CN110525913B - Wharf cargo transportation calculation traceability matching method - Google Patents
Wharf cargo transportation calculation traceability matching method Download PDFInfo
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- CN110525913B CN110525913B CN201910820249.XA CN201910820249A CN110525913B CN 110525913 B CN110525913 B CN 110525913B CN 201910820249 A CN201910820249 A CN 201910820249A CN 110525913 B CN110525913 B CN 110525913B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G43/00—Control devices, e.g. for safety, warning or fault-correcting
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
- G06K17/0029—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement being specially adapted for wireless interrogation of grouped or bundled articles tagged with wireless record carriers
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Abstract
The invention provides a wharf cargo transportation calculation traceability matching method. The data system consists of a core information system, a safety certification system, a user database and a user support system. The invention develops a wharf cargo transportation bill calculation matching method by applying a network information technology, thereby overcoming the problems of insufficient transferability, poor real-time performance, inconvenient source tracing inquiry and poor safety which are possibly caused by the existing cargo transportation matching, conforming to the development requirement of the modern logistics industry and improving the efficiency and the economic benefit of import and export production and loading and unloading.
Description
Technical Field
The invention relates to the field of production, loading and unloading, in particular to a dock cargo transportation calculation traceability matching method.
Background
The production and handling involve the circulation of a large number of documents, wherein the matching document is one of important documents, not only is a certificate of property right, but also is the joint production and handling certificate between a shipper and a handler and is also a receipt certificate of goods delivery, so that the safety, accuracy and real-time performance of the matching document are extremely concerned by all parties of the production and handling. With the development of electronic technology, the existing ship transportation matching system is a relatively closed system, and ship transportation matching can only be transferred among users of the system, so that the system has poor applicability in China, has poor instantaneity when relating to transfer operation, and causes inconvenience for source tracing query of cargo circulation information; secondly, the current ship and cargo transportation matching is easy to be illegally copied in circulation due to the adoption of a digital telegraph text form, and the safety cannot be guaranteed. The invention develops a wharf cargo transportation calculation traceability matching method through a new network information technology, thereby overcoming the problems of insufficient transferability, poor instantaneity, inconvenient traceability query and poor safety which are possibly caused by the existing cargo transportation matching, conforming to the development requirements of the modern logistics industry, and improving the efficiency and economic benefit of import and export production and loading and unloading.
Disclosure of Invention
The invention aims to provide a wharf cargo transportation calculation traceability matching method, which solves the technical problems of insufficient transferability, poor instantaneity, inconvenient traceability query, poor safety and the like which possibly occur in the conventional cargo transportation matching system by applying the distributed characteristic of a point-to-point technology.
The invention provides a dock cargo transportation calculation traceability matching method, which comprises the following steps: the system comprises a core information system, a security authentication system, a communication module, an information processing module, a user database, a user support system, a fragment management module, a delay service module and a memory in the computer; message information is designed by a message device of a core information system and used for storing and transmitting matching single texts, wherein the message information comprises message information between users or between the users and the system, and the message information comprises cargo quantity information, shipping state information, cargo appearance state information and signature time information;
and (2) a process: the safety certification system starts to record the establishment and the change of the contents, the corresponding rights and the obligation relation matched with the ship and the freight transportation, and after receiving the instruction of a user, the safety certification system carries out the operations of establishing, modifying and circulating the ship and the freight transportation;
and 3, process: the communication module carries out response communication on the dynamic nodes, establishes different node sets and quickly establishes a network data response set in a data communication mode;
and 4, process: the execution time of the information processing module is set to 7 o' clock every day, and the execution process is as follows: the wharf broadcasts the state information of the ship transportation matching requirement sent within the previous 24 hours, and stores the state information into a user database; an account number in the user support system is used as a unique identity ID of the user; data communication in a data local area network is formed by utilizing the minimum spanning tree concept, namely, historical data of a transportation list which can be merged is fused continuously in the data communication so as to realize returning of network acquisition data which are matched similarly; the fragment management module is used for dividing a network into fragments before the information processing module starts to work, taking the divided network as the initial super state of the network, and then dividing the network into fragments by using randomness;
and (5) a process: the communication module is used for managing the sending, processing and responding strategies of the multiple dynamic nodes in the initial super state: when the two initial super states mutually contain the condition, namely when the same goods send the same ship sending requirement or the same goods in the same state can be managed in a time-sharing mode by the ship sending, and the two initial super states belong to the mutually containing condition, the information processing module processes the processing mode so as to avoid serious waste of resources;
and 6, a process: the information processing module is used for executing in an initial super state, takes fixed time as an execution cycle, and is divided into an establishment stage and a processing stage of cargo and ship sending states in each execution cycle; the information processing module directly sends the data to the fragment management module after fusing the data;
and (7) a process: the processing of the delay service module adopts a distributed method without the control of an information processing module, so that the efficiency can be greatly improved; when the delay service module enters a data slow transmission stage; in the slow data transmission stage, the information processing module determines the time interval for processing each cargo and each ship-sending dynamic node in the information processing module, and each dynamic node can enter a dormant state outside the respective data sending interval;
and (8) a process: after receiving the matching single text, the information processing module stores big data traceability information formed in the transportation process of the goods carrying the RFID tags in the HADOOP cluster server to form a data security traceability model carrying the traceability information, so that various security reverse source operations of data tracking, information evaluation and process reappearance are realized; the user database is used for storing user information, and the content is used for verifying the user identity, determining the user authority and confirming the message sender; the safety certification system integrates information in a user database, establishes interoperability, sends data with a unique RFID (radio frequency identification) identifier to the memory so as to confirm transportation subsequently, and a user can clearly distinguish an owner, a user and an intermediary on the memory and can look up the information matched with ship transportation, such as registration, issuance, assignment and copy preservation through encryption and evidence-taking of the memory; the user support system is used for recording qualification examination information, system use description, announcement and updating condition of each user's meeting and the contact mode with the system background; the user system communicates with the core information system through a wireless network, and comprises the steps of establishing and transferring cargo transportation matching;
and a process 9: the data security traceability model carrying traceability information further comprises: big data traceability information formed by goods carrying RFID labels in the transportation process is stored in a storage node of the HADOOP cluster server to generate a hash value carrying the traceability information, the hash value stores a hash value sequence which is connected end to end through a storage, the current hash value in the sequence is formed by hashing the previous hash value, and the RFID storage carrying the hash value sequence of the data traceability information ensures the data to be untrustable and the traceability security, and can realize the tracing of the data traceability and the information evaluation; the operation data records matched with shipment and transportation can be inquired according to the memory, and the operation data records comprise information whether the operation data records are inquired, tampered and copied to be kept or not and can be used as a safety certificate of subsequent operation; the unique confirmation of point-to-point information is ensured through an encryption and attestation technology;
the process 10: the information processing module comprises the following operation procedures of matching the specific cargo transportation: creating a matching list: the shipper sends a command of renting a ship and ordering a cabin to the carrier, basic information of the goods is provided for the carrier through the system, the carrier creates a ship transportation matching information state after receiving the goods and confirming shipment, and the shipper is appointed to serve as a matching list holder and is sent to the security authentication system through the core information system;
the process 11: modifying the matching list: the carrier changes the matching list, if the related authorized person finds that the content is wrong, the carrier can send an application for modifying the matching list to the sender; if the sender agrees, making a change; if the sender does not agree, the sender cannot be modified;
and (4) process 12: transfer matching sheet: the current matching list holder sends an instruction to the security authentication system, a new user is designated as a receiver, an indicator or both the indicator and the holder are designated, and the user can be designated as an anonymous holder in a blank endorsement mode;
process 13: information intermediary matching list: the matching list holder sends an instruction to the security authentication system to designate a new quality and right holder; under the condition of applying a credit card, a matching bill holder sends the ship transportation matching to an information intermediary (the information intermediary provides information required by both a buyer and a seller without bearing the operation risk, such as 58, American group and glutinous rice) through the core information system, and the matching bill holder is appointed to pay as a matching bill right and a matching bill holder in the security authentication system; after the information intermediary confirms that the documents are in accordance, sending confirmation information to the cargo owner and sending the cargo transportation matching to the information intermediary, and meanwhile, designating the information intermediary as a new quality right person and a new holder; after the confirmation of the information medium, the information medium sends a transportation order; after the goods user determines the transportation order, the system sends the ship transportation matching and specifies the goods user as a receiver and a holder;
the process 14: submitting a matching list: the goods using direction submits a matching list to a carrier and extracts goods; the carrier informs the core information system within 48 hours before arriving at the destination port, and the system informs the goods user within 24 hours after the goods arrive at the destination port; the goods use direction system submits the ship transportation matching and sends an entitlement registration instruction; and after receiving the instruction and confirming, the security authentication system changes the state of the matching list into an end state.
Detailed Description
The embodiments of the present invention are described herein for the purpose of illustration and explanation, and are not intended to be limiting.
Example (b): a dock cargo transportation calculation traceability matching method is suitable for international import and export production and loading and unloading enterprises, so that the production and loading and unloading are matched with single electronics, and the specific implementation method is as follows:
(1) the ship transportation matching system consists of a data system and a user system. The data system is connected with the user system through a wireless network, and the operation of the ship and cargo transportation matching system by the user is realized.
(2) Specifically, the data system is composed of a core information system, a security authentication system, a user database and a user support system.
(3) The core information system specifically has the functions of: the matching list text is used for storing and transmitting the matching list text, and comprises message information between users or between the users and the system, such as quantity information of cargos, shipping state information, cargo appearance state information and list signing time information.
(4) The security authentication system specifically has the functions of: the system is used for recording the establishment and the change of the content, the corresponding right and the obligation relation of the ship-cargo transportation matching, and performing the creation, the modification and the circulation operation on the ship-cargo transportation matching after receiving the instruction of a user. The logistics information query function related to the cargo transportation matching adopts a RFID data security traceability mechanism based on a memory: after the matching single text is received, big data traceability information formed by the goods carrying the RFID tags in the transportation process is stored in the HADOOP cluster server to form a model carrying the traceability information, and various safe inverse source operations of data tracking, information evaluation and process recurrence are realized. In addition, information in a user database is integrated by using a memory technology, interoperability is created, data with a unique RFID (radio frequency identification) identifier is attached to the memory for transportation, a user can clearly distinguish an owner, a user and an intermediary party in an industrial chain, and the information matched with ship transportation, such as registration, issuance, transfer, tampering, copying and remaining information, can be consulted through an encryption and testification technology of the memory.
(5) The user database functions are specifically: for storing user information, the content being used for verifying the user identity, determining the user right and confirming the sender of the message.
(6) The functions of the user support system are specifically: the system is used for recording qualification examination information, account condition, system use description, announcement and update condition of each user's meeting and the contact mode with the system background.
(7) The operation flow for creating the matching list specifically comprises the following steps: the shipper sends a command of renting a ship to order a cabin to the carrier, basic information of the goods is provided for the carrier through the system, the carrier creates a ship transportation match after taking over the goods and confirming shipment, and the shipper is designated as a matching list holder and is sent to the security authentication system through the core information system;
(8) the operation flow for modifying the matching list specifically comprises the following steps: the carrier changes the matching list, if the related authorized person finds that the content is wrong, the carrier can send an application for modifying the matching list to the sender; if the sender agrees, making a change; if the sender does not agree, it cannot be altered.
(9) The operation flow of transferring the matching list specifically comprises the following steps: the current matchbook holder gives an instruction to the security authentication system to designate a new user as the recipient, and designates an indicator or both an indicator and a holder, which may designate a user as an anonymous holder in a blank endorsement manner.
(10) The operation flow of the credit matching sheet specifically comprises the following steps: the matching list holder sends an instruction to the security authentication system to designate a new quality right and holder. Under the condition of being applicable to the credit card, the matching bill holder sends the ship transportation matching to the information intermediary through the core information system, and the matching bill holder are appointed to pay as the matching bill right holder and the matching bill holder in the security authentication system. After the information intermediary confirms that the documents are in accordance, confirmation information is sent to the cargo owner, the cargo transportation is matched and sent to the information intermediary, and meanwhile, the information intermediary is designated as a new quality-right person and a new holder. After the information medium confirms, the confirmation information is sent to the information medium. After the goods user sends the confirmation information, the ship transportation matching is sent through the system, and the goods user is designated as a receiver and a holder.
(11) The operation flow of submitting the matching list specifically comprises the following steps: the goods user submits a matching order to the carrier and picks up the goods. The carrier notifies the core information system within 48 hours before arrival at the destination port and the system notifies the cargo user within 24 hours of arrival at the destination port. The goods use direction system submits the ship transportation matching and sends an entitlement registration instruction. And after the safety certification system receives the instruction and confirms, the state of the matching list is changed into an end state.
(12) The system comprises a core information system, a safety authentication system, a user database and a user support system;
the core information system is used for storing and transmitting matching list texts, and comprises message information between users or between the users and the system, such as cargo quantity information, shipping state information, cargo appearance state information and list signing time information;
the safety certification system is used for recording the establishment and the change of the content, the corresponding right and the obligation relation matched with the ship transportation, and performing the establishment, the modification and the circulation operation on the ship transportation matching after receiving the instruction of a user, and the specific mechanism is as follows: after receiving the matching single text, storing big data traceability information formed by the goods carrying the RFID tags in the transportation process into a HADOOP cluster server to form a model carrying the traceability information, and realizing data tracking, information evaluation and various safety reverse source operations reproduced in the process;
the user database is used for storing user information, and the content is used for verifying the user identity, determining the user authority and confirming the message sender;
the safety certification system integrates information in a user database by using a memory technology, creates interoperability, attaches data with a unique RFID (radio frequency identification) identifier to the memory for transportation, so that a user can clearly distinguish an owner, a user and an intermediary party on an industrial chain, and can look up registration, issuance, assignment, tampering, copying and retaining information matched with ship and goods transportation by using an encryption and attestation technology of the memory;
the user support system is used for recording qualification examination information and account condition of each user in a meeting, system use description, announcement and update condition and a contact mode with a system background;
the user system communicates with the core information system via a wireless network, including creating and transferring shipments for shipment matching.
With reference to the first aspect, an embodiment of the present invention provides a possible implementation manner of the first aspect, where the data security traceability model carrying traceability information further includes:
the model stores big data traceability information formed by goods carrying RFID labels in a transportation process into a HADOOP cluster server to form a database carrying traceability information, and blocks connected end to end are formed through memory operation to form an RFID data traceability database carrying data traceability information; once a certain block is changed, all hashes must be recalculated, and as the RFID data tracing node has enough computing power, any change of the RFID data tracing node consumes huge computing power, thereby ensuring the non-falsification and tracing security of a memory; the path which is traversed by the process can realize the tracing of data source, information evaluation and various safety operations of process recurrence;
with reference to the first aspect, an embodiment of the present invention provides a possible implementation manner of the first aspect, where an encryption attestation technology of a memory includes:
inquiring operation data records matched with shipment transportation according to an encryption algorithm adopted by a memory, wherein the operation data records comprise information whether the operation data records are consulted, tampered and copied to be retained, and the operation data records can be used as a safety certificate of subsequent operation; if the memory adopts an asymmetric encryption algorithm, the encryption and decryption processes of the query are as follows: a signs the information digest through a private key (PRI _ A), A encrypts information content and signature information by using a public key (PUB _ B) of B, B decrypts the content encrypted by the public key (PUB _ B) of B by using the private key (PRI _ B), and after obtaining a decrypted plaintext, the public key (PUB _ A) of A is used for signing the signature of A by using the private key (PRI _ A) of A; through the encryption proving technology, unique confirmation of end-to-end information is guaranteed.
With reference to the first aspect, an embodiment of the present invention provides a possible implementation manner of the first aspect, where the specific cargo transportation matching operation process includes:
creating a matching list: the shipper sends a command of renting a ship to order a cabin to the carrier, basic information of the goods is provided for the carrier through the system, the carrier creates a shipment match after taking over the goods and confirming shipment, and the shipper is designated as a matching list holder and sent to the security authentication system through the core information system;
modifying the matching list: the carrier changes the matching list, if the related authorized person finds that the content is wrong, the carrier can send an application for modifying the matching list to the sender; if the sender agrees, making a change; if the sender does not agree, the sender cannot be modified;
transfer matching sheet: the current matching list holder sends an instruction to the security authentication system, a new user is designated as a receiver, an indicator or both the indicator and the holder are designated, and the user can be designated as an anonymous holder in a blank endorsement mode;
credit matching sheet: the matching list holder sends an instruction to the security authentication system, and a new quality right and holder are designated; under the condition of being applicable to the credit card, the matching bill holder sends the ship transportation matching to the information intermediary through the core information system, and the safety authentication system appoints to pay as a matching bill right and a matching bill holder; after the information intermediary confirms that the documents are in accordance, sending confirmation information to the cargo owner and sending the cargo transportation matching to the information intermediary, and meanwhile, designating the information intermediary as a new quality right person and a new holder; after the information medium is confirmed, the confirmation information is sent to the information medium; after the goods user sends the confirmation information, the ship-to-goods transportation matching is sent through the system, and the goods user is designated as a receiver and a holder;
submitting a matching list: the goods using direction submits a matching list to a carrier and extracts goods; the carrier informs the core information system within 48 hours before arriving at the destination port, and the system informs the goods user within 24 hours after the goods arrive at the destination port; the goods use direction system submits the ship transportation matching and sends an entitlement registration instruction; and after the safety certification system receives the instruction and confirms, the state of the matching list is changed into an end state.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the present invention, as it will be apparent to those skilled in the art that various modifications and variations can be made in the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
The ship and cargo transportation matching system has the beneficial effects that the distributed characteristic of a point-to-point technology is applied, and the technical problems of insufficient transferability, poor real-time performance, inconvenient source tracing and query, poor safety and the like which possibly occur in the conventional ship and cargo transportation matching system are solved. The method has the advantages that the ship transportation matching operation system for production and loading and unloading is established, cargo users, cargo owners and carriers for production and loading and unloading can realize cargo transportation and transportation through the ship transportation matching system, the system has the characteristics of safety, reliability and high efficiency, and the technical problems of insufficient transferability, poor instantaneity, inconvenient source tracing and query, poor safety and the like which possibly occur in the conventional ship transportation matching system are solved.
Claims (1)
1. A dock cargo transportation calculation traceability matching method is characterized by comprising the following steps: process 1: the dock cargo transportation calculation traceability matching method is applied to a core information system, a security authentication system, a communication module, an information processing module, a user database, a user support system, a fragment management module, a delay service module and a memory in a computer; message information is designed by a message device of the core information system and used for storing and transmitting matching single texts, wherein the message information comprises message information between users or between the users and the system, and the message information comprises cargo quantity information, shipping state information, cargo appearance state information and signature time information; the safety certification system starts to record the establishment and the change of the contents, the corresponding rights and the obligation relation matched with the ship and the freight transportation, and after receiving the instruction of a user, the safety certification system carries out the operations of establishing, modifying and circulating the ship and the freight transportation; the communication module carries out response communication on the dynamic nodes, establishes different node sets and quickly establishes a network data response set in a data communication mode; the execution time of the information processing module is set to 7 o' clock every day, and the execution process is as follows: the wharf broadcasts the state information of the ship transportation matching requirement sent within the previous 24 hours, and stores the state information into a user database; an account number in the user support system is used as a unique identity ID of the user; data communication in a data local area network is formed by utilizing the minimum spanning tree concept, namely, historical data of a transportation list which can be merged is fused continuously in the data communication so as to realize returning of network acquisition data which are matched similarly; the fragment management module is used for dividing a network into fragments before the information processing module starts to work, taking the divided network as the initial super state of the network, and then dividing the network into fragments by using randomness; the communication module is used for managing the sending, processing and responding of multiple dynamic nodes in the initial super state: when the two initial super states mutually contain the condition, namely when the same goods send the same ship sending requirement or the same goods in the same state can be managed in a time-sharing mode by the ship sending, and the two initial super states belong to the mutually containing condition, the information processing module processes the processing mode so as to avoid serious waste of resources; the information processing module is used for executing in an initial super state, takes fixed time as an execution cycle, and is divided into an establishment stage and a processing stage of cargo and ship sending states in each execution cycle; the information processing module directly sends the data to the fragment management module after fusing the data; the processing of the delay service module adopts a distributed method, and the control of the information processing module is not needed, so that the efficiency can be greatly improved; when the delay service module enters a data slow transmission stage; in the slow data transmission stage, the information processing module determines the time interval for processing each cargo and each ship-sending dynamic node in the information processing module, and each dynamic node can enter a dormant state outside the respective data sending interval; after the information processing module receives the matching single text, big data traceability information formed by the goods carrying the RFID tags in the transportation process is stored in the HADOOP cluster server to form a database carrying traceability information, so that data tracking and information evaluation are realized; the user database is used for storing user information, and the content is used for verifying the user identity, determining the user authority and confirming the message sender; the safety certification system integrates information in the user database, creates interoperability, sends data with a unique RFID mark to the memory so as to confirm transportation later, and a user can clearly distinguish an owner, a user and an intermediary on the memory, and can look up the information matched with ship transportation, such as registration, issuance, assignment, duplication and preservation through encryption and evidence of the memory; the user support system is used for recording qualification examination information, system use description, announcement and updating condition of each user's meeting and the contact mode with the system background; the user system communicates with a core information system through a wireless network, and comprises the steps of establishing and transferring cargo transportation matching;
the data security traceability model carrying traceability information further comprises: big data traceability information formed by goods carrying RFID labels in the transportation process is stored in a storage node of the HADOOP cluster server to generate a hash value carrying the traceability information, the hash value stores a hash value sequence which is connected end to end through a storage, the current hash value in the sequence is formed by hashing the previous hash value, and the RFID storage carrying the hash value sequence of the data traceability information ensures the data to be untrustable and the traceability security, and can realize the tracing of the data traceability and the information evaluation; the operation data records matched with shipment and transportation can be inquired according to the memory, and the operation data records comprise information whether the operation data records are inquired, tampered and copied to be kept or not and can be used as a safety certificate of subsequent operation; the unique confirmation of point-to-point information is ensured through an encryption and attestation technology; the data security traceability model carrying traceability information further comprises: once a certain block of a data security traceability model carrying traceability information is changed, all hashes must be recalculated, and as the RFID data traceability node has enough computing power, any change to the RFID data traceability node consumes huge computing power, thereby ensuring the non-tampering and traceability security of the memory; the path that the RFID data tracing node goes through can realize the tracing of the data tracing, the information evaluation and various safety operations of the process reappearance; the information processing module comprises the following operation procedures of matching the specific cargo transportation: creating a matching list: the shipper sends a command of renting a ship and ordering a cabin to the carrier, basic information of the goods is provided for the carrier through the system, the carrier creates a ship transportation matching information state after receiving the goods and confirming shipment, and the shipper is designated as a matching list holder and sent to the security authentication system through the core information system; modifying the matching list: the carrier changes the matching list, if the related authorized person finds that the content is wrong, the carrier can send an application for modifying the matching list to the sender; if the sender agrees, making a change; if the sender does not agree, it cannot be altered.
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| ES2956770T3 (en) * | 2016-03-31 | 2023-12-27 | Aglive Int Pty Ltd | Information system for item verification |
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