TWM446941U - Product instant dispatching management system - Google Patents

Abstract

A product instant dispatching management system is disclosed in the present utility model. The management system includes a matching service device for internet stores and a Routing Planning management device for mobile shops. A server of the internet store receives a plurality of product information from seller, order information from at least a seller, location information of the mobile shops through the matching service device. The matching service device matches a buyer and a seller to generate buyer-seller relationship data according to the above mentioned information. The buyer-seller relationship data is generated by distance between the buyer and the seller. The Routing Planning management device generates instant delivering information according to the location information and a shortest path of delivering goods.

Description

Product matching services, path planning and instant delivery management system

This creation is about a cloud server service system, especially about an instant delivery management system for goods.

The problem of traffic parking is becoming more and more serious, which causes people to purchase goods or food and beverages. In addition to the general delivery of goods, it is not possible to order goods or food and beverages on the Internet.

In addition, after ordering goods on the Internet, the seller (manufacturer) can only deliver according to the shipping company's delivery schedule. Therefore, the buyer (shopper) must wait a few days to receive the goods, the fastest. You must also wait 24 hours before you have the option to receive the ordered item.

Therefore, how to order goods on the Internet and receive goods in a short time is an urgent problem to be overcome.

One of the purposes of this creation is to provide an instant delivery management system for goods that can be used to address the future supply of food and goods in response to the commercial economy of the otaku house women derived from future changes.

One of the purposes of this creation is to provide an instant delivery management system that can be delivered instantly after ordering an item at an online storefront.

One embodiment of the present invention provides an item instant delivery management system. The commodity instant delivery management system includes a trading combination service device and a route planning management device. The trading service device receives product information provided by a plurality of sellers, at least one order information provided by the buyer, and location information of a plurality of mobile stores, and the product information, order information, and location information are matched The unit map data is calculated to combine the buyer and the seller to generate a corresponding interactive information, and the interactive information is based on the map information planning, the seller position with the nearest buyer or the shortest delivery time. The seller's route planning management device receives the buyer's location data, so that the orientation can be matched with the map data plan and the delivery route with the shortest delivery time of the buyer to generate an instant delivery information.

Another embodiment of the present invention provides an item instant delivery management system. The merchandise instant delivery management system includes an online storefront service server, a plurality of mobile stores, and a map server. The online storefront service server provides an online trading platform for at least one buyer and a plurality of sellers. Each of the at least one mobile store belongs to the seller, and the mobile store receives the information provided by the online storefront service server and performs a delivery action. The map server contains map information about the location of the mobile store. Among them, the buyer orders the goods through the online storefront service server, and the map server provides the buyer demand information to the nearest seller store according to the buyer's location, and the online storefront service server confirms the transaction success, and the seller store device performs the device. Route planning for delivery.

The real-time delivery management system of the created product allows the buyer to obtain the goods in the most immediate and rapid manner. At the same time as the buyer orders, the instant delivery management system of the created product begins to find the closest purchase in the existing multiple mobile stores. Home seller store. Therefore, this creation can quickly deliver the goods, delay the delivery without waiting for the seller's preparation time, and deliver the goods to the buyer more quickly and instantly. This creation can solve the problem that the prior art can't make the order and the scheduled delivery process synchronously, and solve the problem that the prior art can't order and deliver at the same time, and achieve the efficiency of instant delivery.

FIG. 1 is a schematic diagram showing an instant delivery management system for an item according to an embodiment of the present invention.

The merchandise instant delivery management system 100 includes an online storefront service server 101, a map server 102, and at least one mobile store Ms.

The online storefront server 101 includes an open merchandise display service platform, a buy-and-sell supply and demand function, an optimal real-time distribution management planning function, an order management function, and an online payment service function.

The map server 102 contains map information of the location of the mobile store Ms.

First, assume that the commodity instant delivery management system 100 includes a plurality of mobile stores Ms, and each mobile store (such as a truck, car, locomotive, ..., etc.) 103 carries an online storefront service server for sale. Goods, and each mobile store Ms can immediately deliver the goods to the buyer's action at any time. The map server 102 can use the wireless communication transmission interface Wi such as the GPS (Global Positioning System) GPS, the communication base station positioning, etc. as the location location and display the location of each mobile store on the map by using the Internet Ie. Store driving speed Sp, and product location information Add.

When the buyer By connects to the online storefront service server 101 via the Internet Ie to select the product Prd, the online storefront service server 101 orders the product based on the buyer Pr and the completed address and time data. The information Ord cooperates with the map server 102 (such as Google map) to match the mobile store Ms which is currently closest to the buyer, and plans the delivery route of the mobile store Ms, and provides the buyer location information Add and delivery time Rt. .. and other information. The contact information of the buyer is provided to the designated mobile store Ms via the Internet Ie or wireless communication transmission interface Wi, and the mobile store Ms and the commodity Prd and the merchant The receipt or invoice of the product is sent to the buyer By. Since the commodity instant delivery management system 100 includes a plurality of mobile stores Ms, in particular, the mobile store is in a delivery state at any time, when any buyer By sets the purchase of the goods and completes the payment process (you can choose online payment or cash on delivery) After that, the commodity instant delivery management system 100 can calculate the most suitable delivery to the seller's store of the buyer By according to the current existing mobile store Ms orientation and the position of the buyer By, with the nearest distance or The mobile store that delivers the shortest delivery time delivers the goods. After the buyer completes the payment process, the buyer only needs to wait for the delivery time according to the estimated delivery time provided by the online storefront service server 101. This creation can achieve instant matching and delivery. effectiveness.

FIG. 2A is a schematic diagram showing an item instant delivery management system of another embodiment of the present creation.

As an example of the figure, the commodity instant delivery management system 200 includes a purchase and sale service device 201, a route planning management device 202, a plurality of mobile stores Ms, and a wireless communication transmission interface Wi.

The transaction matching service device 201 can be an internet storefront transaction platform interworking system, and an embodiment can be provided in the cloud server. The purchase and sale service device 201 receives the product information Prd provided by a plurality of sellers Se, the order information Ord provided by at least one buyer, and the product location information Add of a plurality of mobile stores Ms, the product information Prd, the order information Ord, And the product location information Add is coordinated with a map data Mp to combine the buyer By and a seller Se to generate a matching information MI. In one embodiment, the purchase and sale service device 201 includes a purchase and sale service unit 201a, a product classification service unit 201b, a product order management unit 201c, a product location search unit 201d, a payment service unit 201e, and a seller information interaction interface. 201f, a seller database 201g, one Buyer information interaction interface 201h, a customer database 201i, a shopping product service interface (including product database) 201j, a product location information interface (seller location receiving and monitoring) Sls.

The path planning management device 202 can be a transaction interaction system of a mobile store Ms. One embodiment can be set in a device such as a vehicle computer, a smart phone, a personal digital assistant (PDA), a tablet computer, or the like.

The path planning management device 202 receives the result MI of the matching information, and according to the result of the matching information MI and the positions of the plurality of mobile stores Ms, cooperates with the map data Mp to plan the mobile store Ms that is closest to the buyer By or has the shortest delivery time. The goods path to generate an instant delivery message. Among them, the shortest consideration of delivery time is to evaluate one or a combination of a plurality of mobile stores Ms, nearby traffic conditions, road speed limits, single items of goods, etc. In one embodiment, the path plan management device 202 includes a path plan management unit 202a, an online storefront information interface 202b, a memory 202c, a product location information interface Sls, and a commodity delivery guide service interface 202e. The memory 202c can be used to store the identity data (ID) of the mobile store Ms. The item location information interface Sls can be used to transmit information based on the seller ID and location.

The wireless communication transmission interface Wi is used to transmit the interactive information of the combination to the purchase and sale service device 201, and the path planning management device 202 of the plurality of mobile stores Ms nearest to the buyer By.

Please refer to FIGS. 2A and 2B for an example of the operation of one of the instant delivery management systems 200 of the present embodiment. FIG. 2B shows a flow chart of the operation of the item instant delivery management system 200.

Step S202: Start.

Step S204: Buyer (Purchaser) By to the shopping product service interface 201i Presenting immediate merchandise service needs. The shopping merchandise service interface 201i transmits the shopping list in the instant merchandise service request to the merchandise classification service unit 201b. The merchandise classification service unit classifies the merchandise in the shopping list into a preset category according to the shopping list, and transmits the classified merchandise information to the bid-and-sale matching service unit 201a. Please note that the product classification service unit 201b includes a plurality of categories, such as hot and cold food service, department store goods service, fruit and vegetable sales service, other types of services, etc., of course, the creation is not limited thereto, and may be arbitrarily selected by the designer. Increase or decrease classification.

Step S206: The buyer By inputs the customer ID, the demand location, and the demand time in the buyer information interaction interface 201h. Next, the buyer information interaction interface 201h provides the information to the sale and purchase service unit 201a. The purchase and sale service unit 201a finds the existing sellers Se who own the goods ordered by the buyer By via the ID and location of the mobile store Ms obtained by the seller information interaction interface 201f.

Step S208: The seller information interaction interface 201f receives the location information of each mobile store Ms through the wireless communication transmission interface Wi. The trading and matching service unit 201a cooperates with the seller's location according to the location information of the mobile store Ms, and matches the seller who has the closest delivery time or the shortest delivery time to the buyer, but the result may be due to the lack or insufficient quantity of the single seller. In this case, it is necessary to combine the work of one seller for more than one seller, and then the online storefront information interface 202b displays the customer location, the order message and the delivery route evaluation information to the seller Se of the delivery product.

Step S210: The seller replies to whether the online storefront information interface 202b accepts the order; if yes, the transaction continues, and the process proceeds to step S212. If the seller cannot accept the transaction, the process proceeds to S208, and continues to match other sellers for the transaction.

Step S212: The online storefront information interface 202b will be willing to accept the order. The seller profile is provided to the route planning unit 202a. The path planning unit 202a obtains the orientation according to the GPS signal of each mobile store Ms or the communication base station positioning signal, and cooperates with a map data position and speed calculation to obtain the delivery time estimation information. Then, the online storefront information interface 202b provides the latest location information and delivery time estimation information to the buyer message interaction interface 201h through the wireless communication transmission interface Wi to display the message to the buyer By.

Step S214: The buyer replies with the buyer message interaction interface 201h to agree to the time estimate of the delivery. If it does not agree, the transaction is stopped, and the process goes to step S222; if it is agreed, the transaction is continued, and the process proceeds to step S216.

Step S216: The buyer uses the buyer message interaction interface 201h to perform a payment process, such as inputting a credit card ID... to pay for a financial ID data or selecting a cash on delivery payment. Next, the payment service unit 201e receives the ID data and confirms with the bank. If the bank confirms that the transaction was unsuccessful, then the process goes to step S222; if the bank confirms receipt of the payment, the transaction is successful, and the process proceeds to step S218.

Step S218: The buyer information interaction interface 201h provides a delivery note number to the buyer By, and the route planning management unit 202a generates an instant delivery information to the mobile store Ms to start delivery.

Step S220: The buyer By can use the buyer information interaction interface 201h to query the product location (input delivery note number) via the product location searching unit 201d, and the seller can use the product delivery guidance service interface 202e to start the automatic navigation display of the product. Let the buyer know at the same time the current delivery status of the product.

Step S222: End.

In this manner, the buyer can use the created merchandise instant delivery management system 200 to make purchases and obtain the merchandise in the most immediate and fast manner. Conventional technology can only be delivered after ordering goods according to the shipping company's delivery schedule, or can only order meals at the delivery of fast food restaurants. The former must wait at least 24 hours. At the time, the latter had to wait for the staff of the fast food restaurant to go out to deliver food. The prior art technology cannot start to find the mobile store Ms delivery closest to the buyer in the existing multiple mobile store Ms as the original creation, and the conventional technology cannot carry out path planning according to the existing mobile store Ms. Analyze which mobile store Ms is closer to the buyer. Therefore, this creation can quickly deliver the goods, and there is no need to wait for the preparation time of the fast food restaurant to deliver the food to the buyer. This creation can solve the problem that the prior art can't make the order and the scheduled delivery process synchronously, and solve the problem that the prior art can't order and deliver the goods immediately, and achieve the efficiency of instant delivery.

Figure 3 shows a schematic diagram of one embodiment of the present purchase and sale service unit 201a. The deal matching service unit 201a includes an information matching processor 201a1 and a map database operator 201a2. The map database computing unit 201a2 receives the customer location, the order message and the demand time data Bp, the plurality of seller location information Sp, and refers to a built-in map database or an external map database (such as Google Maps, Google Map) to the customer location, A plurality of seller location information Sp calculations and analysis are performed to generate a nearest distance product seller location data Nsp.

The information matching processor 201a1 receives the closest distance commodity seller location data Nsp, and transmits the customer location, the order message and the demand time data Bp to the seller information interaction interface 201f according to the latest distance commodity seller location data Nsp, to notify the seller of the closest distance whether to agree. Receive this order. If the seller disagrees, the map database computing unit 201a2 instead provides the information of the seller that is closest to the processor 201a1. When the seller agrees, the seller transmits a seller acceptance order message and the delivery time estimation signal Sat to the information matching processor 201a1 through the seller information interaction interface 201f. Next, the information matching processor 201a1 accepts the order message and the delivery time estimation signal according to the seller. Sat generates a product location and delivery time estimation information Bpt to the buyer information interaction interface 201h. If the buyer agrees, the buyer interaction interface 201h can be used to provide the signal B2 for agreeing to deliver the time to the information matching processor 201a1. Finally, the information matching processor 201a1 generates the delivery order number and the location of the product demand, and transmits it to the route planning management unit 202a through the network storefront information interface 202b for path planning processing.

Fig. 4 is a diagram showing an embodiment of the present creation path planning management unit 202a. The path plan management unit 202a includes a navigation operation processor 202a1, a position and time recorder 202a2, a time interval counter 202a3, and a delivery time estimator 202a4. The GPS navigation operation processor 202a1 receives the result MI of the matching information, wherein the result MI of the matching information includes the commodity demand location data. The navigation operation processor 202a1 performs an analysis and calculation on the commodity demand location data and a delivery location data P1 by referring to a built-in map database or an external map database and a GPS signal or a communication base station to generate an operation path evaluation information Ra. , a row of car position and time data Pt, and a delivery distance D. The merchandise delivery guidance service interface 201e receives the computation path evaluation information Ra, then activates the merchandise navigation signal M1 to drive the merchandise navigation mechanism of the navigation operation processor 202a1, and transmits the merchandise navigation display M2 to the merchandise delivery guidance service interface 201e. In addition, the product location information interface Sls receives the driving location and time data Pt to allow the buyer to monitor the delivery process of the merchandise, for example, to know the location of the driving. The position and time recorder 202a2 receives the time interval value Ti provided by the driving position and time data Pt and the time interval counter 202a3 to generate a walking distance Dt corresponding to a time interval. The delivery time estimator 202a4 receives the delivery distance D, the walking distance Dt corresponding to the time interval, and the time interval value Ti, according to which a product delivery customer known time estimate Va is generated. In this way, the buyer can Instantly know the estimated delivery time of the product, and the buyer can monitor the delivery status of the product in real time.

Figure 5 is a flow chart showing the operation of the mobile store Ms merchandise buyer in an embodiment of the present invention.

The buyer operation process includes the following steps: Step S502: The buyer registers as an online storefront member in the instant delivery management system of the created product, for example, fill in the name, address, contact number, and the like.

Step S504: The buyer selects the instant demand item in the online storefront and fills in his own shopping list.

Step S506: input the customer ID and send the customer order and delivery location.

Step S508: The item immediate delivery management system matches the number of goods and the delivery route of the seller of the closest distance. If the quantity of the goods of a seller is insufficient or insufficient, the second seller continues to process the transaction procedure.

Step S510: If none of the sellers accepts the order, the commodity immediate delivery management system cancels the order.

Step S512: If the seller accepts the order, the commodity instant delivery management system provides the current location and delivery time estimation information of the buyer's merchandise.

Step S514: If the buyer cannot accept the delivery time, the commodity immediate delivery management system cancels the order.

Step S516: If the buyer accepts the delivery time, the commodity immediate delivery management system provides a page for the buyer to perform the payment procedure.

Step S518: If the payment process is completed, the buyer receives the delivery note number.

Step S520: The buyer can enter the delivery note number in the item immediate delivery management system to monitor the current delivery position of the item.

Step S522: the goods are delivered to the buyer, and the buyer checks the delivery note number and signs Receive the goods delivery note, and then pick up the goods and their invoices or receipts.

Step S524: Upon completion of the transaction, the buyer may give the merchandise instant delivery management system and/or the seller transaction score and opinion on the merchandise instant delivery management system.

Figure 6 is a flow chart showing the operation of the mobile store merchandise seller in an embodiment of the present invention.

The seller's operational process includes the following steps: Step S602: The seller joins the instant delivery management system of the created product, and becomes a member of the mobile store of the network chain commodity, for example, filling in a name, an address, a contact number, a deposit, and the like.

Step S604: The seller moves the transaction interaction system provided by the mobile store device commodity instant delivery management system. It should be noted that the seller can install the transaction interaction system using various navigation devices such as various car computers, smart phones, personal digital assistants, tablets, and the like.

Step S606: The online storefront of the transaction interaction system sends the customer order and delivery location to the mobile store closest to the buyer's location.

Step S608: After the mobile store receives the delivery location provided by the merchandise instant delivery management system and displays the driving route evaluation, the mobile store confirms the merchandise quantity and the delivery path and replies to whether the merchandise instant delivery management system accepts the order.

Step S610: If the mobile store does not accept the order, the answer to the online storefront cannot accept the order.

Step S612: If the mobile store accepts the order, the mobile store automatically sends the delivery time estimation information to the online storefront.

Step S614: If the buyer cannot accept, the commodity immediate delivery management system cancels the order.

Step S616: If the buyer accepts, after the buyer completes the payment process, the online store responds to the mobile store delivery note number and the customer contact information.

Step S618: The seller initiates the product navigation display. When the product is about to be delivered, the product instant delivery management system notifies the buyer that the product is about to be delivered, and contacts the customer to receive the product.

Step S620: The seller checks the order (or delivery note) number, asks the buyer to sign the goods delivery note, and then delivers the goods and their invoices or receipts to the customer.

Step S622: The seller completes the transaction, and then the account is disconnected from the online storefront.

It should be noted that the instant delivery management system of the product includes at least one or a combination of the following functions: product advertisement service, mobile store affiliate service of chain goods, open product display and purchase service, product and order management, and sale and purchase of goods Supply and demand of matching services, buying and selling the best real-time distribution management plan, seller's business district planning (to avoid vicious competition), buyers to monitor the position of goods, online collection services, transaction records and driving information records, customer complaints service processing .

It is not intended to limit the scope of this creation, and the industry may make various modifications or alterations without departing from the spirit of the invention.

100,200‧‧‧Commodity Instant Delivery Management System

101, 102‧‧‧ server

Ie‧‧ Internet

By‧‧‧ Buyers

GPS‧‧‧Global Satellite Navigation

Ms‧‧Mobile Store

201‧‧‧ trading of matching service devices

202‧‧‧Path planning management device

Wi‧‧‧Wireless communication interface

201a‧‧‧Sale and sale of service units

201b‧‧‧Commodity Classification Service Unit

201c‧‧‧Commodity and Order Management Unit

201d‧‧‧Commodity location search unit

201e‧‧‧ collection service unit

201f‧‧‧Seller information interface

201g‧‧‧Seller Database

201h‧‧‧ buyer information interface

201i‧‧‧Customer Database

201j‧‧‧Shopping merchandise service interface

Sls‧‧‧Product location information interface

202a‧‧‧Path Planning Management Unit

202b‧‧‧Internet storefront information interface

202c‧‧‧ memory

202e‧‧‧Commodity Delivery Guidance Service Interface

201a1‧‧‧Information unit

201a2‧‧‧Map Database Computing Unit

202a1‧‧‧Navigation processor

202a2‧‧‧Location and Time Recorder

202a3‧‧‧Time interval counter

202a4‧‧‧Delivery time estimator

Lca‧‧·Mobile store location on the map

Sp‧‧‧Mobile store driving speed

Add‧‧‧Product Location Information

Prd‧‧‧Selected Products

Receipt or invoice for Inv‧‧‧ merchandise

Ord‧‧‧ Order Information

Rt‧‧‧ delivery time

Se‧‧ seller

Ps

Bp‧‧‧Required time data

Nsp‧‧‧Recent product seller location information

Bpt‧‧‧Delivery time estimate information

B2‧‧‧Agree to signal the delivery time

Sp‧‧‧Mobile store driving speed

Results of MI‧‧‧ composite information

Sat‧‧‧ delivery time prediction signal

P1‧‧‧ Delivery location information

Va‧‧‧ goods delivered to customers to know the estimated time

Ra‧‧‧ Computing Path Assessment Information

Pt‧‧‧ Driving position and time information

D‧‧‧Delivery distance

Dt‧‧‧ time interval corresponding to walking distance

Ti‧‧‧ interval value

M1‧‧‧ commodity navigation signal

M2‧‧‧ product navigation display

FIG. 1 is a schematic diagram showing an instant delivery management system for an item according to an embodiment of the present invention.

FIG. 2A is a schematic diagram showing an item instant delivery management system of another embodiment of the present creation.

FIG. 2B shows a flow chart of the operation of the item instant delivery management system 200.

Figure 3 shows a schematic diagram of one embodiment of the present purchase and sale service unit 201a.

Fig. 4 is a diagram showing an embodiment of the present automatic path planning management unit 202a.

Figure 5 is a flow chart showing the operation of the mobile store merchandise buyer in an embodiment of the present invention.

Figure 6 is a flow chart showing the operation of the mobile store merchandise seller in an embodiment of the present invention.

200‧‧‧Commodity Instant Delivery Management System

By‧‧‧ Buyers

201‧‧‧ trading of matching service devices

202‧‧‧Path planning management device

Wi‧‧‧Wireless communication interface

201a‧‧‧Sale and sale of service units

201b‧‧‧Commodity Classification Service Unit

201c‧‧‧Commodity Order Management Unit

201d‧‧‧Commodity location search unit

201e‧‧‧ collection service unit

201f‧‧‧Seller information interface

201g‧‧‧Seller Database

201h‧‧‧ buyer information interface

201i‧‧‧Customer Database

201j‧‧‧Shopping merchandise service interface

Sls‧‧‧Product location information interface

202a‧‧‧Path Planning Management Unit

202b‧‧‧Internet storefront information interface

202c‧‧‧ Memory: Mobile Store ID

202e‧‧‧Commodity Delivery Guidance Service Interface

Claims (8)

An instant delivery management system for goods comprises: a trading service device, receiving product information provided by a plurality of sellers, at least one order information provided by a buyer, and location information of a plurality of mobile stores, the product information, the order The information and the location information are combined with a map data to generate a corresponding interactive information for the buyer and the plurality of sellers; and a route planning management device coupled to the trading service device to receive the interactive information. According to the combination result of the combined interactive information and the location information of the plurality of mobile stores, the map data is used to plan a delivery route of the mobile store with the closest or the shortest delivery time to the buyer to generate an instant delivery information. The system of claim 1, further comprising a wireless communication transmission interface for transmitting the instant delivery information to the mobile matching store and the mobile store closest to the buyer, and Transmitting the combined result of the combined interactive information to the path planning management device. The system of claim 1, wherein the trading service device comprises a trading service unit, and the trading service unit comprises: a map database computing unit, which refers to a built-in map database or The external map database calculates and analyzes the order message demand time data, the plurality of seller location information to generate a closest distance product seller location data, and a information matching processor that receives a closest distance product seller location data, according to the closest distance The product seller location data generates the combined interaction information, and the combined result of the combined interactive information is given to the path planning management device. For example, the system described in claim 3 of the patent scope further includes: A seller information interaction interface is a time information of the customer location order message to inform the seller of the nearest distance whether to agree to receive the order; if the seller does not agree, the information matching processor continues to match the seller information of the nearest distance; when the seller When agreeing, the seller transmits a seller accepting the order message and the delivery time estimation signal to the information matching processor through the seller information interaction interface, and the information matching processor generates a message according to the seller accepting the order message and the delivery time estimation signal. Product location and delivery time estimation information; a buyer information interaction interface, receiving the product location and delivery time estimation information, if the buyer agrees, the buyer information interaction interface provides a consent delivery time signal to the information processing And the information matching processor generates a matching result of the combined interactive information; and a product location information interface, receiving the product location information of each mobile store, and transmitting the product location information to the trading service device for the buyer Matching service mechanism with sellers. The system of claim 1, wherein the path planning management device comprises a path planning management unit, wherein the path planning management unit comprises: a navigation operation processor, which is configured to receive the combined result of the combined interactive information, wherein The matching interactive information includes the product demand location data, and the navigation computing processor refers to a built-in map database or an external map database and a navigation signal, and analyzes and calculates the product demand location data and a delivery location data to Generating an operation path evaluation information, a row of vehicle position and time data, and a delivery distance; a time interval counter for providing a time interval value; and a position and time recorder for receiving the driving position and time data and the time Interval values to produce a walking distance corresponding to a time interval; a delivery time estimator, based on the delivery distance, the walking distance corresponding to the time interval, and the time interval value, generating a time estimate of the delivery of the product to the customer, so that the buyer immediately knows the delivery time of the product and monitors the product. Delivery status. The system of claim 5, further comprising: a product delivery guidance service interface, displaying operation path evaluation information, and starting the product navigation signal via the commodity delivery guidance service interface to drive the navigation operation processor a product navigation mechanism, wherein the navigation operation processor transmits a product navigation display to the product delivery guidance service interface; and a product location information interface transmits the driving location and time data to allow the online storefront and the buyer to monitor the product The delivery process, knowing the location of the mobile store. The system of claim 1, wherein the trading service device comprises: a map database computing unit, which refers to a built-in map database or an external map database to request time information of a buyer order message. And a plurality of seller location information calculation and analysis to generate a closest distance product seller location data; and a information matching processor to match the transaction process between the buyer and the seller, receiving a recent distance product seller location data, according to the closest distance product seller and The buyer information interacts to generate a matching result of the interactive information to a route planning management device for the delivery route planning. The system of claim 1, wherein the path planning management device comprises: a navigation operation processor, which is a combination result of a matching interaction information between the buyer and the seller, wherein the matching interaction information includes the product Demand location information, and The navigation operation processor refers to a built-in map database or an external map database and a navigation signal, and analyzes and calculates the product demand location data and a delivery location data to generate an operation path evaluation information, a row location and time data. And a delivery distance; a time interval counter for providing a time interval value; a position and time recorder for receiving the driving position and time data and the time interval value to generate a walking distance corresponding to the time interval; And a delivery time estimator, according to the delivery distance, the walking distance corresponding to the time interval, and the time interval value, generating a time estimate of the delivery of the product to the customer, so that the buyer immediately knows the delivery time of the product, and Let the seller monitor the delivery status of the item in real time.