CN114626793A - Intelligent logistics management method for expressway - Google Patents
Intelligent logistics management method for expressway Download PDFInfo
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Abstract
The invention provides an intelligent logistics management method for a highway, and belongs to the technical field of intelligent logistics management. The method comprises the steps that a goods transportation platform is in butt joint with a client terminal, and when the client terminal sends goods transportation order information, the goods transportation platform feeds back a response message and displays an order confirmation message on the client terminal; then integrating the respective state information of the vehicle and the driver which execute the cargo transportation and the state information of the cargo to be transported into the RFID identification tag for the subsequent automatic payment processing and cargo acceptance processing of the expressway, and simultaneously adjusting the driving state of the vehicle and the internal environment parameters of the vehicle container in the transportation process to ensure the driving smoothness of the vehicle on the expressway and the cargo quality; in addition, the RFID identification tag is used for automatically completing payment processing and goods acceptance processing, so that manual operation in the goods logistics process is effectively reduced, the efficiency and reliability of highway logistics transportation are improved, and the safety of goods transportation is ensured.
Description
Technical Field
The invention relates to the technical field of intelligent logistics management, in particular to an intelligent logistics management method for an expressway.
Background
At present, transregional long-distance goods logistics are realized in a highway transportation mode, when a customer needs to transport goods transregionally, a goods transport company is usually appointed to take and deliver the goods, and the processes are realized in a telephone contact mode. However, the above-mentioned mode all needs the staff to carry out in person monitoring and expense settlement one by one, and this not only reduces the efficiency and the reliability that the goods carried out highway commodity circulation and carry out, can't realize timely delivery to the fresh goods simultaneously, brings the uncertainty to the commodity circulation transport of fresh goods.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides an intelligent logistics management method for an expressway, which is characterized in that a cargo transportation platform is butted with a client terminal, and when the client terminal sends cargo transportation order information, the cargo transportation platform can feed back a response message and display an order confirmation message on the client terminal; then integrating the respective state information of the vehicle and the driver which execute the cargo transportation and the state information of the cargo to be transported into the RFID identification tag for the subsequent automatic payment processing and cargo acceptance processing on the highway, and simultaneously adjusting the driving state of the vehicle and the internal environment parameters of a vehicle container in the transportation process of the cargo on the highway, so as to ensure the driving smoothness of the vehicle on the highway and avoid the deterioration of the cargo in the transportation process; in addition, the RFID identification tag is used for automatically completing payment processing and goods acceptance processing, so that manual operation in the goods logistics process is effectively reduced, the efficiency and reliability of highway logistics transportation are improved, and the safety of goods transportation is ensured.
The invention provides an intelligent logistics management method for an expressway, which comprises the following steps:
step S1, acquiring the goods transportation order information sent by the client terminal, and sending a goods transportation request to the goods transportation platform according to the goods transportation order information; according to the response message of the cargo transportation platform to the cargo transportation request, obtaining corresponding order confirmation information, and displaying the order confirmation information on the client terminal;
step S2, according to the respective status information of the vehicle and the driver which carry out the goods transportation and the status information of the goods which need to be transported, generating an RFID identification label; acquiring an operation image of a cargo loaded to a vehicle, grouping the operation images, and uploading the operation images to the client terminal;
step S3, obtaining the image of the vehicle in the process of cargo transportation and the internal environment data of the vehicle container, so as to adjust the running state of the vehicle on the highway and the internal environment parameters of the vehicle container; when the vehicle passes through a toll gate of the expressway, the RFID identification tag is used for completing payment processing;
step S4, when the vehicle arrives at the destination, the client terminal and the RFID identification tag are used for induction processing, so that the goods are checked and accepted; and when the acceptance check processing is finished, the client terminal is instructed to send an order completion message to the corresponding cargo transportation platform.
Further, before the step S1, the method further includes:
before a client terminal initiates a cargo transportation order, acquiring historical cargo transportation fee payment information of the client terminal on a cargo transportation platform;
determining whether the client terminal has a cargo transportation arrearage condition in the historical cargo transportation process according to the historical cargo transportation fee payment information;
when the cargo transportation arrearage condition does not exist, determining that the client terminal belongs to a white list client terminal; otherwise, determining that the client terminal belongs to the blacklist client terminal;
when the client terminal belongs to the white list client terminal, the step S1 is entered; and when the client terminal belongs to the blacklist client terminal, forbidding the generation authority of the goods transportation order of the client terminal on the goods transportation platform.
Further, in step S1, the obtaining of the freight transportation order information sent by the client terminal, and sending the freight transportation request to the freight transportation platform according to the freight transportation order information specifically includes:
acquiring the information of a cargo transportation order sent by a client terminal, and extracting the weight of fresh goods in the goods to be transported, the address of a transportation starting place and the address of a transportation destination from the information of the cargo transportation order;
sending a cargo conveying request to a cargo transportation platform according to the weight of the fresh goods, so as to determine the respective distribution positions of all refrigerated trucks which can be suitable for transporting the fresh goods with corresponding weight;
and according to the respective distribution positions and the addresses of the transportation origins of all the refrigerated vehicles, the refrigerated vehicle closest to the transportation origin is taken as the vehicle for finally carrying out the transportation of the goods.
Further, in step S1, obtaining corresponding order confirmation information according to the response message of the cargo transportation platform to the cargo transportation request, and displaying the order confirmation information on the client terminal specifically includes:
extracting the license plate number and the vehicle departure time of a vehicle executing the cargo transportation from the response message of the cargo transportation platform to the cargo transportation request, and taking the license plate number and the vehicle departure time as order confirmation information; and sending the order confirmation information to the client terminal for display.
Further, in step S2, the generating an RFID tag according to the respective status information of the vehicle and the driver performing the transportation of the cargo and the status information of the cargo to be transported specifically includes:
according to the license plate number and the vehicle model of the vehicle for carrying out the cargo transportation, the identity information of a driver for carrying out the cargo transportation and the type and weight of the fresh cargo to be transported, RFID induction information is generated, and the RFID induction information is integrated into the RFID identification tag.
Further, in step S2, the acquiring an operation image of a cargo loaded on a vehicle, grouping the operation images, and uploading the operation images to the client terminal specifically includes:
acquiring a cargo carrying image of a fresh cargo in a vehicle loading process, extracting a plurality of cargo carrying pictures from the cargo carrying image, and uploading the extracted cargo carrying pictures to the client terminal; wherein the extracted plurality of freight transportation pictures comprise freight transportation pictures at different moments and at different shooting angles.
Further, in step S3, the obtaining the image of the vehicle during the transportation of the cargo and the internal environment data of the vehicle container to adjust the driving state of the vehicle on the highway and the internal environment parameters of the vehicle container specifically includes:
acquiring a driving image of a vehicle on an expressway in the process of cargo transportation, analyzing and processing the driving image, and determining whether a traffic jam condition exists in the driving process of the vehicle; if the vehicle speed is higher than the set speed, adjusting the driving route of the vehicle on the expressway; if the current driving route does not exist, keeping the current driving route of the vehicle on the expressway unchanged;
acquiring the actual environment temperature inside a vehicle container in the process of transporting cargos by a vehicle, and comparing the actual environment temperature with a preset temperature threshold; and if the actual environment temperature is greater than or equal to the preset temperature threshold value, increasing the refrigerating power of the refrigerating equipment in the vehicle container so as to reduce the environment temperature in the vehicle container.
Further, in step S3, when the vehicle passes through the highway toll gate, the completing the payment processing by using the RFID tag specifically includes:
when a vehicle passes through a highway toll gate, the RFID identification tag and the toll gate induction equipment perform mutual inductance operation, and the license plate number, the vehicle type and the type and weight of fresh goods are uploaded to the toll gate induction equipment, so that highway driving cost information of the vehicle is determined;
and completing payment processing to toll gate induction equipment through the RFID identification tag according to the highway driving expense information.
Further, in step S4, when the vehicle arrives at the destination, the sensing process is performed by using the client terminal and the RFID tag, so as to implement the acceptance process for the goods specifically including:
when the vehicle reaches the destination, the client terminal and the RFID identification tag are used for induction processing to obtain the license plate number and the vehicle model of the vehicle for executing the cargo transportation, the identity information of a driver for executing the cargo transportation and the type and weight of the fresh goods to be transported;
and checking and verifying the license plate number, the vehicle model, the identity information of a driver who carries out the cargo transportation, and the type and the weight of the fresh cargo to be transported with the cargo transportation platform, and determining to finish the acceptance processing of the cargo after all the information is checked and verified correctly.
Further, in step S4, after the acceptance check is completed, the instructing the client terminal to send an order completion message to the corresponding cargo transportation platform specifically includes:
and after the acceptance check processing is finished, instructing the client terminal to send an order completion message to the corresponding cargo transportation platform, and then instructing the client terminal to pay the transportation cost to the corresponding cargo transportation platform.
Compared with the prior art, the intelligent logistics management method for the expressway, disclosed by the invention, has the advantages that the goods transportation platform is in butt joint with the client terminal, and when the client terminal sends out goods transportation order information, the goods transportation platform can feed back response messages and display order confirmation messages on the client terminal; then integrating the respective state information of the vehicle and the driver which execute the cargo transportation and the state information of the cargo to be transported into the RFID identification tag for the subsequent automatic payment processing and cargo acceptance processing on the highway, and simultaneously adjusting the driving state of the vehicle and the internal environment parameters of a vehicle container in the transportation process of the cargo on the highway, so as to ensure the driving smoothness of the vehicle on the highway and avoid the deterioration of the cargo in the transportation process; in addition, the RFID identification tag is used for automatically completing payment processing and goods acceptance processing, so that manual operation in the goods logistics process is effectively reduced, the efficiency and reliability of highway logistics transportation are improved, and the safety of goods transportation is ensured.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the embodiments or technical descriptions will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic flow chart of an intelligent logistics management method for an expressway provided by the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a schematic flow chart of an intelligent logistics management method for an expressway according to the present invention. The intelligent logistics management method for the expressway comprises the following steps:
step S1, acquiring the goods transportation order information sent by the client terminal, and sending a goods transportation request to the goods transportation platform according to the goods transportation order information; according to the response message of the cargo transportation platform to the cargo transportation request, obtaining corresponding order confirmation information, and displaying the order confirmation information on the client terminal;
step S2, according to the state information of the vehicle and driver, and the state information of the goods to be transported, generating RFID label; acquiring an operation image of a cargo loaded to a vehicle, grouping the operation images, and uploading the operation images to a client terminal;
step S3, obtaining the image of the vehicle in the process of cargo transportation and the internal environment data of the vehicle container, so as to adjust the running state of the vehicle on the highway and the internal environment parameters of the vehicle container; when the vehicle passes through the highway toll gate, the RFID identification tag is used for completing payment processing;
step S4, when the vehicle arrives at the destination, the client terminal and the RFID identification tag are used for induction processing, so that the goods are checked and accepted; and when the acceptance check processing is finished, the client terminal is indicated to send an order completion message to the corresponding cargo transportation platform.
The beneficial effects of the above technical scheme are: the intelligent logistics management method for the expressway utilizes the goods transportation platform to be in butt joint with the client terminal, and when the client terminal sends goods transportation order information, the goods transportation platform can feed back response information and display order confirmation information on the client terminal; then integrating the respective state information of the vehicle and the driver which execute the cargo transportation and the state information of the cargo to be transported into the RFID identification tag for the subsequent automatic payment processing and cargo acceptance processing on the highway, and simultaneously adjusting the driving state of the vehicle and the internal environment parameters of a vehicle container in the transportation process of the cargo on the highway, so as to ensure the driving smoothness of the vehicle on the highway and avoid the deterioration of the cargo in the transportation process; in addition, the RFID identification tag is used for automatically completing payment processing and goods acceptance processing, so that manual operation in the goods logistics process is effectively reduced, the efficiency and reliability of highway logistics transportation are improved, and the safety of goods transportation is ensured.
Preferably, before step S1, the method further includes:
before a client terminal initiates a cargo transportation order, acquiring historical cargo transportation fee payment information of the client terminal on a cargo transportation platform;
determining whether the client terminal has a cargo transportation arrearage condition in the historical cargo transportation process according to the historical cargo transportation fee payment information;
when the cargo transportation arrearage condition does not exist, determining that the client terminal belongs to a white list client terminal; otherwise, determining that the client terminal belongs to the blacklist client terminal;
when the client terminal belongs to the white list client terminal, the step S1 is entered; and when the client terminal belongs to the blacklist client terminal, forbidding the generation authority of the goods transportation order of the client terminal on the goods transportation platform.
The beneficial effects of the above technical scheme are: the cargo transportation platform can be, but is not limited to, a server terminal integrated with a cargo transportation vehicle dispatching function. Before a client terminal initiates a cargo transportation order, the client terminal is in communication connection with a cargo transportation platform, the cargo transportation platform can firstly determine whether the client terminal has a cargo transportation arrearage condition in the historical cargo transportation process of the cargo transportation platform, when a cargo transportation arrearage event does not exist, the client terminal is determined to belong to a white list client terminal, otherwise, the client terminal is determined to belong to a black list client terminal. Through the mode, the client terminal with the freight arrearage can be screened, and the normal operation of subsequent freight is ensured.
Preferably, in step S1, the obtaining of the freight transportation order information sent by the client terminal, and sending the freight transportation request to the freight transportation platform according to the freight transportation order information specifically includes:
acquiring the information of a cargo transportation order sent by a client terminal, and extracting the weight of fresh goods in the goods to be transported, the address of a transportation starting place and the address of a transportation destination from the information of the cargo transportation order;
according to the weight of the fresh goods, sending a goods conveying request to a goods conveying platform so as to determine the respective distribution positions of all refrigerated trucks which can be suitable for conveying the fresh goods with corresponding weight;
and according to the respective distribution positions and the addresses of the transportation origins of all the refrigerated vehicles, the refrigerated vehicle closest to the transportation origin is taken as the vehicle for finally carrying out the transportation of the goods.
The beneficial effects of the above technical scheme are: when the client terminal generates the goods transportation order information, the weight of the fresh goods in the goods to be transported, the transportation starting place address and the transportation destination address are extracted from the goods transportation order information. The fresh goods need specific refrigerated trucks to be transported, so that the goods transportation platform can conveniently select all refrigerated trucks with proper cargo weight from all vehicles under the transportation platform, all the selected refrigerated trucks are positioned, the subsequent determination is facilitated, the refrigerated trucks which can arrive at the transportation starting place at the fastest speed can be obtained, and the transportation efficiency of the trucks is improved.
Preferably, in step S1, obtaining corresponding order confirmation information according to the response message of the cargo transportation platform to the cargo transportation request, and displaying the order confirmation information on the client terminal specifically includes:
extracting the license plate number and the vehicle departure time of a vehicle executing the cargo transportation from a response message of the cargo transportation platform to the cargo transportation request, and taking the license plate number and the vehicle departure time as order confirmation information; and sending the order confirmation information to the client terminal for display.
The beneficial effects of the above technical scheme are: and extracting the license plate number and the vehicle departure time of the vehicle for executing the cargo transportation from the response message fed back by the freight transportation platform, and sending the license plate number and the vehicle departure time as order confirmation information to the client terminal for displaying, so that a user of the client terminal can know the processing progress of the cargo transportation order in time.
Preferably, in step S2, the generating the RFID tag according to the respective status information of the vehicle and the driver performing the transportation of the goods and the status information of the goods to be transported specifically includes:
and generating RFID induction information according to the license plate number and the vehicle model of the vehicle for carrying out the cargo transportation, the identity information of a driver for carrying out the cargo transportation and the type and weight of the fresh goods to be transported, and integrating the RFID induction information into the RFID identification tag.
The beneficial effects of the above technical scheme are: the license plate number of the goods transportation vehicle, the vehicle model, the identity information of a driver who carries out the goods transportation, and the type and the weight of the fresh goods to be transported are taken as RFID induction information and are integrated into a chip of the RFID identification label, so that the corresponding information can be acquired in real time by subsequently inducing the chip of the RFID identification label, the client terminal is not required to carry out an information acquisition request to the freight transportation platform again, and the convenience and the automation degree of information acquisition in the goods transportation process are improved.
Preferably, in step S2, the acquiring an operation image of the cargo loaded on the vehicle, grouping the operation images, and uploading the operation image to the client terminal specifically includes:
acquiring a cargo carrying image of a fresh cargo in a vehicle loading process, extracting a plurality of cargo carrying pictures from the cargo carrying image, and uploading the extracted cargo carrying pictures to a client terminal; the extracted plurality of goods carrying pictures comprise goods carrying pictures at different moments and different shooting angles.
The beneficial effects of the above technical scheme are: the in-process that the fresh goods loaded to the vehicle utilizes the on-vehicle camera of vehicle to shoot the cargo handling process, obtains the cargo handling image of video form, draws from the cargo handling image again and obtains a plurality of cargo handling pictures to upload to customer terminal, the user can know the cargo handling condition through customer terminal in real time like this, when taking place the cargo handling accident and lead to the goods damaged, in time feeds back to freight transportation platform, guarantees the quality of the goods of transportation.
Preferably, in step S3, the acquiring the image of the transportation process of the vehicle and the internal environment data of the vehicle container to adjust the driving state of the vehicle on the highway and the internal environment parameters of the vehicle container specifically includes:
acquiring a driving image of a vehicle on a highway in the process of cargo transportation, analyzing and processing the driving image, and determining whether a traffic jam condition exists in the driving process of the vehicle; if the vehicle speed is higher than the set speed, adjusting the driving route of the vehicle on the expressway; if the current driving route does not exist, keeping the current driving route of the vehicle on the expressway unchanged;
acquiring the actual environment temperature inside a vehicle container in the process of transporting cargos by a vehicle, and comparing the actual environment temperature with a preset temperature threshold; and if the actual environment temperature is greater than or equal to the preset temperature threshold value, increasing the refrigerating power of the refrigerating equipment in the vehicle container so as to reduce the environment temperature in the vehicle container.
The beneficial effects of the above technical scheme are: when the vehicle runs on the expressway, the vehicle-mounted camera of the vehicle is used for shooting a vehicle running image, so that whether traffic jam exists in the vehicle running process or not is identified, the running route of the vehicle on the expressway is adaptively adjusted, and cargo transportation delay caused by road jam of the vehicle is effectively avoided. In addition, through monitoring the actual environment temperature inside the vehicle packing cupboard, can adjust the refrigeration power of the inside refrigeration plant of vehicle packing cupboard in real time, avoid the inside high temperature of vehicle packing cupboard and lead to the bad nature of fresh goods.
Preferably, in step S3, when the vehicle passes through the highway toll gate, the completing the payment process by using the RFID tag specifically includes:
when a vehicle passes through a highway toll gate, the mutual inductance operation is carried out through the RFID tag and the toll gate induction equipment, and the license plate number, the vehicle type and the type and weight of fresh goods are uploaded to the toll gate induction equipment, so that the highway driving cost information of the vehicle is determined;
and completing payment processing to the toll gate induction equipment through the RFID tag according to the highway driving expense information.
The beneficial effects of the above technical scheme are: when a vehicle passes through a highway toll gate, the mutual inductance operation is carried out through the RFID identification tag and the toll gate induction equipment, the license plate number, the vehicle type and the type and weight of fresh goods are uploaded to the toll gate induction equipment, namely, the mutual inductance operation is carried out through the chip of the RFID identification tag and the toll gate induction equipment, and when the toll gate induction equipment receives the information from the RFID identification tag, the highway driving charge of the vehicle can be calculated according to the corresponding highway passing charging rule; and finally, the RFID identification tag and the toll gate induction equipment are used for carrying out contactless payment operation, so that vehicle passing payment is realized, and the efficiency of the logistics payment process is improved.
Preferably, in step S4, when the vehicle arrives at the destination, the sensing process is performed by using the client terminal and the RFID tag, so as to implement the acceptance process for the goods specifically including:
when the vehicle arrives at a destination, the client terminal and the RFID identification tag are used for induction processing to obtain the license plate number and the vehicle model of the vehicle for executing the cargo transportation, the identity information of a driver for executing the cargo transportation and the type and weight of the fresh cargo to be transported;
and checking and verifying the license plate number, the vehicle model, the identity information of a driver who carries out the cargo transportation, the type and the weight of the fresh cargo to be transported with the cargo transportation platform, and determining to finish the acceptance processing of the cargo after all the information is checked and verified correctly.
The beneficial effects of the above technical scheme are: when the vehicle arrives at the destination, the client terminal and the RFID identification tag are used for induction processing, the license plate number of the vehicle for carrying out cargo transportation is obtained, the vehicle model is obtained, the identity information of a driver for carrying out cargo transportation, the type and the weight of fresh goods to be transported are obtained, the license plate number and the vehicle model are verified by checking with the cargo transportation platform, when the information prestored in the cargo transportation platform is consistent with all the information, the cargo transportation is correct, cargo transportation errors (such as the condition of cargo type delivery errors or cargo transportation address errors) do not exist, so that the checking and accepting can be completed without a worker manually listing the goods on the vehicle one by one, the cargo checking and accepting efficiency is improved, and the workload of cargo checking and accepting is reduced.
Preferably, in step S4, after the acceptance check is completed, the instructing the client terminal to send the order completion message to the corresponding cargo transportation platform specifically includes:
and after the acceptance check processing is finished, the client terminal is instructed to send an order completion message to the corresponding cargo transportation platform, and then the client terminal is instructed to pay the transportation cost to the corresponding cargo transportation platform.
The beneficial effects of the above technical scheme are: after the acceptance check is finished, the client terminal is instructed to send order completion information to the corresponding cargo transportation platform, and then the client terminal is instructed to pay the transportation cost to the corresponding cargo transportation platform, so that the accuracy and the safety of the settlement of the logistics cost can be improved.
As can be seen from the content of the above embodiment, the intelligent logistics management method for the highway utilizes the cargo transportation platform to be in butt joint with the client terminal, and when the client terminal sends out cargo transportation order information, the cargo transportation platform feeds back a response message and displays an order confirmation message on the client terminal; then integrating the respective state information of the vehicle and the driver which execute the cargo transportation and the state information of the cargo to be transported into the RFID identification tag for the subsequent automatic payment processing and cargo acceptance processing on the highway, and simultaneously adjusting the driving state of the vehicle and the internal environment parameters of a vehicle container in the transportation process of the cargo on the highway, so as to ensure the driving smoothness of the vehicle on the highway and avoid the deterioration of the cargo in the transportation process; in addition, the RFID identification tag is used for automatically completing payment processing and goods acceptance processing, so that manual operation in the goods logistics process is effectively reduced, the efficiency and the reliability of highway logistics transportation are improved, and the safety of goods transportation is ensured.
Claims (10)
1. An intelligent logistics management method for an expressway is characterized by comprising the following steps:
step S1, acquiring the goods transportation order information sent by the client terminal, and sending a goods transportation request to the goods transportation platform according to the goods transportation order information; according to the response message of the cargo transportation platform to the cargo transportation request, obtaining corresponding order confirmation information, and displaying the order confirmation information on the client terminal;
step S2, according to the state information of the vehicle and driver, and the state information of the goods to be transported, generating RFID label; acquiring an operation image of a cargo loaded to a vehicle, grouping the operation images, and uploading the operation images to the client terminal;
step S3, obtaining the image of the vehicle in the process of cargo transportation and the internal environment data of the vehicle container, so as to adjust the running state of the vehicle on the highway and the internal environment parameters of the vehicle container; when the vehicle passes through a toll gate of the expressway, the RFID identification tag is used for completing payment processing;
step S4, when the vehicle arrives at the destination, the client terminal and the RFID identification tag are used for induction processing, so that the goods are checked and accepted; and when the acceptance check processing is finished, the client terminal is instructed to send an order completion message to the corresponding cargo transportation platform.
2. The intelligent logistics management method for the highway according to claim 1, wherein:
before the step S1, the method further includes:
before a client terminal initiates a cargo transportation order, acquiring historical cargo transportation fee payment information of the client terminal on a cargo transportation platform;
determining whether the client terminal has a cargo transportation arrearage condition in the historical cargo transportation process according to the historical cargo transportation fee payment information;
when the cargo transportation arrearage condition does not exist, determining that the client terminal belongs to a white list client terminal; otherwise, determining that the client terminal belongs to the blacklist client terminal;
when the client terminal belongs to the white list client terminal, the step S1 is entered; and when the client terminal belongs to the blacklist client terminal, forbidding the client terminal to generate the authority for the goods transportation order on the goods transportation platform.
3. The intelligent logistics management method for the highway according to claim 1, wherein:
in step S1, the step of obtaining the freight transportation order information sent by the client terminal, and sending the freight transportation request to the freight transportation platform according to the freight transportation order information specifically includes:
acquiring the information of a cargo transportation order sent by a client terminal, and extracting the weight of fresh goods in the goods to be transported, the address of a transportation starting place and the address of a transportation destination from the information of the cargo transportation order;
sending a cargo conveying request to a cargo transportation platform according to the weight of the fresh goods, so as to determine the respective distribution positions of all refrigerated trucks which can be suitable for transporting the fresh goods with corresponding weight;
and according to the respective distribution positions and the addresses of the transportation origins of all the refrigerated vehicles, the refrigerated vehicle closest to the transportation origin is taken as the vehicle for finally carrying out the transportation of the goods.
4. The intelligent logistics management method for the highway according to claim 3, wherein:
in step S1, obtaining corresponding order confirmation information according to the response message of the cargo transportation platform to the cargo transportation request, and displaying the order confirmation information on the client terminal specifically includes:
extracting the license plate number and the vehicle departure time of a vehicle executing the cargo transportation from the response message of the cargo transportation platform to the cargo transportation request, and taking the license plate number and the vehicle departure time as order confirmation information; and sending the order confirmation information to the client terminal for display.
5. The intelligent logistics management method for the highway according to claim 4, wherein:
in step S2, generating an RFID tag according to the status information of the vehicle and the driver performing the transportation of the cargo and the status information of the cargo to be transported specifically includes:
according to the license plate number and the vehicle model of the vehicle for carrying out the cargo transportation, the identity information of a driver for carrying out the cargo transportation and the type and weight of the fresh cargo to be transported, RFID induction information is generated, and the RFID induction information is integrated into the RFID identification tag.
6. The intelligent logistics management method for the highway according to claim 5, wherein:
in step S2, acquiring an operation image of a cargo loaded on a vehicle, grouping the operation images, and uploading the operation images to the client terminal specifically includes:
acquiring a cargo carrying image of a fresh cargo in a vehicle loading process, extracting a plurality of cargo carrying pictures from the cargo carrying image, and uploading the extracted cargo carrying pictures to the client terminal; wherein the extracted plurality of freight transportation pictures comprise freight transportation pictures at different moments and at different shooting angles.
7. The intelligent logistics management method for the highway according to claim 6, wherein:
in step S3, the obtaining the image of the vehicle during the transportation of the cargo and the internal environment data of the vehicle container to adjust the driving status of the vehicle on the highway and the internal environment parameters of the vehicle container specifically includes:
acquiring a driving image of a vehicle on a highway in the process of cargo transportation, analyzing and processing the driving image, and determining whether a traffic jam condition exists in the driving process of the vehicle; if the vehicle speed is higher than the set speed, adjusting the driving route of the vehicle on the expressway; if the current driving route does not exist, keeping the current driving route of the vehicle on the expressway unchanged;
acquiring the actual environment temperature inside a vehicle container in the process of transporting cargos by a vehicle, and comparing the actual environment temperature with a preset temperature threshold; and if the actual environment temperature is greater than or equal to the preset temperature threshold value, increasing the refrigerating power of the refrigerating equipment in the vehicle container so as to reduce the environment temperature in the vehicle container.
8. The intelligent logistics management method for the highway according to claim 7, wherein:
in step S3, when the vehicle passes through the highway toll gate, the completing the payment processing by using the RFID tag specifically includes:
when a vehicle passes through a highway toll gate, the RFID identification tag and the toll gate induction equipment perform mutual inductance operation, and the license plate number, the vehicle type and the type and weight of fresh goods are uploaded to the toll gate induction equipment, so that highway driving cost information of the vehicle is determined;
and according to the highway running expense information, completing payment processing to toll gate induction equipment through the RFID identification tag.
9. The intelligent logistics management method for the highway according to claim 8, wherein:
in step S4, when the vehicle arrives at the destination, the sensing process is performed by using the client terminal and the RFID tag, so as to implement the acceptance process for the goods, which specifically includes:
when the vehicle arrives at the destination, the client terminal and the RFID identification tag are used for induction processing to obtain the license plate number and the vehicle model of the vehicle for carrying out the cargo transportation, the identity information of a driver for carrying out the cargo transportation and the type and the weight of the fresh cargo to be transported;
and checking and verifying the license plate number, the vehicle model, the identity information of a driver who carries out the cargo transportation, and the type and the weight of the fresh cargo to be transported with the cargo transportation platform, and determining to finish the acceptance processing of the cargo after all the information is checked and verified correctly.
10. The intelligent logistics management method for the highway according to claim 9, wherein:
in step S4, after the acceptance check is completed, instructing the client terminal to send an order completion message to the corresponding cargo transportation platform specifically includes:
and after the acceptance check processing is finished, instructing the client terminal to send an order completion message to the corresponding cargo transportation platform, and then instructing the client terminal to pay the transportation cost to the corresponding cargo transportation platform.
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