CN111784228A - Unattended weighbridge management system for commercial concrete enterprises - Google Patents
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Abstract
The invention discloses an unattended weighbridge management system for commercial concrete enterprises, which comprises the following components: the system comprises an acquirer main control unit, a supply chain unit, a driver mobile terminal unit, a wagon balance unit, a warehouse unit and a statistic unit; the demander main control unit is connected with the supply chain unit, the driver moving end unit, the wagon balance unit, the warehouse unit and the statistic unit; the wagon balance unit is arranged at the periphery of the warehouse unit; the warehouse unit is used for filling concrete raw materials of a manufacturer to a bin position which is released to the warehouse unit through verification; the statistical unit is connected with the demander main control unit, the supply chain unit, the driver moving end unit, the wagon balance unit and the warehouse unit. The invention completes the check of unattended weighbridge and transport vehicle, and completes the functions of automatic weighing, material-fetching by guiding to the appointed position, and the like, thereby comprehensively realizing the whole processes of commercial concrete purchasing and receiving, such as electronization, intellectualization and unmanned operation.
Description
Technical Field
The invention relates to the technical field of intelligent factory production management of commercial concrete enterprises, in particular to an unattended wagon balance management system of a commercial concrete enterprise.
Background
In the raw material purchasing process of the commercial concrete product, the supplier needs to be informed by fax, telephone, short message and other modes, so that the efficiency is low and the cost is high. When the vehicle arrives at the pound of the concrete enterprise, the vehicle needs to be attended for 24 hours when passing the pound, and a large amount of labor cost is increased when the vehicle is attended for three shifts. In the manual weighing process, the error rate is high due to human factors, and hidden dangers are brought to enterprise assets. The raw material distribution process is not monitored, so that the production efficiency is greatly influenced. In the intelligent era, the original mode cannot meet the development needs of enterprises.
For the above reasons, there is a need to invent an unattended weighbridge management system for commercial concrete enterprises.
Disclosure of Invention
The embodiment of the invention aims to solve the technical problem that: the unattended weighbridge management system for the commercial concrete enterprises is provided, so that the purchasing efficiency is improved, the whole-process monitoring of the logistics process, weighing in excess of the weighbridge is achieved, unattended weighing and account checking are achieved in real time, and the intelligent commercial concrete factory is achieved.
According to an aspect of an embodiment of the present invention, there is provided an unattended weighbridge management system for a concrete business enterprise, including: the system comprises an acquirer main control unit, a supplier unit, a driver mobile terminal unit, a wagon balance unit, a warehouse unit and a statistic unit;
the demander main control unit is connected with the supplier unit, the driver mobile terminal unit, the wagon balance unit, the warehouse unit and the statistic unit, the demander main control unit sends a demand plan to the supply chain unit, the supply terminal finds feedback information to the demander main control unit and assigns the driver mobile terminal unit to a specified place for loading and unloading, after the demander wagon balance unit automatically bears the weight, the matched warehouse unit is guided for unloading, and the demander main control unit controls the work of the supplier unit, the driver mobile terminal unit, the wagon balance unit, the warehouse unit and the statistic unit;
the wagon balance unit is arranged in a warehouse unit of the commercial concrete enterprise, and is used for weighing when a driver drives a vehicle to pass through the wagon balance unit, completing automatic license plate recognition, automatic weighing and information verification of a transport vehicle, releasing the transport vehicle passing through the verification, and sending transport vehicle information to the matched warehouse unit;
the warehouse unit is used for filling commercial concrete products into the transport vehicles of the driver mobile terminal unit which is released through verification for weighing statistics, and sending filling supplier supply quantity information to the demander main control unit, the supplier unit, the driver mobile terminal unit, the wagon balance unit and the statistic unit;
the wagon balance unit carries out secondary wagon balance on the transport vehicle of the driver mobile terminal unit which finishes filling the merchant concrete product, finishes the net weight information of the transport vehicle transported goods, automatically finishes the verification of statistical information and information, releases the transport vehicle passing the verification, and sends related information to the demander main control unit, the supplier unit, the driver mobile terminal unit, the wagon balance unit and the statistical unit;
the statistical unit is connected with the demander main control unit, the supplier unit, the driver mobile terminal unit, the wagon balance unit and the warehouse unit and is used for generating account payable information of the demander main control unit, transportation quantity information, duration information, oil consumption information, transportation mileage information and lifting information of the driver mobile terminal unit, weighing verification information of the wagon balance unit, and raw material stocking information and real-time inventory information of the warehouse unit.
In another embodiment of the unattended weighbridge management system based on the concrete business enterprise, the acquirer main control unit includes: the system comprises a demand plan management module, a logistics monitoring management module, a supplier management module and a vehicle management module;
the demand plan management module is used for sending a demand plan to the supplier unit, the demand plan comprises raw materials required by concrete of a manufacturer, the supplier unit arranges the driver mobile terminal unit to load and unload the materials to a specified place after receiving the demand plan, the loading and unloading information is fed back to the demand party main control unit, and the vehicle position information of the driver mobile terminal unit is sent to the demand party main control unit and the supplier unit in real time.
The logistics monitoring management module is used for managing the transportation tasks of the orders and comprises the following steps: inquiring a transportation task, dynamically inquiring the position of a transportation vehicle, rechecking the transportation task, and deleting and recovering the transportation task, wherein the transportation task data of the logistics monitoring management module is from a demand plan issued by a demander main control unit and a distribution plan arranged by a supplier unit;
the supplier management module is mainly used for managing a commercial concrete supplier;
the vehicle management module is used for managing the transport vehicles and drivers who execute the transport tasks or queue.
In another embodiment of the above unattended weighbridge management system for commercial concrete enterprises, the driver moving end unit includes: the system comprises an electronic delivery list module, a code scanning and rechecking module, a vehicle setting module and a driver module;
the electronic delivery note module includes: the loading location, the contact person, the loading quantity, the specification, the delivery destination and the receiver information are used for realizing online navigation;
the code scanning and rechecking module is used for: scanning codes to check correct bin positions, unlocking and locking;
the vehicle module includes: vehicle monitoring, vehicle setting, vehicle refueling registration, and vehicle fuel consumption; the vehicle monitoring system displays the current vehicle position of the unit on a map through a digital map and a positioning system, and monitors the working state of the vehicle; the vehicle setting is that the vehicle is added, deleted and changed, and when the vehicle is added, the vehicle number, the GPS user card number, the license plate number, the vehicle capacity and the annual inspection date are added; the vehicle refueling registration is to register the refueling of the vehicle, and the registration content comprises the following contents: adding fuel, adding fuel time and reading by a vehicle odometer; the vehicle fuel consumption is to the fuel consumption of vehicle statistics, and the statistics content includes: the system comprises a wagon module, a wagon information module, a wagon oil consumption module, a wagon balance unit and a wagon oil consumption module, wherein the wagon information module is used for recording the wagon oil consumption and automatically calculating the unit oil consumption of a wagon, so that a worker can conveniently master the wagon oil consumption information at any time;
the driver module includes: setting a driver and carrying out statistics on the driver; the driver setting is to add, delete and change drivers, and when a driver is added, the name and the mobile phone number of the driver are added; the driver's contribution statistics is the contribution statistics of the transportation completion workload of all drivers, and the statistics content comprises the transportation quantity and the contribution statistics.
In another embodiment of the above unattended weighbridge management system for commercial concrete enterprises, the weighbridge unit includes:
the system comprises a wagon balance module, a license plate automatic identification module, an information matching module, an automatic gate and an LED display module;
the wagon balance module is used for weighing the driving vehicles entering the driver mobile terminal unit for the second time, and calculating the actual evolution quantity of the transport vehicles;
the automatic license plate recognition module performs automatic vehicle license plate recognition on the transport vehicle of the driver mobile terminal unit, checks vehicle information and driver information through the license plate recognition, and sends the recognition information to the warehouse unit and the demander main control unit, so that the driver mobile terminal unit drives the vehicle to send goods to the appointed warehouse unit for unloading;
the information matching module is used for checking whether the checking information of the driver mobile terminal unit, the demander main control unit and the warehouse unit is consistent or not, and notifying manual checking and reporting again when the checking information is inconsistent;
the automatic gate automatically releases the transport vehicle passing the verification;
the LED display module is used for displaying weighing information of the wagon balance module, identification information of the license plate automatic identification module to a vehicle license plate, information matching conditions of the information matching module and on-off state information of the automatic gate in real time.
In another embodiment of the above unattended weighbridge management system for concrete business enterprises, the warehouse unit includes:
the information checking module and the filling module;
the information checking module is used for checking the information of the transport vehicle of the driver mobile terminal unit and checking the quantity of raw material products added to the transport vehicle with the demander main control unit;
and the filling module is used for automatically filling the raw material products for the transport vehicle which is checked by the information checking module.
In another embodiment of the unattended weighbridge management system based on the concrete business enterprise, the statistical unit includes:
a data storage unit and a data calculation unit;
the data storage unit stores data information of the demander main control unit, the supplier unit, the driver mobile terminal unit, the warehouse unit and the statistical unit;
and the data calculation unit classifies and counts the transportation data and the extraction data of the driver mobile terminal unit and the filling data of the warehouse unit according to the raw material product data information stored in the data storage unit.
Compared with the prior art, the invention has the following advantages:
according to the unattended intelligent management system for the wagon balance, the wagon balance unit is used for checking the transport vehicle, automatic weighing, automatic releasing and the like are completed, the transportation information and the identity information of the driver mobile terminal unit are checked through the demander main control unit and the warehouse unit, the accuracy is guaranteed, the labor cost is reduced, the working efficiency is improved, the whole-course control of the transportation process is realized, and the transparent, unmanned and automatic purchasing and goods feeding processes of the commercial concrete enterprises are realized.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description, serve to explain the principles of the invention.
The invention will be more clearly understood from the following detailed description, taken with reference to the accompanying drawings, in which:
fig. 1 is a schematic structural diagram of an embodiment of an unattended weighbridge management system of a merchant concrete enterprise according to the invention.
In the figure, 1 demander master control unit, 2 supplier units, 3 driver mobile end units, 4 wagon balance units, 5 warehouse units, 6 statistical units.
Detailed Description
Various exemplary embodiments of the present invention will now be described in detail with reference to the accompanying drawings. It should be noted that: the relative arrangement of the components and steps, the numerical expressions and numerical values set forth in these embodiments do not limit the scope of the present invention unless specifically stated otherwise.
Meanwhile, it should be understood that the sizes of the respective portions shown in the drawings are not drawn in an actual proportional relationship for the convenience of description.
The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the invention, its application, or uses.
Techniques, methods, and apparatus known to those of ordinary skill in the relevant art may not be discussed in detail but are intended to be part of the specification where appropriate.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, further discussion thereof is not required in subsequent figures.
Fig. 1 is a schematic structural diagram of an embodiment of an unattended weighbridge management system of a merchant concrete enterprise according to the present invention, as shown in fig. 1, the unattended weighbridge management system of the merchant concrete enterprise of the embodiment includes:
the system comprises an acquirer main control unit 1, a supplier unit 2, a driver mobile terminal unit 3, a wagon balance unit 4, a warehouse unit 5 and a statistic unit 6;
the demander main control unit 1 is connected with the supplier unit 2, the driver moving end unit 3, the wagon balance unit 4, the warehouse unit 5 and the statistical unit 6, the demander main control unit 1 sends a demand plan to the supply chain unit, the supply end finds feedback information to the demander main control unit 1 and assigns the driver moving end unit 3 to a specified place for loading and unloading, after the demander wagon balance unit 4 automatically passes a pound, the matched warehouse unit 5 is guided for unloading, and the demander main control unit 1 controls the work of the supplier unit 2, the driver moving end unit 3, the wagon balance unit 4, the warehouse unit 5 and the statistical unit 6;
the wagon balance unit 4 is arranged in a warehouse unit 5 of the commercial concrete enterprise, the wagon balance unit 4 is used for weighing when a driver drives a vehicle to pass through the wagon balance unit 4, automatic license plate recognition, automatic weighing and information verification of a transport vehicle are completed, the transport vehicle passing through the verification is released, and transport vehicle information is sent to the matched warehouse unit 5;
the warehouse unit 5 is used for filling commercial concrete products into the transport vehicles of the driver mobile terminal unit 3 which are released through verification for weighing statistics, and sending filling supplier supply quantity information to the demander main control unit 1, the supplier unit 2, the driver mobile terminal unit 3, the wagon balance unit 4 and the statistic unit 6;
the wagon balance unit 4 carries out secondary wagon balance on the transport vehicle of the driver mobile terminal unit 3 which finishes filling the commercial concrete product, finishes the net weight information of the transport vehicle transported goods, automatically finishes statistical information and information verification, releases the transport vehicle passing the verification, and sends related information to the demander main control unit 1, the supplier unit 2, the driver mobile terminal unit 3, the wagon balance unit 4 and the statistical unit 6;
the statistical unit 6 is connected with the demander main control unit 1, the supplier unit 2, the driver mobile terminal unit 3, the wagon balance unit 4 and the warehouse unit 5, and is used for generating account payable information of the demander main control unit 1, transportation quantity information, duration information, oil consumption information, transportation mileage information and extraction information of the driver mobile terminal unit 3, weighing verification information of the wagon balance unit 4, raw material stocking information and real-time inventory information of the warehouse unit 5.
The acquirer master control unit 1 includes: the system comprises a demand plan management module, a logistics monitoring management module, a supplier management module and a vehicle management module;
the demand plan management module is used for sending a demand plan to the supplier unit 2, the demand plan comprises raw materials required by concrete of a manufacturer, after the supplier unit 2 receives the demand plan, the driver mobile terminal unit 3 is arranged to load and unload goods to a specified place, the loading and unloading information is fed back to the demand party main control unit 1, and the vehicle position information of the driver mobile terminal unit 3 is sent to the demand party main control unit 1 and the supplier unit 2 in real time.
The logistics monitoring management module is used for managing the transportation tasks of the orders and comprises the following steps: inquiring a transportation task, dynamically inquiring the position of a transportation vehicle, rechecking the transportation task, and deleting and recovering the transportation task, wherein the transportation task data of the logistics monitoring management module is from a demand plan issued by a demander main control unit 1 and a distribution plan arranged by a supplier unit 2;
the supplier management module is mainly used for managing a commercial concrete supplier;
the vehicle management module is used for managing the transport vehicles and drivers who execute the transport tasks or queue.
The driver moving end unit 3 includes: the system comprises an electronic delivery list module, a code scanning and rechecking module, a vehicle setting module and a driver module;
the electronic delivery note module includes: the loading location, the contact person, the loading quantity, the specification, the delivery destination and the receiver information are used for realizing online navigation;
the code scanning and rechecking module is used for: scanning codes to check correct bin positions, unlocking and locking;
the vehicle module includes: vehicle monitoring, vehicle setting, vehicle refueling registration, and vehicle fuel consumption; the vehicle monitoring system displays the current vehicle position of the unit on a map through a digital map and a positioning system, and monitors the working state of the vehicle; the vehicle setting is that the vehicle is added, deleted and changed, and when the vehicle is added, the vehicle number, the GPS user card number, the license plate number, the vehicle capacity and the annual inspection date are added; the vehicle refueling registration is to register the refueling of the vehicle, and the registration content comprises the following contents: adding fuel, adding fuel time and reading by a vehicle odometer; the vehicle fuel consumption is to the fuel consumption of vehicle statistics, and the statistics content includes: the method comprises the steps that vehicle information and vehicle oil consumption records are recorded, unit oil consumption of a vehicle is automatically calculated, workers can conveniently master the vehicle oil consumption information at any time, and in a weighbridge unit 4, the weighbridge unit 4 carries out vehicle number identification, automatic weighing and vehicle information verification on a transport vehicle of a vehicle module in an intelligent video or radio frequency mode;
the driver module includes: setting a driver and carrying out statistics on the driver; the driver setting is to add, delete and change drivers, and when a driver is added, the name and the mobile phone number of the driver are added; the driver's contribution statistics is the contribution statistics of the transportation completion workload of all drivers, and the statistics content comprises the transportation quantity and the contribution statistics.
The wagon balance unit 4 includes:
the system comprises a wagon balance module, a license plate automatic identification module, an information matching module, an automatic gate and an LED display module;
the wagon balance module is used for weighing the driving vehicles entering the driver mobile terminal unit 3 for the second time and calculating the actual evolution number of the transport vehicles;
the automatic license plate recognition module performs automatic vehicle license plate recognition on the transport vehicle of the driver mobile terminal unit 3, checks vehicle information and driver information through the license plate recognition, and sends the recognition information to the warehouse unit 5 and the demander main control unit 1, so that the driver mobile terminal unit 3 drives the vehicle to send goods to the appointed warehouse unit 5 for unloading;
the information matching module is used for checking whether the verification information of the driver mobile terminal unit 3, the demander main control unit 1 and the warehouse unit 5 is consistent or not, and notifying manual verification and reporting again when the verification information is inconsistent;
the automatic gate automatically releases the transport vehicle passing the verification;
the LED display module is used for displaying weighing information of the wagon balance module, identification information of the license plate automatic identification module to a vehicle license plate, information matching conditions of the information matching module and on-off state information of the automatic gate in real time.
The warehouse unit 5 includes:
the information checking module and the filling module;
the information checking module is used for checking the information of the transport vehicle of the driver mobile terminal unit 3 and checking the quantity of raw material products added into the transport vehicle with the demander main control unit 1;
and the filling module is used for automatically filling the raw material products for the transport vehicle which is checked by the information checking module.
The statistical unit 6 includes:
a data storage unit and a data calculation unit;
the data storage unit stores data information of the demander main control unit 1, the supplier unit 2, the driver mobile terminal unit 3, the warehouse unit 5 and the statistical unit 6;
the data calculation unit classifies and counts the transportation data and the extraction data of the driver mobile terminal unit 3 and the filling data of the warehouse unit 5 according to the raw material product data information stored in the data storage unit.
In the present specification, the embodiments are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same or similar parts in the embodiments are referred to each other. For the system embodiment, since it basically corresponds to the method embodiment, the description is relatively simple, and for the relevant points, reference may be made to the partial description of the method embodiment.
The method and system of the present invention may be implemented in a number of ways. For example, the methods and systems of the present invention may be implemented in software, hardware, firmware, or any combination of software, hardware, and firmware. The above-described order for the steps of the method is for illustrative purposes only, and the steps of the method of the present invention are not limited to the order specifically described above unless specifically indicated otherwise. Furthermore, in some embodiments, the present invention may also be embodied as a program recorded in a recording medium, the program including machine-readable instructions for implementing a method according to the present invention. Thus, the present invention also covers a recording medium storing a program for executing the method according to the present invention.
The description of the present invention has been presented for purposes of illustration and description, and is not intended to be exhaustive or limited to the invention in the form disclosed. Many modifications and variations will be apparent to practitioners skilled in this art. The embodiment was chosen and described in order to best explain the principles of the invention and the practical application, and to enable others of ordinary skill in the art to understand the invention for various embodiments with various modifications as are suited to the particular use contemplated.
Claims (6)
1. An unattended weighbridge management system for commercial concrete enterprises is characterized by comprising:
the system comprises an acquirer main control unit, a supplier unit, a driver mobile terminal unit, a wagon balance unit, a warehouse unit and a statistic unit;
the demander main control unit is connected with the supplier unit, the driver mobile terminal unit, the wagon balance unit, the warehouse unit and the statistic unit, the demander main control unit sends a demand plan to the supply chain unit, the supply terminal finds feedback information to the demander main control unit and assigns the driver mobile terminal unit to a specified place for loading and unloading, after the demander wagon balance unit automatically bears the weight, the matched warehouse unit is guided for unloading, and the demander main control unit controls the work of the supplier unit, the driver mobile terminal unit, the wagon balance unit, the warehouse unit and the statistic unit;
the wagon balance unit is arranged in a warehouse unit of the commercial concrete enterprise, and is used for weighing when a driver drives a vehicle to pass through the wagon balance unit, completing automatic license plate recognition, automatic weighing and information verification of a transport vehicle, releasing the transport vehicle passing through the verification, and sending transport vehicle information to the matched warehouse unit;
the warehouse unit is used for filling commercial concrete products into the transport vehicles of the driver mobile terminal unit which is released through verification for weighing statistics, and sending filling supplier supply quantity information to the demander main control unit, the supplier unit, the driver mobile terminal unit, the wagon balance unit and the statistic unit;
the wagon balance unit carries out secondary wagon balance on the transport vehicle of the driver mobile terminal unit which finishes filling the merchant concrete product, finishes the net weight information of the transport vehicle transported goods, automatically finishes the verification of statistical information and information, releases the transport vehicle passing the verification, and sends related information to the demander main control unit, the supplier unit, the driver mobile terminal unit, the wagon balance unit and the statistical unit;
the statistical unit is connected with the demander main control unit, the supplier unit, the driver mobile terminal unit, the wagon balance unit and the warehouse unit and is used for generating account payable information of the demander main control unit, transportation quantity information, duration information, oil consumption information, transportation mileage information and lifting information of the driver mobile terminal unit, weighing verification information of the wagon balance unit, and raw material stocking information and real-time inventory information of the warehouse unit.
2. The unattended weighbridge management system of the merchant concrete enterprise of claim 1, wherein the acquirer master control unit comprises: the system comprises a demand plan management module, a logistics monitoring management module, a supplier management module and a vehicle management module;
the demand plan management module is used for sending a demand plan to the supplier unit, the demand plan comprises raw materials required by concrete of a manufacturer, the supplier unit arranges the driver mobile terminal unit to load and unload the materials to a specified place after receiving the demand plan, the loading and unloading information is fed back to the demand party main control unit, and the vehicle position information of the driver mobile terminal unit is sent to the demand party main control unit and the supplier unit in real time.
The logistics monitoring management module is used for managing the transportation tasks of the orders and comprises the following steps: inquiring a transportation task, dynamically inquiring the position of a transportation vehicle, rechecking the transportation task, and deleting and recovering the transportation task, wherein the transportation task data of the logistics monitoring management module is from a demand plan issued by a demander main control unit and a distribution plan arranged by a supplier unit;
the supplier management module is mainly used for managing a commercial concrete supplier;
the vehicle management module is used for managing the transport vehicles and drivers who execute the transport tasks or queue.
3. The system of claim 1, wherein the driver mobile end unit comprises: the system comprises an electronic delivery list module, a code scanning and rechecking module, a vehicle setting module and a driver module;
the electronic delivery note module includes: the loading location, the contact person, the loading quantity, the specification, the delivery destination and the receiver information are used for realizing online navigation;
the code scanning and rechecking module is used for: scanning codes to check correct bin positions, unlocking and locking;
the vehicle module includes: vehicle monitoring, vehicle setting, vehicle refueling registration, and vehicle fuel consumption; the vehicle monitoring system displays the current vehicle position of the unit on a map through a digital map and a positioning system, and monitors the working state of the vehicle; the vehicle setting is that the vehicle is added, deleted and changed, and when the vehicle is added, the vehicle number, the GPS user card number, the license plate number, the vehicle capacity and the annual inspection date are added; the vehicle refueling registration is to register the refueling of the vehicle, and the registration content comprises the following contents: adding fuel, adding fuel time and reading by a vehicle odometer; the vehicle fuel consumption is to the fuel consumption of vehicle statistics, and the statistics content includes: the system comprises a wagon module, a wagon information module, a wagon oil consumption module, a wagon balance unit and a wagon oil consumption module, wherein the wagon information module is used for recording the wagon oil consumption and automatically calculating the unit oil consumption of a wagon, so that a worker can conveniently master the wagon oil consumption information at any time;
the driver module includes: setting a driver and carrying out statistics on the driver; the driver setting is to add, delete and change drivers, and when a driver is added, the name and the mobile phone number of the driver are added; the driver's contribution statistics is the contribution statistics of the transportation completion workload of all drivers, and the statistics content comprises the transportation quantity and the contribution statistics.
4. The unattended weighbridge management system of a merchant concrete enterprise of claim 1, wherein the weighbridge unit comprises:
the system comprises a wagon balance module, a license plate automatic identification module, an information matching module, an automatic gate and an LED display module;
the wagon balance module is used for weighing the driving vehicles entering the driver mobile terminal unit for the second time, and calculating the actual evolution quantity of the transport vehicles;
the automatic license plate recognition module performs automatic vehicle license plate recognition on the transport vehicle of the driver mobile terminal unit, checks vehicle information and driver information through the license plate recognition, and sends the recognition information to the warehouse unit and the demander main control unit, so that the driver mobile terminal unit drives the vehicle to send goods to the appointed warehouse unit for unloading;
the information matching module is used for checking whether the checking information of the driver mobile terminal unit, the demander main control unit and the warehouse unit is consistent or not, and notifying manual checking and reporting again when the checking information is inconsistent;
the automatic gate automatically releases the transport vehicle passing the verification;
the LED display module is used for displaying weighing information of the wagon balance module, identification information of the license plate automatic identification module to a vehicle license plate, information matching conditions of the information matching module and on-off state information of the automatic gate in real time.
5. The system of claim 1, wherein the warehouse unit comprises:
the information checking module and the filling module;
the information checking module is used for checking the information of the transport vehicle of the driver mobile terminal unit and checking the quantity of raw material products added to the transport vehicle with the demander main control unit;
and the filling module is used for automatically filling the raw material products for the transport vehicle which is checked by the information checking module.
6. The system of claim 1, wherein the statistical unit comprises:
a data storage unit and a data calculation unit;
the data storage unit stores data information of the demander main control unit, the supplier unit, the driver mobile terminal unit, the warehouse unit and the statistical unit;
and the data calculation unit classifies and counts the transportation data and the extraction data of the driver mobile terminal unit and the filling data of the warehouse unit according to the raw material product data information stored in the data storage unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202010418971.3A CN111784228A (en) | 2020-05-18 | 2020-05-18 | Unattended weighbridge management system for commercial concrete enterprises |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010418971.3A CN111784228A (en) | 2020-05-18 | 2020-05-18 | Unattended weighbridge management system for commercial concrete enterprises |
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| CN111784228A true CN111784228A (en) | 2020-10-16 |
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| CN202010418971.3A Pending CN111784228A (en) | 2020-05-18 | 2020-05-18 | Unattended weighbridge management system for commercial concrete enterprises |
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| CN (1) | CN111784228A (en) |
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| CN115345601A (en) * | 2022-10-19 | 2022-11-15 | 中建三局信息科技有限公司 | Online business cooperation platform and method for commercial concrete business |
| CN115481989A (en) * | 2022-11-11 | 2022-12-16 | 山东博硕自动化技术有限公司 | Unattended material receiving and selling system of concrete mixing plant and working method |
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