CN110570139A - Express delivery piggybacking system and method - Google Patents
Express delivery piggybacking system and method Download PDFInfo
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- CN110570139A CN110570139A CN201810571123.9A CN201810571123A CN110570139A CN 110570139 A CN110570139 A CN 110570139A CN 201810571123 A CN201810571123 A CN 201810571123A CN 110570139 A CN110570139 A CN 110570139A
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Abstract
The embodiment of the invention discloses an express delivery piggybacking system and method, and belongs to the technical field of logistics. Wherein the system comprises: the system comprises a sender client, a vehicle client, a receiver client and a system platform, wherein the sender client is used for providing sending information; the journey information providing unit of the vehicle client is used for providing journey information; the order issuing unit of the system platform is used for selecting sending information in a planned route range between a departure place and a destination of the vehicle according to the travel information and pushing a sending order to the vehicle client; the order receiving unit of the vehicle client is used for determining whether to accept the order sent by the system platform; the system platform comprises a receiving notification unit and a receiving notification unit, wherein the receiving notification unit is used for pushing receiving agreement achievement information; the pickup unit of the vehicle client is used for sending pickup completion information to the system platform; the receiver client is used for sending information for confirming the receipt of the mail item to the system platform. The invention can greatly improve the express delivery efficiency, shorten the express delivery period and reduce the cost.
Description
Technical Field
The invention relates to the technical field of logistics, in particular to an express delivery piggybacking system and method.
Background
With the development of internet technology and electronic commerce technology, the logistics industry has also been rapidly developed. At present, online shopping becomes a life style of more and more people, and the change of the life style puts higher requirements on the logistics industry, so that the logistics industry has to meet the increasing demands of express delivery services by more scientific methods and means, more perfect facilities and stronger logistics distribution capacity.
However, the logistics business is still in the initial stage, and the goods express business is only acquired by a limited number of express companies. The express company establishes community office according to regional division, and an addressee receives the express from a sender, sends the express to the community office and transports the express to an express company sorting center through the community office. For an express company, a place handling department needs to pay house renting, employee wages, vehicle purchasing and maintenance expenses of the place handling department, so that the operation cost of the company is overhigh. And the addressees frequently go to and fro the senders and the community offices, so that the traffic jam is aggravated to a certain extent. In addition, due to the limited storage, conveying, delivery and other capabilities, express delivery services are delayed seriously in holidays and other times, so that articles are overstocked seriously, and the express delivery period is long. In addition, even at ordinary times, because express company personnel are limited, the article of getting and delivering are all delayed often, cause the inconvenience for the user, cause the great waste of delivery person's time like this, the cost is improved.
In a word, the article express delivery system cannot meet the requirements of people in the aspects of efficiency, time and cost. Therefore, with the rapid development of science and technology and the wave of automation informatization, people are urgently required to explore a more convenient and more optimized express delivery mode so as to better serve our daily life, improve the express delivery efficiency, shorten the express delivery period and reduce the cost.
Disclosure of Invention
The invention provides an express delivery piggybacking system and method, which can greatly improve express delivery efficiency, shorten an express delivery period and reduce cost.
The technical scheme is as follows:
The embodiment of the invention provides an express delivery piggybacking system, which comprises: the system comprises a sender client, a vehicle client, a receiver client and a system platform, wherein the system platform comprises an order issuing unit and a receiving notification unit, the vehicle client comprises a travel information providing unit, an order receiving unit and a pickup unit, and the sender client is used for receiving and providing the sender information to the system platform; the system comprises a journey information providing unit of the vehicle client, a system platform and a control unit, wherein the journey information providing unit is used for providing journey information to the system platform when the journey information is received; the order issuing unit of the system platform is used for selecting sending information in a planned route range between a departure place and a destination of the vehicle according to the travel information when receiving the travel information provided by the vehicle client, and pushing public information in the selected sending information to the vehicle client as a sending order; the order receiving unit of the vehicle client is used for determining whether to receive the sending order pushed by the system platform and sending information that the sending order is successfully received to the system platform after the sending order is successfully received; the system comprises a receiving notification unit of the system platform, a receiving client and a vehicle client, wherein the receiving notification unit is used for pushing receiving agreement achievement information to the sender client, the receiver client and the vehicle client, and the receiving agreement achievement information at least comprises sending information and personal information of the vehicle client; the pickup unit of the vehicle client is used for sending pickup completion information to the system platform, and the pickup completion information comprises pickup information and a pickup order number; and the receiver client is used for sending information for confirming the receipt of the mail sending article to the system platform so as to inform the system platform that the receiving of the mail sending order is completed.
In a preferred embodiment of the present invention, the sender information includes a sender name, a sender address, a sender contact address, a receiver contact address, a sender item type, a size of the sender item, and a weight of the sender item, the travel information includes a departure location, a destination, a planned route between the departure location and the destination, and a time range taken for travel, and the personal information of the vehicle client includes a sender contact address and a sender name.
in a preferred embodiment of the present invention, the system platform is further configured to generate a sending expense according to the sending information, and push the sending expense to the sender client, so that the sender client can select a payment method of the sending expense; the system platform is also used for sending the sending expense to the vehicle client side when receiving the information confirming that the sending article is received; and the order issuing unit of the system platform is also used for pushing the public information in all the sending information provided by the sender client side to the vehicle client side as a sending order when the travel information provided by the vehicle client side is not received.
in a preferred embodiment of the present invention, the order issuing unit of the system platform is further configured to select corresponding mail sending information according to the destination and the planned route of the vehicle, and push public information in the corresponding mail sending information to a navigation map of the vehicle client for display or playing.
in a preferred embodiment of the present invention, the pickup unit of the vehicle client is further configured to send pickup completion information to the system platform when the two-dimensional code of the sender client is scanned.
In a preferred embodiment of the present invention, the receiver client is further configured to send information of the received article to the system platform when the receiver client scans the sending order number of the vehicle client.
the embodiment of the invention provides an express delivery piggybacking method, which comprises the following steps: receiving the mail sending information through a sender client and providing the mail sending information to a system platform; providing the journey information to the system platform when the journey information is received by a journey information providing unit of the vehicle client; when the order issuing unit of the system platform receives the travel information provided by the vehicle client, sending information in a planned route range between a departure place and a destination of the vehicle is selected according to the travel information, and public information in the selected sending information is used as a sending order and pushed to the vehicle client; whether a sending order pushed by a system platform is received or not is determined through an order receiving unit of a vehicle client, and information that the sending order is successfully received is sent to the system platform after the sending order is successfully received; pushing a receiving agreement achievement message to a sender client, a receiver client and a vehicle client through a receiving notification unit of the system platform, wherein the receiving agreement achievement message at least comprises the sender information and personal information of the vehicle client; sending pickup completion information to the system platform through a pickup unit of the vehicle client, wherein the pickup completion information comprises pickup information and a pickup order number; and sending information for confirming the receipt of the mail sending article to the system platform through the receiver client so as to inform the system platform that the receiving of the mail sending order is completed.
In a preferred embodiment of the present invention, the method for receiving the mail information by the sender client and providing the mail information to the system platform further comprises: and generating a sending expense according to the sending information through the system platform, and pushing the sending expense to the sender client side so that the sender client side can select a payment mode of the sending expense.
In a preferred embodiment of the present invention, the method further comprises: and when receiving the information of confirming the receipt of the article to be sent, the system platform sends the article sending cost to the vehicle client.
in a preferred embodiment of the present invention, the vehicle client sends pickup completion information to the system platform through the pickup unit, where the pickup completion information includes pickup information and a pickup order number, and further includes: and sending pickup completion information to a system platform when the pickup unit of the vehicle client scans the two-dimensional code of the sender client.
the technical scheme provided by the embodiment of the invention has the following beneficial effects:
Sending information is provided for a system platform through a sender client; the method comprises the steps that when a journey information providing unit of a vehicle client receives journey information, the journey information is provided for a system platform; when an order issuing unit of the system platform receives the travel information provided by the vehicle client, sending information in a planned route range between a departure place and a destination of the vehicle is selected according to the travel information, and public information in the selected sending information is used as a sending order and pushed to the vehicle client; the order receiving unit of the vehicle client determines whether to receive the sending order pushed by the system platform, and sends information that the sending order is successfully received to the system platform after the sending order is successfully received; a receiving notification unit of the system platform pushes receiving agreement achievement information to the sender client, the receiver client and the vehicle client; sending pickup completion information to a system platform through a pickup unit of the vehicle client; and sending information for confirming the receipt of the sent article to the system platform through the receiver client. The sender at the vehicle client can take the role of express delivery personnel, and selects to collect the sent articles and send the collected articles to the receiver, so that the sending orders in the route range planned by the vehicle client can be taken, the express delivery efficiency is greatly improved, the express delivery period is shortened, and the cost is reduced.
The foregoing description is only an overview of the technical solutions of the present invention, and in order to make the technical means of the present invention more clearly understood, the present invention may be implemented in accordance with the content of the description, and in order to make the above and other objects, features, and advantages of the present invention more clearly understood, the following preferred embodiments are described in detail with reference to the accompanying drawings.
Drawings
fig. 1 is a main architecture block diagram of an express delivery piggybacking system according to a first embodiment of the present invention;
Fig. 2 is a flowchart illustrating steps of a courier piggybacking method according to a second embodiment of the present invention;
Fig. 3 is a flowchart illustrating steps of a express delivery piggybacking method according to a third embodiment of the present invention;
Fig. 4 is a flowchart illustrating steps of an express piggybacking method according to a fourth embodiment of the present invention.
Detailed Description
To further illustrate the technical means and effects of the present invention for achieving the predetermined objects, the following detailed description of the express piggybacking system and method according to the present invention, and the detailed implementation, structure, features and effects thereof will be made with reference to the accompanying drawings and the preferred embodiments.
the foregoing and other technical and scientific aspects, features and advantages of the present invention will be apparent from the following detailed description of preferred embodiments, which is to be read in connection with the accompanying drawings. While the present invention has been described in connection with the preferred embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but is intended to cover various modifications, equivalent arrangements, and specific embodiments thereof.
First embodiment
Fig. 1 is a main architecture block diagram of an express piggybacking system according to a first embodiment of the present invention. The express delivery piggybacking system can greatly improve the express delivery efficiency, shorten the express delivery period and reduce the cost. Referring to fig. 1, the express delivery piggybacking system includes: a sender client 10, a vehicle client 11, a recipient client 12, and a system platform 13. The system platform 13 may be a remote server that may include an order issuance unit 130 and a takeover notification unit 131. The vehicle client 11 may be a mobile phone or the like, and may include a trip information providing unit 110, an order taking unit 111, and a pickup unit 112.
More specifically, the sender client 10 is remotely connected to the system platform 13, and is configured to receive the sending information sent by the sender, and provide the sending information to the system platform 13.
The sender client 10 may be a mobile phone, a computer, or the like, and the sending information may include a sender name, a sender address, a contact information of the sender, a recipient address, a contact information of the recipient, a type of the sending item, a size of the sending item, or a weight of the sending item. When a sender needs to deliver a mail item, the sender may send mail information to the system platform 13 through an APP (Application) installed on the sender client 10, specifically, the sender may fill the mail information on the sender client 10, and the sender submits the mail information after filling the mail information, so that the system platform 13 may receive the mail information sent by the user client 10.
Preferably, the system platform 13 is remotely connected to the sender client 10, the vehicle client 11 and the recipient client 12, and is configured to generate a sending fee according to the sending information, and push the sending fee to the sender client 10 so that the sender client 10 can select a payment method of the sending fee.
After receiving the sending information, the system platform 13 is further configured to calculate sending charges according to the sending information, such as the sender address, the receiver address, the type of the sending item, the size and the size of the sending item, and the weight of the sending item, of the sending information, and send a sending charge payment method to the sending client 10, so that the sender can select a sending charge payment method on the sending client 10. The payment mode of the mail payment can be an on-line payment mode, a cash on delivery mode and other payment modes. If the payment is in the online payment mode, the sender of the sender client 10 directly makes the payment.
preferably, the system platform 13 is further configured to send a print command to a printer connected to the sender client 10 to cause the printer to print the mailing information label and prompt the sender to attach the mailing information label to the mailing item upon receiving the print request sent by the sender client 10. The sending information strip may include the sending information, and the sender may attach the sending information strip to the outer surface of the sending article according to the prompt of the system platform 12. Specifically, when the sender client 10 clicks a print button or menu displayed on the APP interface, the sender client 10 may send a print request to the system platform 13, and the system platform 13 sends a print command to a printer connected to the sender client 10 to print a strip of sender information. Further, instead of performing the printing process by the sender client 10, printing may be performed by the vehicle client and the sender information may be pasted by the piggybacked sender of the vehicle client 11.
The trip information providing unit 110 of the vehicle client 11 is configured to provide the trip information to the system platform 13 when receiving the trip information sent by the piggybacked person. When the vehicle client 11 wishes to input the trip information on the interface provided by the system platform 13, the vehicle personnel may first click the trip information input button or menu on the interface provided by the system platform 13, and the system platform 13 receives the trip information sent by the vehicle client 11 of the vehicle personnel. The trip information may include information of a departure place, a destination of the vehicle, a planned route between the departure place and the destination, a time range taken for the trip, and the like.
the order issuing unit 130 of the system platform 13 is configured to, when receiving the travel information provided by the vehicle client 11, select sending information in a planned route range between a departure place and a destination of the vehicle according to the travel information, and push public information in the selected sending information to the vehicle client 11 as a sending order.
The public information in the sending information is information that can be disclosed to the vehicle client 11, and may include a sender address, a size of a sending item, a weight of the sending item, a sending fee, and the like.
Preferably, the order issuing unit 130 of the system platform 13 is further configured to select corresponding sending information according to the destination and the planned route of the vehicle, and push public information in the corresponding sending information, such as a specific location of a sender address, a size of a sending item, a weight of the sending item, sending cost, and the like, to the navigation map of the vehicle client 11 for display, or push the public information to the vehicle client 11 in a voice playing manner for voice playing. Under the condition that the vehicle client 11 does not send the travel information to the system platform 13, the system platform 13 may further display all the mail items to be delivered on the navigation map of the vehicle client 11 or perform voice playing, so as to facilitate the vehicle client 11 to view the mail items, that is, the order issuing unit 130 of the system platform 13 is further configured to, when the travel information provided by the vehicle client is not received, push the public information in all the mail information provided by the sender client to the vehicle client 11 as a mail order. And under the condition that the vehicle client 11 sends the travel information to the system platform 13, the system platform 13 can display or play the public information in the sending information of the sending articles suggested to be taken incidentally on the navigation map of the vehicle client 11 by voice, so that the vehicle client 11 can conveniently select sending orders to be taken incidentally in the planned route range, the express delivery efficiency is greatly improved, the express delivery period is shortened, and the cost is reduced.
The order receiving unit 111 of the vehicle client 11 is configured to determine whether to receive the sending order pushed by the order issuing unit of the system platform 13, and send information that the sending order is successfully received to the system platform 13 after the sending order is successfully received.
The vehicle client 11 registers on the system platform 13, and executes the delivery service that the system platform 13 takes. The piggyback sender of the vehicle client 11 receives the mail order sent by the system platform 13 through the vehicle client 11 and immediately takes the order (for example, the piggyback sender sends a request for a mail order by clicking a receive mail order button on an APP installed on the vehicle client 11 to send a receive mail order request, i.e., to indicate that the vehicle client 11 decides to receive the mail order). The successful information of the order grabbing is sent to the system platform 13 through the vehicle client 11. Whether the order of the mail sending is successfully accepted or not can be judged according to the order-taking precedence principle of the vehicle client 11 carrying the mail sender, for example, if one vehicle client 11 is a pre-order taker, the vehicle client 11 successfully takes the order.
The receiving notification unit 131 of the system platform 13 is configured to push receiving agreement achievement information to the sender client, the receiver client, and the vehicle client, where the receiving agreement achievement information at least includes the personal information of the sender information and the vehicle client. The personal information of the vehicle client comprises information such as a contact way of a sender and a name of the sender.
The pickup unit 112 of the vehicle client 11 is configured to send pickup completion information to the system platform 13 after pickup at the sender address is completed, where the pickup completion information may include sending information and a sending order number, and the vehicle client 11 carries a sender to complete transportation of a sent item from the sender address to the recipient address, so as to complete delivery. And taking the mail by the sender to the address of the sender and delivering the mail to the address of the receiver after the order is successfully received. The pickup unit 112 of the vehicle client 11 is further configured to send pickup completion information to the system platform 13 when the two-dimensional code of the sender client 10 is scanned, so that pickup is completed. The vehicle client 11 also obtains the sending order number sent by the vehicle client 11, pushes the sending order number to the sender client 10, and can also stick the order information and the sending order number on the outer surface of the sending article.
The receiver client 12 is configured to send a message confirming the receipt of the mail item to the system platform 13 to notify the system platform that the receiving order has been sent, and meanwhile, the system platform 13 may send the receiving order to the sender client 10. When the consignee client 12 can scan the consignment number of the vehicle client 11, it indicates that the consignment item is received, and sends the information of the consignment item to the system platform 13.
After the sending article reaches the address of the receiver, the receiver client 12 confirms the receipt, and then sends the information of the received sending article to the system platform 13, and the system platform 13 is further used for sending the sending cost to the vehicle client 11, namely, the sending cost submitted to the system platform 13 by the sender client is automatically transferred to an account provided by a sender at the vehicle client 11. When the receiver client 12 does not confirm the receipt of the sent item after a certain period of time, for example, two days later, or when the receiver clicks that the sent item is not received, or the receiver evaluates that the sent item is damaged after receiving the sent item, the system platform 13 needs to punish the vehicle client 11 that receives the sent order, for example, the vehicle client 11 provides the sender client 10 with a monetary compensation and reduces the credibility of the vehicle client 11.
In summary, in the express delivery piggybacking system provided by the embodiment of the present invention, the sender client provides the sender information to the system platform; the method comprises the steps that when a journey information providing unit of a vehicle client receives journey information, the journey information is provided for a system platform; when an order issuing unit of the system platform receives the travel information provided by the vehicle client, sending information in a planned route range between a departure place and a destination of the vehicle is selected according to the travel information, and public information in the selected sending information is used as a sending order and pushed to the vehicle client; the order receiving unit of the vehicle client determines whether to receive the sending order pushed by the system platform, and sends information that the sending order is successfully received to the system platform after the sending order is successfully received; a receiving notification unit of the system platform pushes receiving agreement achievement information to the sender client, the receiver client and the vehicle client; sending pickup completion information to a system platform through a pickup unit of the vehicle client; and sending information for confirming the receipt of the sent article to the system platform through the receiver client. The sender at the vehicle client can take the role of express delivery personnel, and selects to collect the sent articles and send the collected articles to the receiver, so that the sending orders in the route range planned by the vehicle client can be taken, the express delivery efficiency is greatly improved, the express delivery period is shortened, and the cost is reduced.
the following are embodiments of the method of the present invention, details of which are not described in detail in the apparatus embodiments, and reference may be made to the corresponding apparatus embodiments described above.
Second embodiment
fig. 2 is a flowchart illustrating steps of a courier piggybacking method according to a second embodiment of the present invention. Referring to fig. 2, the express delivery piggybacking method of the embodiment includes the following steps 201 and 207.
step 201, receiving the mail sending information through a sender client and providing the mail sending information to a system platform;
Preferably, step 201 may further include: and generating a sending expense according to the sending information through the system platform, and pushing the sending expense to the sender client side so that the sender client side can select a payment mode of the sending expense.
step 202, providing the journey information to a system platform when the journey information is received by a journey information providing unit of the vehicle client;
Step 203, when the order issuing unit of the system platform receives the travel information provided by the vehicle client, the sending information in the planned route range between the departure place and the destination of the vehicle is selected according to the travel information, and the public information in the selected sending information is used as a sending order to be pushed to the vehicle client;
Step 204, determining whether to accept the sending order pushed by the system platform through an order receiving unit of the vehicle client, and sending information that the sending order is successfully accepted to the system platform after the sending order is successfully accepted;
step 205, pushing a receiving agreement achievement message to the sender client, the receiver client and the vehicle client through a receiving notification unit of the system platform, wherein the receiving agreement achievement message at least comprises the sender information and the personal information of the vehicle client;
Step 206, sending pickup completion information to the system platform through a pickup unit of the vehicle client, wherein the pickup completion information comprises pickup information and a pickup order number;
preferably, step 201 may further include: and when the two-dimensional code of the sender client is scanned by the pick-up unit of the vehicle client, pick-up completion information is sent to the system platform.
and step 207, sending information for confirming the receipt of the mail sending article to the system platform through the receiver client so as to inform the system platform that the receiving of the mail sending order is completed.
in summary, in the express delivery piggybacking method provided by the embodiment of the present invention, the sender client provides the sender information to the system platform; the method comprises the steps that when a journey information providing unit of a vehicle client receives journey information, the journey information is provided for a system platform; when an order issuing unit of the system platform receives the travel information provided by the vehicle client, sending information in a planned route range between a departure place and a destination of the vehicle is selected according to the travel information, and public information in the selected sending information is used as a sending order and pushed to the vehicle client; the order receiving unit of the vehicle client determines whether to receive the sending order pushed by the system platform, and sends information that the sending order is successfully received to the system platform after the sending order is successfully received; a receiving notification unit of the system platform pushes receiving agreement achievement information to the sender client, the receiver client and the vehicle client; sending pickup completion information to a system platform through a pickup unit of the vehicle client; and sending information for confirming the receipt of the sent article to the system platform through the receiver client. The sender at the vehicle client can take the role of express delivery personnel, and selects to collect the sent articles and send the collected articles to the receiver, so that the sending orders in the route range planned by the vehicle client can be taken, the express delivery efficiency is greatly improved, the express delivery period is shortened, and the cost is reduced.
Third embodiment
Referring to fig. 3, a flowchart illustrating steps of a express piggybacking method according to a third embodiment of the present invention is shown. Similar to the express piggybacking method shown in fig. 2, the difference is that step 202 in fig. 3 may further include the steps of: step 301-.
Step 301, the trip information providing unit of the vehicle client determines whether the trip information is received, if the trip information is received, step 302 is performed, and if the trip information is not received, step 303 is performed.
step 302, providing the trip information to the system platform.
step 303, pushing the public information in all the mail sending information provided by the sender client as a mail sending order to the vehicle client through the order issuing unit of the system platform, and performing step 301.
under the condition that the vehicle client 11 does not send the travel information to the system platform 13, the system platform 13 can also display all the mail sending articles to be delivered on the navigation map of the vehicle client 11 or play the mail sending articles in voice, so that the vehicle client 11 can conveniently check all the mail sending orders.
In summary, the express delivery piggybacking method provided by the embodiment of the invention can also push all the delivery orders to the vehicle client when the vehicle client does not receive the travel information, so that the vehicle client can conveniently check all the delivery orders.
Fourth embodiment
referring to fig. 3, a flowchart illustrating steps of a express piggybacking method according to a third embodiment of the present invention is shown. It is similar to the express piggybacking method shown in fig. 2, except that fig. 3 may further include the steps of: step 401.
step 401, sending the sending expense to the vehicle client by the system platform when receiving the information confirming the receipt of the sending article.
After the mail item reaches the address of the receiver, the receiver client 12 confirms the receipt, and then sends the information of the received mail item to the system platform 13, and the system platform 13 is also used for sending the mail expense to the vehicle client 11, namely the mail expense submitted to the system platform 13 by the sender client is automatically transferred to an account provided by a mail carrier of the vehicle client 11, so that the express cycle is further shortened.
In summary, the express delivery piggybacking method provided by the embodiment of the invention further sends the delivery cost to the vehicle client when the system platform receives the information confirming the receipt of the delivery object, thereby further shortening the express delivery period.
Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. A courier piggybacking system, comprising: the system comprises an order issuing unit and a receiving notification unit, the vehicle client comprises a travel information providing unit, an order receiving unit and a pickup unit,
the sender client is used for receiving the sending information and providing the sending information to the system platform;
The system comprises a journey information providing unit of the vehicle client, a system platform and a control unit, wherein the journey information providing unit is used for providing journey information to the system platform when the journey information is received;
The order issuing unit of the system platform is used for selecting sending information in a planned route range between a departure place and a destination of the vehicle according to the travel information when receiving the travel information provided by the vehicle client, and pushing public information in the selected sending information to the vehicle client as a sending order;
The order receiving unit of the vehicle client is used for determining whether to receive the sending order pushed by the system platform and sending information that the sending order is successfully received to the system platform after the sending order is successfully received;
The system comprises a receiving notification unit of the system platform, a receiving client and a vehicle client, wherein the receiving notification unit is used for pushing receiving agreement achievement information to the sender client, the receiver client and the vehicle client, and the receiving agreement achievement information at least comprises sending information and personal information of the vehicle client;
The pickup unit of the vehicle client is used for sending pickup completion information to the system platform, and the pickup completion information comprises pickup information and a pickup order number;
and the receiver client is used for sending information for confirming the receipt of the mail sending article to the system platform so as to inform the system platform that the receiving of the mail sending order is completed.
2. The express piggybacking system of claim 1, wherein the mail information comprises a name of a sender, an address of a sender, a contact address of a sender, an address of a receiver, a contact address of a receiver, a type of a mail item, a size of a mail item, a weight of the mail item, the travel information comprises a start location, a destination of a vehicle, a planned route between the start location and the destination, a time range taken for travel, and the personal information of the vehicle client comprises a contact address of a piggyback sender, a name of the piggyback sender.
3. The express piggybacking system of claim 1, wherein the system platform is further configured to generate a mailing cost according to the mailing information, and to push the mailing cost to the sender client for the sender client to select a payment method of the mailing cost; the system platform is also used for sending the sending expense to the vehicle client side when receiving the information confirming that the sending article is received; and the order issuing unit of the system platform is also used for pushing the public information in all the sending information provided by the sender client side to the vehicle client side as a sending order when the travel information provided by the vehicle client side is not received.
4. The express piggybacking system of claim 1, wherein the order issuing unit of the system platform is further configured to select corresponding mail sending information according to a destination and a planned route of the vehicle, and push public information in the corresponding mail sending information to a navigation map of a vehicle client for display or playing.
5. The express piggybacking system of claim 1, wherein the pickup unit of the vehicle client is further configured to send pickup completion information to the system platform when the two-dimensional code of the sender client is scanned.
6. The express piggybacking system of claim 1, wherein the recipient client is further configured to send a message of receipt of the addressed item to the system platform when the vehicle client scans the addressed order number.
7. A express delivery piggybacking method is characterized by comprising the following steps:
receiving the mail sending information through a sender client and providing the mail sending information to a system platform;
Providing the journey information to the system platform when the journey information is received by a journey information providing unit of the vehicle client;
When the order issuing unit of the system platform receives the travel information provided by the vehicle client, sending information in a planned route range between a departure place and a destination of the vehicle is selected according to the travel information, and public information in the selected sending information is used as a sending order and pushed to the vehicle client;
whether a sending order pushed by a system platform is received or not is determined through an order receiving unit of a vehicle client, and information that the sending order is successfully received is sent to the system platform after the sending order is successfully received;
Pushing a receiving agreement achievement message to a sender client, a receiver client and a vehicle client through a receiving notification unit of the system platform, wherein the receiving agreement achievement message at least comprises the sender information and personal information of the vehicle client;
Sending pickup completion information to the system platform through a pickup unit of the vehicle client, wherein the pickup completion information comprises pickup information and a pickup order number;
And sending information for confirming the receipt of the mail sending article to the system platform through the receiver client so as to inform the system platform that the receiving of the mail sending order is completed.
8. The express piggybacking method of claim 7, wherein the receiving of the mail information by the sender client and the providing of the mail information to the system platform further comprises:
And generating a sending expense according to the sending information through the system platform, and pushing the sending expense to the sender client side so that the sender client side can select a payment mode of the sending expense.
9. The express piggybacking method of claim 7, further comprising:
And when receiving the information of confirming the receipt of the article to be sent, the system platform sends the article sending cost to the vehicle client.
10. The express piggybacking method according to claim 7, wherein an pickup completion message is sent to the system platform by a pickup unit of the vehicle client, the pickup completion message includes a mailing message and a mailing number, and further comprising:
And sending pickup completion information to a system platform when the pickup unit of the vehicle client scans the two-dimensional code of the sender client.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810571123.9A CN110570139A (en) | 2018-06-05 | 2018-06-05 | Express delivery piggybacking system and method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810571123.9A CN110570139A (en) | 2018-06-05 | 2018-06-05 | Express delivery piggybacking system and method |
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| CN110570139A true CN110570139A (en) | 2019-12-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810571123.9A Pending CN110570139A (en) | 2018-06-05 | 2018-06-05 | Express delivery piggybacking system and method |
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