CN110599099A - Method, system, equipment and storage medium for implementing decentralized logistics task - Google Patents
Method, system, equipment and storage medium for implementing decentralized logistics task Download PDFInfo
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Abstract
The invention provides a method, a system, equipment and a storage medium for implementing a decentralized logistics task, wherein the method comprises the following processes of: acquiring logistics order information of a first user; acquiring trip information of a second user; and matching the order information with the trip information, and sending the information of the logistics order information to a second user participating in the logistics task and feeding back the information to the first user according to a matching result, or sending the trip information to the first user and feeding back the information to the second user. The invention fully reuses the prior logistics resources to solve the technical problems of large resource consumption and complex system of the logistics scheme in the prior art.
Description
Technical Field
The present invention relates to internet logistics technology, and more particularly to a distributed logistics task, system, device, and storage medium.
Background
Under a very simple social framework, and based on a reliable personal credit, the simplest and most direct commodity exchange mode between a user and a user is realized, which is a social mode which is worth advocating, can be continuously developed and reduces the consumption of earth resources.
At present, various electronic commerce platforms appear in internet platforms, express delivery is door-to-door logistics activity with a mail delivery function, namely, an express delivery company delivers customer goods quickly by railway transportation, road transportation, air transportation, shipping and other transportation means, and at present, delivery of various goods is generally completed by various professional logistics companies.
Firstly, because a large number of professional delivery personnel and special transport means are needed, the people flow and the traffic flow of the society are increased, the energy consumption and the air pollution are increased, and moreover, because a large number of people, especially young people, stay in the network and live in modes of online shopping, takeaway and the like, the direct interpersonal circle between people becomes narrow and virtual, and the people are less willing to bear some social responsibility which can be borne.
It is foreseeable that the logistics service is implemented by the logistics company, which necessarily consumes additional energy, and burdens the environment; meanwhile, as the young people remain lingering and indulgent in the network, the young people have the traditional beauty of five thousand years of traditional beauty culture, such as benevolence, honesty, diligence, frugal, straighter, goodness and the like, and are extremely easy to be abandoned or even spit under the current fussy social psychology, so that the young people can beat hands and pause feet, and the good traditional culture cannot be supported or promoted in a materialized and economical large environment.
Returning to the foregoing example, assuming that the user C and the user D both need to go to the location C from the location a and the location B in a suitable time and return to the original location, the user C and the user D carry the goods a 'and the goods B' respectively and complete the exchange at the location C; it can be known that, through such a mode, the logistics cost is reduced, and then the consumption of earth resources is reduced, moreover, user C and user D can obtain the praise of user A and user B, also can make user A and user B participate in similar material task more simultaneously, and long ago, more users participate in wherein, when enjoying the assistance of logistics of others, also can provide the logistics service for others, can also carry out moral evaluation for the other side, and then can improve social fashion and moral culture.
The inventor researches a system for implementing a distributed logistics task by aiming at reducing energy consumption and improving social American culture to solve the technical problems of large resource consumption and complex system of a logistics scheme in the prior art.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a method, a system, a device and a storage medium for implementing a distributed logistics task, which fully reuse the existing logistics resources to solve the technical problems of large resource consumption and complex system of the logistics scheme in the prior art.
The method of the invention is realized as follows: a method of performing a decentralized logistics task, comprising the following processes:
acquiring logistics order information of a first user; the order information includes: the method comprises the following steps of order starting point position information, order ending point position information, acceptable maximum time requirement information and logistics content information, wherein the logistics content information comprises the following steps: package weight information, package article information and package identification information;
acquiring trip information of a second user; the trip information includes: travel starting point information, travel end point information, travel starting time information, travel finishing time information and acceptable logistics content information;
and matching the order information with the trip information, and sending the information of the logistics order information to a second user participating in the logistics task and feeding back the information to the first user according to a matching result, or sending the trip information to the first user and feeding back the information to the second user.
The system of the invention is realized as follows: a system for performing a decentralized logistics task, comprising:
the first acquisition module is used for acquiring logistics order information of a first user; the order information includes: the method comprises the following steps of order starting point position information, order ending point position information, acceptable maximum time requirement information and logistics content information, wherein the logistics content information comprises the following steps: package weight information, package article information and package identification information;
the second acquisition module is used for acquiring the trip information of a second user; the trip information includes: travel starting point information, travel end point information, travel starting time information, travel finishing time information and acceptable logistics content information;
and the matching module is used for matching the order information with the trip information, sending the information of the logistics order information to a second user participating in the logistics task according to a matching result and feeding back the information to the first user, or sending the trip information to the first user and feeding back the information to the second user.
The device of the invention is realized as follows: a computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the above-described method of performing a decentralized logistics task according to the invention when executing the program.
The storage medium of the present invention is realized by: a computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the above-mentioned method of carrying out the task of decentralized logistics according to the invention.
The invention has the following advantages: according to the invention, the existing logistics resources are fully reused, and screening models are screened through order information of a user and travel information of a user, so that the order information is matched with one or more travel information, the travel user realizes operation and implementation of a logistics task for a first user in such a way, and finally realizes a material task, so that a low-cost logistics way is realized, and the technical problem of large resource consumption of a logistics scheme in the prior art can be solved; the mode of obtaining the incentive score or the success score participating in the logistics task by configuring all the users participating in the logistics task can stimulate more users to participate in the low-cost material task, improve the self success or personal reputation, simultaneously can also appreciate the participation or common participation basis of other people, and can realize the improvement of social popularity and American culture after benign development and more users participate.
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The invention will be further described with reference to the following examples with reference to the accompanying drawings.
FIG. 1 is a flow chart of the method of the present invention.
Fig. 2 is an architecture diagram of the system of the present invention.
Detailed Description
Referring to fig. 1, the method of performing the task of dispersing the stream of the present invention includes the following processes:
acquiring logistics order information of a first user; the order information includes:
the order starting point position information refers to the starting point position information of the package;
the order destination position information refers to destination position information which is finally required to be delivered by the package;
the acceptable maximum time requirement information is the maximum time the first user can accept, and is the time the first user can accept, from the time the package is placed at the start of the order to the end of the delivery of the package to the end of the order; the information needs to be determined when the first user initiates the task, and in the task execution process, the first user can modify the information when necessary; in the current express delivery mode, in order to improve competitiveness, express carriers try to improve express operation and delivery efficiency, for some users, such as goods purchased on the internet, always want to receive goods as soon as possible, but use the highest delivery mode, energy consumption saving cannot be achieved optimally on the whole, between some nodes, packages delivered on the same day are often insufficient to support a proper freight unit, but delivery has to be performed for achieving delivery timeliness, but not all users need the most efficient delivery for any logistics package, so that the first user determines or corrects the acceptable time and configures a logistics task according to the time requirement, and the traditional express delivery carrier mode has significance for saving earth resources; and
the information of the contents of the logistics is,
wherein the logistics content information comprises:
package weight information, which refers to the overall weight of the package;
the package object information refers to the content of specific distributed objects, specifically, for example, the package object is a paper document, a plastic toy or a metal automobile accessory, and the like, and from the perspective of laws and regulations, it is necessary to define necessary object information that cannot be used for package; and
package identification information; the package is recorded in a text mode, the identification information has the transmission capability and the recognition capability for the package, and the signature of the first user on the package and the real photo of the package can be used as records in the actual operation, and a sequence number for distinguishing can be added as supplement if necessary.
Acquiring trip information of a second user; the trip information includes:
travel starting point information refers to starting point position information acceptable by a second user (logistics executor);
the trip end point information is trip end point position information which can be accepted by the second user;
the trip starting time information refers to the starting time information acceptable by the second user;
the trip completion time information is destination arrival time information which can be estimated by the second user; and
the acceptable logistics content information refers to logistics content information acceptable to a second user, and specifically, the acceptable material type, weight, packaging and the like are used for implementation.
Matching the order information with the trip information, and sending the information of the logistics order information to a second user participating in the logistics task and feeding back the information to the first user or sending the trip information to the first user and feeding back the information to the second user according to a matching result; before matching, whether the first user or the second user can initiate a task or participate in executing the logistics task can be judged according to personal information of the first user or the second user; for example, integrity record detection is performed on the first user or the second user inside and outside, and when the detection result is negative, the first user or the second user is judged that the first user or the second user cannot initiate a task or participate in executing the logistics task.
After the logistics order information is distributed to the first users or the second users participating in the logistics tasks, the logistics execution situation is tracked until the logistics tasks are executed, and the completed logistics order information is sent to all the first users and the second users participating in the logistics tasks;
and configuring all the first users and the second users participating in the logistics task to obtain the incentive scores or the success scores participating in the logistics task.
Wherein the content of the first and second substances,
when the order information is matched with the travel information, the order information is matched according to a preset screening model, and the screening model further executes the following processes:
judging whether the information of the packaged articles can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task; the specific steps of judging whether the information of the parcel item can be executed are as follows: and judging whether the parcel object is an object which is not suitable for parcel express delivery, and if so, judging that the parcel object information cannot be executed. Specifically, the parcel goods can adopt a black list system, such as goods prohibited from being transported by the legislation, goods with transportation risks (such as flammable and explosive goods and the like), goods unsuitable for long-distance transportation (such as living animals and the like) and other goods unsuitable for parcel express delivery; a white list system can be used in the initial stage, such as paper documents which are only reasonably packaged, clothes which are convenient to carry and transport, small objects which are not easy to damage and the like outside a black list; the method comprises the following steps that a user is required to fill in package article information in a normative manner, and if deviation or unrealistic condition occurs, the user is required to have legal risk and risk that internal records are poor in integrity when necessary;
judging whether the user information can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task; the specific steps of judging whether the user information can be executed are as follows: and judging whether the first user or the second user can initiate a task or participate in executing the logistics task according to the personal information of the first user or the second user, and if not, judging that the user information of the first user or the second user cannot be executed.
Judging whether the order information can be executed or not, if not, not distributing the logistics order information to the users participating in the logistics task; specifically, the step of judging whether the order information is executable includes: and under the condition that certain item of information in the order information cannot be matched, informing the first user whether to change, and recommending a feedback value matched with the travel information, if the first user does not accept the change, judging that the order information is not executable.
The present invention can provide two screening models, namely:
the method comprises the steps that a first screening model is used, the screening condition is acceptable longest time requirement information, and the priority of the acceptable longest time requirement information is a first priority;
the second screen model is used for screening the starting point information and the end point information of the trip according to the screening conditions, and the priority of the starting point information and the end point information of the trip is a second priority;
when the order information is matched with the trip information, screening a first logistics task line meeting a first condition according to a first screening model; screening the first logistics task line according to the second screening model, and taking the first logistics task line meeting the second condition as a matching result; and if the first logistics task line meeting the second condition does not exist, decomposing the order information in a node segmentation mode, and matching the decomposed order information with a plurality of trip information to serve as a matching result. For example, when it is determined that the acceptable maximum time requirement information cannot be matched, the first user is notified whether to change the acceptable maximum time requirement information content, and a feedback value of the acceptable maximum time requirement information matched with the trip information is recommended, and if the first user does not accept the change, it is determined that the order information is not executable.
It should be noted that: although the implementation background of the invention is established under the social framework of harmony, conciseness and honesty, and also follows the well-being and credibility and conformity with the traditional Chinese renegotiation, the conditional examination of the first user and the second user, namely the initiator of the logistics task, is necessary and respected for all task participants;
after real-name authentication is realized, theoretically, all websites with personal records can have collectable information, but generally only data sources related to integrity, such as bank credit data, public inspection case bottom data, tax and traffic management data, public service data of water, electricity and coal networks and the like, platform data of network payment shopping trip renting and the like, sensitive words of social account numbers and the like, are required to be selected and can be used as source data through evaluation and theory;
on the basis of integrity and credibility, the invention adheres to the principles of high efficiency and simplicity, from the aspect of internal data, as long as the first user has no default or untrustworthy record in the past, the first user can be generally regarded as a qualified task initiator, from the other aspect, if the first user has poor integrity record, the task initiation at this time can also be judged to be invalid, and certainly, from the aspect of internal record, a certain deviation rectifying behavior or task is given, and the user with poor integrity record is realized under certain conditions, so that the task initiation can be smoothly realized, and the internal data also has the content capable of being actually operated;
therefore, in the step, integrity record detection is firstly carried out on the first user internally and externally, and when the detection result is negative, the current task is terminated.
Referring to fig. 2, the system for implementing the task of dispersing logistics of the system of the present invention based on the above method of the present invention comprises:
the first acquisition module is used for acquiring logistics order information of a first user; the order information includes: the method comprises the following steps of order starting point position information, order ending point position information, acceptable maximum time requirement information and logistics content information, wherein the logistics content information comprises the following steps: package weight information, package article information and package identification information;
the second acquisition module is used for acquiring the trip information of a second user; the trip information includes: travel starting point information, travel end point information, travel starting time information, travel finishing time information and acceptable logistics content information;
the matching module is used for matching the order information with the trip information, sending the information of the logistics order information to a second user participating in the logistics task and feeding back the information to the first user according to a matching result, or sending the trip information to the first user and feeding back the information to the second user;
the tracking module is used for tracking the logistics execution situation after distributing the logistics order information to the first user or the second user participating in the logistics task until the logistics task is executed completely, and sending the completed logistics order information to all the first users and the second users participating in the logistics task;
and the evaluation module is used for configuring all the first users and the second users participating in the logistics task to obtain the incentive scores or the success scores participating in the logistics task.
Wherein the content of the first and second substances,
the matching module is also provided with a screening model for screening out trip information meeting the conditions for the order information or screening out order information meeting the conditions for the trip information;
when the order information is matched with the travel information, the order information is matched according to a preset screening model, and the screening model further executes the following processes:
judging whether the information of the packaged articles can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task; the specific steps of judging whether the information of the parcel item can be executed are as follows:
judging whether the user information can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task; the specific steps of judging whether the user information can be executed are as follows:
judging whether the order information can be executed or not, if not, not distributing the logistics order information to the users participating in the logistics task; specifically, the step of judging whether the order information is executable includes: and under the condition that certain item of information in the order information cannot be matched, informing the first user whether to change, and recommending a feedback value matched with the travel information, if the first user does not accept the change, judging that the order information is not executable.
The screening model comprises the following steps:
the method comprises the steps that a first screening model is used, the screening condition is acceptable longest time requirement information, and the priority of the acceptable longest time requirement information is a first priority;
the second screen model is used for screening the starting point information and the end point information of the trip according to the screening conditions, and the priority of the starting point information and the end point information of the trip is a second priority;
when the order information is matched with the trip information, screening a first logistics task line meeting a first condition according to a first screening model; screening the first logistics task line according to the second screening model, and taking the first logistics task line meeting the second condition as a matching result; and if the first logistics task line meeting the second condition does not exist, decomposing the order information in a node segmentation mode, and matching the decomposed order information with a plurality of trip information to serve as a matching result.
Based on the above method of the present invention, the present invention further provides a computer device, which includes a memory, a processor, and a computer program stored in the memory and running on the processor, and when the processor executes the computer program, the processor implements the above method of implementing the logistics task of the present invention.
Based on the above method of the present invention, the present invention also provides a computer readable storage medium, on which a computer program is stored, which when executed by a processor, implements the above method of the present invention for performing a distributed logistics task.
In the embodiments of the system, the computer device and the computer-readable storage medium described above, since the inventive method is the same inventive concept, the non-mentioned parts refer to the description of the above method.
The invention has the following advantages: the invention fully reuses the prior logistics resources, realizes a low-cost and high-efficiency material mode through the matching of logistics requirements and travel information on the basis of credible personal credit under a harmonious, simple and honest social framework, is not only feasible, but also beneficial to providing direct trust and responsibility of people, and further provides support and help for improving social strength, American culture and inheritance of Chinese traditional culture.
Although specific embodiments of the invention have been described above, it will be understood by those skilled in the art that the specific embodiments described are illustrative only and are not limiting upon the scope of the invention, and that equivalent modifications and variations can be made by those skilled in the art without departing from the spirit of the invention, which is to be limited only by the appended claims.
Claims (10)
1. A method of performing a decentralized logistics task, characterized by: comprises the following steps:
acquiring logistics order information of a first user; the order information includes: the method comprises the following steps of order starting point position information, order ending point position information, acceptable maximum time requirement information and logistics content information, wherein the logistics content information comprises the following steps: package weight information, package article information and package identification information;
acquiring trip information of a second user; the trip information includes: travel starting point information, travel end point information, travel starting time information, travel finishing time information and acceptable logistics content information;
and matching the order information with the trip information, and sending the information of the logistics order information to a second user participating in the logistics task and feeding back the information to the first user according to a matching result, or sending the trip information to the first user and feeding back the information to the second user.
2. A method of performing a dispersion logistics task according to claim 1, wherein:
when the order information is matched with the travel information, the order information is matched according to a preset screening model, and the screening model further executes the following processes:
judging whether the information of the packaged articles can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task;
judging whether the user information can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task;
judging whether the order information can be executed or not, if not, not distributing the logistics order information to the users participating in the logistics task;
wherein the content of the first and second substances,
the specific steps of judging whether the information of the parcel item can be executed are as follows: judging whether the packaged article is an article which is not suitable for package express delivery or not, and if so, judging that the information of the packaged article cannot be executed;
the specific steps of judging whether the user information can be executed are as follows: judging whether the first user or the second user can initiate a task or participate in executing the logistics task according to the personal information of the first user or the second user, and if not, judging that the user information of the first user or the second user cannot be executed;
specifically, the step of judging whether the order information is executable includes: and under the condition that certain item of information in the order information cannot be matched, informing the first user whether to change, and recommending a feedback value matched with the travel information, if the first user does not accept the change, judging that the order information is not executable.
3. A method of performing a scatterometry task, according to claim 2, wherein: the screening model comprises the following steps:
the method comprises the steps that a first screening model is used, the screening condition is acceptable longest time requirement information, and the priority of the acceptable longest time requirement information is a first priority;
the second screen model is used for screening the starting point information and the end point information of the trip according to the screening conditions, and the priority of the starting point information and the end point information of the trip is a second priority;
when the order information is matched with the trip information, screening a first logistics task line meeting a first condition according to a first screening model; screening the first logistics task line according to the second screening model, and taking the first logistics task line meeting the second condition as a matching result; and if the first logistics task line meeting the second condition does not exist, decomposing the order information in a node segmentation mode, and matching the decomposed order information with a plurality of trip information to serve as a matching result.
4. A method of performing a dispersion logistics task according to claim 1, wherein:
after the logistics order information is distributed to the first users or the second users participating in the logistics tasks, the logistics execution situation is tracked until the logistics tasks are executed, and the completed logistics order information is sent to all the first users and the second users participating in the logistics tasks;
and configuring all the first users and the second users participating in the logistics task to obtain the incentive scores or the success scores participating in the logistics task.
5. A system for performing a decentralized logistics task, comprising: the method comprises the following steps:
the first acquisition module is used for acquiring logistics order information of a first user; the order information includes: the method comprises the following steps of order starting point position information, order ending point position information, acceptable maximum time requirement information and logistics content information, wherein the logistics content information comprises the following steps: package weight information, package article information and package identification information;
the second acquisition module is used for acquiring the trip information of a second user; the trip information includes: travel starting point information, travel end point information, travel starting time information, travel finishing time information and acceptable logistics content information;
and the matching module is used for matching the order information with the trip information, sending the information of the logistics order information to a second user participating in the logistics task according to a matching result and feeding back the information to the first user, or sending the trip information to the first user and feeding back the information to the second user.
6. A system for performing a logistics task of dispersing according to claim 5, wherein:
the matching module is also provided with a screening model for screening out trip information meeting the conditions for the order information or screening out order information meeting the conditions for the trip information;
when the order information is matched with the travel information, the order information is matched according to a preset screening model, and the screening model further executes the following processes:
judging whether the information of the packaged articles can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task;
judging whether the user information can be executed or not, if not, not distributing the logistics order information to a second user participating in the logistics task;
judging whether the order information can be executed or not, if not, not distributing the logistics order information to the users participating in the logistics task;
wherein the content of the first and second substances,
the specific steps of judging whether the information of the parcel item can be executed are as follows: judging whether the packaged article is an article which is not suitable for package express delivery or not, and if so, judging that the information of the packaged article cannot be executed;
the specific steps of judging whether the user information can be executed are as follows: judging whether the first user or the second user can initiate a task or participate in executing the logistics task according to the personal information of the first user or the second user, and if not, judging that the user information of the first user or the second user cannot be executed;
specifically, the step of judging whether the order information is executable includes: and under the condition that certain item of information in the order information cannot be matched, informing the first user whether to change, and recommending a feedback value matched with the travel information, if the first user does not accept the change, judging that the order information is not executable.
7. A system for performing a logistics task of dispersing according to claim 6, wherein: the screening model comprises the following steps:
the method comprises the steps that a first screening model is used, the screening condition is acceptable longest time requirement information, and the priority of the acceptable longest time requirement information is a first priority;
the second screen model is used for screening the starting point information and the end point information of the trip according to the screening conditions, and the priority of the starting point information and the end point information of the trip is a second priority;
when the order information is matched with the trip information, screening a first logistics task line meeting a first condition according to a first screening model; screening the first logistics task line according to the second screening model, and taking the first logistics task line meeting the second condition as a matching result; and if the first logistics task line meeting the second condition does not exist, decomposing the order information in a node segmentation mode, and matching the decomposed order information with a plurality of trip information to serve as a matching result.
8. A system for performing a logistics task of dispersing according to claim 5, wherein: further comprising:
the tracking module is used for tracking the logistics execution situation after distributing the logistics order information to the first user or the second user participating in the logistics task until the logistics task is executed completely, and sending the completed logistics order information to all the first users and the second users participating in the logistics task;
and the evaluation module is used for configuring all the first users and the second users participating in the logistics task to obtain the incentive scores or the success scores participating in the logistics task.
9. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor, when executing the program, carries out the method of carrying out the task of decentralizing a logistics according to any one of claims 1 to 4.
10. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the method of carrying out the task of decentralizing a logistics according to any one of claims 1 to 4.
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