CN113063480A - One yard leads to unmanned on duty prevents weighing system that practises fraud - Google Patents
One yard leads to unmanned on duty prevents weighing system that practises fraud Download PDFInfo
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- CN113063480A CN113063480A CN202110389370.9A CN202110389370A CN113063480A CN 113063480 A CN113063480 A CN 113063480A CN 202110389370 A CN202110389370 A CN 202110389370A CN 113063480 A CN113063480 A CN 113063480A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/02—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups for weighing wheeled or rolling bodies, e.g. vehicles
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/52—Weighing apparatus combined with other objects, e.g. furniture
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G23/00—Auxiliary devices for weighing apparatus
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Abstract
The invention relates to a one-code-pass unattended anti-cheating weighing system, which comprises a two-dimensional code anti-cheating system, wherein a two-dimensional code is generated through a platform according to order information; scanning a two-dimensional code of a mobile terminal of a driver mobile phone by a scanner before weighing, acquiring an acquired license plate number by a license plate recognition device through image pickup, and weighing only when an acquainted person of the license plate number corresponding to a car is consistent with an acquainted person of the two-dimensional code corresponding to the mobile phone sent by a platform; also included is a radar anti-cheating system. The invention utilizes the two-dimension code anti-cheating system and the license plate recognition device to ensure the consistency of information of people and vehicles, utilizes the radar anti-cheating system to ensure the consistency of registration and measurement on actual vehicles and platforms, utilizes the range of the tare weight out of tolerance to prevent cheating of drivers, and utilizes the high-low infrared card position device to prevent cheating of drivers.
Description
Technical Field
The invention relates to the technical field of vehicle weighing, in particular to a one-code-through unattended anti-cheating weighing system.
Background
With the development of science and technology, the traditional modes of weighing a weight house instrument, manually recording by a driver and manually generating a report form become an unmanned weighing mode.
The existing unmanned weighing modes are various:
FRID cards are mainly used as data transmission correlation weighing. However, signals of the RFID card are easy to interfere, a driver must get off the vehicle to handle the card, the RFID card is very inconvenient, the vehicle entering speed is reduced, the driver also must get off the vehicle to swipe the card to print and return the card when going out of the vehicle, and the RFID card is also slow and inconvenient.
And the other method is that the two-dimensional code is used for weighing, a driver manually fills related data in the mobile terminal APP, and the driver often fills data errors due to different working properties and cultural degrees of the driver. Causing frequent errors in weighing data. And because current two-dimensional code scanner design defect, the scanning distance is short, and outdoor rain-proof is dustproof, and is poor to the inhibitory effect of highlight, and the scanning precision is low, and the driver must get off to sweep the sign indicating number in the room and weigh, and unmanned weighing has been realized to this mode of weighing, but the speed is still low inconvenient. And the driver can exchange the vehicle by cutting the two-dimensional code graph, and the driver can steal the weight in weighing, namely reduce or increase the weight to achieve the economic purpose of the driver.
The above-mentioned unmanned weighing methods also have the general defects that: 1. the clamping position of the wheel axle of the vehicle is not realized on site, or the length of the overlong vehicle exceeds the length of the weighbridge, so that the vehicle cannot be clamped, tires of the vehicle lean against the place outside the weighbridge, and the aim of reducing the stolen weight is fulfilled; 2. the vehicle exchanges the vehicle by changing or altering the license plate, and the weight is reduced or increased by stealing the vehicle in weighing so as to achieve the economic purpose of the vehicle; 3. due to the fact that the wagon balance and the storehouse are unsmooth in information interaction, a driver loads and unloads goods in the storehouse in a wrong mode; 4. due to the control of the over-limit amount and the order amount, a driver can have more or less loads when loading goods, and the wagon balance can not be tested after being unattended, so that the loading amount required by the driver can not be reached; 5. the driver prints the pound list, must get off to the pound room and beat the pound list, and is inconvenient, influences the vehicle speed of leaving the factory.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provide a digital communication unattended anti-cheating weighing system, which utilizes a two-dimensional code anti-cheating system and a license plate recognition device to ensure the consistency of information of people and vehicles, utilizes a radar anti-cheating system to ensure the consistency of registration and measurement on actual vehicles and platforms, utilizes a tare weight range to prevent cheating of drivers and utilizes a high-low infrared card stopper to prevent cheating of the drivers.
The purpose of the invention is realized by the following technical scheme:
the one-code-pass unattended anti-cheating weighing system comprises a two-dimensional code anti-cheating system, wherein a two-dimensional code is generated through a platform according to order information, the order information is sent to a customer and business terminal, and the two-dimensional code is pushed to a mobile terminal of a driver mobile phone;
the two-dimensional code is displayed when the mobile terminal of the driver mobile phone reaches the designated position, the scanning head scans the two-dimensional code, the license plate number acquired by the license plate recognition device is collected by shooting, and the weighing can be carried out only when the acquired license plate number corresponds to the attributive person of the car and the attributive person of the two-dimensional code corresponding to the mobile phone sent by the platform is consistent.
Further, still include the radar system of practising fraud, be provided with the size information that needs the pound car in this system, adopt the millimeter wave radar to scan the car during the pound, when the millimeter wave radar scans the size that the car accords with the size information of setting for, just can the pound. Avoiding the driver from changing the vehicle for shipment, which must be consistent with the vehicle registered on the platform.
Further, when the car needs to be weighed: when the vehicle needs to be weighed: empty vehicles are weighed for the first weighing, and cheating is prevented through two-dimensional code scanning, a license plate recognition device and a millimeter wave radar; after the first weighing, the goods are loaded; then, carrying out secondary weighing, wherein the weight of the loaded goods is reduced from that of the first weighing; and simultaneously, the information of weighing twice, the information of loaded goods, the information of drivers and the information of license plates are printed.
When the weight is used for the first time, the tare weight range value of the vehicle is set, when the weight is used for weighing, the tare weight range value is met, the passing of the vehicle is allowed, and when the tare weight range value is exceeded, an alarm is given, so that a person is prevented from putting a heavy object when the person is used for weighing for the first time and throwing the heavy object when the person is used for weighing for the second time.
And when the weight of the loaded goods obtained finally is larger than or smaller than the weight required in the order during the second weighing, prompting the driver to return to unloading or replenishment, and not printing the corresponding information. The vehicle is prevented from being loaded due to the fact that the vehicle exceeds the law and the volume of orders.
Preferably, the scanner with filtering and capable of remotely scanning is adopted, two-dimensional code brushing leakage caused by strong light and rainfall is avoided, and people can pass through the scanner quickly without getting off the vehicle.
Furthermore, cameras are arranged at different angle positions, the front end, the side surface, the tail end and the cargo compartment position of the vehicle are shot to form pictures, and simultaneously, picture information is stored; when the vehicle is subjected to the first weighing and the second weighing, the captured vehicle pictures are compared in the background of the system through a picture algorithm, whether the vehicle is the same vehicle or not is judged, and the weighing of the vehicle change board is prevented; when the weight of the goods in the goods compartment is weighed for the second time, the goods in the goods compartment are captured, and the picture algorithm comparison is carried out between the background of the system and the standard goods picture in the order, so that the goods are prevented from being wrongly loaded.
Further, install high low infrared screens ware around the weighbridge, just begin to weigh when the tire gets into the weighing platform of weighbridge completely, avoid the tire to reduce weight outside the weighbridge when passing pound.
The invention has the beneficial effects that:
1. the system gets through the sales and purchase orders of materials, dispatches vehicles in logistics links, lines up vehicles, gets in and out of factories, ensures the information intercommunication of unmanned weighing of the vehicles, and the confirmation of goods inspection of loading or unloading of the vehicles and the like by a one-code mode, improves the transparency of working links, effectively prevents cheating in each link, ensures that a driver does not fill any data, and has simple operation and no possibility of manually changing the data;
2. the traditional two-dimensional code weighing needs a driver to get off the vehicle, the weighing efficiency is low, the two-dimensional code scanner in the scheme adopts remote outdoor strong light to inhibit a camera module, the shell adopts outdoor dustproof, waterproof and strong light-proof design, the driver arrives near the equipment, the two-dimensional code is opened on the vehicle, the two-dimensional code scanner at the door of a plant area and at two sides of a wagon balance is remotely scanned and installed, and the driver can realize quick automatic registration of entering the plant door and unmanned automatic weighing without getting off the vehicle;
3. through the two-dimensional code anti-cheating system and the license plate recognition device, the weighing can be carried out only when the dispatched driver is consistent with the driven vehicle, so that non-designated personnel are prevented from driving to enter a factory for loading; the driver mobile terminal software also judges whether the two-dimensional code weighing scale reaches a specified position (such as the periphery of a factory gate) or not through the position located by the mobile phone, if the two-dimensional code weighing scale does not reach the specified position, the driver can not open the two-dimensional code, and the driver is prevented from switching the two-dimensional code image to be queued for entering the door or weighing scale remotely by others; in the radar anti-cheating system, weighing is allowed only when the size of the vehicle is consistent with that of a registered vehicle, so that the cheating of replacing a license plate is avoided; the anti-cheating effect can be well achieved;
4. when the weight is passed for the first time, if the tare weight does not accord with the tare weight range of the registered vehicle, an alarm is given to avoid cheating; when the vehicle runs through the pound for the first time, the tires of the vehicle are prevented from being pressed on the wagon balance to reduce the tare weight through the high-low infrared blocking device, and the condition that a driver loads more goods is avoided; when the weight of the order is exceeded for the second time, if the weight of the order is not reached, an alarm is given out to enable a driver to supplement the order;
5. when the vehicle is subjected to the weighing twice, the captured vehicle pictures are compared in a picture algorithm at the background of the system to judge whether the vehicle is a same vehicle or not so as to prevent the vehicle change license plate from weighing; when weighing, the goods in the container are captured, and the pictures of the standard goods in the order are compared with the pictures of the standard goods in the background of the system, so that the situation that the driver and the storehouse are hooked to load the goods in a wrong way is prevented.
Detailed Description
The technical solution of the present invention is further described in detail with reference to the following specific examples, but the scope of the present invention is not limited to the following.
A one-code-pass unattended anti-cheating weighing system plays a role in preventing cheating through a two-dimensional code anti-cheating system, a radar anti-cheating system, license plate recognition and a wagon weight range value.
For the two-dimension code anti-cheating system, the two-dimension code is obtained according to the information of the order, the driver obtains the two-dimension code from the platform, and the driver can cheat by means of license plate recognition by means of weighing of the two-dimension code.
When the customer has the demand, the vehicle is released on the platform, and vehicles (which are registered on the platform) can be selected by the customer in the releasing process, or the vehicle can be entrusted to a logistics merchant, and the logistics merchant can delegate the vehicles. No matter the vehicle is selected by the customer or the vehicle assigned by the logistics dealer, the driver of the corresponding vehicle can receive the dynamic two-dimensional code information through the mobile phone.
If the vehicle information on the platform is self-registered by a driver, the driver needs to register the mobile phone number, and needs to input a license plate number, upload an identity card and upload a driving card. If the logistics merchant registers, the mobile phone number corresponding to the driver is also needed, the license plate number is also needed to be input, the identity card is uploaded, the driving license is uploaded, and the business license of the logistics merchant is also uploaded. Therefore, the mobile phone number and the license plate number of the driver can be bound together.
And the license plate identification is to acquire the number of the license plate through the shooting and collection of a license plate identification device when the vehicle is weighed.
The principle of the two-dimension code anti-cheating system and the license plate recognition is as follows: the two-dimension code is ensured to be the information received by the driver, and the two-dimension code is displayed when the mobile terminal of the mobile phone of the driver reaches the designated position (namely, whether the mobile phone reaches the position of a factory gate is judged by positioning, if the mobile phone does not reach the designated position, the two-dimension code cannot be opened, and the driver is prevented from switching the two-dimension code image to be queued by others for entering the door or weighing); in order to avoid the situation, the license plate recognition ensures that the mobile phones and the vehicles corresponding to the license plates are consistent and can be used for weighing.
In the scheme, the two-dimensional code is scanned by utilizing the scanner, the scanner is a remote scanner (a middle-distance and far-distance two-dimensional code recognizer), and a driver can aim at the scanner through the two-dimensional code on the mobile phone without getting off the vehicle. The time for getting off and getting on again is saved.
In strong light or rainfall weather, the two-dimensional code cannot be well recognized by the scanner, the condition of losing weight may occur, and people need to repeatedly brush the two-dimensional code for many times, so that the time is very delayed. Adopt the scanner that has the light filtering in this scheme to add and be equipped with the shell, even if highlight, rainfall weather, also can guarantee that the car passes through smoothly, improve the efficiency that the car passed through.
The two-dimensional code scanner adopts remote outdoor highlight to restrain the camera module, and the design that the shell adopted outdoor dustproof, waterproof, prevent the highlight makes the driver sweep the sign indicating number more stable, more swift convenient.
Cheating is further prevented by a radar anti-cheating system when over-pound is performed. That is, the license plate is detached by someone and is installed on other types of vehicles, namely, the vehicles do not meet the standard. When registering on the platform, the type, model and corresponding dimensions (length, width, height, weight) of the vehicle are also uploaded.
The radar anti-cheating system has the working principle that: forming a radar wave area through a millimeter wave radar, and scanning the weighing vehicle to obtain the size condition of the weighing vehicle; a size range value is set in the system corresponding to the vehicle of the type; when the obtained weighing vehicle size is consistent with the size information of the vehicle registered on the platform, the barrier gate is opened to weigh; and when the obtained weighing vehicle size is inconsistent with the size information of the vehicle registered on the platform, an alarm is given.
In addition, a mode convenient for follow-up investigation is provided, wherein two ends of the wagon balance are respectively provided with a camera (a camera), the middle part of the wagon balance is provided with a camera, the field picture of the wagon passing the wagon balance is captured, the front end, the rear end and the position of a cargo compartment (cargo compartment) of the wagon are captured, and pictures are formed; the pictures and the weighing data are stored uniformly, so that the tracing query is facilitated. The method is beneficial to subsequently confirming whether the person and the vehicle belong to the same person or not and confirming whether the vehicle is replaced or not.
The working process of the scheme is as follows: the customer places an order on the platform and selects the driver → sends the order to the driver in the form of a two-dimensional code → the driver drives the car and enters the factory for the first time, stops in the parking lot after entering the factory → loads the car in the loading area in sequence → delivers the second time of the weighing.
When the vehicle is subjected to the first weighing and the second weighing, the captured vehicle pictures are compared in the background of the system through a picture algorithm, whether the vehicle is the same vehicle or not is judged, and the weighing of the vehicle change board is prevented; when the weight of the goods in the goods compartment is weighed for the second time, the goods in the goods compartment are captured, and the picture algorithm comparison is carried out between the background of the system and the standard goods picture in the order, so that the goods are prevented from being wrongly loaded.
Through the platform, order information of a customer is correlated to generate a bill of lading or delivery bill information, the bill of lading or delivery bill information is pushed to driver mobile terminal software according to the bill of lading or delivery bill information and becomes a two-dimensional code correlated to a logistics order, a driver does not fill any data, only clicks the correlated logistics order data, and the driver operation is simpler and easier to understand. When a driver arrives at a factory, the driver can open the two-dimension code of the goods picking or delivery logistics order only after judging whether the vehicle is blocked by the infrared of the two-dimension code equipment through the vehicle position electronic fence positioning algorithm of the platform. And (3) when the driver arrives at the side of the equipment, opening the two-dimensional code on the vehicle, remotely (between 10 cm and 80 cm) scanning and installing a two-dimensional code scanner at the door of the factory and at two sides of the wagon balance, scanning to enter the factory for registration, and scanning to weigh the wagon balance. The driver can realize fast automatic registration and unmanned automatic weighing without getting off the vehicle.
In the weighing system, the tare weight information of the corresponding vehicle can be obtained through the two-dimensional code, and a range value is adapted to the tare weight information. During the first weighing, the vehicle is empty, and an alarm is given when the measured weight value exceeds the set tare weight range value. The alarm is made by taking the following conditions into consideration: when a driver enters a factory, some articles are specially contained, and the articles are taken down after entering the factory, so that when the driver leaves the factory, the driver can contain more free materials with the same weight as the articles.
In the weighing system, the weight of the corresponding material in the order information can be obtained. And when the weight is weighed for the second time, if the weight of the loaded goods is measured to be more than or less than the weight required in the order, reminding the driver to unload the goods or supplement the goods again, and not printing corresponding information.
In the above, the printed information is referred to, and means that the information of the weight of the double weighing, the information of the weight of the loaded goods, the information of the driver, the information of the license plate, and the like are printed. When printing, the automatic printer on the scale is adopted for printing without the help of a computer.
High and low infrared screens are installed around the wagon balance, and the tare weight is lightened by preventing tires of the vehicle from pressing beyond the wagon balance through a controller logic program. The tire is completely weighed, but the rear of a vehicle or the head of a vehicle blocks the high-low infrared card position device, after the high-low infrared card position device is triggered when the vehicle is weighed, the vehicle is normally weighed, the high-low infrared card position device is not blocked, the system judges that the vehicle is completely weighed, the high-infrared card position device in one direction or two directions of the wagon balance is blocked, but the low-infrared card position device is not blocked, the system judges that the vehicle is completely weighed, the problem of incomplete wagon balance weighing of the vehicle with incomplete wagon length wagon balance short is solved, and vehicle cheating behaviors are prevented.
The foregoing is illustrative of the preferred embodiments of this invention, and it is to be understood that the invention is not limited to the precise form disclosed herein and that various other combinations, modifications, and environments may be resorted to, falling within the scope of the concept as disclosed herein, either as described above or as apparent to those skilled in the relevant art. And that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (8)
1. A one-code-pass unattended anti-cheating weighing system, which is characterized in that,
the anti-cheating system comprises a two-dimension code anti-cheating system, wherein a two-dimension code is generated through a platform according to order information, the order information is sent to a customer and business terminal, and the two-dimension code is pushed to a mobile terminal of a driver mobile phone;
the two-dimensional code is displayed when the mobile terminal of the driver mobile phone reaches the designated position, the scanning head scans the two-dimensional code, the license plate number acquired is collected through the license plate recognition device in a camera shooting mode, and the vehicle can weigh when the acquired license plate number corresponds to the mobile terminal of the mobile phone.
2. The one-code-pass unmanned on duty anti-cheating weighing system of claim 1,
still include the radar system of preventing practising fraud, be provided with the size information that needs the pound car in this system, adopt the millimeter wave radar to scan the car during the pound, when the millimeter wave radar scans the size of car and sets for size information coincidence, just can the pound.
3. The one-code-pass unmanned on duty anti-cheating weighing system of claim 2,
when the vehicle needs to be weighed:
empty vehicles are weighed for the first weighing, and cheating is prevented through two-dimensional code scanning, a license plate recognition device and a millimeter wave radar;
after the first weighing, the goods are loaded;
then, carrying out secondary weighing, wherein the weight of the loaded goods is reduced from that of the first weighing; and simultaneously, the information of weighing twice, the information of loaded goods, the information of drivers and the information of license plates are printed.
4. The one-code-pass unmanned on duty anti-cheating weighing system of claim 3,
when the weight is used for the first time, the tare weight range value of the vehicle is set, when the weight is used for weighing, the tare weight range value is met, the passing of the vehicle is allowed, and when the tare weight range value is exceeded, an alarm is given, so that a person is prevented from putting a heavy object when the person is used for weighing for the first time and throwing the heavy object when the person is used for weighing for the second time.
5. The one-code-pass unmanned on duty anti-cheating weighing system of claim 4,
and when the weight of the loaded goods obtained finally is larger than or smaller than the weight required in the order during the second weighing, the system prompts the driver to return to unload or replenish the goods, and corresponding information is not printed.
6. The one-code-pass unmanned on duty anti-cheating weighing system of claim 5,
the scanner with the light filtering function and capable of remotely scanning is adopted, two-dimensional code brushing leakage caused by strong light and rainfall is avoided, and people can pass through the scanner quickly without getting off the vehicle.
7. The one-code-pass unmanned on duty anti-cheating weighing system of claim 6,
arranging cameras at different angle positions, capturing the front end, the side surface, the tail end and the cargo compartment position of the vehicle to form pictures, and storing picture information;
when the vehicle is subjected to the first weighing and the second weighing, the captured vehicle pictures are compared in the background of the system through a picture algorithm, whether the vehicle is the same vehicle or not is judged, and the weighing of the vehicle change board is prevented;
when the weight of the goods in the goods compartment is weighed for the second time, the goods in the goods compartment are captured, and the picture algorithm comparison is carried out between the background of the system and the standard goods picture in the order, so that the goods are prevented from being wrongly loaded.
8. The one-code-pass unmanned on duty anti-cheating weighing system of claim 7,
install high low infrared screens ware around the weighbridge, just begin to weigh when the tire gets into the weighing platform of weighbridge completely, avoid when passing pound the tire weight reduction outside the weighbridge.
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| CN202110389370.9A CN113063480A (en) | 2021-04-12 | 2021-04-12 | One yard leads to unmanned on duty prevents weighing system that practises fraud |
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| CN202110389370.9A CN113063480A (en) | 2021-04-12 | 2021-04-12 | One yard leads to unmanned on duty prevents weighing system that practises fraud |
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| CN117217698B (en) * | 2023-09-18 | 2024-04-16 | 上海鲸创电子科技有限公司 | Unmanned automatic weighing system of code-through truck scale |
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Application publication date: 20210702 |