CN116415881A - Cargo transportation visual support method and system based on intelligent lock - Google Patents
Cargo transportation visual support method and system based on intelligent lock Download PDFInfo
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- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
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- G07C2009/0092—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses for cargo, freight or shipping containers and applications therefore in general
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Abstract
The invention relates to a cargo transportation visual support method and system based on an intelligent lock, wherein a shipper utilizes first terminal equipment to issue cargo transportation visual service order information on a third party platform, a transporter utilizes second terminal equipment to send cargo transportation receiving request information conforming to the intention of the transporter to the third party platform, the third party platform generates corresponding transportation task order information, then the intelligent lock circulation operation aiming at the transportation task order information is executed, the intelligent lock is packaged on loading equipment, then the logistics state information of the packaged intelligent lock in the transportation process is acquired, and the third party platform provides the acquired logistics state information for a query party with the logistics state information query authority based on the query party request, so that the cargo logistics transportation management efficiency is improved, the cargo transportation is conveniently tracked and traced in the whole course by a cargo owner or a transportation enterprise, and the cargo transportation safety is ensured.
Description
Technical Field
The invention relates to the field of cargo land logistics transportation, in particular to a cargo transportation visual support method and system based on an intelligent lock.
Background
With the acceleration of global integration, the land transportation of cargoes plays an increasingly important role in the transportation of cargoes due to the characteristics of high efficiency, safety, convenience and the like.
In the existing cargo land logistics transportation management process, transportation tool information and cargo information are filled in mainly by means of manual filling or semi-automatic mode, and then personnel of logistics enterprises go to a business acceptance window to transact a sealing process for a cargo mechanical lock; after the goods are transported to the destination by the goods land, the local personnel of the destination perform seal checking (check the sealing condition of the mechanical lock) and handle related procedures.
However, the existing cargo land logistics transportation management has the defects that: by manually collecting the information of the transportation means and the information of the goods, a great deal of labor cost and time cost are delayed, and manual operation is easy to make mistakes; moreover, in the cargo transportation process, a cargo owner or a transportation enterprise is difficult to acquire real-time information and transportation route conditions of cargo transportation, so that logistics information is in an isolated state, cargo transportation safety cannot be guaranteed, and the cargo owner or the transportation enterprise is not beneficial to carrying out whole-course tracking and tracing on cargo transportation.
Disclosure of Invention
The invention aims to provide a cargo transportation visual support method based on an intelligent lock aiming at the prior art.
The second technical problem to be solved by the invention is to provide a cargo transportation visual support system for realizing the cargo transportation visual support method.
The invention solves the first technical problem by adopting the technical scheme that: the cargo transportation visual supporting method based on the intelligent lock is characterized by comprising the following steps of:
the shipper utilizes the first terminal equipment to issue visual service order information of cargo transportation on a third party platform;
the transport party sends cargo transportation receiving request information conforming to the intention of the transport party to the third party platform by using the second terminal equipment according to the cargo transportation visual service order information issued by the third party platform;
the third party platform generates corresponding transportation task order information according to the cargo transportation receiving request information of the transportation party;
executing intelligent lock circulation operation aiming at the order information of the transportation task;
sealing the intelligent lock on loading equipment of goods corresponding to the order information of the transportation task;
acquiring logistics state information of the sealed intelligent lock in the transportation process; the logistics state information comprises logistics node information, running state, running track and abnormal early warning of the intelligent lock in the transportation process;
the third party platform provides the obtained logistics state information to the inquirer with the logistics state information inquiry authority based on the inquirer request.
In the cargo transportation visual supporting method based on the intelligent lock, the first terminal equipment is provided with an APP or a WeChat program for issuing cargo transportation visual service order information to a third party platform; or/and the second terminal equipment is provided with an APP or a WeChat program for sending cargo transportation accepting request information to a third party platform; or/and, the third party platform generates the order information of the transportation task through the APP or the WeChat program loaded in the terminal equipment and provides the obtained logistics state information for the inquirer with the logistics state information inquiry authority.
In the cargo transportation visual supporting method based on the intelligent lock, the execution process of the intelligent lock circulation operation aiming at the transportation task order information comprises the following steps:
the intelligent lock reservation request information is sent to the operation system through the third terminal equipment, and after the intelligent lock reservation request information is checked through the intelligent lock reservation of the operation system, a lock taking code for unlocking the corresponding intelligent lock is obtained from the operation system; the intelligent lock reservation request information comprises intelligent lock lease request information or intelligent lock purchase request information, wherein the intelligent lock lease request information contains the number of leased intelligent locks, and the intelligent lock purchase request information contains the number of purchased intelligent locks;
after detecting that the intelligent lock is taken away by a user by a lock taking code, an operation system establishes a lock management binding relation between the taken intelligent lock and the user and modifies state information of the intelligent lock; the lock management binding relation comprises a binding relation between a user and at least one intelligent lock, and modifying the state information of the intelligent lock comprises modifying the use state of the lock, the use type of the lock and the modification time, wherein the use type of the lock is leased or purchased.
Further, in the invention, the cargo transportation visualization supporting method based on the intelligent lock further comprises the following steps: and enabling the user in the lock management binding relationship to be a logistics enterprise user, and establishing a unbinding logistics driver binding relationship between the logistics enterprise user and a subordinate logistics driver.
Still further, in the present invention, the cargo transportation visualization supporting method based on the smart lock further includes: and establishing a binding relationship between the logistics driver and the intelligent lock based on the lock management binding relationship and the logistics driver binding relationship.
In the invention, the cargo transportation visualization supporting method based on the intelligent lock further comprises the following steps:
after detecting that the intelligent lock is returned, the operation system generates unlocked order information;
the operation system sends the unlocked order information to a user returning the intelligent lock; the method comprises the steps of,
the operation system modifies the returned state information of the intelligent lock; the state information of the intelligent lock comprises the use state of the lock, the use type of the lock and the modification time.
In the cargo transportation visual supporting method based on the intelligent lock, after detecting that a user successfully completes the lock replacement operation of replacing the intelligent lock, the operation system generates a lock replacement order and sends lock replacement success information to the user; and the operation system modifies the state information of the intelligent lock after lock replacement.
In the cargo transportation visual supporting method based on the intelligent lock, when the intelligent lock is not leased or purchased, the intelligent lock is positioned in an intelligent cabinet managed by an operation system; wherein, the intelligent cabinet and the operation system execute data interaction.
Still more preferably, in the cargo transportation visualization supporting method based on the intelligent lock, the intelligent lock sends its lock state information to the operation system in a wireless manner; the operation system sends the received lock state information to a user terminal for subscribing to lease or purchasing the intelligent lock; the lock state information comprises a self-checking state of the intelligent lock.
The invention solves the second technical problem by adopting the technical proposal that: the cargo transportation visual support system based on the intelligent lock is used for realizing the cargo transportation visual support method based on the intelligent lock and is characterized by comprising a third party platform; the third party platform issues and displays the cargo transportation visual service order information issued by the issuing party by utilizing the first terminal equipment, generates corresponding transportation task order information according to cargo transportation receiving request information sent by the transporting party by utilizing the second terminal equipment, acquires logistics state information of the intelligent lock, and provides the acquired logistics state information for a querying party with the logistics state information querying authority.
Further, in the invention, the cargo transportation visualization supporting system based on the intelligent lock further comprises:
the first terminal equipment is in communication connection with the third party platform and is used for issuing the visual service order information of the goods transportation of the sender to the third party platform;
the second terminal equipment is in communication connection with the third party platform and sends cargo transportation receiving request information of a transportation party to the third party platform;
the at least one intelligent lock can be in communication connection with the third party platform and can be sealed on goods to be transported.
Further, in the smart lock-based cargo transportation visualization support system, the third party platform includes:
the intelligent lock service system is formed by at least a service front-end system and a service support system, wherein the service front-end system comprises a service order module and a logistics visualization module; the service order module is used for acquiring the goods transportation order information and issuing the goods transportation order information outwards; generating transportation task order information according to the transportation party request, and implementing updating of the order state of the transportation task order information; the logistics visualization module is used for providing the logistics state information acquired by the third party platform for a query party with the logistics state information query authority; the logistics node information comprises on-road transportation logistics node information and finished transportation logistics node information, and the on-road transportation logistics node information comprises intelligent lock padlock sealing time, sealing place, real-time and real-time position information of a goods transportation starting place; the completed transportation logistics node information comprises intelligent lock seal verification time and seal verification places of the cargo transportation destination;
the business support system is formed by at least a business order background system and an on-way monitoring system; the business order background system processes bottom order data of the business order generated by the business order supporting module; the on-the-way monitoring system is used for processing the bottom logistics data supporting the logistics state information provided by the logistics visualization module.
In the invention, the intelligent lock-based cargo transportation visualization supporting system further comprises:
the intelligent lock background management system is in communication connection with the intelligent lock and is used for performing information management on information of circulation operation of the intelligent lock; the operation system is respectively connected with the first terminal equipment and the second terminal equipment, receives the cargo transportation visual service order information of the receiving party, generates transportation task order information corresponding to the cargo transportation visual service order information based on the receiving condition of the transporting party, and performs intelligent lock service based on the transportation task order; the intelligent lock service comprises intelligent lock renting, intelligent lock use, intelligent lock service charge settlement, intelligent lock replacement and intelligent lock return.
Compared with the prior art, the invention has the advantages that: the goods transportation visualized service order information is issued on the third party platform by the shipper through the first terminal equipment, after the shipper sends goods transportation receiving request information conforming to the intention of the shipper to the third party platform through the second terminal equipment, the third party platform generates corresponding transportation task order information, then after intelligent lock circulation operation aiming at the transportation task order information is executed, the intelligent lock is packaged on the loading equipment, logistics state information of the packaged intelligent lock in the transportation process is acquired, the third party platform provides the acquired logistics state information for the inquirer with the logistics state information inquiry authority based on the inquiry party request, thereby improving the service order information input efficiency aiming at the goods transportation, avoiding manual participation information input, improving the logistics transportation management efficiency of the goods, facilitating the whole-course tracking and tracing of goods transportation by a goods owner or a transportation enterprise, and ensuring the safety of the goods transportation.
Drawings
FIG. 1 is a schematic flow chart of a cargo transportation visualization supporting method based on an intelligent lock in an embodiment of the invention;
fig. 2 is a schematic diagram of a cargo transportation visualization supporting system based on an intelligent lock according to an embodiment of the present invention.
Detailed Description
The invention is described in further detail below with reference to the embodiments of the drawings.
The embodiment provides a cargo transportation visual support method based on an intelligent lock. Referring to fig. 1, the cargo transportation visualization supporting method based on the intelligent lock comprises the following steps S1 to S7:
step S1, a shipper utilizes first terminal equipment to issue visual goods transportation service order information on a third party platform; wherein, the first terminal equipment has APP or WeChat program for issuing visual service order information of cargo transportation to the third party platform; it should be noted that, the shipper may issue the visual service order information of cargo transportation on the third party platform after registering on the third party platform; for example, the information required in registration includes name, identification card, mobile phone number, license plate number, weChat OpenID, etc.;
step S2, the transporter sends cargo transportation receiving request information conforming to the intention of the transporter to the third party platform by using the second terminal equipment according to the cargo transportation visual service order information issued by the third party platform; the second terminal equipment also comprises an APP or WeChat program for sending cargo transportation receiving request information to the third party platform according to the requirement;
step S3, the third party platform generates corresponding transportation task order information according to the cargo transportation receiving request information of the transportation party; in the embodiment, the third party platform generates transportation task order information through an APP or a WeChat program loaded in the terminal equipment and provides the acquired logistics state information for a query party with the logistics state information query authority;
s4, performing intelligent lock circulation operation aiming at the order information of the transportation task;
s5, sealing the intelligent lock on loading equipment of goods corresponding to the order information of the transportation task;
s6, acquiring logistics state information of the sealed intelligent lock in the transportation process; the logistics state information comprises logistics node information, running state, running track and abnormal early warning of the intelligent lock in the transportation process;
and step S7, the third party platform provides the obtained logistics state information for the inquirer with the logistics state information inquiry authority based on the inquirer request.
In this embodiment, in the step S4, the execution process of the intelligent lock circulation operation for the transportation task order information includes the following steps:
step a1, sending intelligent lock reservation request information to an operation system through a third terminal device, and acquiring a lock taking code for unlocking a corresponding intelligent lock from the operation system after the intelligent lock reservation request information passes through intelligent lock reservation audit of the operation system;
the intelligent lock reservation request information comprises intelligent lock lease request information or intelligent lock purchase request information, wherein the intelligent lock lease request information contains the number of leased intelligent locks, and the intelligent lock purchase request information contains the number of purchased intelligent locks;
in this embodiment, a specific smart lock lease or purchase scenario is as follows: the user enters an intelligent lock renting/purchasing operation interface from the WeChat public number of the terminal equipment, selects lock renting/lock purchasing, inputs renting quantity/purchasing quantity, submits orders and pays fees, and after successful payment, an operation system receives request information and synchronously sends a lock code fetching message to the user terminal equipment, and the user fetches the lock by means of the lock code fetching.
Step a2, after detecting that the intelligent lock is taken away by a user by a lock taking code, the operation system establishes a lock management binding relation between the taken intelligent lock and the user and modifies state information of the intelligent lock; the lock management binding relation comprises a binding relation between a user and at least one intelligent lock, and modifying the state information of the intelligent lock comprises modifying the use state of the lock, the use type of the lock and the modification time, wherein the use type of the lock is leased or purchased.
In a specific lock taking scene, a user performs lock taking operation on an intelligent cabinet, clicks a lock taking key on a screen of the intelligent cabinet, and after a lock taking code is input or a lock taking two-dimensional code is scanned, the intelligent cabinet automatically opens a cabinet door, the user takes out the intelligent lock from the intelligent cabinet, the intelligent cabinet sends information that the intelligent lock has been taken away to an operation system, the operation system synchronously sends information of successful lock taking, and the operation system establishes a binding relation between the number of the intelligent lock taken away and the user and modifies the use state, the use type and the modification time of the intelligent lock.
Of course, in a specific actual cargo transportation scenario, the user in the lock management binding relationship is made to be a logistics enterprise user, and a binding relationship of a logistics driver, which can be unbindled between the logistics enterprise user and a subordinate logistics driver, is established. For example, the logistics enterprise user needs to establish a binding relationship with the logistics driver, and the logistics enterprise user can search, add and delete the information registered by the logistics driver in the driver management list, and establish binding or unbinding with the logistics driver. The system comprises a third party platform, a lock management list and a lock management list, wherein a logistics enterprise user completes lock renting/lock purchasing operation through a WeChat public number or terminal equipment through the third party platform, and after the lock is successfully taken from the intelligent cabinet, the locks under the logistics enterprise name are all in the lock management list and the use types of the locks are displayed according to renting or purchasing.
In order to facilitate searching for a corresponding intelligent lock/logistics driver based on the logistics driver/intelligent lock so as to facilitate sealing operation or transportation of subsequent logistics, the cargo transportation visualization supporting method of the embodiment also establishes a binding relationship between the logistics driver and the intelligent lock based on the lock management binding relationship and the logistics driver binding relationship. Thus, the corresponding intelligent lock/logistics driver can be searched based on the logistics driver/intelligent lock.
To ensure that the latest state of the smart lock is updated (e.g., in a leased or used state), in this embodiment, the following steps b 1-b 3 are also taken:
step b1, after detecting that the intelligent lock is returned, the operation system generates unlocked order information;
step b2, the operation system sends the unlocked order information to a user returning the intelligent lock; the method comprises the steps of,
step b3, the operation system modifies the returned state information of the intelligent lock; the state information of the intelligent lock comprises the use state of the lock, the use type of the lock and the modification time.
Of course, in this embodiment, after detecting that the user successfully completes the lock replacement operation of replacing the intelligent lock, the operation system generates a lock replacement order, and sends the lock replacement success information to the user; and the operation system modifies the state information of the intelligent lock after lock replacement. For example, for a user to change locks, the following is described herein:
the user carries out the operation of returning to lock on intelligent cabinet, inputs intelligent lock number or reads the number of this intelligent lock by intelligent cabinet scanning intelligent locking RFID label form, and the user is on own terminal equipment or after the on-screen point of intelligent cabinet confirms, and intelligent cabinet opens the cabinet door automatically, and the user puts into intelligent cabinet with intelligent lock, and operating system generates the order of returning to lock, and synchronous sending returns successful information to user's terminal equipment. The operating system will modify the usage status, usage type and modification time of the smart lock.
When the intelligent lock is not leased or purchased, the intelligent lock is positioned in an intelligent cabinet managed by an operation system; wherein, the intelligent cabinet and the operation system execute data interaction. The intelligent lock sends the lock state information of the intelligent lock to the operation system in a wireless mode; the operation system sends the received lock state information to a user terminal for subscribing to lease or purchasing the intelligent lock; the lock state information comprises a self-checking state of the intelligent lock.
In this embodiment, the smart lock may perform a lock self-check operation. Specifically, the lock rod of the intelligent lock is inserted into the lock hole, the intelligent lock uses the mobile communication network to transmit data to the data interface of the operation system through the internal internet of things card, so that the state information of the intelligent lock is sent to the operation system through the data interface by the self wireless communication module, and the operation system feeds back the self-checking result to the lock self-checking page of the user WeChat public signal, for example: the self-checking passes, and the electric quantity is 95%.
For the sealing operation of the intelligent lock, the following description is given here: the user locks the intelligent lock on the container door or the carriage door in advance, and the personnel in the departure place seals the operation to the intelligent lock by utilizing the handheld reader, and the data of the intelligent lock is uploaded to the operation system and the on-the-way monitoring system, and the operation system synchronously sends sealing success information to the user. Therefore, personnel with monitoring authority can carry out logistics monitoring through the on-way monitoring system or the logistics visualization module of the WeChat public number. Of course, the on-way monitoring system is responsible for monitoring the running state, running track and abnormal early warning of the intelligent lock on the way, data are transmitted to the on-way monitoring system in real time, personnel with monitoring authority can carry out logistics monitoring through the on-way monitoring system or the WeChat public signal logistics visualization module, goods arrive at a destination and finish the intelligent lock seal checking flow, and the completion of the order of the transportation task is automatically confirmed.
Of course, once the data transmission link signals between the intelligent lock and the operation service integrated management system, the intelligent lock management system and the on-way monitoring system are unstable, the intelligent lock temporarily stores own position information into the intelligent lock so as to wait for the recovery of the data link, and then the intelligent lock transmits the own position information to the operation system and the on-way monitoring system.
In the circulation process of the intelligent lock, once the intelligent lock reaches a destination through logistics, a fixed reader of the destination reads an intelligent lock signal and then issues a seal checking instruction, the intelligent lock uploads seal checking success information to a en-route monitoring system and an operation system, synchronously sends the seal checking success information to a user, and is locked by a key and stored.
In order to realize real-time monitoring and alarming of the intelligent lock on the way of cargo transportation, when the intelligent lock detects that the alarm parameter in the intelligent lock triggers the pre-set early warning threshold value of the way monitoring system, the intelligent lock can also send early warning information to the way monitoring system.
In addition, the embodiment also provides a cargo transportation visual support system based on the intelligent lock, which is used for realizing the cargo transportation visual support method based on the intelligent lock. Specifically, referring to fig. 2, the cargo transportation visualization supporting system based on the intelligent lock comprises a third party platform 1, a first terminal device 2, a second terminal device 3, at least one intelligent lock 4 and an intelligent cabinet 5 for placing the intelligent lock, wherein the third party platform 1 is respectively in communication connection with the first terminal device 2, the second terminal device 3, the intelligent lock 4 and the intelligent cabinet 5. Wherein:
the first terminal device 2 is responsible for issuing the cargo transportation visual service order information of the shipper to the third party platform 1; the second terminal device 3 is responsible for sending the cargo transportation receiving request information of the transporter to the third party platform 1; the intelligent lock 4 can be sealed on goods to be transported; the third party platform 1 issues and displays the visual cargo transportation service order information issued by the shipper by utilizing the first terminal equipment, generates corresponding transportation task order information according to cargo transportation receiving request information sent by the shipper by utilizing the second terminal equipment, acquires logistics state information of the intelligent lock, and provides the acquired logistics state information for a query party with the logistics state information query authority.
In a specific implementation, the third party platform 1 herein includes an intelligent lock business system, a business support system, an intelligent lock background management system, and an operation system. Wherein:
the intelligent lock service system is formed by a service front-end system and a service support system at least, wherein the service front-end system comprises a service order module and a logistics visualization module; the service order module is used for acquiring the goods transportation order information and issuing the goods transportation order information outwards; generating transportation task order information according to the transportation party request, and implementing updating of the order state of the transportation task order information; the logistics visualization module is used for providing the logistics state information acquired by the third party platform for a query party with the logistics state information query authority; the logistics node information comprises on-road transportation logistics node information and finished transportation logistics node information, and the on-road transportation logistics node information comprises intelligent lock padlock sealing time, sealing place, real-time and real-time position information of a goods transportation starting place; the completed transportation logistics node information comprises intelligent lock seal verification time and seal verification places of the cargo transportation destination;
the business support system is formed by a business order background system and an on-way monitoring system at least; the business order background system processes bottom order data of the business order generated by the business order supporting module; the on-the-way monitoring system is used for processing the bottom logistics data supporting the logistics state information provided by the logistics visualization module.
The intelligent lock background management system is in communication connection with the intelligent lock and is used for performing information management on information of circulation operation of the intelligent lock;
the operation system is respectively connected with the first terminal equipment and the second terminal equipment, receives the cargo transportation visual service order information of the cargo receiving party, generates transportation task order information corresponding to the cargo transportation visual service order information based on the receiving condition of the transportation party, and performs intelligent lock service based on the transportation task order; the intelligent lock service comprises intelligent lock renting, intelligent lock use, intelligent lock service charge settlement, intelligent lock replacement and intelligent lock return.
While the preferred embodiments of the present invention have been described in detail, it is to be clearly understood that the same may be varied in many ways by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. The cargo transportation visual supporting method based on the intelligent lock is characterized by comprising the following steps of:
the shipper utilizes the first terminal equipment to issue visual service order information of cargo transportation on a third party platform;
the transport party sends cargo transportation receiving request information conforming to the intention of the transport party to the third party platform by using the second terminal equipment according to the cargo transportation visual service order information issued by the third party platform;
the third party platform generates corresponding transportation task order information according to the cargo transportation receiving request information of the transportation party;
executing intelligent lock circulation operation aiming at the order information of the transportation task;
sealing the intelligent lock on loading equipment of goods corresponding to the order information of the transportation task;
acquiring logistics state information of the sealed intelligent lock in the transportation process; the logistics state information comprises logistics node information, running state, running track and abnormal early warning of the intelligent lock in the transportation process;
the third party platform provides the obtained logistics state information to the inquirer with the logistics state information inquiry authority based on the inquirer request.
2. The intelligent lock-based cargo transportation visualization supporting method according to claim 1, wherein the first terminal device is provided with an APP or a WeChat program for issuing cargo transportation visualization service order information to a third party platform; or/and the second terminal equipment is provided with an APP or a WeChat program for sending cargo transportation accepting request information to a third party platform; or/and, the third party platform generates the order information of the transportation task through the APP or the WeChat program loaded in the terminal equipment and provides the obtained logistics state information for the inquirer with the logistics state information inquiry authority.
3. The intelligent lock-based cargo transportation visualization support method of claim 1, wherein the intelligent lock circulation operation for the transportation task order information is performed by:
the intelligent lock reservation request information is sent to the operation system through the third terminal equipment, and after the intelligent lock reservation request information is checked through the intelligent lock reservation of the operation system, a lock taking code for unlocking the corresponding intelligent lock is obtained from the operation system; the intelligent lock reservation request information comprises intelligent lock lease request information or intelligent lock purchase request information, wherein the intelligent lock lease request information contains the number of leased intelligent locks, and the intelligent lock purchase request information contains the number of purchased intelligent locks;
after detecting that the intelligent lock is taken away by a user by a lock taking code, an operation system establishes a lock management binding relation between the taken intelligent lock and the user and modifies state information of the intelligent lock; the lock management binding relation comprises a binding relation between a user and at least one intelligent lock, and modifying the state information of the intelligent lock comprises modifying the use state of the lock, the use type of the lock and the modification time, wherein the use type of the lock is leased or purchased.
4. The smart lock-based cargo transportation visualization support method of claim 3, further comprising: and enabling the user in the lock management binding relationship to be a logistics enterprise user, and establishing a unbinding logistics driver binding relationship between the logistics enterprise user and a subordinate logistics driver.
5. The smart lock-based cargo transportation visualization support method of claim 4, further comprising: and establishing a binding relationship between the logistics driver and the intelligent lock based on the lock management binding relationship and the logistics driver binding relationship.
6. The smart lock-based cargo transportation visualization support method of claim 4, further comprising:
after detecting that the intelligent lock is returned, the operation system generates unlocked order information;
the operation system sends the unlocked order information to a user returning the intelligent lock; the method comprises the steps of,
the operation system modifies the returned state information of the intelligent lock; the state information of the intelligent lock comprises the use state of the lock, the use type of the lock and the modification time.
7. The smart lock-based cargo transportation visualization support method of claim 4, further comprising: after the operation system detects that the user successfully completes the lock replacement operation of replacing the intelligent lock, the operation system generates a lock replacement order and sends the lock replacement success information to the user; and the operation system modifies the state information of the intelligent lock after lock replacement.
8. The visual support method for cargo transportation based on intelligent lock according to any one of claims 3 to 6, wherein the intelligent lock is located in an intelligent cabinet managed by an operation system when not leased or purchased; the intelligent cabinet and the operation system execute data interaction;
or in the cargo transportation visual supporting method based on the intelligent lock, the intelligent lock sends the lock state information of the intelligent lock to the operation system in a wireless mode; the operation system sends the received lock state information to a user terminal for subscribing to lease or purchasing the intelligent lock; the lock state information comprises a self-checking state of the intelligent lock.
9. The cargo transportation visual support system based on the intelligent lock is used for realizing the cargo transportation visual support method based on the intelligent lock as claimed in claim 1, and is characterized by comprising a third party platform (1); the third party platform (1) performs release display on goods transportation visual service order information released by a shipper through the first terminal equipment, generates corresponding transportation task order information according to goods transportation receiving request information sent by the shipper through the second terminal equipment, acquires logistics state information of the intelligent lock, and provides the acquired logistics state information for a query party with the logistics state information query authority.
10. The smart lock-based cargo transportation visualization support system of claim 9, further comprising:
the first terminal equipment (2) is in communication connection with the third party platform (1) and is used for issuing the goods transportation visual service order information of the shipper to the third party platform (1);
the second terminal device (3) is in communication connection with the third party platform (1) and sends cargo transportation receiving request information of a transporter to the third party platform (1);
at least one smart lock (4) can be communicatively connected to the third party platform (1) and can be sealed to the goods to be transported.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202310456364.XA CN116415881A (en) | 2023-04-24 | 2023-04-24 | Cargo transportation visual support method and system based on intelligent lock |
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| CN202310456364.XA CN116415881A (en) | 2023-04-24 | 2023-04-24 | Cargo transportation visual support method and system based on intelligent lock |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117699386A (en) * | 2024-02-06 | 2024-03-15 | 长治凌燕机械厂 | Upper and lower buttress conveyer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117699386A (en) * | 2024-02-06 | 2024-03-15 | 长治凌燕机械厂 | Upper and lower buttress conveyer |
| CN117699386B (en) * | 2024-02-06 | 2024-04-26 | 长治凌燕机械厂 | Upper and lower buttress conveyer |
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