CN112330218A - Logistics distribution control method, device and system - Google Patents
Logistics distribution control method, device and system Download PDFInfo
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Abstract
The application provides a logistics distribution control method, a logistics distribution control device and a logistics distribution control system, wherein a server of a logistics supervision platform obtains waybill information of a logistics distribution task, and the waybill information at least comprises information of a driver in charge of the logistics distribution task; determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link; determining a target logistics link where a logistics distribution task is currently located according to the sequence of the logistics links; acquiring a terminal position of a terminal bound by a driver; and if the terminal position is in the set range of the target position corresponding to the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task. The scheme of the application can reduce the complexity of submitting the logistics information and reduce the condition that the logistics information of each logistics link of logistics distribution is wrong or lost.
Description
Technical Field
The present application relates to the field of distribution management and control technologies, and in particular, to a method, an apparatus, and a system for controlling logistics distribution.
Background
With the continuous development of information technologies, especially the vigorous development of new generation information technologies such as internet of things, cloud computing and mobile internet, logistics informatization has been advancing into the smart logistics era.
In the logistics distribution process, in order to track the change of the logistics information in time, the information of each link in the logistics process can be submitted only by the logistics distribution related application on the manual operation terminal. For example, in the logistics distribution process, the operation application with the driver frequency is required to complete the information submission of links such as arrival at the pickup location, confirmation of pickup, departure confirmation, arrival at the destination, and the like. However, the driver manually operates the terminal to report the information of each link in the logistics distribution process, and it is likely that information submission is not performed at a correct position point corresponding to a logistics link, or the driver omits the information submission of a certain logistics link, so that the information of the logistics link is wrong or lost, and the information of the logistics distribution link is wrong or part of the information of the logistics distribution link is lost; and the information of each link is reported by manually operating the terminal, and the problem of higher complexity of logistics information submission also exists.
Disclosure of Invention
In view of this, the present application provides a method, an apparatus, and a system for controlling logistics distribution, so as to reduce the complexity of submitting logistics information and reduce the situations of errors or losses of the logistics information of each logistics link of the logistics distribution.
In order to achieve the purpose, the application provides the following technical scheme:
in one aspect, the present application provides a logistics distribution control method applied to a server of a logistics supervision platform, including:
acquiring waybill information of the logistics distribution tasks, wherein the waybill information at least comprises information of a driver in charge of the logistics distribution tasks;
determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link;
determining a target logistics link where the logistics distribution task is currently located according to the sequence of the logistics links;
obtaining a terminal position of a terminal bound by the driver;
and if the terminal position is in the set range of the target position corresponding to the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
Preferably, the waybill information further includes: the logistics distribution needs to distribute the items and the distribution detail information of the items;
before the determining the plurality of logistics links involved in the logistics distribution task and the destination location of each logistics link, further comprising:
based on the driver information, after the fact that the terminal bound by the driver establishes communication connection with the server is determined, the waybill information is sent to the terminal bound by the driver, and therefore the driver can carry out logistics distribution according to the distribution detail information of the goods;
obtaining a delivery starting confirmation instruction sent by the driver-bound terminal aiming at the waybill information, wherein the delivery starting instruction is used for representing that the driver starts the processing of the logistics delivery task;
the determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link includes:
and starting a distribution instruction in response to the confirmation, and determining a plurality of logistics links involved in the logistics distribution task and the destination position of each logistics link.
Preferably, if the terminal position is within a set range of a target position corresponding to the target logistics link, storing a completion record of the target logistics link in the logistics state record of the logistics distribution task, including:
if the terminal position is within the set range of the target position corresponding to the target logistics link, and the target logistics link is a first type of logistics link set in the logistics distribution task, the completion record of the target logistics link is stored in the logistics state record of the logistics distribution task, and the first type of logistics link is a logistics link which only needs to monitor whether the target position is to be determined.
Preferably, if the terminal position is within a set range of a target position corresponding to the target logistics link, the method further includes storing a completion record of the target logistics link in the logistics state record of the logistics distribution task:
if the terminal position is within the set range of the target position corresponding to the target logistics link and the target logistics link is a second type of logistics link set by the logistics distribution task, outputting a logistics operation interface corresponding to the target logistics link to the terminal, wherein the second type of logistics link is a logistics link except the first type of logistics link in the logistics distribution task;
acquiring input information of the logistics operation interface sent by a terminal;
and if the input information is matched with the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
Preferably, after the completion record of the target logistics link is stored in the logistics state record of the logistics distribution task, the method further includes:
and if the plurality of logistics links still have unfinished logistics links, returning to execute the operation of determining the target logistics link where the logistics distribution task is currently located according to the sequence of the plurality of logistics links until all the logistics links of the physical distribution task are finished.
In another aspect, the present application provides a logistics distribution control apparatus applied to a server of a logistics supervision platform, including:
the waybill obtaining unit is used for obtaining waybill information of the logistics distribution task, and the waybill information at least comprises information of a driver in charge of the logistics distribution task;
a link determining unit, configured to determine a plurality of logistics links related to the logistics distribution task and a target position of each logistics link;
the target determining unit is used for determining a target logistics link where the logistics distribution task is located currently according to the sequence of the plurality of logistics links;
a position obtaining unit for obtaining a terminal position of the terminal bound by the driver;
and the logistics state generating unit is used for storing the completion record of the target logistics link in the logistics state record of the logistics distribution task if the terminal position is in the set range of the target position corresponding to the target logistics link.
Preferably, the waybill information obtained by the waybill obtaining unit further includes: the logistics distribution needs to distribute the items and the distribution detail information of the items;
the device further comprises:
a waybill sending unit, configured to send waybill information to a terminal bound by a driver after determining, based on information of the driver, that a communication connection is established between the terminal bound by the driver and the server before the link determining unit determines the plurality of logistics links related to the logistics distribution task and a destination location of each logistics link, so that the driver can perform logistics distribution according to distribution detail information of the item;
the starting confirmation unit is used for obtaining a starting distribution confirmation instruction sent by the driver-bound terminal aiming at the waybill information, and the starting distribution instruction is used for representing that the driver starts the processing of the logistics distribution task;
the link determining unit is specifically configured to determine, in response to the confirmation starting delivery instruction, a plurality of logistics links related to the logistics delivery task and a destination location of each logistics link.
In another aspect, the present application provides a logistics distribution control system, including:
at least one server and a terminal;
the terminal and the server are in communication connection;
the terminal is a driver-bound terminal and is used for sending the terminal position of the terminal to the server;
the server is used for obtaining waybill information of the logistics distribution tasks, wherein the waybill information at least comprises information of a driver in charge of the logistics distribution tasks; determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link; determining a target logistics link where the logistics distribution task is currently located according to the sequence of the logistics links; and if the terminal position is in the set range of the target position corresponding to the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
From the above, after determining the plurality of logistics links involved in the logistics distribution task, the terminal position of the terminal corresponding to the driver of the logistics distribution task can be obtained. The terminal position of the driver can represent the position of the delivery vehicle of the driver, so that after the terminal position is in a set range of a target position corresponding to a certain logistics link, the delivery vehicle can be shown to reach the target position of the logistics link, and on the basis, the terminal can record the completion record of the logistics link in the logistics record, so that the logistics information input of the logistics link omitted by the driver can be reduced, the logistics information is input in error under the condition that the target position of the logistics link is not reached, and the condition that the logistics information is input in error is reduced; meanwhile, the method and the device have the advantages that a driver does not need to manually search the operation interface corresponding to the logistics link and carry out complicated operations such as information input and the like, and convenience in logistics information input is improved.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings needed to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the following description are only embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings based on the provided drawings without creative efforts.
FIG. 1 is a schematic diagram of an intelligent distribution system to which the present application is applicable;
FIG. 2 is a schematic flow chart diagram illustrating an embodiment of a logistics distribution control method provided by the present application;
FIG. 3 is a schematic flow chart diagram illustrating a logistics distribution control method provided by the present application;
fig. 4 is a schematic diagram illustrating a structure of a logistics distribution control apparatus according to the present application.
Detailed Description
In order to facilitate understanding of the scheme of the present application, an intelligent distribution system to which the present application is applied will be described below.
Fig. 1 is a schematic diagram illustrating a component architecture of an intelligent distribution system according to the present application.
As can be seen from fig. 1, the intelligent distribution system includes a logistics supervision platform 10 and a terminal 20.
The logistics monitor platform 10 includes at least one server 101.
The terminal 20 is a mobile phone, tablet or other similar mobile terminal of a driver in logistics distribution. The logistics distribution application is installed on the mobile terminal, and the terminal can establish communication connection with the server of the logistics supervision platform through the logistics distribution application.
The server of the logistics supervision platform can send logistics distribution waybill information to the terminal of the driver, and the logistics distribution related information such as the information of the goods to be distributed and the driver in charge of distribution in the waybill information.
The terminal may display the waybill information so that the driver performs the logistics distribution according to the waybill information.
In the application, the terminal can be used for providing the position of the terminal for the server, and the server can determine whether the logistics link is finished or not by combining the position of the terminal, and the logistics state is changed after the logistics link is finished.
The logistics distribution control method of the present application is described below with reference to a flowchart.
First, explanation is made from the server side of the physical distribution supervision platform. As shown in fig. 1, which shows a schematic flow chart of an embodiment of the logistics distribution control method according to the present application, the method of the present embodiment is applied to the server, and the present embodiment may include the following steps:
s201, acquiring waybill information of the logistics distribution task.
The logistics distribution task is a task for distributing the articles.
The waybill information of the logistics distribution task is used for representing specific task information of the logistics distribution task.
In this embodiment, in order to monitor whether the delivery vehicle reaches the logistics link related to the logistics delivery task in time, the waybill information at least includes information of a driver responsible for the logistics delivery task. The driver information may be a unique identification of the driver, for example, the driver information may include: the name and the identity account number of the driver, the mobile phone number of the driver or the account number of the driver for logging in the logistics supervision platform.
In the application, the information of the driver may further include information such as a license plate number of a vehicle bound by the configured driver.
It is understood that, in practical applications, the waybill information may also include the items to be delivered by the logistics delivery task and delivery detail information of the items, and the delivery detail information may include one or more of the information of the goods delivery location, the delivery destination, the delivery notice, and the like.
It can be understood that a manager of the logistics supervision platform can configure the logistics distribution tasks and configure the waybill information and other related information of the logistics distribution tasks on the logistics supervision platform, so that the logistics supervision platform can obtain the information related to the logistics distribution tasks.
S202, determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link.
The logistics link related to the logistics distribution task refers to each task node related to the completion of the logistics distribution task. The destination position of the logistics link refers to a destination position which the logistics link needs to reach.
For example, the logistics distribution tasks may include: the system can arrive at a plurality of logistics links such as delivery places, departure places, midway transfer, destination and article signing. Correspondingly, each logistics link is completed by reaching the corresponding target position of the logistics link, the goods pick-up is required by reaching a goods pick-up point, the goods pick-up point is the target position of the goods pick-up, similarly, the target position of the departure place is the set logistics departure starting point, and the rest is similar, and is not repeated herein.
And S203, determining a target logistics link where the logistics distribution task is currently located according to the sequence of the logistics links.
It can be understood that a plurality of logistics links in the logistics distribution task need to be performed in sequence, and on this basis, the logistics link in which the logistics distribution task is located is a logistics link which is not completed currently and has the most advanced sequence in the logistics distribution task. For the convenience of distinguishing, the logistics link where the logistics distribution task is located is called a target logistics link.
For example, the logistics link of the article comprises: the logistics link of goods pickup is executed after the logistics distribution task is started, and the logistics link is the goods pickup of the goods. Assuming that three logistics links of goods taking, departure from a departure place and midway transfer are completed, the logistics link where the logistics distribution task is located is the arrival destination.
And S204, acquiring the terminal position of the terminal bound by the driver.
Wherein the driver-bound terminal may be determined based on driver information of the driver.
If the driver account number or the mobile phone number bound to the driver of the driver in the logistics distribution application is the driver information, the terminal bound to the driver is the terminal where the client of the logistics distribution application of the driver is located. After the terminal installs the logistics distribution application, a driver can log in a server of the logistics supervision platform through the logistics distribution application. The server can determine the application client of the driver from the application clients which are connected with the server according to the driver information of the driver, and the terminal associated with the application client is the terminal bound by the driver.
Correspondingly, after the driver-bound terminal can determine the position of the terminal by using a GPS or Beidou positioning technology, the position of the terminal is transmitted to the server through the logistics distribution application.
Of course, in practical applications, the logistics monitoring platform may also pre-configure a binding relationship between the driver and the driver's terminal, and on this basis, the terminal to which the driver is bound may be determined based on the binding relationship.
And S205, if the terminal position is in the set range of the target position corresponding to the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
The logistics monitoring system comprises a logistics monitoring platform, a logistics monitoring system and a logistics management system, wherein when logistics monitoring personnel of the logistics monitoring platform configure a logistics link needing to be monitored in a logistics distribution task and a target position of the logistics link, monitoring radiuses corresponding to the target position of the logistics link can be configured.
And aiming at each logistics link, a virtual monitoring area of the electronic fence is constructed relative to the target position of the logistics link by taking the target position of the logistics link as a center and taking the monitoring radius as a radius. Whether the terminal reaches the target position of the logistics link can be judged by detecting whether the terminal enters the monitoring area of the virtual electronic fence. Since the driver's terminal actually represents the position of the driver's vehicle for distributing the goods, the determination of whether the terminal has reached the destination position of the logistics link is also the determination of whether the driver and the driver's vehicle have reached the destination position.
It is understood that when the vehicle for delivering the goods reaches the destination position of the logistics link, the driver is said to have completed the logistics delivery of the logistics link. On the basis, the server can automatically add a completion record aiming at the target logistics link in the logistics state record. Wherein the completion record can characterize the completion of the target logistics link. For example, the completion record may include information that the target logistics link is completed, and information about the destination location of the target logistics link.
For example, in the case of a logistics link arriving at a pick-up location, after the driver's terminal confirms that the driver arrives at the pick-up location, it can be confirmed that the logistics link arriving at the pick-up location is completed, and on the basis of this, the logistics status of the logistics distribution task can be updated to arrive at the pick-up location.
It can be understood that, after the completion record of the target logistics link is stored in the logistics state record, the server may determine whether there is still an uncompleted logistics link, for example, may determine whether there is still an unexecuted logistics link after the target logistics link.
Correspondingly, if there are still unfinished logistics links in the multiple logistics links, the method returns to step S203 to enter the supervision of the next logistics link after the target logistics link until all the logistics links of the physical distribution task are finished.
As an optional manner, in order to enable the driver to timely know that the server has updated the logistics state of the target logistics link, after the completion record of the target logistics link is stored in the logistics state record of the logistics distribution task, the server may further output a completion prompt of the target logistics link to the terminal of the driver.
According to the method and the device, after a plurality of logistics links related to the logistics distribution task are determined, the terminal position of the terminal corresponding to the driver of the logistics distribution task can be obtained. The terminal position of the driver can represent the position of the delivery vehicle of the driver, so that after the terminal position is in a set range of a target position corresponding to a certain logistics link, the delivery vehicle can be shown to reach the target position of the logistics link, and on the basis, the terminal can record the completion record of the logistics link in the logistics record, so that the logistics information input of the logistics link omitted by the driver can be reduced, the logistics information is input in error under the condition that the target position of the logistics link is not reached, and the condition that the logistics information is input in error is reduced; meanwhile, the method and the device have the advantages that a driver does not need to manually search the operation interface corresponding to the logistics link and carry out complicated operations such as information input and the like, and convenience in logistics information input is improved.
It can be understood that, in order to enable the driver responsible for the logistics task to obtain the information related to the logistics task, the method and the system send the waybill information of the logistics task to the driver-bound terminal before starting the logistics state monitoring of the logistics task.
Specifically, the waybill information of the logistics distribution task may include, in addition to driver information corresponding to a driver responsible for the logistics distribution task, the following: the article to be distributed for logistics distribution, distribution detail information of the article, and the like. Correspondingly, after the fact that the communication connection between the terminal bound by the driver and the server is established can be determined based on the information of the driver, waybill information is sent to the terminal bound by the driver, and the driver can carry out logistics distribution according to the distribution detail information of the goods;
further, the driver can decide whether to start delivery according to the waybill information, and after determining that delivery is started, the driver can send a delivery starting confirmation instruction to the server through the terminal. Correspondingly, after obtaining the delivery starting confirmation instruction sent by the driver-bound terminal aiming at the waybill information, the server can respond to the delivery starting confirmation instruction to determine a plurality of logistics links related to the logistics delivery task and the target position of each logistics link.
Wherein the start delivery instruction is used for representing that a driver starts the processing of the logistics delivery task.
For example, the driver clicks a "delivery start confirmation" button for the waybill information in the interface related to the logistics delivery task in the logistics delivery application of the terminal, thereby triggering the terminal to send a delivery start instruction to the server.
In the application, the logistics links that the logistics supervision platform needs to supervise for a certain logistics distribution task may be all the logistics links of the logistics distribution task, or may be part of the logistics links set by a manager as required. Correspondingly, the logistics links involved in the logistics distribution task are the logistics links needing to be monitored in the logistics distribution task.
Under the condition that the specific logistics state requirements of the logistics distribution tasks are not strict, only the target position of whether the logistics link is reached can be concerned for any type of logistics links. If the logistics link is a pick-up, then only the driver's delivery vehicle can be concerned whether the delivery vehicle arrives at the pick-up, and if so, the logistics link is considered to be completed.
It is understood that if the logistics link in the logistics distribution task may involve supervision of information such as whether to pick up goods or confirm receipt in addition to the destination address of the arrival of the logistics link, the driver may be required to assist in entering some information.
In order to obtain more complete logistics information and reduce the complexity of logistics information input, the logistics link can be further divided into two types. The first type of logistics link is a logistics link which only needs to monitor whether the target position is to be determined, and the second type of logistics link is a logistics link other than the first type of logistics link.
Correspondingly, in the above embodiments of the present application, if the terminal position is within the setting range of the target position corresponding to the target logistics link, and the target logistics link is the first type of logistics link set in the logistics distribution task, the completion record of the target logistics link can be directly stored in the logistics state record of the logistics distribution task,
further, if the terminal position is within the setting range of the target position corresponding to the target logistics link and the target logistics link is a second type logistics link set by the logistics distribution task, outputting a logistics operation interface corresponding to the target logistics link to the terminal. The logistics operation interface can be used for inputting verification information used for representing that a logistics link is completed, such as a verification code provided by an article distributor and used for representing article extraction, or an image of a signature sheet for signing an article after the article is signed, and the like.
Correspondingly, the server can obtain the input information of the logistics operation interface sent by the terminal. And if the input information is matched with the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
For ease of understanding, the logistics distribution control method of the present application is described below with reference to one case as an example. For the convenience of understanding the scheme of the present application, the description is made from the interaction perspective between the terminal and the server.
As shown in fig. 3, which shows a schematic flow chart of another embodiment of the logistics distribution control method of the present application, the method of this embodiment may include:
s301, the server obtains waybill information of the logistics distribution tasks to be processed.
The waybill information at least comprises information of a driver responsible for the logistics distribution task, the articles to be distributed, distribution detail information of the articles and the like.
S302, the terminal establishes communication connection with the server through the logistics distribution application.
And S303, after the server determines that the terminal bound by the driver establishes communication connection with the server based on the information of the driver, the server sends waybill information to the terminal bound by the driver, so that the driver can carry out logistics distribution according to the distribution detail information of the articles.
For example, the server may determine, from the terminals that establish a communication connection with the server, the terminal where the driver-associated client is located, based on the mobile phone number of the driver, and the like.
S304, the terminal displays the waybill information, and sends a delivery starting confirmation instruction for the waybill information sending to the server after detecting that the driver inputs a delivery starting confirmation instruction for the waybill information.
Wherein the start delivery instruction is used for representing that a driver starts the processing of the logistics delivery task.
S305, the server responds to the confirmation to start a distribution instruction, and determines a plurality of logistics links involved in the logistics distribution task and the destination position of each logistics link.
S306, the server determines the current target logistics link of the logistics distribution task according to the sequence of the logistics links.
S307, the terminal reports the terminal position of the terminal to the server.
S308, if the server determines that the terminal position is in the set range of the target position corresponding to the target logistics link, determining the logistics category of the target logistics link;
s309, if the target logistics link sets a first type logistics link for the logistics distribution task, and the completion record of the target logistics link is stored in the logistics state record of the logistics distribution task.
The first type of logistics link is a logistics link which only needs to monitor whether the target position is to be determined or not.
And S310, if the target logistics link is a second type of logistics link set by the logistics distribution task, outputting a logistics operation interface corresponding to the target logistics link to the terminal.
And the second type of logistics link is a logistics link in the logistics distribution task except the first type of logistics link.
For example, it is assumed that the logistics distribution tasks sequentially include: the method comprises a goods picking link, a departure link of a departure place, a logistics transfer link, an article signing link and the like, wherein the departure link of the departure place and the logistics transfer only need to pay attention to whether the goods arrive at the departure place, the logistics transfer place and the like, and on the basis, the two links can be the first type of logistics links. Accordingly, the picking-up link may need to confirm whether the delivery vehicle arrives at the picking-up place and whether the article has been picked up, and the article signing-in link may need to confirm whether the delivery vehicle arrives at the destination and whether the article has been signed in, and thus, the picking-up link and the article signing-in link may be the second type logistics link.
And S311, acquiring input information of the logistics operation interface sent by the terminal.
Because the information used for verifying the completion of the logistics link in different logistics links in the second type of logistics links is different, the logistics operation interfaces of different logistics links are also different.
For example, the following steps are carried out: taking the picking link as an example, the logistics operation interface at least includes: and an authentication code input field for inputting an authentication code provided by a shipper of the item. For example, after the terminal arrives at the pickup destination of the pickup link, the server may send a verification code to the terminal of the sender of the item, and after the sender of the item determines that the driver picks up the item, the verification code may be provided to the driver, so that the driver may input the verification code in the logistics operation interface displayed on the terminal of the driver.
For another example, taking an article sign-off link as an example, after the driver arrives at the destination of the article sign-off, the driver can sign off the sign-off document to the sign-off person, and then the driver can click an image scanning key in the logistics operation interface of the article sign-off link to trigger the terminal to scan the image of the sign-off document after the sign-off person signs off.
And S312, if the input information is matched with the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
For example, still taking the picking-up link as an example, if the input information sent by the terminal is the verification code, it may be verified whether the verification code is the verification code provided by the server to the goods shipper and is consistent, and if so, it is determined that the information matches.
It can be understood that, after the terminal is confirmed to reach the target position of the target logistics link, the target logistics link is the second type logistics link, the server of the monitoring service platform outputs the logistics operation interface corresponding to the target logistics link to the terminal, so that the driver can directly operate the logistics operation interface to supplement information required for determining the logistics state, the driver does not need to manually find the interface corresponding to the target logistics link after reaching the target position of the target logistics link, and convenience of submitting the logistics state information by the driver is improved. Meanwhile, after the terminal is confirmed to reach the target position of the target logistics link, the logistics operation interface is automatically output to the terminal, the input of the relevant state information of the target logistics link, which is omitted by a user, can be reduced, the condition that the state information of the logistics link is lost to cause the state of the subsequent logistics link to be incapable of being input is reduced, and the condition that the relevant state information of the logistics link is lost or is incomplete is further reduced.
The application also provides a logistics distribution control device corresponding to the logistics distribution control method.
Referring to fig. 4, which shows a schematic flow chart of an embodiment of the logistics distribution control apparatus according to the present application, the apparatus of the present embodiment can be applied to a server. The apparatus may include:
a waybill obtaining unit 401, configured to obtain waybill information of a logistics distribution task, where the waybill information at least includes information of a driver responsible for the logistics distribution task;
a link determining unit 402, configured to determine a plurality of logistics links related to the logistics distribution task and a destination location of each logistics link;
a target determining unit 403, configured to determine, according to the sequence of the multiple logistics links, a target logistics link where the logistics distribution task is currently located;
a position obtaining unit 404, configured to obtain a terminal position of a terminal bound by the driver;
a logistics state generating unit 405, configured to store a completion record of the target logistics link in a logistics state record of the logistics distribution task, if the terminal position is within a set range of a target position corresponding to the target logistics link.
In one possible case, the waybill information obtained by the waybill obtaining unit further includes: the logistics distribution needs to distribute the items and the distribution detail information of the items;
the device further comprises:
a waybill sending unit, configured to send waybill information to a terminal bound by a driver after determining, based on information of the driver, that a communication connection is established between the terminal bound by the driver and the server before the link determining unit determines the plurality of logistics links related to the logistics distribution task and a destination location of each logistics link, so that the driver can perform logistics distribution according to distribution detail information of the item;
the starting confirmation unit is used for obtaining a starting distribution confirmation instruction sent by the driver-bound terminal aiming at the waybill information, and the starting distribution instruction is used for representing that the driver starts the processing of the logistics distribution task;
the link determining unit is specifically configured to determine, in response to the confirmation starting delivery instruction, a plurality of logistics links related to the logistics delivery task and a destination location of each logistics link.
In yet another possible case, the logistics state generation unit includes:
and if the terminal position is within a set range of a target position corresponding to the target logistics link, and the target logistics link is an intermediate link of the logistics distribution task, storing a completion record of the target logistics link in a logistics state record of the logistics distribution task.
As an optional mode, the logistics state generation unit further includes:
the interface display unit is used for outputting a logistics operation interface corresponding to the target logistics link to the terminal if the terminal position is within a set range of a target position corresponding to the target logistics link and the target logistics link does not belong to the middle link of the logistics distribution task;
the interface information acquisition unit is used for acquiring input information of the logistics operation interface sent by the terminal;
and a second state generating unit, configured to store a completion record of the target logistics link in a logistics state record of the logistics distribution task, if the input information is input information matched with the target logistics link.
In another possible implementation manner, the method further includes:
and the continuous monitoring processing unit is used for returning to execute the operation of determining the target logistics link where the logistics distribution task is currently located according to the sequence of the plurality of logistics links until all the logistics links of the physical distribution task are completed, if the logistics links which are not completed still exist in the plurality of logistics links after the logistics state generating unit stores the completion records of the target logistics links in the logistics state records of the logistics distribution task.
In yet another possible implementation manner, the apparatus further includes:
and the reminding sending unit is used for outputting the completion reminding of the target logistics link to the terminal after the logistics state generating unit stores the completion record of the target logistics link in the logistics state record of the logistics distribution task.
It should be noted that, in the present specification, the embodiments are all described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments may be referred to each other. Meanwhile, the features described in the embodiments of the present specification may be replaced or combined with each other, so that those skilled in the art can implement or use the present application. For the device-like embodiment, since it is basically similar to the method embodiment, the description is simple, and for the relevant points, reference may be made to the partial description of the method embodiment.
Finally, it should also be noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that it is obvious to those skilled in the art that various modifications and improvements can be made without departing from the principle of the present invention, and these modifications and improvements should also be considered as the protection scope of the present invention.
Claims (10)
1. A logistics distribution control method is characterized in that a server applied to a logistics supervision platform comprises the following steps:
acquiring waybill information of the logistics distribution tasks, wherein the waybill information at least comprises information of a driver in charge of the logistics distribution tasks;
determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link;
determining a target logistics link where the logistics distribution task is currently located according to the sequence of the logistics links;
obtaining a terminal position of a terminal bound by the driver;
and if the terminal position is in the set range of the target position corresponding to the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
2. The method of claim 1, wherein the waybill information further comprises: the logistics distribution needs to distribute the items and the distribution detail information of the items;
before the determining the plurality of logistics links involved in the logistics distribution task and the destination location of each logistics link, further comprising:
based on the driver information, after the fact that the terminal bound by the driver establishes communication connection with the server is determined, the waybill information is sent to the terminal bound by the driver, and therefore the driver can carry out logistics distribution according to the distribution detail information of the goods;
obtaining a delivery starting confirmation instruction sent by the driver-bound terminal aiming at the waybill information, wherein the delivery starting instruction is used for representing that the driver starts the processing of the logistics delivery task;
the determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link includes:
and starting a distribution instruction in response to the confirmation, and determining a plurality of logistics links involved in the logistics distribution task and the destination position of each logistics link.
3. The method according to claim 1, wherein if the terminal location is within a set range of a destination location corresponding to the target logistics link, storing a completion record of the target logistics link in a logistics state record of the logistics distribution task includes:
if the terminal position is within the set range of the target position corresponding to the target logistics link, and the target logistics link is a first type of logistics link set in the logistics distribution task, the completion record of the target logistics link is stored in the logistics state record of the logistics distribution task, and the first type of logistics link is a logistics link which only needs to monitor whether the target position is to be determined.
4. The method according to claim 3, wherein if the terminal location is within a set range of a destination location corresponding to the target logistics link, the method further stores a completion record of the target logistics link in the logistics state record of the logistics distribution task, and further comprises:
if the terminal position is within the set range of the target position corresponding to the target logistics link and the target logistics link is a second type of logistics link set by the logistics distribution task, outputting a logistics operation interface corresponding to the target logistics link to the terminal, wherein the second type of logistics link is a logistics link except the first type of logistics link in the logistics distribution task;
acquiring input information of the logistics operation interface sent by a terminal;
and if the input information is matched with the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
5. The method according to claim 1, further comprising, after storing the completion record of the target logistics link in the logistics state record of the logistics distribution task:
and if the plurality of logistics links still have unfinished logistics links, returning to execute the operation of determining the target logistics link where the logistics distribution task is currently located according to the sequence of the plurality of logistics links until all the logistics links of the physical distribution task are finished.
6. The method according to claim 1, further comprising, after storing the completion record of the target logistics link in the logistics state record of the logistics distribution task:
and outputting a completion prompt of the target logistics link to the terminal.
7. A logistics distribution control device is characterized in that a server applied to a logistics supervision platform comprises:
the waybill obtaining unit is used for obtaining waybill information of the logistics distribution task, and the waybill information at least comprises information of a driver in charge of the logistics distribution task;
a link determining unit, configured to determine a plurality of logistics links related to the logistics distribution task and a target position of each logistics link;
the target determining unit is used for determining a target logistics link where the logistics distribution task is located currently according to the sequence of the plurality of logistics links;
a position obtaining unit for obtaining a terminal position of the terminal bound by the driver;
and the logistics state generating unit is used for storing the completion record of the target logistics link in the logistics state record of the logistics distribution task if the terminal position is in the set range of the target position corresponding to the target logistics link.
8. The apparatus of claim 7, wherein the waybill information obtained by the waybill obtaining unit further comprises: the logistics distribution needs to distribute the items and the distribution detail information of the items;
the device further comprises:
a waybill sending unit, configured to send waybill information to a terminal bound by a driver after determining, based on information of the driver, that a communication connection is established between the terminal bound by the driver and the server before the link determining unit determines the plurality of logistics links related to the logistics distribution task and a destination location of each logistics link, so that the driver can perform logistics distribution according to distribution detail information of the item;
the starting confirmation unit is used for obtaining a starting distribution confirmation instruction sent by the driver-bound terminal aiming at the waybill information, and the starting distribution instruction is used for representing that the driver starts the processing of the logistics distribution task;
the link determining unit is specifically configured to determine, in response to the confirmation starting delivery instruction, a plurality of logistics links related to the logistics delivery task and a destination location of each logistics link.
9. The apparatus of claim 7, wherein the logistics state generation unit comprises:
and if the terminal position is within a set range of a target position corresponding to the target logistics link, and the target logistics link is an intermediate link of the logistics distribution task, storing a completion record of the target logistics link in a logistics state record of the logistics distribution task.
10. A logistics distribution control system, comprising:
at least one server and a terminal;
the terminal and the server are in communication connection;
the terminal is a driver-bound terminal and is used for sending the terminal position of the terminal to the server;
the server is used for obtaining waybill information of the logistics distribution tasks, wherein the waybill information at least comprises information of a driver in charge of the logistics distribution tasks; determining a plurality of logistics links related to the logistics distribution task and the target position of each logistics link; determining a target logistics link where the logistics distribution task is currently located according to the sequence of the logistics links; and if the terminal position is in the set range of the target position corresponding to the target logistics link, storing the completion record of the target logistics link in the logistics state record of the logistics distribution task.
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