WO2018205183A1

WO2018205183A1 - Fruit and vegetable delivery publishing system and method

Info

Publication number: WO2018205183A1
Application number: PCT/CN2017/083858
Authority: WO
Inventors: 李仁涛
Original assignee: 李仁涛
Priority date: 2017-05-11
Filing date: 2017-05-11
Publication date: 2018-11-15

Abstract

A fruit and vegetable delivery publishing system, at least comprising: a publishing module (30) for publishing fruit and vegetable delivery requirements to other online servers of at least one shared travel platform according to an instruction of a shipper, wherein the fruit and vegetable delivery requirements at least comprise contact information and the positioning of the shipper; a search module (40) for searching for and displaying an online server near a location determined by the shipper; and a receiving module (50) for receiving and displaying contact information and real-time positioning of the online server, i.e. a carrier, receiving the fruit and vegetable delivery requirements.

Description

Fruit and vegetable delivery release system and method

Technical field

The present invention relates to the field of Internet communication technologies, and in particular, to a fruit and vegetable delivery and distribution system.

Background technique

At present, although many new management and information service platforms and logistics enterprises established with the Internet information management platform have been born under the "Internet +" thinking mode, they have not fundamentally solved the problem. Although these new logistics companies use the new management model to improve the efficiency of the logistics industry, the waste is reduced, and the resource utilization rate is also improved. Although the logistics enterprises can share information resources, the logistics enterprises in the overall logistics industry They are still independent. When companies share information on the platform, they can also provide personalized service and return information distribution services, but they cannot avoid competition between enterprises and enterprises in the logistics industry for competing for consignment resources. Device resources are wasted. It can be seen that the current intelligent service platform and operational logistics model still ignore the huge group of people and the remaining 100 million other civilian vehicles and other water, land and air transportation resources, its potential carrying capacity and additional creation. Economic benefits. It can be seen that the service software platform currently running can play a certain role in the logistics industry, but the logistics industry management system operated according to this model still has defects and waste.

At the same time that passenger equipment resources are neglected, there is a larger group of social resources that have been neglected and not discovered. That is people. The total population of the country is more than 1.3 billion. Most people will go out for various reasons or long-distance or short-distance transportation. According to statistics, at least 30 billion people will go out by car every year, of which 15 billion are capable but empty or carry very few items, and all vehicles are allowed to carry a certain amount of goods, if there is a certain This kind of power allows the 15 billion people to carry the articles that need to be circulated in the scope of the designated ones. According to the calculation of 5 kilograms per person (10 pieces), the resources of the whole country can assist the logistics to transport 75 billion kilograms and 150 billion pieces. Small commodities.

In the current instant delivery system, if the vegetables are delivered, it is very necessary to use these vacant resources to reduce the logistics cost and increase the delivery speed.

Summary of the invention

The main object of the present invention is to solve the above technical problems.

To achieve the above objective, an embodiment of the present invention provides a fruit and vegetable delivery and distribution system, including: a distribution module, configured to issue a fruit and vegetable delivery request to at least one other online service end of the shared travel platform according to the shipper's instruction, the fruit and vegetable delivery The demand includes at least the shipper contact and positioning; a search module for searching and displaying the online server near the location determined by the shipper; and a receiving module for receiving and displaying the online server that accepts the fruit and vegetable delivery demand, ie, the carrier Contact and real-time positioning.

Another embodiment of the present invention provides a fruit and vegetable delivery method, comprising: releasing, according to a shipper's instruction, a fruit and vegetable delivery request to at least one other online service end of the shared travel platform, the fruit and vegetable delivery demand including at least a shipper contact method and Positioning; search and display the online server near the location determined by the shipper; receive and display the online server that accepts the fruit and vegetable delivery requirements, ie the carrier's contact information and real-time positioning.

The invention can be used to mobilize and utilize the social idle resources and the logistics industry to integrate and create profits, and subvert the logistics distribution mode, including the following advantages:

1. Use neglected equipment to resolve the imbalance between the volume of goods produced and manufactured in the process of economic development and the ability of goods to carry media.

2. Exploring the individual resources of people who have been neglected, using the characteristics of large population, wide distribution, large flow, dense flow, frequent flow, etc., become the carrier medium and serve the circulation of goods.

3. Dispatch the opportunity for all people to use convenience to increase their income through the logistics platform, and let all logistics companies not pay for their own costs (using the freight charges handled by the shipper) to drive the neglected resources to their own paid services, fill the existing The logistics transportation network is blank, reducing equipment costs and achieving a win-win situation for all three parties, driving and meeting the long-term needs of economic and social development.

The invention can provide a service-oriented information platform, and provides all natural persons, all logistics enterprises, and all enterprises and units that need to carry goods with the principle of nearness and convenience. Information sharing, information interaction. The logistics enterprise can act as the organizer of the transportation force as the main body, and the roles of the goods consignment demander, the logistics enterprise and the implement goods transporter are positioned as the shipper, the transporter and the carrier; the information-based all-round docking, big data transmission and collection are realized. Analyze and organize the formation of all-round human resources, logistics enterprises, and goods manufacturing and manufacturing, all-dimensional, full-scale matching, mobilizing large and neglected idle human resources and other public equipment resources. Users can make full use of the public transportation equipment resources and other transportation equipment resources in the society to make the operation mode of transporting the goods together with the logistics company, and the respective entities can increase the economy by making full use of the public transportation equipment resources and other transportation equipment resources in the society. Income is of great significance to promoting the economy and conserving resources.

DRAWINGS

1 is a functional block diagram of a fruit and vegetable delivery and distribution system of the present invention;

2 is a flow chart of a method for distributing fruit and vegetable delivery according to the present invention;

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

The preferred embodiments of the present invention are described in conjunction with the accompanying drawings, and the preferred embodiments described herein are intended to illustrate and explain the invention, and not to limit the invention, and The embodiments and the features in the embodiments can be combined with each other.

The invention will now be described in detail in conjunction with the drawings and embodiments.

Referring to FIG. 1, the present invention provides a fruit and vegetable delivery and distribution system that utilizes social idle resources as a carrier to provide item transportation along the carrier's itinerary.

The carrier may be any unit or individual, and the trip is not limited to a trip conducted by a personal vehicle, or a trip by public transportation, or a trip performed while working on a public transport. For the use of social idle resources, it can be considered as:

Natural persons with males between the ages of 16 and 65 and between the ages of 16 and 60, when they have the willingness to generate additional income, can take advantage of all the opportunities to travel by means of transportation to become the carrier of logistics fruit and vegetable delivery;

All those who have the right to legally drive the vehicle have the willingness to generate additional income when driving the vehicle for their special carrying itinerary. They can use the self-driving vehicle to become the carrier of the logistics fruit and vegetable delivery.

All legal civilian vehicles, when acting as their special means of delivery, can be used as a means of transporting items for the delivery of fruits and vegetables.

In order to facilitate the integration of the logistics industry, logistics companies can also be supported as shippers, carriers or transporters. That is, the shipper is any individual or unit, and the unit includes a logistics company. All legally registered logistics fruit and vegetable delivery companies in the logistics industry, in the process of undertaking the delivery of logistics fruit and vegetable delivery, when the transportation capacity is insufficient, the goods can be consigned directly from the starting point, or transferred to the idle resources by the society to become the consignor. When the carrier cannot deliver all or part of the items entrusted by the shipper to the destination directly during the journey, it can also be used as a transshipment party, and all the corresponding items or parts of the goods will be directly handed over to any logistics fruit and vegetable delivery station for collection and delivery.

In this embodiment, the fruit and vegetable delivery publishing system 100 includes a registration module 10, a selection module 20, a distribution module 30, a search module 40, a receiving module 50, a transportation monitoring module 60, a receipt confirmation module 70, and a freight payment module 80.

The registration module 10 is configured to register the shipper and upload the shipper registration information to the server of the shared travel platform and save it. In this embodiment, the shared travel platform is a shared car or a shared bicycle platform, such as a drip taxi platform, a worship shared bicycle platform, and the like.

The selection module 20 is configured to allow the shipper to select the at least one shared travel platform from one or more shared travel platforms. In this embodiment, the fruit and vegetable delivery publishing system 100 integrates the links of the plurality of shared travel platforms on one interface, and the shipper selects the corresponding link to enter the corresponding shared travel platform.

The publishing module 30 is configured to issue a fruit and vegetable delivery request to at least one other online server of the shared travel platform according to the shipper instruction, where the fruit and vegetable delivery requirement includes at least a shipper contact method and positioning. In this embodiment, the online server is a terminal that provides services at present.

The search module 40 is configured to search for and display an online server near the location determined by the shipper. Specifically, the search module 40 includes: a positioning unit 41, based on a global order a bit system, determining a current location of the shipper or a location input by the shipper, and displaying the information on the electronic map; and determining unit 42 for determining, according to the location information, that the location is within the first distance in the database of the shared travel platform Online server and displayed on the electronic map. Preferably, the search module 40 further includes a path obtaining unit 43 and a determining unit 44. The path obtaining unit 43 is configured to acquire the current navigation path of the searched online server, and the determining unit 44 is configured to determine whether the destination of the current navigation path is the same as the destination of the shipper, and if yes, receive the Display information on the online server, otherwise return to search. In this way, it is possible to more accurately obtain the on-going vehicle and increase the probability of turnover.

The receiving module 50 is configured to receive and display the contact information of the online server that accepts the fruit and vegetable delivery requirement, that is, the carrier, and real-time positioning, so that the shipper and the carrier obtain instant communication.

The transportation monitoring module 60 is configured to collect real-time location information of the item in the journey of the service terminal that receives the fruit and vegetable delivery order, and when the confirmation of the recipient is not received within the preset time, the shipping party, the carrier, and the carrier The recipient sends a prompt separately. In this embodiment, during the transportation monitoring process, the GPS positioning function of the carrier's mobile phone can be easily used to support real-time location information collection. Or by setting an RF signal transceiving and identifying device on the item, it supports collecting real-time location information of the item, for items that are large, large, and heavy.

The receipt confirmation module 70 is configured to send confirmation information to the carrier and the shipper when the carrier delivers the item entrusted by the shipper to the destination via the itinerary and the recipient confirms receipt of the item delivered by the carrier.

The freight payment module 80 is configured to receive a freight payment request sent by the carrier after receiving the confirmation information from the shipper, and pay the carrier a predetermined amount of freight. In the specific implementation, in the demand matching process, when the electronic contract is generated under the condition that both the shipper and the carrier confirm, the corresponding fee information is generated according to the item; in the process of receiving the confirmation, when the recipient confirms receipt of the carrier When the item is delivered, the freight payment is started according to the corresponding fee information generated. More specifically, according to the willingness to carry and the transportation of the goods, the transaction payment module can be set up, and the freight will be automatically bound to the goods. After arriving at the destination, one or more items of the recipient (may be a logistics company can also be Receiving personal) by computer or hand The bar code on the machine and the smart mobile, the two-dimensional code scanning identification device scans and recognizes that the goods are received, the sending information confirmation is completed, and the transaction payment function module is started to pay the freight.

Referring to FIG. 2, the present invention further provides a fruit and vegetable delivery method, which at least includes:

Step S201, according to the shipper's instruction, issue a fruit and vegetable delivery request to at least one other online service end of the shared travel platform, where the fruit and vegetable delivery demand includes at least a shipper contact method and positioning;

Step S203, searching and displaying an online server near the location determined by the shipper;

Step S205, receiving and displaying the contact information of the online server that accepts the fruit and vegetable delivery demand, that is, the carrier, and real-time positioning.

The invention can provide a service-oriented information platform, and provides information sharing and information interaction for all natural persons, all logistics enterprises, and all enterprises and units that need to ship goods with the principle of proximity and convenience. The logistics enterprise can act as the organizer of the transportation force as the main body, and the roles of the goods consignment demander, the logistics enterprise and the implement goods transporter are positioned as the shipper, the transporter and the carrier; the information-based all-round docking, big data transmission and collection are realized. Analyze and organize the formation of all-round human resources, logistics enterprises, and goods manufacturing and manufacturing, all-dimensional, full-scale matching, mobilizing large and neglected idle human resources and other public equipment resources. Users can make full use of the public transportation equipment resources and other transportation equipment resources in the society to make the operation mode of transporting the goods together with the logistics company, and the respective entities can increase the economy by making full use of the public transportation equipment resources and other transportation equipment resources in the society. Income is of great significance to promoting the economy and conserving resources.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims

A fruit and vegetable delivery publishing system, comprising at least:

a publishing module, configured to issue a fruit and vegetable delivery request to at least one other online server of the shared travel platform according to the shipper's instruction, the fruit and vegetable delivery demand including at least a shipper contact method and positioning;

a search module for searching and displaying an online server near a location determined by the shipper;

The receiving module is configured to receive and display the contact information of the online server that accepts the fruit and vegetable delivery requirement, that is, the carrier, and real-time positioning.
The fruit and vegetable delivery system of claim 1 further comprising:

A selection module is configured for the shipper to select the at least one shared travel platform from one or more shared travel platforms.
The fruit and vegetable delivery publishing system according to claim 2, wherein the shared travel platform is a shared car or a shared bicycle platform.
The fruit and vegetable delivery system of claim 1 wherein said search module comprises:

a positioning unit that determines the current location of the shipper or the location entered by the shipper based on the global positioning system and displays it on the electronic map;

And a determining unit, configured to determine, according to the shipper location information, an online server located within a first distance range in a database of the shared travel platform, and displayed on the electronic map.
The fruit and vegetable delivery system of claim 1, wherein the search module further comprises:

a path obtaining unit, configured to acquire a current navigation path of the searched online server;

The determining unit is configured to determine whether the destination of the current navigation path is the same as the destination of the shipper, and if yes, receive and display information of the online server, otherwise return to the search.
The fruit and vegetable delivery and distribution system according to claim 1, wherein the online server is a terminal that provides services at present.
The fruit and vegetable delivery system of claim 1 further comprising:

The registration module is used for registration by the shipper and uploads the shipper registration information to the server of the shared travel platform and saves it.
The fruit and vegetable delivery system of claim 1 further comprising:

The transportation monitoring module is configured to collect real-time location information of the item during the journey of the service terminal that receives the order for the fruit and vegetable delivery, and to the shipper, the carrier and the recipient when the confirmation of the recipient is not received within the preset time The party sends a prompt separately.
The fruit and vegetable delivery system of claim 1 further comprising:

The receipt confirmation module is configured to send the confirmation information to the carrier and the shipper when the carrier delivers the goods entrusted by the shipper to the destination via the itinerary, and the recipient confirms receipt of the goods delivered by the carrier;

The freight payment module is configured to receive a freight payment request sent by the carrier after receiving the confirmation information from the shipper, and pay the carrier a preset amount of freight.
A fruit and vegetable delivery method includes at least:

According to the shipper's instructions, the fruit and vegetable delivery demand is issued to at least one other online server that shares the travel platform, and the fruit and vegetable delivery demand includes at least the shipper's contact information and positioning;

Search and display the online server near the location determined by the shipper;

Receive and display the online service end that accepts the fruit and vegetable delivery requirements, ie the carrier's contact information and real-time positioning.