WO2019233344A1

WO2019233344A1 - System and method for order-receiving and delivery carrier to perform multiple service operations

Info

Publication number: WO2019233344A1
Application number: PCT/CN2019/089433
Authority: WO
Inventors: 李公健
Original assignee: Li Gongjian
Priority date: 2018-06-07
Filing date: 2019-05-31
Publication date: 2019-12-12
Also published as: CN110648093A; CN109034680A

Abstract

Disclosed are a system and method for an order-receiving and delivery carrier to perform multiple service operations. By means of the technology of effectively combining system data of bicycle sharing, take-out and express services, bicycle sharing, take-out and express data information is allocated more scientifically and rationally. By means of the system technology and method, at the peak of take-out delivery, a take-out delivery service is supplemented by an express delivery carrier; at the peak of express delivery, an express delivery service is supplemented by a take-out delivery carrier; and the maintainance of shared bicycles is supplemented by the express delivery carrier and the take-out delivery carrier, which are aimed at improving the working efficiency of a take-out order-receiving and delivery system, an express order-receiving and delivery system and a bicycle sharing operation and maintainance system, and saving on management costs and the movement costs of delivery carriers.

Description

System and method for order delivery carrier to perform multiple business operations

Technical field:

The invention relates to the technical field of operation systems for take-out order delivery, express order order delivery, and shared bicycle operation and maintenance.

Background technique:

In the existing take-out order delivery system, courier order delivery system, and shared bicycle operation and maintenance system data, they are all operated and managed by a single system, and the terminal operation order delivery, business management, and users and consumers in the three operating system data , Are all in a region for use and consumer takeaway or express delivery business, especially in the management of existing technology, single system operation has busy business and intermittent stagnation time, reducing the efficiency of order delivery carrier, Insufficient staff for operation and maintenance of shared bicycles, resulting in a waste of resources for a large number of orders and distribution carriers.

In the operation and maintenance business of the shared bicycle system, there is a lack of maintenance for the management of bicycle personnel; in the daily working hours, in the data of the takeaway order delivery system, every morning to noon or from noon to evening, there is little order delivery business, from 11 am To 13:30 in the afternoon, and then from 17 to 20 in the afternoon, when the order delivery and delivery business enters the peak period, the takeaway business is too busy, and it is idle at other times; also in the data of the express order delivery system During meals, there are very few courier services, and other times are busy; all three services operate in one area.

The management methods of operating system data in the prior art need to improve system operating efficiency, scientifically distribute operating data, and improve work efficiency.

Summary of the invention:

The invention provides a system and method for order receiving and delivery carrier to perform multiple business operations. By effectively combining the data technology of shared bicycle and takeaway express service system, the scientific and reasonable distribution of shared bicycle and takeaway express data information is achieved through system technology and Method: Based on the peak takeaway delivery period, the delivery delivery service is supplemented by the express delivery carrier, based on the peak delivery time, the delivery delivery service is supplemented by the takeaway delivery carrier, and the maintenance of shared bicycles is supplemented by the express delivery carrier and the takeaway delivery carrier. The efficiency of the single delivery system, express delivery order delivery system, and shared bicycle operation and maintenance system saves management costs and mobile delivery carrier costs.

The embodiments of the present invention are implemented as follows: the cloud computing service desk including a take-out order delivery system or a courier order delivery system or a shared bicycle operation system; the user end includes a take-out user end or a courier end user or a shared bicycle user The takeaway merchant system end, the express distribution station system end, a shared bicycle with an on-board system, a mobile delivery carrier with a mobile communication device for a delivery terminal, and the cloud computing service desk and the client through a communication network Connect to each other to transmit data information; the cloud computing service desk and the mobile distribution carrier with a mobile communication device with a distribution terminal connect to each other through a communication network to transmit data information; the cloud computing service desk and the takeaway merchant system end or The express distribution station system transmits data information to each other through a communication network connection; the cloud computing service desk and the shared bicycle with a vehicle-mounted system transmit data information to each other through a communication network connection; the mobile distribution carrier and the user End, and the takeaway merchant system end or express distribution station system Terminal, and the shared bicycle vehicle system, transmitting data information to each other through a communication network; the cloud computing service desk system calculates, processes and distributes business data, completes the operation and maintenance of users using shared bicycles and shared bicycles, and completes orders for takeaway users or courier users A system and method for receiving and distributing orders, calculating and processing distribution business data through the cloud computing service desk system, and completing delivery orders, courier orders, and shared bicycle maintenance operations by a mobile distribution carrier; including the following steps to implement;

Step 1. The client 303 uses the client to open the shared bicycle. It is found that the shared bicycle chain has fallen and cannot ride. The client 303 reports the fault and the vehicle information to the cloud computing service desk through the client. A shared bicycle ride;

Step 2. The client 301 uploads his own communication address, geographic location and phone number through the client to determine the purchase take-out order and completes the payment. At the same time, the take-out name, take-out merchant address, geographic location, and phone number are transmitted to the client through the client. Cloud computing service desk;

Step 3: The client 302 uploads his own communication address, geographical location and phone number through the client to determine the express delivery order and completes the payment. At the same time, the courier receiving address, geographical location, and phone number are transmitted to the cloud computing service through the client. station;

Step 4. The cloud computing service desk receives the shared bicycle reporting maintenance information from the client 303, the shared bicycle number and geographic location information; receives the basic information from the client 301, and the takeaway name and takeaway merchant name, address, and geography of the takeaway order. Location positioning; received basic information from the client 302, and the courier receiving address of the courier order, geographic location, phone number; based on the geographical location of the mobile distribution carrier, the cloud computing service desk sends the order business to the relatively close mobile distribution carrier to complete Order business

Step 5. After the mobile delivery carrier receives the order, according to the time and location of the order received, the user orders the delivery of the order, and takes the takeaway items from the takeaway merchant to the user terminal 301 for delivery;

Step 6. Based on the distance of the geographical positioning distance, the mobile distribution carrier selects the closest to the shared bicycle on the way to the express delivery after delivery, and wears gloves to install the chain of the shared bicycle to maintain the shared bicycle.

Step 7. The mobile delivery carrier is located at the user terminal 302 geographical location, collects courier items with the communication address, and delivers them to the courier distribution station; completes the take-out order delivery, express order delivery, and shared bicycle operation and maintenance services. .

Brief description of the drawings:

Figure 1 is a schematic diagram of the network of operating takeaway, express and bike sharing data systems;

FIG. 2 is a schematic diagram of a network for operating a courier and bike sharing data system;

Figure 3 is a schematic diagram of a network for operating a takeaway and bike sharing data system;

4 is a schematic diagram of a network of a joint delivery operation takeaway and express data system;

FIG. 5 is a schematic diagram of a network for operating a delivery time and express delivery time data system;

Detailed ways:

The following further describes the present invention with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention;

As shown in FIG. 1, in the embodiment of the present invention, the cloud computing service desk 2 including a take-out order delivery system 201 or a courier order delivery system 202 or a shared bicycle operation system 203; the client 3 includes a take-out user Terminal 301 or express user terminal 302 or shared bicycle user terminal 303; said takeaway merchant 4 system terminal, express distribution station 5 system terminal, shared bicycle 6 with on-board system, mobile distribution carrier 1 with mobile communication equipment of distribution terminal 1 ; Transfer data information to each other through a communication network 7 connection.

As shown in FIG. 2, in the embodiment of the present invention, the cloud computing service desk 2 including a courier order delivery system 202 or a shared bicycle operation system 203; the client 3 includes a courier client or a shared bicycle client; The shared bicycle 6 with a vehicle-mounted system; the cloud computing service desk 2 and the user terminal 3 are connected to each other through a communication network 7 to transmit data information; the cloud computing service desk 2 and the distribution terminal are mobile The mobile distribution carrier 1 of a communication device is connected to transmit data information to each other through a communication network 7; the cloud computing service desk 2 and the shared bicycle vehicle system 6 are connected to transmit data information to each other through a communication network 7; the mobile distribution carrier 1 Data is transmitted to and from the user terminal 3 and the shared bicycle vehicle system 6 through the communication network 7, and the cloud computing service desk 2 system calculates and processes the distributed business data to complete the user's use of shared bicycle 6 and shared bicycle operation. Maintenance, complete the receipt and delivery of orders for express user orders, calculate and process distribution business data through the cloud computing service desk 2 system, and move Feeding the carrier 1 and completed order delivery system and method for maintaining shared cycling operation; comprising the steps implemented;

Step 1. The client 302-1 turns on the shared bicycle 601 through the client, and finds that the shared bicycle 601 cannot be used for riding. The client 302-1 reports the fault and the vehicle to the cloud computing service desk 2 through the client. After the information, re-open another shared bicycle 602 for cycling use. After cycling shared bicycle 602 is completed, the system calculates and collects the fee. The system rewards the client 302-1 for low-carbon travel and gives the user 302-1 healthy coins. Stored in the user storage of the mobile communication device of the user 302-1;

Step 2: The client 302-1 uploads its own communication address, geographic location and phone number to determine the 501 delivery order of the recipient in the same area, and the recipient's courier address, geographical location, and phone number in the same area , Transmitted to the cloud computing service desk 2 through the client, and calculates the payment fee, and the coins stored by the client 302-1 in the client deduct part of the express delivery costs;

Step 3. The cloud computing service desk 2 transmits information to the mobile distribution carrier 1. At the courier distribution station 5 near the user terminal 302-2, the courier 502 items are delivered to the user terminal 302-2 in the geographic location and communication address. ;

Step 4. The cloud computing service desk 2 transmits information to the mobile distribution carrier 1, and the user terminal 302-1 issues an express 501 order service;

Step 5. The cloud computing service desk 2 transmits to the mobile distribution carrier 1, the shared bicycle 601 is unavailable and needs to be maintained, the geographical location of the shared bicycle 601 and the shared bicycle number are shared;

Step 6. The mobile delivery carrier 1 receives an order from the client 302-1 express 501, the client 302-2 express 502 receives the order and the shared bicycle 601 maintenance order, and the mobile delivery carrier 1 locates according to the time and geographical location of the received order. According to the distance of the user, the order needs to be arranged for delivery; according to the communication address of the client 302-1, the courier items are collected at the user 302-1, and according to the communication address of the recipient in the same area, geographical location, telephone number, delivery to the same 501 items delivered by regional receivers;

Step 7. The mobile distribution carrier 1 picks up the courier 502 items from the courier distribution station 5 and distributes the courier 502 items to the user terminal 302-2 according to the geographic location and communication address of the user terminal 302-2;

Step 8. According to the seriousness of the fault of the shared bicycle 601, the mobile distribution carrier 1 wears gloves to repair the shared bicycle 601, or takes the shared bicycle 601 away with tools and delivers it to the shared bicycle repair center to maintain the shared bicycle; complete the shared bicycle And express order business.

As shown in FIG. 3, in the embodiment of the present invention, the cloud computing service desk 2 including the takeaway order delivery system 201 or the shared bicycle operation system 203; the client 3 includes a takeaway client or a shared bicycle client; The takeaway merchant 4 system end has a shared bicycle 6 with a vehicle-mounted system; the cloud computing service desk 2 and the user terminal 3 are connected to each other through a communication network 7 to transmit data information; the cloud computing service desk 2 and The mobile distribution carrier 1 with a mobile communication device of a distribution terminal is connected to transmit data information to each other through a communication network 7; the cloud computing service desk 2 and the takeaway merchant 4 are connected to transmit data information to each other through a communication network 7; The cloud computing service desk 2 and the shared bicycle vehicle system 6 are connected to each other through a communication network 7 to transmit data information; the mobile distribution carrier 1 and the user terminal 3, and the takeaway merchant 4 and the shared bicycle vehicle System 6 transmits data information to each other through the communication network 7, and calculates and allocates service data through the cloud computing service desk 2 system, and completes the use of shared bicycles and shared services by users. Cycling operation and maintenance, to complete the take-receiving user orders and delivery, by the computing system 2 Desk cloud computing service data allocation process, a movement vector distribution order and complete the take-sharing system and method for maintaining cycling operation; comprising the steps implemented;

Step 1. The user terminal 301-1 turns on the shared bicycle 601 through the user terminal, and finds that the shared bicycle 601 is damaged and cannot ride. The user terminal 301-1 reports to the cloud computing service desk fault and the vehicle through the user terminal. After the information, re-open another shared bicycle 602 for cycling use. After cycling shared bicycle 602 is completed, the system calculates and collects the fee. The system rewards the client 301-1 for low-carbon travel and gives it to the client 301-1 healthy coins. Stored in the client storage of the mobile communication device of the client 301-1;

Step 2. The client 301-1 uploads its own communication address, geographic location and phone number to determine the purchase order 401 for delivery. At the same time, the take-out merchant 4 address, geographic location, and phone number are transmitted to the client through The cloud computing service desk 2 calculates payment fees, and the money stored by the client 301-1 in the client deducts part of the take-out fee;

Step 3. The client 301-2 uploads his own communication address, geographic location and phone number through the client, determines the purchase of takeaway 402 order and completes the payment. At the same time, the takeaway name, takeaway merchant 4 address, geographic location, phone number , Transmitted to the cloud computing service desk 2 through the client;

Step 4. The cloud computing service desk 2 transmits the information of the customer 301-1, the customer 301-2, the delivery order, and the unusable shared bicycle 601 geographic location and shared bicycle number information to the mobile distribution carrier 1 for maintenance. To complete the order business;

Step 5. The mobile delivery carrier 1 receives a 401 order from the client 301-1, a takeaway 402 order from the client 301-2, and a maintenance bike 601 maintenance order. The mobile delivery carrier 1 locates the distance based on the time and location of the order received. , User order needs to arrange delivery; to takeaway 401 name confirmed to user 301-1 and takeaway merchant 4 address to take takeaway, according to the address and phone number of user 301-1 and geographical location delivery to user 301-1;

Step 6. The name of the takeaway 402 and the address of the takeaway merchant 4 confirmed by the mobile delivery carrier 1 to the user terminal 301-2 take the takeaway, and deliver to the user terminal 301-2 according to the address of the user terminal 301-2 and the geographical location.

Step 7. According to the seriousness of the fault of the shared bicycle 601, the mobile distribution carrier 1 wears gloves to repair the shared bicycle 601, or takes the shared bicycle 601 with a tool and delivers it to the shared bicycle repair center to maintain and share the shared bicycle. And sharing bicycle maintenance business.

As shown in FIG. 4, in the embodiment of the present invention, the cloud computing service desk 2 including the takeaway order delivery system 201 or the express order delivery system 202; the client 3 includes a takeaway client or a courier client; The takeaway merchant 4 system end, the express distribution station 5 system end, the cloud computing service station 2 and the user terminal 3 are connected to each other through a communication network 7 to transmit data information; the cloud computing service station 2 and the band The mobile distribution carrier 1 with the mobile communication device of the distribution terminal is connected to transmit data information to each other through the communication network 7; the cloud computing service desk 2 and the takeaway merchant 4 or express delivery station 5 are connected to each other to transmit data information through the communication network 7 ; The mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 or a distribution staff 103, and the user terminal 3, and the takeaway merchant 4 or the express distribution station 5 transmit data to each other through a communication network 7. Information, calculate and process the distribution business data through the cloud computing service desk 2 system, complete the receipt and distribution orders of the takeaway user or courier user order, and The cloud computing system desk 2 distribution calculation processing traffic data, a complete mobile carrier take-order distribution, order delivery systems and methods; comprising the steps implemented;

Step 1. The client 301 issues a 401 delivery business order for purchase of takeaway items, and a communication address, satellite-locates the geographic location of the client 301, and transmits it to the takeaway order delivery system 201 or express order delivery through the communication network 7. In the cloud computing service desk 2 of the system 202, the user terminal 301 once used the bicycle sharing bicycle reward coin to be stored in the mobile communication device user terminal, and the cloud computing service desk 2 calculates and offsets a portion of the takeaway cost;

Step 2: The user terminal 302 issues a delivery order for a courier item 501 and a communication address, satellite-locates the geographic position of the user terminal 302, and transmits it to the take-out order delivery system 201 or the express order delivery system via a communication network 7. In the cloud computing service desk 2 of 202, the user terminal 302 once used the bicycle sharing bicycle reward coin to be stored in the mobile communication device user terminal, and the cloud computing service desk 2 calculates and offsets a part of the express delivery fee;

Step 3. The cloud computing service desk 2 of the take-out order delivery system 201 or the express order delivery system 202 is transmitted to the mobile distribution carrier 1 with a relatively close satellite positioning through the communication network 7 to notify the mobile distribution carrier 1 to complete two tasks. Order services, the mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 or a distribution personnel 103;

Step 4. The mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 or a distribution personnel 103; the distance based on the satellite positioning distance, and the timing of the communication addresses of the two client terminals 3, the mobile distribution intelligent The machine 101 takes delivery items 401 from the take-out merchant 4 into the loading box and delivers them to the user terminal 301. The mobile distribution intelligent machine 101 cannot directly enter the building to deliver to the user terminal 301, and is near the user terminal 301. The delivery person 103 takes out the take-away items 401 from the loading box of the mobile delivery intelligent machine 101 and enters the building to deliver to the user's 301;

Step 5. The mobile delivery carrier 1 includes a delivery person 103, collects courier items 501 from a user terminal 302 via satellite positioning and a communication address, and sends them to a loading box of the mobile delivery smart aircraft 102 nearby. The mobile delivery smart The aircraft 102 flies to the courier distribution station 5 and the staff of the courier distribution station 5 takes out the courier items 501 and sends them to the long-distance courier distribution station; the mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 Or the delivery person 103 can jointly complete the two order delivery operations.

As shown in FIG. 5, in the embodiment of the present invention, the cloud computing service desk 2 including a take-out order delivery system 201 or a courier order delivery system 202; the cloud computing service desk 2 and the user terminal 3, Connected to transmit data information to each other through communication network 7; the cloud computing service station 2 and the mobile distribution carrier 1 with mobile communication equipment of the distribution terminal are connected to each other to transmit data information through communication network 7; the cloud computing service station 2 It is connected with the take-out merchant 4 or the express delivery station 5 to transmit data information to each other through the communication network 7; the mobile distribution carrier 1 and the client 3, and the take-out merchant 4 or the express delivery station 5 through the communication network 7. Transferring data information to each other, the mobile distribution carrier 1 processes and distributes business data through the system, and completes the system and method for the two delivery services of takeaway items or courier items at the client end; including the following steps;

Step 1. The take-out business is based on the peak period of 11:30 to 13:30 noon and 17:30 to 20:00 in the evening. The take-out order business is very high from 8: 00 to 11:30 and 13:30 to 17:30 in the afternoon. Less, express delivery is around 200 per person per day. The express delivery service is busy. The cloud computing service desk 2 allocates delivery services according to the business characteristics of takeaway 4 and express delivery 5. The delivery service delivery system 201 or express delivery system 202 is included. Cloud computing service desk 2, transmitted to mobile delivery carrier 1, from 8 am to 11:30 to the nearest express distribution station 5, to receive about 50 express delivery items; from 11:30 to 13:30 according to nearby takeaway User orders, delivery and delivery services; 13:30 to 17:30 to the nearest courier distribution station 5, to receive delivery of about 50 pieces of courier items; 17:30 to 20:00 according to nearby takeaway user orders, delivery of delivery services;

Step 2. The mobile distribution carrier 1 completes the above-mentioned business according to its own work and rest schedules, and picks up 50 or so courier items at the nearby courier distribution station 5, which will take 3 and a half from 8 am to 11:30 am Delivery within hours;

Step 3: The mobile distribution carrier 1 arranges order-to-order delivery and take-out business from 11:30 to 13:30, according to the take-out user order during the peak take-out period;

Step 4. The mobile distribution carrier 1 picks up about 50 courier items from the nearby courier distribution station 5 from 13:30 to 17:30, and completes the courier service within 4 hours;

Step 5. The mobile delivery carrier 1 arranges order delivery and take-out service from 17:30 to 20 o'clock according to the take-out user order during the peak take-out period;

Step 6. The mobile distribution carrier 1 is not in the time of the peak period, and completes a small number of take-out and courier order delivery services.

In the embodiment of the present invention, the time schedule is a relative peak period, not a fixed time schedule.

In the embodiment of the present invention, the cloud computing service desk includes a take-out order delivery system, or a courier order delivery system, or a shared bicycle operation system. The three systems operate in combination, or they operate separately through a communication device network connection to transmit data information to each other. .

In the embodiment of the present invention, a cloud computing service desk: a cloud computing service desk including a takeaway order delivery system, or an express order delivery system, or a shared bicycle operation system, a cloud computing processor, a communication network device, and a client Transmission of data information, mutual transmission of data information with mobile distribution carriers, mutual transmission of data information with takeaway merchants, mutual transmission of data information with express delivery stations, and mutual transmission of data information with shared bicycle vehicle systems;

In the embodiment of the present invention, the mobile distribution carrier includes a distribution person holding a distribution mobile communication device, or a mobile distribution intelligent machine with a distribution mobile communication device, or a mobile distribution intelligent aircraft with a distribution mobile communication device, and data processing. Devices, satellite positioning equipment, communication network equipment, transmitting data information to and from cloud computing service desks, transmitting data information to and from clients, transmitting data information to takeaway merchants, transmitting data information to express distribution stations, and sharing bicycle vehicle systems Transmit data information to each other, two loading boxes for takeaway items and courier items respectively;

In the embodiment of the present invention, the client includes a user-owned communication device, a download client system, a data processor, a satellite positioning device, and a mobile communication network device, and transmits data information to and from a cloud computing service desk, and interacts with a mobile distribution carrier. Transmission of data information, mutual transmission of data information with takeaway merchants, mutual transmission of data information with courier distribution stations, and mutual transmission of data information with shared bicycle vehicle systems;

In the embodiment of the present invention, the take-out merchant includes a take-out merchant terminal system, a data processor, a satellite positioning device, a communication network device, transmitting data information to and from a cloud computing service desk, transmitting data information to and from a mobile distribution carrier, and communicating with a user terminal. Transfer data information to each other;

In the embodiment of the present invention, the courier distribution station includes a courier distribution station terminal system, a data processor, a satellite positioning device, a communication network device, and transmits data information to and from a cloud computing service desk, and transmits data information to and from a mobile distribution carrier, and User terminals transmit data information to each other;

In the embodiment of the present invention, a shared bicycle includes a shared bicycle in-vehicle system, a processor, a satellite positioning device, and a mobile communication network device, which transmits usage information to and from a user terminal, transmits data information to and from a mobile distribution carrier, and communicates with a cloud computing service desk. Transfer data information to each other.

The above are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modification made within the spirit and principle of the present invention, equivalent to replacement and improvement, etc., shall be included in the present invention. Within the scope of protection.

Claims

A system and method for order receiving and delivery carrier to perform various business operations, wherein the takeaway order delivery system, express delivery order delivery system, shared bicycle operation system, mobile delivery carrier, shared bicycle, takeaway merchant, express delivery station, The client is characterized in that the cloud computing service desk includes a take-out order delivery system or a courier order delivery system or a shared bicycle operation system; the client includes a take-out client or a courier client or a shared bike client; The takeaway merchant system end, the express distribution station system end, a shared bicycle with an on-board system, and a mobile delivery carrier with a mobile communication device for a delivery terminal; the cloud computing service desk and the user end are connected to each other through a communication network Transmission of data information; the cloud computing service desk and the mobile distribution carrier with a mobile communication device with a distribution terminal transmit data information to each other through a communication network connection; the cloud computing service desk and the takeaway merchant system end or express distribution Station system side, transmitting data information to each other through communication network connection; The cloud computing service desk and the shared bicycle with on-board system transmit data information to each other through a communication network connection; the mobile distribution carrier and the client, and the takeaway merchant system or express delivery station system, and The shared bicycle vehicle-mounted system transmits data information to each other through a communication network; the cloud computing service desk system calculates, processes and distributes business data, completes the operation and maintenance of users using shared bicycles and shared bicycles, and completes the receipt and delivery of orders by takeaway or express users A system and method for distributing orders, calculating and processing distribution business data through the cloud computing service desk system, and completing delivery orders, courier orders, and shared bicycle maintenance operations by mobile distribution carriers.
A system and method for performing multiple business operations based on an order receiving and delivery carrier according to claim 1, comprising the following steps;

Step 1. The client 303 uses the client to open the shared bicycle. It is found that the shared bicycle chain has fallen and cannot ride. The client 303 reports the fault and the vehicle information to the cloud computing service desk through the client. A shared bicycle ride;

Step 2. The client 301 uploads his own communication address, geographic location and phone number through the client to determine the purchase take-out order and completes the payment. At the same time, the take-out name, take-out merchant address, geographic location, and phone number are transmitted to the client through the client. Cloud computing service desk;

Step 3: The client 302 uploads his own communication address, geographical location and phone number through the client to determine the express delivery order and completes the payment. At the same time, the courier receiving address, geographical location, and phone number are transmitted to the cloud computing service through the client. station;

Step 4. The cloud computing service desk receives the shared bicycle reporting maintenance information from the client 303, the shared bicycle number and geographic location information; receives the basic information from the client 301, and the takeaway name and takeaway merchant name, address, and geography of the takeaway order. Location positioning; received basic information from the client 302, and the courier receiving address of the courier order, geographic location, phone number; based on the geographical location of the mobile distribution carrier, the cloud computing service desk sends the order business to the relatively close mobile distribution carrier to complete Order business

Step 5. After the mobile delivery carrier receives the order, according to the time and location of the order received, the user orders the delivery of the order, and takes the takeaway items from the takeaway merchant to the user terminal 301 for delivery;

Step 6. Based on the distance of the geographical positioning distance, the mobile distribution carrier selects the closest to the shared bicycle on the way to the express delivery after delivery, and wears gloves to install the chain of the shared bicycle to maintain the shared bicycle.

Step 7. The mobile delivery carrier is located at the user terminal 302 geographical location, collects courier items with the communication address, and delivers them to the courier distribution station; completes the take-out order delivery, express order delivery, and shared bicycle operation and maintenance services. .
The system and method for order receiving and delivery carrier to perform multiple business operations according to claim 1, wherein the express order receiving and delivery system, shared bicycle operation system, user terminal, mobile delivery carrier, express distribution station, and shared bicycle are characterized in that The cloud computing service desk 2 includes a courier order delivery system 202 or a shared bicycle operation system 203; the client 3 includes a courier client or a shared bicycle user; and the shared bicycle 6 with a vehicle-mounted system; The cloud computing service station 2 and the user terminal 3 are connected to each other through a communication network 7 to transmit data information; the cloud computing service station 2 and the mobile distribution carrier 1 with a mobile communication device with a distribution terminal communicate through a communication network. 7 connection to transmit data information to each other; the cloud computing service desk 2 and the shared bicycle vehicle system 6 connect to each other to transmit data information through a communication network 7; the mobile distribution carrier 1 and the user terminal 3 share with the The vehicle-mounted vehicle system 6 transmits data information to each other through the communication network 7 and calculates and distributes business data through the cloud computing service desk 2 system Complete the use of shared bicycle 6 and shared bicycle operation and maintenance, complete the delivery user order receipt and distribution orders, the cloud computing service desk 2 system calculates and processes the distributed business data, and the mobile distribution carrier 1 completes the express order and shared bicycle maintenance operations. System and method; including the following steps to achieve;

Step 1. The client 302-1 turns on the shared bicycle 601 through the client, and finds that the shared bicycle 601 cannot be used for riding. The client 302-1 reports the fault and the vehicle to the cloud computing service desk 2 through the client. After the information, re-open another shared bicycle 602 for cycling use. After cycling shared bicycle 602 is completed, the system calculates and collects the fee. The system rewards the client 302-1 for low-carbon travel and gives the user 302-1 healthy coins. Stored in the user storage of the mobile communication device of the user 302-1;

Step 2: The client 302-1 uploads its own communication address, geographic location and phone number to determine the 501 delivery order of the recipient in the same area, and the recipient's courier address, geographical location, and phone number in the same area , Transmitted to the cloud computing service desk 2 through the client, and calculates the payment fee, and the coins stored by the client 302-1 in the client deduct part of the express delivery costs;

Step 3. The cloud computing service desk 2 transmits information to the mobile distribution carrier 1. At the courier distribution station 5 near the user terminal 302-2, the courier 502 items are delivered to the user terminal 302-2 in the geographic location and communication address. ;

Step 4. The cloud computing service desk 2 transmits information to the mobile distribution carrier 1, and the user terminal 302-1 issues an express 501 order service;

Step 5. The cloud computing service desk 2 transmits to the mobile distribution carrier 1, the shared bicycle 601 is unavailable and needs maintenance, the geographical location of the shared bicycle 601, and the shared bicycle number;

Step 6. The mobile delivery carrier 1 receives an order from the client 302-1 express 501, the client 302-2 express 502 receives the order and the shared bicycle 601 maintenance order, and the mobile delivery carrier 1 locates according to the time and geographical location of the received order. According to the distance of the user, the order needs to be arranged for delivery; according to the communication address of the client 302-1, the courier items are collected at the user 302-1, and according to the communication address of the recipient in the same area, geographical location, telephone number, delivery to the same 501 items delivered by regional receivers;

Step 7. The mobile distribution carrier 1 picks up the courier 502 items from the courier distribution station 5 and distributes the courier 502 items to the user terminal 302-2 according to the geographic location and communication address of the user terminal 302-2;

Step 8. According to the seriousness of the fault of the shared bicycle 601, the mobile distribution carrier 1 wears gloves to repair the shared bicycle 601, or takes the shared bicycle 601 away with tools and delivers it to the shared bicycle repair center to maintain the shared bicycle; complete the shared bicycle And express order business.
The system and method for order receiving and delivery carrier to perform multiple business operations according to claim 1, characterized in that: the cloud computing service desk 2 including a takeaway order delivery system 201 or a shared bicycle operation system 203; The client 3 includes a takeaway client or a shared bicycle client; the takeaway merchant 4 system end, a shared bicycle 6 with an on-board system; the cloud computing service desk 2 and the client 3 are connected to each other through a communication network 7 Transmission of data information; the cloud computing service station 2 and the mobile distribution carrier 1 with a mobile communication device of a distribution terminal are connected to each other through a communication network 7 to transmit data information; the cloud computing service station 2 and the takeaway merchant 4 To transmit data information to each other through a communication network 7 connection; the cloud computing service desk 2 and the shared bicycle vehicle system 6 connect to each other to transmit data information through a communication network 7; the mobile distribution carrier 1 and the user terminal 3, Data is transmitted to and from the take-out merchant 4 and the shared bicycle vehicle system 6 through the communication network 7, and is calculated by the cloud computing service desk 2 system. Process the distribution business data, complete the user's use of shared bicycles and shared bicycle operation and maintenance, complete the receipt and distribution of takeaway user orders, calculate and process the distribution business data through the cloud computing service desk 2 system, and mobile distribution carrier 1 complete the takeaway order and shared bicycle System and method of maintenance operation; including the following steps to achieve;

Step 1. The user terminal 301-1 turns on the shared bicycle 601 through the user terminal, and finds that the shared bicycle 601 is damaged and cannot ride. The user terminal 301-1 reports to the cloud computing service desk fault and the vehicle through the user terminal. After the information, re-open another shared bicycle 602 for cycling use. After cycling shared bicycle 602 is completed, the system calculates and collects the fee. The system rewards the client 301-1 for low-carbon travel and gives it to the client 301-1 healthy coins. Stored in the client storage of the mobile communication device of the client 301-1;

Step 2. The client 301-1 uploads its own communication address, geographic location and phone number to determine the purchase order 401 for delivery. At the same time, the take-out merchant 4 address, geographic location, and phone number are transmitted to the client through The cloud computing service desk 2 calculates payment fees, and the money stored by the client 301-1 in the client deducts part of the take-out fee;

Step 3. The client 301-2 uploads his own communication address, geographic location and phone number through the client, determines the purchase of takeaway 402 order and completes the payment. At the same time, the takeaway name, takeaway merchant 4 address, geographic location, phone number , Transmitted to the cloud computing service desk 2 through the client;

Step 4. The cloud computing service desk 2 transmits the information of the customer 301-1, the customer 301-2, the delivery order, and the unusable shared bicycle 601 geographic location and shared bicycle number information to the mobile distribution carrier 1 for maintenance. To complete the order business;

Step 5. The mobile delivery carrier 1 receives a 401 order from the client 301-1, a takeaway 402 order from the client 301-2, and a maintenance bike 601 maintenance order. The mobile delivery carrier 1 locates the distance based on the time and location of the order received. , User order needs to arrange delivery; to takeaway 401 name confirmed to user 301-1 and takeaway merchant 4 address to take takeaway, according to the address and phone number of user 301-1 and geographical location delivery to user 301-1;

Step 6. The name of the takeaway 402 and the address of the takeaway merchant 4 confirmed by the mobile delivery carrier 1 to the user terminal 301-2 take the takeaway, and deliver to the user terminal 301-2 according to the address of the user terminal 301-2 and the geographical location.

Step 7. According to the seriousness of the fault of the shared bicycle 601, the mobile distribution carrier 1 takes gloves to repair the shared bicycle 601, or takes the shared bicycle 601 away with tools and delivers it to the shared bicycle repair center to maintain and share the shared bicycle. And sharing bicycle maintenance business.
A system and method for order receiving and delivery carrier to perform multiple business operations according to claim 1, characterized in that: said cloud computing service desk 2 comprising a takeaway order delivery system 201 or an express order delivery system 202; The client 3 includes a takeaway client or a courier client; the takeaway merchant 4 system end, the express distribution station 5 system end, the cloud computing service desk 2 and the client 3 are connected to each other through a communication network 7 to transfer data Information; the cloud computing service desk 2 and the mobile distribution carrier 1 with a mobile communication device of a distribution terminal are connected to each other through a communication network 7 to transmit data information; the cloud computing service desk 2 and the takeaway merchant 4 or express delivery The distribution station 5 is connected to transmit data information to each other through the communication network 7; the mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 or a distribution person 103, with the user terminal 3, and the takeaway merchant 4 Or the express distribution station 5 transmits data information to each other through the communication network 7 and calculates and processes the distribution business data through the cloud computing service desk 2 system. A system and method for receiving and delivering orders for take-out users or courier users, calculating and processing distribution business data through the cloud computing service desk 2 system, and mobile delivery carrier 1 completing take-out orders and courier orders; including the following steps;

Step 1. The client 301 issues a 401 delivery business order for purchase of takeaway items, and a communication address, satellite-locates the geographic location of the client 301, and transmits it to the takeaway order delivery system 201 or express order delivery through the communication network 7. In the cloud computing service desk 2 of the system 202, the user terminal 301 once used the bicycle sharing bicycle reward coin to be stored in the mobile communication device user terminal, and the cloud computing service desk 2 calculates and offsets a portion of the takeaway cost;

Step 2: The user terminal 302 issues a delivery order of courier items 501, and a communication address, satellite-locates the geographic position of the user terminal 302, and transmits it to the take-out order delivery system 201 or the express order delivery system via the communication network 7. In the cloud computing service desk 2 of 202, the user terminal 302 once used the bicycle sharing bicycle reward coin to be stored in the mobile communication device user terminal, and the cloud computing service desk 2 calculates and offsets a part of the express delivery fee;

Step 3. The cloud computing service desk 2 of the take-out order delivery system 201 or the express order delivery system 202 is transmitted to the mobile distribution carrier 1 with a relatively close satellite positioning through the communication network 7 to notify the mobile distribution carrier 1 to complete two tasks. Order services, the mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 or a distribution personnel 103;

Step 4. The mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 or a distribution personnel 103; the distance based on the satellite positioning distance, and the timing of the communication addresses of the two client terminals 3, the mobile distribution intelligent The machine 101 takes delivery items 401 from the take-out merchant 4 into the loading box and delivers them to the user terminal 301. The mobile distribution intelligent machine 101 cannot directly enter the building to deliver to the user terminal 301, and is near the user terminal 301. The delivery person 103 takes out the take-away items 401 from the loading box of the mobile delivery intelligent machine 101 and enters the building to deliver to the user's 301;

Step 5. The mobile delivery carrier 1 includes a delivery person 103, collects courier items 501 from a user terminal 302 via satellite positioning and a communication address, and sends them to a loading box of the mobile delivery smart aircraft 102 nearby. The mobile delivery smart The aircraft 102 flies to the courier distribution station 5 and the staff of the courier distribution station 5 takes out the courier items 501 and sends them to the long-distance courier distribution station; the mobile distribution carrier 1 includes a mobile distribution intelligent machine 101 or a mobile distribution intelligent aircraft 102 Or the delivery person 103 can jointly complete the two order delivery operations.
A system and method for order receiving and delivery carrier to perform multiple business operations according to claim 1, characterized in that: said cloud computing service desk 2 comprising a takeaway order delivery system 201 or an express order delivery system 202; The cloud computing service station 2 and the user terminal 3 are connected to each other through a communication network 7 to transmit data information. The cloud computing service station 2 and the mobile distribution carrier 1 with a mobile communication device with a distribution terminal communicate through the communication network 7 Connection to transmit data information to each other; the cloud computing service desk 2 and the takeaway merchant 4 or express delivery station 5 connect to each other to transmit data information through a communication network 7; the mobile distribution carrier 1 and the user terminal 3, and Said takeaway merchant 4 or courier distribution station 5 transmits data information to each other through communication network 7, the mobile distribution carrier 1 processes distribution service data through the system, and completes a system and method for two delivery services: takeaway items or courier items at the client end; The following steps are implemented;

Step 1. The take-out business is based on the peak period of 11:30 to 13:30 noon and 17:30 to 20:00 in the evening. The take-out order business is very high from 8: 00 to 11:30 and 13:30 to 17:30 in the afternoon. Less, express delivery is around 200 per person per day. The express delivery service is busy. The cloud computing service desk 2 allocates delivery services according to the business characteristics of takeaway 4 and express delivery 5. The delivery service delivery system 201 or express delivery system 202 is included. Cloud computing service desk 2, transmitted to mobile delivery carrier 1, from 8 am to 11:30 to the nearest express distribution station 5, to receive about 50 express delivery items; from 11:30 to 13:30 according to nearby takeaway User orders, delivery and delivery services; 13:30 to 17:30 to the nearest courier distribution station 5, to receive delivery of about 50 pieces of courier items; 17:30 to 20:00 according to nearby takeaway user orders, delivery of delivery services;

Step 2. The mobile distribution carrier 1 completes the above-mentioned business according to its own work and rest schedules, and picks up 50 or so courier items at the nearby courier distribution station 5, which will take 3 and a half from 8 am to 11:30 am Delivery within hours;

Step 3: The mobile distribution carrier 1 arranges order-to-order delivery and take-out business from 11:30 to 13:30, according to the take-out user order during the peak take-out period;

Step 4. The mobile distribution carrier 1 picks up about 50 courier items from the nearby courier distribution station 5 from 13:30 to 17:30, and completes the courier service within 4 hours;

Step 5. The mobile delivery carrier 1 arranges order delivery and take-out service from 17:30 to 20 o'clock according to the take-out user order during the peak take-out period;

Step 6. The mobile distribution carrier 1 is not in the time of the peak period, and completes a small number of take-out and courier order delivery services.
The system and method for order receiving and delivery carrier to perform multiple business operations according to claim 1, characterized in that the cloud computing service desk includes a takeaway order delivery system, or an express order delivery system, or a shared bicycle operation system, The three systems operate in combination, or they are separately connected through a communication device network to transmit data information to each other.