CN104809601B - The mutual auxiliary system of express delivery based on electronic map - Google Patents
The mutual auxiliary system of express delivery based on electronic map Download PDFInfo
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- CN104809601B CN104809601B CN201410034566.6A CN201410034566A CN104809601B CN 104809601 B CN104809601 B CN 104809601B CN 201410034566 A CN201410034566 A CN 201410034566A CN 104809601 B CN104809601 B CN 104809601B
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Abstract
Technical field: internet works software.When people go on a journey, load-carrying (visitor) the amount utilization rate of automobile is usually very low.The invention discloses a kind of mutual auxiliary systems of the express delivery based on electronic map, optimize and combine the transport resource underused in express delivery demand and society by internet.This system includes client software and server software.User as sender can issue express delivery demand information in client software, these express delivery demand informations are stored into the database of server end., can be by this systems organization traffic path when people's trip, and inquire the express delivery information that can be transported in passing on traffic path.It is linked up by the instant messaging module of this system, express delivery transaction modules tracking addressee send part situation, completes transaction.
Description
Technical field
Internet works software.
Background technique
For people when driving to go on a journey, load-carrying (visitor) the amount utilization rate of automobile is usually very low.It is limited in energy resources, pollute day
How means of transport is more effectively utilized beneficial serious today, reducing energy waste is starting point of the invention.
The background technique that the present invention relies on includes electronic map, path planning, positioning and navigation, network instant communication, net
The contents such as network transaction.
Electronic map is the map for digitally storing and consulting, and basis is map datum, generallys use geographical letter
Breath system stores and transmits map datum, and Method of Data Organization mostly uses the data organization side of space partition zone, special topic layering
Method.Raster mode or arrow pattern can be used in the storage of map.Some place available point indicates on map, comprising coordinate and
At least one attribute (for this place point is described)；Street available line on map indicates, includes series of points and correlation
Attribute.These data are generally stored inside in relational database, to facilitate inquiry and use.
Path planning algorithm is used to find out the route of minimum trip cost (time, distance), and essence is cum rights in graph theory
Figure solves shortest route problem.The process of entire problem model solution includes: (1) abstract networks topology, i.e., is abstracted as road
Line segment, the intersection of road or endpoint are abstracted as node.(2) line segment weight is distributed, i.e., gives line according to link length or road conditions etc.
Section weight assignment.(3) shortest path is solved using algorithm.Its derivation algorithm includes: classical Dijkstra method, in view of road
The paired method etc. of traffic constraint.
Network plug-and-play passes through the Internet transmission text, voice and video data using TCP, udp protocol.
Network trading refers to that both parties are concluded by network communications approach and trades, and based on Internet technology, goes back
Including safe practice, e-payment technology etc..Wherein safe practice includes password, digital signature, digital certificate etc..E-payment
Including Web bank's payment, Third-party payment platform (such as Alipay, fast money) payment etc..Web bank and Third-party payment are flat
Platform is usually provided programming interface and relevant documentation and its payment system is embedded into website with the person that facilitates Web Hosting.
Based on more than the mutual auxiliary system of express delivery based on electronic map stating background technique.Sender sends out express delivery demand information
On cloth to the mutual auxiliary system of this express delivery.People cook up walking along the street when driving to go on a journey, through the electronic map of the mutual auxiliary system of this express delivery
When line, the express delivery information that can be transported in passing on available traffic path.Pedestrian can be by immediate communication tool and posting part out
People links up and negotiates, and after reaching an agreement, pedestrian is just used as " courier " out, and sender is helped to complete the transport of article.It posts
Part people then passes through internet trading system and pays " courier " expense.
This patent optimizes and combines the transport resource underused in express delivery demand and society by internet, improves transport
The utilization efficiency of resource reduces energy waste.
Sender, courier and addressee during summary of the invention description below are users in the mutual auxiliary system of this express delivery
Role.Anyone can register the user of the mutual auxiliary system of express delivery thus, and any user all can serve as sender, can also be with
As courier, addressee can also be used as.Sender refers to the user of publication express delivery demand information.Courier refers to be selected in systems
Select the user that express delivery demand information undertakes transport task.Addressee refers to that the posting address specified in express delivery demand information receives express delivery
The user of article.
Summary of the invention
The invention discloses a kind of mutual auxiliary systems of the express delivery based on electronic map, it is characterised in that this system includes client
Software and server software.Here client software can be independent client application, be also possible to based on Web's
Client.
Client software include express delivery MIM message input module, electric map module, express delivery information retrieval display module, immediately
Communication module and express delivery transaction modules.
Express delivery MIM message input module be characterized in that inputting or mark on the electronic map the pickup address of goods to be carried,
Posting address can input or select addressee, and can also input the express deliveries such as quantity, size, weight, the freight charges bid of goods to be carried needs
Seek information.Express delivery MIM message input module also includes a completing button, after user inputs express delivery demand information, clicks and completes to press
The express delivery demand information of input is sent to server software by internet by button, client software.
Electronic map data can store in server according to the difference of client or download to client.Such as client
It is the biggish equipment of the memories such as computer, then electronic map data can then download in the hard disk of client, is visited with increasing
Ask the speed of data.If client is the lesser equipment of the memories such as mobile phone, electronic map if, is stored in the server, client
End obtains the data needed from server by network.
Network electronic map module can input or mark the initial address and destination address of trip, settable express delivery demand letter
The search condition of breath.The mutual auxiliary system of express delivery based on electronic map using path planning algorithm calculate from the initial address of trip to
The optimum programming route of destination address.This calculating process can be carried out in server end, have enough cartographic informations in client
In the case where can also be carried out in client.After obtaining programme path, express delivery demand of the mutual auxiliary system of this express delivery according to setting
The search condition of information, by qualified express delivery demand information near server software query planning route, and will inquiry
As the result is shown in express delivery information retrieval display module.Meanwhile pickup address and the addressee of the express delivery demand information that inquires
Location is also shown on electronic map.Courier can select multiple express delivery demand informations by express delivery information retrieval display module.
The mutual auxiliary system of express delivery based on electronic map can be according to the initial address of trip, destination address and the express delivery of selection need
Information is asked to regenerate programme path.The calculating process for regenerating programme path can be carried out in server end, in client
It can also be carried out in client in the case where with enough cartographic informations.Courier can comment according to the programme path regenerated
The express delivery demand information for whether needing to increase or reduce selection estimated.Express delivery information retrieval display module includes a confirmation selection
Button, user click the express delivery demand information that this button confirms selection.
For the client device with positioning function, electric map module can also be switched to navigation mode, according to rule
It draws route and current location is navigated.
Instant messaging module sends between sender, courier and addressee and receives text, voice and video data,
Facilitate the communication between sender, courier and addressee.
Express delivery transaction modules by express delivery transactional marking be " sheet ", " charges paid ", " selected ", " conclusion of the business ", " taken
Part ", " reception " 6 states.
" sheet " state: it is pressed when sender inputs express delivery demand information in express delivery MIM message input module and clicks " completion "
After button, this express delivery demand information enters " sheet " state.
" charges paid " state: when sender clicks the express delivery demand information for being in " sheet " state in express delivery transaction modules
" payment " button, after freight charges are given to third party with network payment tool, express delivery demand information is converted to " from " sheet " state
Payment " state.Here third party can be the self-built payment system of the mutual auxiliary system of this express delivery, be also possible to existing third party
Payment system, such as Alipay etc..
" selected " state: when courier has selected at least one express delivery demand to believe in express delivery information retrieval display module
Breath, and after clicking confirmation select button, the express delivery demand information that is selected is from " charges paid " entrance " selected " state.
" conclusion of the business " state: when sender is to the express delivery demand information point for being in " selected " state in express delivery transaction modules
After hitting " conclusion of the business " button, this express delivery demand information enters " conclusion of the business " state from " selected " state.
" pickup " state: after courier obtains the cargo to be transported from pickup address, in express delivery transaction modules
After the express delivery demand information of " conclusion of the business " state clicks " confirmation addressee " button, this express delivery demand information is from " conclusion of the business " state
Into " pickup " state.
" reception " state: after addressee receives the cargo of transport, " pickup " is in in express delivery transaction modules
After the express delivery demand information of state clicks " confirmation receives " button, this express delivery demand information enters from " pickup " state " have been connect
Receive " state.Freight charges can be given to courier from third party simultaneously.
Express delivery transaction modules can show the express delivery demand information that login user inputs as sender, select as courier
Express delivery demand information and express delivery demand information as addressee, and show the state of these express delivery demand informations.
The express delivery demand information of different conditions corresponds to different operation buttons in express delivery transaction modules.Sender is inputted
Express delivery demand information, in " sheet " state include " payment " and " revocation " button；Include in " selected " state " at
Hand over " and " revocation " button.It include " revocation " button in " selected " state for the express delivery demand information of courier's selection；
Include " confirmation addressee " and " revocation " button in " conclusion of the business " state.For the express delivery demand information as addressee, "
Include " confirmation receives " button when pickup " state.
In addition, client software further includes the functions such as user's registration, user's login, user information modification.All users are
This system could be used after must registering and logging in.After user logs in, it can express delivery demand information is issued as sender,
It can be used as the express delivery demand information on courier's retrieval traffic path, be also used as addressee and carry out addressee.
Server software includes electric map module, express delivery Information-retrieval Algorithm and database module.
The express delivery demand information obtained from client software is stored into database by server software.
Server software utilizes the inquiry request of express delivery Information-retrieval Algorithm customer in response end software, and query result is sent out
Give client software.
Detailed description of the invention
Interface where 1 electric map module of Fig. 1 embodiment and express delivery information retrieval display module
1 express delivery transaction modules interface of Fig. 2 embodiment
Specific embodiment
Specific embodiment 1
Disclosed herein is the embodiments of the mutual auxiliary system of an express delivery based on electronic map comprising client software kimonos
Business device software.Client software in this embodiment is the APP program operated on smart phone.
Client software include express delivery MIM message input module, electric map module, express delivery information retrieval display module, immediately
Communication module and express delivery transaction modules.
Server software is made of electric map module, express delivery Information-retrieval Algorithm and database module.
Express delivery MIM message input module user interface is made of a list and a completing button.The item to be inputted in list
Including express deliveries demand informations such as pickup address, posting address, addressee, the quantity of cargo, size, weight, freight charges bids.Wherein
There is a button beside pickup address and posting address input frame, clicks this button, can directly pass through on the electronic map
Touch-control clicks the position of label corresponding address.After user inputs express delivery demand information, completing button is clicked, client software utilizes
The express delivery demand information of input is sent to server software by internet by Transmission Control Protocol.
The express delivery demand information obtained from client software is stored into database by server software, in the database by sky
Between subregion establish the view comprising pickup address and posting address in corresponding subregion.
In the server, client, which is obtained by network from server, to be needed for electronic map data storage in this embodiment
Data.
Electric map module includes initial address and destination address input frame, express delivery demand information pickup address or addressee
The distance of location to programme path selects drop-down menu, map display area, programme path button, the navigation button etc..Implement herein
The distance selection drop-down menu of express delivery demand information pickup address and posting address to programme path, which is used to input express delivery, in example needs
Seek the search condition of information.Option in this drop-down menu is 200 meters, 500 meters, 1000 meters respectively.If user selects 500 meters,
Then search condition is the distance of the pickup address and posting address of express delivery demand information apart from programme path no more than 500 meters.
After the programme path button of electric map module is clicked, client software is by initial address, destination address and inspection
Rope condition is sent to server software by internet, and server software is using path planning algorithm according to the initial address of trip
Optimum programming route is generated with destination address.Here path planning algorithm is using foundation having on the basis of Dijkstra method
The paired method of the forbidden constraint of traffic.
After programme path generates, server software utilizes express delivery demand information searching algorithm, the express delivery demand according to setting
The search condition of information, qualified express delivery demand information near query planning route, and query result is sent to client
Hold software.It will be shown in express delivery information retrieval display module for client software.The pickup of the express delivery demand information inquired
Address and posting address are also shown on electronic map.The step of one express delivery demand information searching algorithm embodiment are as follows:
1) distance according to the pickup address and posting address of programme path and express delivery demand information apart from programme path is right
The grid that planning path is nearby less than this distance is marked, to be determined for compliance with the regional scope of search condition.
2) according to the regional scope for meeting search condition, relevant space partition zone is determined.
3) because there is corresponding in subregion comprising pickup address or posting address for spatially subregion foundation in database
The view of express delivery demand information, so pickup address or posting address can be obtained in relevant partitions according to relevant space partition zone
Interior express delivery demand information.
4) judge each express delivery demand information in relevant partitions pickup address and posting address locating for grid
Whether it is labeled.If grid locating for the pickup address of express delivery demand information and posting address is all labeled, this is fast
Demand information is passed as a query result item；Otherwise this express delivery information does not meet querying condition, continues to judge next fast
Demand information is passed, until having handled all express delivery demand informations in relevant partitions.
A check box is corresponded in express delivery information retrieval display module after each express delivery demand information, courier can pass through
Checking box selects multiple express delivery demand informations.
Express delivery information retrieval display module includes a programme path button again.After this button is clicked by courier, visitor
Family end software by the pickup address of the initial address of trip, destination address and the express delivery of selection demand information, posting address together
It is sent to server software, server software utilizes " courier's path planning algorithm " to regenerate programme path.Again it plans
Route courier can be allowed to arrive at the destination location from initial address, and complete institute's selectively express delivery demand information in the process
Transport task.
The step of one " courier's path planning algorithm " embodiment are as follows:
1) initial address of trip is set as current address, all pickup addresses is all put into destination address set.
2) the optimum programming route in current address and destination address set between each address is calculated with paired method.
3) the smallest destination address of optimum programming route cost between selection and current address, by current address to this target
The a part of optimum programming route as final programme path between address.This destination address is deleted from destination address set
It removes.Destination address set is added in the corresponding posting address in this pickup address if this destination address is pickup address.Then will
This destination address returns to step 2 as new current address.
4) algorithm recycles between step 2 and step 3, until not having any destination address in destination address set.At this moment
The optimum programming route between current address and trip purpose address is calculated with paired method, and as final programme path
Final stage route.At this point, the final programme path generated is the calculating knot of " courier's path planning algorithm " embodiment thus
Fruit.
The programme path regenerated is passed to client software by internet by server, client software by its
It is shown in electric map module.Courier can assess whether to need to increase or reduce choosing according to the programme path regenerated
The express delivery demand information selected.
Express delivery information retrieval display module includes a confirmation select button, and courier clicks this button and confirms the fast of selection
Pass demand information.
Smart phone in this embodiment has GPS module, and electric map module includes a navigation button, clicks navigation
After button, electric map module obtains current location by the position location API of operating system, and according to programme path and current location
It navigates.
Fig. 1 illustrates one embodiment of electric map module and express delivery information retrieval display module, and two modules are located at
On the same interface.101 regions on the left side are express delivery information retrieval display module in figure, and the region on the right of remaining is all electronically
Module.3 express delivery demand informations are shown in express delivery information retrieval display module altogether, there is a final election behind each information
Frame.104 be " information 1 " corresponding check box.102 be again programme path button.103 be confirmation select button.Electronic map
In module, 110 be the main viewing area of electronic map.105 be trip initial address input frame, after small button 111 thereafter is clicked,
Can the position of label initial address directly be clicked in the main viewing area touch-control of electronic map.107 be trip purpose address input box,
Thereafter after small button 112 is clicked, the position of label destination address directly can be clicked in the main viewing area touch-control of electronic map.
106 be the distance selection drop-down menu of express delivery demand information pickup address or posting address to programme path.108 be programme path
Button.109 be the navigation button.
Fig. 2 illustrates the one embodiment at express delivery transaction modules interface.
Express delivery transaction modules include " I is sender ", " I is courier ", " I is addressee " three pages.Each page
Bread containing the express delivery demand information list under corresponding role, in list each single item all include express delivery demand information title, state and
Operation button.State conversion after the state of express delivery demand information, corresponding button, button are clicked has been done in Summary
It illustrates.Fig. 2 main presentation " I is courier " page illustrates 4 express delivery demand informations on the page.Four express deliveries
The title of demand information is " information 1 " " information 2 " " information 3 " " information 4 " respectively.The state of " information 1 " is " selected ",
Corresponding operation button is " revocation ", clicks the revocable selection of " revocation " button.The state of " information 2 " is " pickup ".For
Courier, the express delivery demand information under " pickup " state do not have corresponding operation button.It is clicked " really after needing addressee's addressee
Recognize reception " button, the state of this express delivery demand information could be transformed into " addressee " state from " pickup " state." information 3 "
State be " conclusion of the business ", corresponding operation button is " confirmation addressee " and " revocation "." confirmation receipts are clicked after courier's addressee
The state of part " button, " information 3 " can be transformed into " addressee " from " conclusion of the business ".The state of " information 4 " is " selected ", corresponding
Operation button be " revocation ".
In addition, client software further includes the modules such as user's registration, user's login, user information modification.All users are
This system could be used after must registering and logging in.All user informations are all stored under the management of server software database module
Database in.
Claims (12)
1. a kind of mutual auxiliary system of express delivery based on electronic map, which is characterized in that the mutual auxiliary system of express delivery include client and
Server；
The client includes express delivery MIM message input module, electric map module, express delivery information retrieval display module, instant messaging
Module and express delivery transaction modules；
The express delivery transaction modules can show the express delivery demand information that login user inputs as sender, as courier simultaneously
The express delivery demand information selected and the express delivery demand information as addressee；
The sender, courier and addressee are the role of user in the mutual auxiliary system of the express delivery, anyone can infuse
Volume is the user of the mutual auxiliary system of the express delivery, and any user can be used as sender, courier and addressee；The sender
For the user for issuing express delivery demand information in the mutual auxiliary system of the express delivery；The courier refers in the mutual auxiliary system of the express delivery
Selection express delivery demand information undertakes the user of transport task；The addressee refers to that the posting address specified in express delivery demand information connects
Receive the user of express delivery；
The mutual auxiliary system of express delivery calculates courier from the initial address of trip to destination address most using path planning algorithm
Excellent programme path, then, the mutual auxiliary system of express delivery are looked into according to the search condition of the express delivery demand information of setting by server
Qualified express delivery demand information near the optimum programming route is ask, and query result is shown and is examined in the express delivery information
In rope display module, the pickup address of the express delivery demand information inquired and posting address are also shown on electronic map, fastly
The person of passing can select multiple express delivery demand informations by the express delivery information retrieval display module, and the mutual auxiliary system of express delivery is according to fast
Initial address, destination address and the express delivery of the selection demand information of the person's of passing trip regenerate programme path, courier further according to
The programme path regenerated evaluates whether the express delivery demand information for needing to increase or reduce selection；
The express delivery demand information obtained from client is stored into database by the server；The server by utilizing express delivery information
The inquiry request at searching algorithm customer in response end, and query result is sent to client.
2. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that the express delivery letter
Input module is ceased, pickup address, the posting address of goods to be carried can be inputted or mark on the electronic map, input or selection are received
Part people inputs the quantity, size, weight, freight charges bid of goods to be carried.
3. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that the client
Express delivery demand information is sent to server by internet.
4. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that it is described electronically
Module can input or mark the initial address and destination address of trip, and the search condition of express delivery demand information is arranged.
5. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that it is described electronically
Module can switch to navigation mode, according to programme path and current location for the client device with positioning function
It navigates.
6. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that the express delivery letter
Breath retrieval display module includes a confirmation select button.
7. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that the Instant Messenger
News module sends between sender, courier and addressee and receives text, voice and video data.
8. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that described to submit fastly
Express delivery transactional marking is " sheet " by easy module, " charges paid ", " selected ", " conclusion of the business ", " pickup ", " reception " 6
State.
9. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 8, which is characterized in that described to submit fastly
Easy module includes different respective operations buttons according to the state of current express delivery demand information: the express delivery of sender's input is needed
Information is sought, includes " payment " and " revocation " button in " sheet " state, includes " conclusion of the business " and " to remove in " selected " state
Pin " button；For the express delivery demand information of courier's selection, includes " revocation " button in " selected " state, " having become
Include " confirmation addressee " and " revocation " button when friendship " state；For the express delivery demand information as addressee, in " pickup " shape
Include " confirmation receives " button when state.
10. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 9, which is characterized in that described fast
Transaction modules are passed, sender clicks " payment " button, after freight charges are given to third party with network payment tool, express delivery demand information
" charges paid " state is converted to from " sheet " state.
11. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 9, which is characterized in that the express delivery
In transaction modules, after addressee clicks " confirmation receives " button, freight charges are given to courier from third party.
12. the mutual auxiliary system of a kind of express delivery based on electronic map according to claim 1, which is characterized in that the service
Device includes electric map module and database module.
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| CN102456195A (en) * | 2010-11-03 | 2012-05-16 | 周谦 | Point-to-point straight sending express service system and method thereof |
| CN102509205A (en) * | 2011-11-17 | 2012-06-20 | 郑州多惠达科技有限公司 | Goods transportation method and device based on geographical position |
| CN102708475A (en) * | 2012-05-10 | 2012-10-03 | 东南大学 | System and method for dynamic delivery of logistic express |
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