enter and a trailer to be towed; the system comprises a departure vehicle information acquisition device, a trailer information acquisition device and a data processing device, wherein the departure vehicle information acquisition device is used for acquiring vehicle information of a tractor to be departed and a trailer to be towed;
an entrance barrier gate positioned at the entrance and an exit barrier gate positioned at the exit;
the alarm equipment is used for receiving the state information sent by the data platform and generating an alarm signal;
the data platform comprises transmitting equipment, receiving equipment, storage equipment and processing equipment which are respectively used for transmitting, receiving, storing and processing the vehicle information;
the triggering device is used for triggering the vehicle information acquisition device and comprises an entrance triggering device and an exit triggering device which are respectively used for triggering the entrance vehicle information acquisition device and the exit vehicle information acquisition device.
Further, the incoming vehicle information collecting apparatus includes:
the first entrance vehicle information acquisition equipment is used for acquiring vehicle information of a tractor to enter;
and the second entrance vehicle information acquisition equipment is used for acquiring the vehicle information of the trailer dragged by the tractor to enter.
Furthermore, the first entrance vehicle information acquisition equipment is positioned on the roadside close to the entrance barrier gate in the parking lot, and the second entrance vehicle information acquisition equipment is positioned on the entrance passage side close to the entrance barrier gate.
Further, the departure vehicle information collection apparatus includes:
the first departure vehicle information acquisition equipment is used for acquiring vehicle information of a tractor to be departed;
and the second departure vehicle information acquisition equipment is positioned beside the departure channel and is at least one parking space away from the first departure vehicle information acquisition equipment, and is used for acquiring the vehicle information of the trailer which is pulled by the tractor to be departed.
Furthermore, the first departure vehicle information acquisition equipment is positioned outside the parking lot and close to the roadside of the departure barrier gate, and the second departure vehicle information acquisition equipment is positioned on the side of a departure channel in the parking lot.
Further, the system also comprises terminal equipment, wherein the terminal equipment is used for installing or loading the alarm equipment and is communicated with the data platform.
The invention also provides a tractor trailer access management method, which comprises the following steps:
step S100, carrying out vehicle entrance information acquisition on a tractor and a trailer to be entered, sending the acquired vehicle entrance information to a data platform, and judging and indicating whether the vehicle can enter the field by the data platform;
step S200, collecting the departure vehicle information of the tractor and the trailer to be departed and sending the departure vehicle information to a data platform;
step S300, the data platform compares the vehicle information of the departure with the vehicle information of the entrance, and releases the vehicles meeting the departure conditions according to the comparison result; sending the vehicle information which does not accord with the departure condition to alarm equipment;
step S400, after the vehicle completely leaves, the leaving barrier gate is closed;
and step S500, sending an alarm signal through the alarm device to prompt a vehicle driver who does not accord with the departure condition to eliminate the departure obstacle, and repeating the step S300 after the departure obstacle is eliminated until the vehicle leaves.
Further, the step S100 includes:
step S110, arranging the entrance vehicle information acquisition equipment and entrance trigger equipment at an entrance passage, wherein the entrance trigger equipment is used for triggering the entrance vehicle information acquisition equipment to acquire entrance vehicle information;
step S120, sending the collected entrance vehicle information to a data platform;
step S130, the data platform judges whether the vehicles meet entrance conditions, and for the vehicles meeting the entrance conditions, the data platform sends an opening instruction to an entrance barrier gate, the entrance barrier gate is opened, and the vehicles enter the field.
Further, the step S110 includes:
step S111, respectively setting a first entering vehicle information acquisition device and a second entering vehicle information acquisition device, which are respectively used for acquiring the head license plate information of a tractor and the tail license plate information of a trailer;
and step S112, respectively setting a first entrance trigger device and a second entrance trigger device on the entrance passage, wherein the first entrance trigger device is used for triggering the first entrance vehicle information acquisition device in the step S111, and the second entrance trigger device is used for triggering the second entrance vehicle information acquisition device.
Further, the step S200 includes:
step S210, arranging the departure vehicle information acquisition equipment and departure triggering equipment at a departure channel, wherein the departure triggering equipment is used for triggering the departure vehicle information acquisition equipment to acquire departure vehicle information;
and step S220, sending the vehicle information collected in the step S210 to a data platform.
Compared with the prior art, the method has the advantages that the information of the tractor and the trailer is identified at the same time through automatic triggering, so that the identification efficiency and accuracy of vehicles entering and leaving a parking lot are effectively improved, illegal behaviors such as getting-off and hanging-changing of the tractor after entering the parking lot are effectively avoided, and the safety management and the economic benefit of operators in the parking lot are guaranteed.
Drawings
Fig. 1 is a schematic structural diagram of an entry and exit management system of the present invention, in which arrows indicate directions of information transfer;
fig. 2A is a schematic view of the distribution of the devices at the entrance of the parking lot in the entry and exit management system of the present invention;
fig. 2B is a schematic diagram of the distribution of the devices at the exit of the parking lot in the entry and exit management system of the present invention.
Detailed Description
The invention is described in further detail below with reference to the accompanying examples.
The access management system for a tractor trailer parking lot of the present invention comprises,
the vehicle information acquisition equipment 100 comprises an entrance vehicle information acquisition equipment and an exit vehicle information acquisition equipment which are respectively used for acquiring the information of the entrance vehicle and the exit vehicle; in one embodiment, the vehicle information collection device 100 may be a high-definition camera, or other device capable of vehicle information collection.
And the entrance vehicle information acquisition equipment is used for acquiring the vehicle information of the tractor to enter and the trailer to be towed.
The method comprises the following steps:
a first entering vehicle information collecting device 111 for collecting vehicle information of a tractor to enter;
and a second incoming vehicle information collecting device 112 for collecting vehicle information of a trailer towed by a tractor to be entered.
In one embodiment, the first incoming vehicle information collecting device 111 is located on the roadside near the entrance barrier 200 in the parking lot, and the second incoming vehicle information collecting device 112 is located on the entrance lane side near the entrance barrier 200; in another embodiment, the first incoming vehicle information collecting device 111 is located near the entrance lane side of the entrance barrier 200, and the second incoming vehicle information collecting device 112 is located at the roadside near the entrance barrier 200 in the parking lot; in another embodiment, the first incoming vehicle information collecting apparatus 111 and the second incoming vehicle information collecting apparatus 112 are both located at the roadside near the entrance barrier gate 200 in the parking lot.
And the departure vehicle information acquisition equipment is used for acquiring the vehicle information of the tractor to be departed and the trailer to be towed.
The method comprises the following steps:
a first departure vehicle information collection device 121 for collecting vehicle information of a tractor to be departed;
the second departure vehicle information collecting device 122 is located beside the departure aisle and is at least one slot away from the first departure vehicle information collecting device 121, and is configured to collect vehicle information of a trailer towed by a tractor to be departed.
In one embodiment, the first departure vehicle information collection device 121 is located outside the parking lot near the roadside of the departure barrier 300, and the second departure vehicle information collection device 122 is located on the side of the departure aisle within the parking lot;
in another embodiment, the first outbound vehicle information collecting device 121 and the second outbound vehicle information collecting device 122 are both located at the side of the outbound passage in the parking lot, and the first outbound vehicle information collecting device 121 is closer to the outbound barrier gate 300 than the second outbound vehicle information collecting device 122;
in another embodiment, the first departure vehicle information collection device 121 and the second departure vehicle information collection device 122 are both located at the side of the departure aisle in the parking lot, and the second departure vehicle information collection device 122 is closer to the departure gate 300 than the first departure vehicle information collection device 121.
And the alarm device 400 is used for receiving the state information sent by the data platform 500 and generating an alarm signal.
The data platform 500 comprises a transmitting device, a receiving device, a storage device and a processing device, which are respectively used for transmitting, receiving, storing and processing the vehicle information; in particular, the system is used for receiving the vehicle information acquired by the vehicle information acquisition device 100 through the receiving device, comparing the vehicle information with the vehicle information in the storage device, sending a release granting instruction to the entrance barrier 200 or the exit barrier 300 according with the entrance or exit condition; and if the vehicle does not meet the entry or exit condition, recording the vehicle information which does not meet the entry or exit condition, and pushing the vehicle information and the current state information of the vehicle which does not meet the entry or exit condition to the alarm device 400.
The triggering device 600 is used for triggering the vehicle information acquisition device 100, and comprises an entrance triggering device and an exit triggering device:
an entrance trigger device, located in an external entrance passage, for starting the entrance vehicle information collection device 100, which includes:
the first entrance triggering device 611, which is arranged at a position of the entrance passage relatively far away from the entrance barrier 200, and when the vehicle enters the external entrance passage, the vehicle firstly passes through the first entrance triggering device 611 and triggers the first entrance vehicle information collecting device 111; the first entering vehicle information acquisition device 111 sends the identified vehicle information of the tractor to the data platform 500 and compares the vehicle information with the data platform, confirms that the vehicle meets the entering conditions, opens (lifts) the entering barrier 200, and starts to enter the vehicle;
the second entry triggering device 612 is disposed at a position relatively close to the entry barrier gate 200, and when the vehicle completely enters the vehicle, the vehicle passes through the second entry triggering device 612 to trigger the entry barrier gate 200 to close (fall down), and simultaneously trigger the second entry vehicle information collection device 112, and the second entry vehicle information collection device 112 sends the vehicle information of the identified trailer to the data platform 500 and records the vehicle information.
In one embodiment, the second entrance trigger device 612 is disposed below the entrance barrier 200 or in front of the entrance barrier 200 (along the vehicle traveling direction) to ensure that the entrance barrier 200 is triggered to close after the vehicle completely enters, so as to prevent the entrance barrier 200 from closing prematurely and causing a safety hazard. Of course, in another embodiment, the second entry trigger device 612 may be disposed at another position, and the delayed trigger entry barrier 200 may be set to close.
The departure triggering device is located in a departure channel inside the parking lot and used for starting the vehicle information acquisition device 100 and controlling the departure barrier gate 300 to be opened and closed, when a vehicle enters the inside departure channel, the departure triggering device passes through the departure triggering device and triggers the departure vehicle information acquisition device, and the departure vehicle information acquisition device sends the identified vehicle information to the data platform 500 for information comparison.
In one embodiment, the departure triggering device includes a first departure triggering device 621 and a second departure triggering device 622, the first departure triggering device 621 is located between the first departure vehicle information collecting device 121 and the second departure vehicle information collecting device 122, when the vehicle runs through the first departure triggering device 621, the first departure vehicle information collecting device 121 and the second departure vehicle information collecting device 122 are triggered to respectively collect vehicle information of the tractor and the trailer, and the collected vehicle information is sent to the data platform 500 for information comparison. When it is confirmed that the vehicle meets the departure condition, the departure barrier 300 is opened (lifted up), and the vehicle departs. And a second departure triggering device 622, which is located below the departure gate 300 and triggers the departure gate 300 to close (fall) after the vehicle completely departs.
In one embodiment, all of the triggering devices 600 are ground coils. In other embodiments, the touch-sensitive device may also be other devices capable of implementing a touch-sensitive triggering function, such as a light-sensitive device, a gravity-sensitive device, and the like.
The alarm device 400 is disposed at the entrance and the exit, and may also be disposed on other terminal devices 700 capable of communicating with the data platform 500, such as a mobile phone, an intercom, a display, or other devices capable of sending out alarm signals in the form of sound, light, images, text, and the like.
The terminal device 700 is a device capable of communicating with the data platform 500, and is configured to receive alarm information from an alarm system and vehicle information of the data platform; the system can also be used for registering and registering driver identity information and vehicle information of a tractor and a trailer, inquiring the vehicle information of the entrance and exit from the field to the data platform 500, and sending updated vehicle information, vehicle payment information and the like to the data platform 500. When the terminal device 700 is a networked smart mobile device, for example, the terminal device 700 is a smart phone, the APP on the smart phone can send and update vehicle information (including license plate information, driver information, vehicle payment information, etc.) of the vehicle entering the parking lot to the data platform 500, and after the parking fee in the current payment period is paid in real time, the APP applies to the data platform 500 again to determine whether the vehicle entering the parking lot meets the parking lot condition. The payment can be realized by directly paying to the staff at the entrance, on-line paying and the like. The payment due period is set by the parking lot, and can be a natural week, a month, a quarter or other periods easy to settle.
The invention also provides an access management method for the tractor trailer parking lot, which comprises the following steps:
step S100, carrying out vehicle entrance information collection on a tractor and a trailer to be entered, sending the collected vehicle entrance information to a data platform 500, and judging and indicating whether the vehicle can enter the field by the data platform; the method comprises the following steps:
step S110, an entrance vehicle information collecting device and an entrance triggering device are arranged at the entrance passage, and the entrance triggering device is used for triggering the entrance vehicle information collecting device to collect entrance vehicle information, and includes:
step S111, respectively setting a first entering vehicle information acquisition device 111 and a second entering vehicle information acquisition device 112, which are respectively used for acquiring the head license plate information of a tractor and the tail license plate information of a trailer;
in step S112, a first entrance trigger device 611 and a second entrance trigger device 612 are respectively arranged on the approach path, the first entrance trigger device 611 is used for triggering the first entrance vehicle information acquisition device 111 in step S111, and the second entrance trigger device 612 is used for triggering the second entrance vehicle information acquisition device 112.
Step S120, the collected entrance vehicle information is sent to a data platform 500;
step S130, the data platform judges whether the vehicles enter the field or not, and for the vehicles which meet the entrance conditions, the data platform 500 sends an opening instruction to the entrance barrier gate 200, the entrance barrier gate 200 is opened, and the vehicles enter the field;
the condition of meeting the entry condition is that: at least one parking space is in an available state, and the incoming vehicle is already filed in the data platform 500 and is in a paid state in the current due payment period;
for the vehicles which do not meet the entrance conditions, the data platform 500 sends an alarm instruction to the alarm device 400, so that the alarm device 400 sends out an alarm signal in the forms of sound, light, images, characters and the like, and the entrance barrier gate 200 is kept in a closed state;
the alarm device 400 is disposed at an entrance, an exit, or other terminal devices 700 capable of communicating with the data platform 500, such as a mobile phone, an intercom, or other devices capable of sending an alarm signal in the form of sound, light, image, text, etc.
When the terminal device 700 is a networked smart mobile device, for example, the terminal device 700 is a smart phone, the vehicle information of the incoming vehicle, including license plate information, driver information, payment condition information, and the like, may be sent to the data platform 500 through the APP on the smart phone, read from the data platform 500, or written into the data platform, and after the parking fee in the current payment period is paid in real time, the data platform 500 determines again whether the incoming vehicle meets the incoming condition;
step S200, collecting the departure vehicle information of the tractor and the trailer to be departed and sending the departure vehicle information to the data platform 500; the method comprises the following steps:
step S210, a departure vehicle information collecting device and a departure triggering device are disposed at the departure aisle, and the departure triggering device is configured to trigger the departure vehicle information collecting device to collect the departure vehicle information, and includes:
step S211, respectively arranging a first outbound vehicle information acquisition device 121 and a second outbound vehicle information acquisition device 122 at outbound passages, wherein the first outbound vehicle information acquisition device and the second outbound vehicle information acquisition device are respectively used for acquiring the head license plate information of a tractor and the tail license plate information of a trailer;
step S212, respectively setting a first departure trigger 621 and a second departure trigger 622 on the departure channel; the first departure triggering device 621 is configured to trigger the first departure vehicle information collecting device 121 and the second departure vehicle information collecting device 122 in step S211, and the second departure triggering device 622 is configured to trigger the departure barrier 300 to be closed after the vehicle completely departs.
Step S220, the vehicle information collected in step S210 is sent to a data platform 500;
step S300, the data platform 500 compares the vehicle information of the vehicle which is out of the field with the vehicle information of the vehicle which is in the field, and the vehicle which meets the condition of the vehicle out of the field is released according to the comparison result; transmitting vehicle information that does not comply with the departure condition to the alarm apparatus 400;
meeting the departure condition means that: the license plate information of the tractor and the trailer of the current departure vehicle is completely consistent with the license plate information of the tractor and the trailer when the vehicle enters the field.
When any one of the license plate information of the tractor and the trailer is inconsistent with the license plate information at the entrance, the exit condition is not met.
In step S400, after the vehicle completely exits, the second exiting triggering device 622 triggers the exiting barrier gate 300 to close.
Step S500, for the vehicle driver who does not accord with the departure condition, sending out an alarm signal through the alarm device 400 to prompt the driver to eliminate the departure obstacle, and repeating the step S300 after the departure obstacle is eliminated until the vehicle leaves.
The departure obstacle means that the vehicle does not meet the departure condition;
the elimination of the departure obstacle means that the vehicles meet the departure conditions in the modes of payment, replacement of tractor trailers in the field and the like; the elimination can be actively carried out by the driver, can be assisted by a manager, or can be carried out in a combined mode. For example, the driver may pay the toll by himself and then request the departure again because the departure is obstructed because the toll is not paid.
Claims (10)
1. Tractor trailer business turn over management system, its characterized in that: the method comprises the following steps:
the vehicle information acquisition equipment (100) comprises entrance vehicle information acquisition equipment and exit vehicle information acquisition equipment which are respectively used for acquiring the information of the entrance vehicles and the exit vehicles;
the system comprises an entrance vehicle information acquisition device, a trailer information acquisition device and a control device, wherein the entrance vehicle information acquisition device is used for acquiring vehicle information of a tractor to enter and a trailer to be towed; the system comprises a departure vehicle information acquisition device, a trailer information acquisition device and a data processing device, wherein the departure vehicle information acquisition device is used for acquiring vehicle information of a tractor to be departed and a trailer to be towed;
an entrance barrier (200) positioned at the entrance of the parking lot and an exit barrier (300) positioned at the exit of the parking lot;
the alarm device (400) is used for receiving the state information sent by the data platform (500) and generating an alarm signal;
the data platform (500) comprises a transmitting device, a receiving device, a storage device and a processing device, which are respectively used for transmitting, receiving, storing and processing vehicle information;
the triggering device (600) is used for triggering the vehicle information acquisition device (100), and comprises an entrance triggering device and an exit triggering device which are respectively used for triggering the entrance vehicle information acquisition device and the exit vehicle information acquisition device.
2. The tractor trailer ingress and egress management system according to claim 1, wherein: the incoming vehicle information collecting apparatus includes:
a first incoming vehicle information collection device (111) for collecting vehicle information of a tractor to be entered;
and a second entering vehicle information collecting device (112) for collecting vehicle information of a trailer towed by a tractor to be entered.
3. The tractor trailer ingress and egress management system according to claim 2, wherein: the first entrance vehicle information acquisition device (111) is located on the roadside near the entrance barrier (200) in the parking lot, and the second entrance vehicle information acquisition device (112) is located on the entrance lane side near the entrance barrier (200).
4. The tractor trailer ingress and egress management system according to claim 1, wherein: the departure vehicle information collection apparatus includes:
a first departure vehicle information collection device (121) for collecting vehicle information of a tractor to be departed;
and the second departure vehicle information acquisition equipment (122) is positioned beside the departure channel and is at least one parking space away from the first departure vehicle information acquisition equipment (121) for acquiring the vehicle information of the trailer towed by the tractor to be departed.
5. The tractor trailer ingress and egress management system according to claim 4, wherein: the first vehicle information collecting device (121) is located outside the parking lot and close to the roadside of the departure barrier (300), and the second vehicle information collecting device (122) is located beside a departure channel in the parking lot.
6. The tractor trailer ingress and egress management system according to any one of claims 1 to 5, wherein: the terminal device (700) is further included, the terminal device (700) is used for installing or loading the alarm device (400), and is communicated with the data platform (500).
7. The tractor trailer in-out management method is characterized in that: the method comprises the following steps:
step S100, carrying out vehicle entrance information acquisition on a tractor and a trailer to be entered, sending the acquired vehicle entrance information to a data platform (500), and judging and indicating whether the vehicle can enter or not by the data platform (500);
step S200, collecting the departure vehicle information of the tractor and the trailer to be departed and sending the departure vehicle information to a data platform (500);
step S300, the data platform (500) compares the vehicle information of the departure with the vehicle information of the entrance, and releases the vehicles meeting the departure conditions according to the comparison result; transmitting vehicle information that does not comply with the departure condition to an alarm device (400);
step S400, after the vehicle completely leaves, the leaving barrier (300) is closed;
and step S500, sending out an alarm signal through the alarm device (400), prompting the driver of the vehicle which is not in accordance with the departure condition to eliminate the departure obstacle, and repeating the step S300 after the departure obstacle is eliminated until the vehicle leaves.
8. The tractor trailer ingress and egress management method according to claim 7, wherein: the step S100 includes:
step S110, arranging the entrance vehicle information acquisition equipment and entrance trigger equipment at an entrance passage, wherein the entrance trigger equipment is used for triggering the entrance vehicle information acquisition equipment to acquire entrance vehicle information;
step S120, the collected entrance vehicle information is sent to a data platform (500);
step S130, the data platform (500) judges whether the vehicles enter the field or not, and for the vehicles which meet the entrance conditions, the data platform (500) sends an opening instruction to the entrance barrier (200), the entrance barrier (200) is opened, and the vehicles enter the field.
9. The tractor trailer ingress and egress management method according to claim 8, wherein: the step S110 includes:
step S111, respectively setting a first entering vehicle information acquisition device (111) and a second entering vehicle information acquisition device (112) which are respectively used for acquiring the head license plate information of a tractor and the tail license plate information of a trailer;
and step S112, respectively setting a first admission triggering device (611) and a second admission triggering device (612) on the admission passage, wherein the first admission triggering device (611) is used for triggering the first admission vehicle information acquisition device (111) in the step S111, and the second admission triggering device (612) is used for triggering the second admission vehicle information acquisition device (112).
10. The tractor trailer ingress and egress management method according to claim 7, wherein: the step S200 includes:
step S210, arranging the departure vehicle information acquisition equipment and departure triggering equipment at a departure channel, wherein the departure triggering equipment is used for triggering the departure vehicle information acquisition equipment to acquire departure vehicle information;
and step S220, sending the vehicle information collected in the step S210 to a data platform (500).
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|---|---|---|---|---|
| CN115410283A (en) * | 2022-08-04 | 2022-11-29 | 深圳信路通智能技术有限公司 | Vehicle charging method and device for parking lot, computer equipment and storage medium |
| CN115410283B (en) * | 2022-08-04 | 2024-05-14 | 深圳信路通智能技术有限公司 | Vehicle charging method and device for parking lot, computer equipment and storage medium |
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