CN103034938A - Journey management system and method - Google Patents
Journey management system and method Download PDFInfo
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- CN103034938A CN103034938A CN2011102928942A CN201110292894A CN103034938A CN 103034938 A CN103034938 A CN 103034938A CN 2011102928942 A CN2011102928942 A CN 2011102928942A CN 201110292894 A CN201110292894 A CN 201110292894A CN 103034938 A CN103034938 A CN 103034938A
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Abstract
A journey management system comprises an input module, a memory module, a calculation module, a selection module and a prompt module. The input module is used for inputting newly increased appointment-keeping information. The memory module is used for storing traffic service information. The calculation module is used for searching route plans for arriving at an appointment-keeping arrival position from an appointment-keeping initial position from a traffic map stored in the memory module and running routes of vehicles according to the input appointment-keeping initial position and appointment-keeping arrival position, and calculating detailed information of each route plan. The selection module is used for selecting one route plan from a plurality of route plans obtained through the calculation module. The calculation module is further used for calculating departure time of users according to input appointment-keeping time, detailed information of the selected route plans and running time of the vehicles in the route plans. The prompt module is used for prompting the user to depart at the users' departure time obtained by calculation. The invention further provides a journey management method.
Description
Technical field
The present invention relates to a kind of run-length management system and method.
Background technology
Tradition run-length management system only can be for user's departure place and the go to fulfill an appointment distance between the place and the kind that can take the vehicles, infer the running time that all kinds of vehicles may need, and will take the required running time totalling of all kinds of vehicles, the time of the required cost in place of going to fulfill an appointment is gone in estimation as system.This measure is comparatively dull.
Summary of the invention
In view of above content, be necessary to provide a kind of run-length management system and method that has more hommization.
A kind of run-length management system comprises:
One load module is used for the newly-increased information of going to fulfill an appointment of input, and this newly-increased information of going to fulfill an appointment comprises the time of going to fulfill an appointment at least, the reference position of going to fulfill an appointment and the in-position of going to fulfill an appointment;
One memory module is used for storage transport services information, and this transport services information comprises travel route and the running time of traffic map, each vehicles at least;
One computing module, be used for the traffic map stored in the memory module according to go to fulfill an appointment reference position and the in-position of going to fulfill an appointment of input and the travel route of the vehicles and search the route plan that can arrive from the reference position of going to fulfill an appointment the in-position of going to fulfill an appointment, and calculate the details of each route plan, these details comprise arriving from the reference position of going to fulfill an appointment at least has a dinner party the concrete steps in place and the time of the required cost of each step;
One selects module, be used for selecting a kind of route plan by the resulting multiple route plan of computing module, this computing module also is used for the departure time according to the running time calculating user of the details of the time of going to fulfill an appointment of input, selected route plan and these route plan vehicles; And
One reminding module is used for setting out at the user's who calculates departure time prompting user.
A kind of run-length managment method comprises:
Input step: the newly-increased information of going to fulfill an appointment of input, this newly-increased information of going to fulfill an appointment comprises the time of going to fulfill an appointment at least, the reference position of going to fulfill an appointment and the in-position of going to fulfill an appointment;
The first calculation procedure: the traffic map of storing in the memory module according to go to fulfill an appointment reference position and the in-position of going to fulfill an appointment of input and the travel route of the vehicles are searched the route plan that can arrive from the reference position of going to fulfill an appointment the in-position of going to fulfill an appointment, and calculate the details of each route plan, these details comprise arriving from the reference position of going to fulfill an appointment at least has a dinner party the concrete steps in place and the time of the required cost of each step;
Select step: selected a kind of route plan in the some route plans that calculate;
The second calculation procedure: the departure time of calculating the user according to the running time of the vehicles in the details of the time of going to fulfill an appointment, the selected route plan of input and this route plan; And
Prompting step: set out at the user's who calculates departure time prompting user.
Above line thread management system and method arrives the time at this station by required time of each step in the calculated route scheme and the vehicles taken, obtain the time that the user sets out, thereby can make user's reaching on the time place of going to fulfill an appointment.
Description of drawings
Fig. 1 is the block scheme of the better embodiment of run-length management of the present invention system.
Fig. 2-the 5th, the schematic diagram of run-length management system among Fig. 1.
Fig. 6 is the process flow diagram of the better embodiment of run-length managment method of the present invention.
The main element symbol description
| Load module | 10 |
| Memory module | 12 |
| Computing module | 15 |
| Select module | 20 |
| Reminding module | 16 |
| Judge module | 18 |
| The GPS module | 19 |
| Mixed-media network modules mixed-media | 22 |
| |
1 |
Following embodiment further specifies the present invention in connection with above-mentioned accompanying drawing.
Embodiment
Below in conjunction with accompanying drawing and better embodiment the present invention is described in further detail:
Please refer to Fig. 1, the better embodiment of run-length management of the present invention system comprises that a load module 10, a memory module 12, a computing module 15, select module 20, a reminding module 16, a judge module 18 and a GPS(Global Positioning System, global position determination system) module 19, a mixed-media network modules mixed-media 22.In the present embodiment, the trip management system can be installed on a palm electronic equipment, such as (shown in Figure 2) on the mobile phone 1, and can directly utilize the GPS unit of this palm electronic equipment as the GPS module 19 of the trip management system.
This GPS module 19 is used for this mobile phone 1 residing position of detecting real-time, namely user's this moment residing position.Wherein, in the present embodiment, the mode record of longitude and latitude can be adopted in the position of this mobile phone 1.In the present embodiment, because GPS module 19 has been utilized in many mobile phones 1, so that user or other personnel can know the residing positional information of user at any time, so will no longer set forth the specific works principle of GPS module 19 among the present invention.
As shown in Figure 2, this load module 10 is used for the newly-increased various information of going to fulfill an appointment of input, comprises the title of going to fulfill an appointment (have a dinner party such as the classmate etc.), the general introduction of going to fulfill an appointment (as to the dinner of mutton chop shop etc.), the date of going to fulfill an appointment, the time of going to fulfill an appointment, the reference position of going to fulfill an appointment and the in-position of going to fulfill an appointment, in advance prompt time, departure time and shift to an earlier date time of arrival etc. in advance.Wherein, the time of going to fulfill an appointment refers to that when the user need arrive in the place of having a dinner party, the reference position of going to fulfill an appointment refers to that the user has a dinner party from where leaving for, the in-position of going to fulfill an appointment refers to the place of having a dinner party, in advance prompt time refers to that how long the trip management system needs before setting out reminding user, what in advance the departure time referred to that the user reserves sets out front setup time, refers in advance the desirable time that arrives in advance the place of having a dinner party of user time of arrival.
For convenient user, seeing through go to fulfill an appointment reference position and when going to fulfill an appointment the in-position of load module 10 inputs, the user also can be by transferring map, and directly set in the selected corresponding address of map.
Store travel route, the running time of traffic map, each vehicles and the information such as time that arrive each website in this memory module 12.This mixed-media network modules mixed-media 22 is used for the server communication of mobile phone 1 and each large traffic website, to download up-to-date traffic news service breath from server.
This computing module 15 is used for searching satisfactory route plan according to go to fulfill an appointment reference position and the in-position of going to fulfill an appointment of user's input from the traffic map of memory module 12 interior storages and the travel route of the vehicles, and namely which kind of vehicles the user takes, what road vehicles can arrive the position of going to fulfill an appointment from reference position.Simultaneously, as shown in Figure 3, this computing module 15 also is used for the details according to position and each route plan of distance calculating, and these details comprise that the user has a dinner party the concrete steps in place, the time of the required cost of each step and the T.T. that is spent in steps etc. from the reference position arrival of going to fulfill an appointment.Such as, this computing module 15 finds according to the map satisfactory route plan and comprises three kinds, and the first scheme is the first station from 200 meters of reference position walkings to subway A, and required time is 5 minutes; Take afterwards No. 1, subway and stand to the B station from A, required time is 8 minutes; Walk to afterwards public transport C station from subway B station, required time is 6 minutes; Take afterwards public transport 1 road and stand to the D station from C, required time is 20 minutes; From 500 meters of public transport D station walkings to the place of having a dinner party, required time is 11 minutes at last.So, the T.T. of the required cost of the first scheme is 50 minutes.
This is selected module 20 to be used for the user and is selecting a kind of route plan by computing module 15 resulting multiple route plans.
This computing module 15 also was used for according to the time of going to fulfill an appointment of user's input, in advance departure time, the running time of the details of time of arrival, user-selected route plan and these route plan vehicles departure time of calculating the user in advance.
The below will specify with an example principle of work of this computing module 15, the time of going to fulfill an appointment of supposing user's input is 18:00, the departure time is 5 minutes in advance, be 10 minutes time of arrival in advance, user-selected route plan is the first scheme, the specifying information of the first scheme be " the first station from 200 meters of reference position walkings to subway A, required time is 5 minutes; Take afterwards No. 1, subway and stand to the B station from A, required time is 8 minutes; Walk to afterwards public transport C station from subway B station, required time is 6 minutes; Take afterwards public transport 1 road and stand to the D station from C, required time is 20 minutes; Walk to the place of having a dinner party from public transport D station at last, required time is 11 minutes; The T.T. of required cost is 50 minutes "; be stored in time that subway in the memory module 12 arrives the A station for No. 1 and be 07:03,07:08 ..., 16:53,16:58,17:03 etc. (being that No. 1, subway was every 5 minutes order of classes or grades at school; omit At All Other Times and do not write), public transport 1 tunnel time of arriving the D station be 07:05,07:15 ..., 17:25,17:35 etc. (be public transport 1 tunnel every 10 minutes order of classes or grades at school, omit At All Other Times and do not write).
According to above-mentioned information, this computing module 15 can be reversed calculates the departure time that draws the user, particularly, the first step, this computing module 15 is according to user's the time of arrival and arrive in advance Time Calculation to go out the time that the user arrives the place of having a dinner party be 17:50 of going to fulfill an appointment; The Time Calculation that second step, this computing module 15 arrive the time in the place of having a dinner party according to the user who calculates and walk to the place of having a dinner party from public transport D station goes out the user, and to arrive the time that public transport D stands be 17:44; The 3rd step, this computing module 15 according to the user who calculates arrive time at public transport D station and public transport 1 road from C stand the required Time Calculation in D station go out public transport 1 road from time at C station be 17:24; In the 4th step, the Time Calculation that this computing module 15 arrives the C station according to public transport 1 road from time at C station and public transport 1 tunnel goes out the user to be needed to arrive public transport C in 17:15 and stand; In the 5th step, this computing module 15 goes out the user according to the time that arrives public transport C station and the Time Calculation of walking to public transport C station from subway B station, and to arrive the time that subway B stands be 17:09; In the 6th step, this computing module 15 arrives time at subway B station and subway according to the user and stands from A that to calculate No. 1 time from the A station of subway to the running time at B station be 17:01; In the 7th step, the Time Calculation that this computing module 15 arrives the A station for No. 1 from time and the subway at A station No. 1 according to subway goes out the user to be needed to arrive subway A station in 16:58; In the 8th step, this computing module 15 arrives the time at subway A station and goes out the user from the Time Calculation that reference position arrival subway A stands according to the user and needs in 16:53 from reference position; In the 9th step, this computing module 15 is 16:48 according to the departure time that the user needs to calculate the user from time of reference position and default in advance departure time.
Certainly, above-mentioned account form is only for to illustrate the departure time that how to obtain the user, and in other embodiment, this computing module 15 also can see through other can realize other account form of purpose, and this should belong to those skilled in the art and be easy to get.Finish after the above-mentioned calculating, this computing module 15 also reaches for the date of going to fulfill an appointment of setting according to the user and shifts to an earlier date the time that prompt time calculates the needs prompting user, if in advance prompt time default in this example is 10 minutes, need the time of prompting user to be 16:38.
As shown in Figure 4, this reminding module 16 is used for getting redy to start off through the tinkle of bells or short message mode prompting user in the time that needs prompting user that calculates, and goes to fulfill an appointment in order to avoid miss.
This judge module 18 reads GPS module 19 customer location that obtains of detecting in real time for the way of going to fulfill an appointment the user, and calculate in real time the stroke whether user finishes projected route according to the residing position of user's this moment, the time of this moment and time of above-mentioned each step that calculates, namely the user is by this route place of whether can reaching on the time having a dinner party.Such as, if this GPS module 19 detects the user and arrived public transport C station during 17:13, then this judge module 18 is thought the place of can reaching on the time having a dinner party user at this moment.And for example, if subway breaks down for No. 1, the time that causes the user to arrive subway B station is 17:30, and learn that according to the calculating of front the time that the user arrives subway B station should be 17:09, these two time phase differences are too far away, therefore, this judge module 18 thinks that namely the user can not arrive the place of having a dinner party this moment on schedule.At this moment, this computing module 15 also again according to excess time with this moment the user location lookup whether have suitable route to be fit to the user to go to the place of having a dinner party, if still there is other suitable route can make user's reaching on the time place of having a dinner party, then in time sees through reminding module 16 prompting users and change route.If according to excess time without appropriate route can be so that user's reaching on the time be had a dinner party the place, then see through the tinkle of bells or short message mode prompting user by reminding module 16, can not arrive on schedule the place of having a dinner party this moment, and prompting user is expressed apology by note or the predetermined coordinator who meets of liaison mode contact in advance simultaneously, as shown in Figure 5.
Please refer to Fig. 6, the better embodiment of run-length managment method of the present invention may further comprise the steps:
Step S1: the user inputs newly-increased various information of going to fulfill an appointment, and comprises the title of going to fulfill an appointment (have a dinner party such as the classmate etc.), the general introduction of going to fulfill an appointment (as to the dinner of mutton chop shop etc.), the date of going to fulfill an appointment, the time of going to fulfill an appointment, the reference position of going to fulfill an appointment and the in-position of going to fulfill an appointment, in advance prompt time, departure time and shift to an earlier date time of arrival etc. in advance.
Step S2: this computing module 15 is searched satisfactory route plan according to go to fulfill an appointment reference position and the in-position of going to fulfill an appointment of user input from the map of memory module 12 interior storages and the travel route of the vehicles, and namely which kind of vehicles the user takes, what road vehicles can arrive the position of going to fulfill an appointment from reference position.Simultaneously, also according to the details of position and each route plan of distance calculating, these details comprise that the user has a dinner party the concrete steps in place, the time of the required cost of each step and the T.T. that is spent in steps etc. from the reference position arrival of going to fulfill an appointment to this computing module 15.
Step S3: the user is selected a kind of route plan in by computing module 15 resulting multiple route plans.
Step S4: this computing module 15 is according to the time of going to fulfill an appointment of user input, in advance departure time, the running time of the vehicles calculates the user in the details of time of arrival, user-selected route plan and this route plan in advance departure time.
Step S5: the date of going to fulfill an appointment that this computing module 15 is set according to the user, prompt time and the aforementioned departure time that obtains calculate the time of needs prompting user in advance.
Step S6: this reminding module 16 was got redy to start off through the tinkle of bells or short message mode prompting user according to the time of the needs prompting user that calculates, and went to fulfill an appointment in order to avoid miss.
Step S7: this judge module 18 reads GPS module 19 customer location that obtains of detecting in real time in the user goes to fulfill an appointment the way, and calculate in real time the stroke whether user finishes projected route according to the residing position of user's this moment, the time of this moment and time of above-mentioned each step that calculates, namely the user is by this route place of whether can reaching on the time having a dinner party.If thinking, this judge module 18 then continues to judge in the place of can reaching on the time having a dinner party user at this moment.Can not arrive on schedule the place of having a dinner party, then execution in step S8 this moment if this judge module 18 is namely thought the user.
Step S8: this computing module 15 again according to excess time with this moment the user location lookup whether have suitable route to be fit to the user to go to the place of having a dinner party.If still there is other suitable route can make from then on have a dinner party place, then execution in step S9 of position reaching on the time of user.If according to excess time can be so that the user have a dinner party place, then execution in step S10 of position reaching on the time from then on without appropriate route.
Step S9: in time see through reminding module 16 prompting users and change route.
Step S10: see through the tinkle of bells or short message mode prompting user by reminding module 16, can not arrive on schedule the place of having a dinner party this moment, and prompting user is expressed apology by note or the predetermined coordinator who meets of liaison mode contact in advance simultaneously.
Above line thread management system and method arrives the time at this station by required time of each step in the calculated route scheme and the vehicles taken, obtain the time that the user sets out, thereby can make user's reaching on the time place of going to fulfill an appointment.Simultaneously, above line thread management system and method is also by the residing position of GPS module 19 detecting real-time users, and judge the user place of whether can reaching on the time going to fulfill an appointment, when the user can not reaching on the time goes to fulfill an appointment the place, the trip management system and method also prompting user were expressed apology by the mode that sends note or send a telegraph to the predetermined coordinator who meets.
Claims (9)
1. run-length management system comprises:
One load module is used for the newly-increased information of going to fulfill an appointment of input, and this newly-increased information of going to fulfill an appointment comprises the time of going to fulfill an appointment at least, the reference position of going to fulfill an appointment and the in-position of going to fulfill an appointment;
One memory module is used for storage transport services information, and this transport services information comprises travel route and the running time of traffic map, each vehicles at least;
One computing module, be used for the traffic map stored in the memory module according to go to fulfill an appointment reference position and the in-position of going to fulfill an appointment of input and the travel route of the vehicles and search the route plan that can arrive from the reference position of going to fulfill an appointment the in-position of going to fulfill an appointment, and calculate the details of each route plan, these details comprise arriving from the reference position of going to fulfill an appointment at least has a dinner party the concrete steps in place and the time of the required cost of each step;
One selects module, be used for selecting a kind of route plan by the resulting multiple route plan of computing module, this computing module also is used for the departure time according to the running time calculating user of the details of the time of going to fulfill an appointment of input, selected route plan and these route plan vehicles; And
One reminding module is used for setting out at the user's who calculates departure time prompting user.
2. run-length management as claimed in claim 1 system, it is characterized in that: this newly-increased information of going to fulfill an appointment also comprises in advance time of arrival or in advance departure time, and this computing module then is used for the running time of details, these route plan vehicles according to the time of going to fulfill an appointment of input, selected route plan and in advance time of arrival or in advance departure time of calculating user departure time.
3. run-length management as claimed in claim 1 system, it is characterized in that: this newly-increased information of going to fulfill an appointment also comprises in advance prompt time, the in advance prompt time prompting user that this reminding module was used for before the user's who calculates departure time sets out.
4. run-length management as claimed in claim 1 system, it is characterized in that: this memory module is also stored the time that each vehicles arrives each website, and this computing module then is used for arriving according to the vehicles in the running time of the details of the time of going to fulfill an appointment of input, selected route plan, these route plan vehicles and this route plan Time Calculation user's of corresponding website departure time.
5. run-length management as claimed in claim 1 system, it is characterized in that: described run-length management system also comprises a GPS module and a judge module, this GPS module is used for the position at detecting real-time user place, this judge module reads in real time the GPS module for the way of going to fulfill an appointment the user and detects the customer location that obtains, and according to the residing position of user's this moment, whether the Time Calculation user of the time of this moment and each step that calculates can arrive at the place of arrival of going to fulfill an appointment on time, when judging that the user can not arrive at when going to fulfill an appointment place of arrival this moment on time, this reminding module also is used for the predetermined coordinator who meets of prompting user contact.
6. run-length management as claimed in claim 5 system, it is characterized in that: when judging that the user can not arrive at when going to fulfill an appointment place of arrival this moment on time, this computing module also be used for according to excess time with this moment the user location lookup whether have suitable route to be fit to the user to go to the place of arrival of going to fulfill an appointment, if still there is suitable route can make the user arrive on time the place of arrival of going to fulfill an appointment, then this reminding module prompting user is changed route.
7. run-length managment method comprises:
Input step: the newly-increased information of going to fulfill an appointment of input, this newly-increased information of going to fulfill an appointment comprises the time of going to fulfill an appointment at least, the reference position of going to fulfill an appointment and the in-position of going to fulfill an appointment;
The first calculation procedure: the traffic map of storing in the memory module according to go to fulfill an appointment reference position and the in-position of going to fulfill an appointment of input and the travel route of the vehicles are searched the route plan that can arrive from the reference position of going to fulfill an appointment the in-position of going to fulfill an appointment, and calculate the details of each route plan, these details comprise arriving from the reference position of going to fulfill an appointment at least has a dinner party the concrete steps in place and the time of the required cost of each step;
Select step: selected a kind of route plan in the multiple route plan that calculates;
The second calculation procedure: the departure time of calculating the user according to the running time of the vehicles in the details of the time of going to fulfill an appointment, the selected route plan of input and this route plan; And
Prompting step: set out at the user's who calculates departure time prompting user.
8. run-length managment method as claimed in claim 7, it is characterized in that: described run-length managment method also comprises:
Position detecting step: by the position at a GPS module detecting real-time user place; And
Determining step: in the user goes to fulfill an appointment the way, read in real time the GPS module and detect the customer location that obtains, and whether can arrive on time the place of arrival of going to fulfill an appointment according to the Time Calculation user of the residing position of user's this moment, the time of this moment and each step of calculating, when judging that the user can not arrive at when going to fulfill an appointment place of arrival this moment on time, the predetermined coordinator who meets of prompting user contact then.
9. run-length managment method as claimed in claim 8 is characterized in that: when judging that the user can not arrive at when going to fulfill an appointment place of arrival this moment on time, the trip management method also comprises:
Whether user's location lookup has the suitable user of suitable route to go to the place of arrival of going to fulfill an appointment according to excess time and this moment, if still there is suitable route can make the user arrive on time the place of arrival of going to fulfill an appointment, then prompting user is changed route.
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| CN2011102928942A CN103034938A (en) | 2011-10-06 | 2011-10-06 | Journey management system and method |
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| CN2011102928942A CN103034938A (en) | 2011-10-06 | 2011-10-06 | Journey management system and method |
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| CN2011102928942A Pending CN103034938A (en) | 2011-10-06 | 2011-10-06 | Journey management system and method |
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| CN103411612A (en) * | 2013-06-27 | 2013-11-27 | 苏州佳世达光电有限公司 | Information processing system and control method thereof |
| CN105141759A (en) * | 2015-08-10 | 2015-12-09 | 惠州Tcl移动通信有限公司 | Alarm processing method and system based on mobile terminal |
| CN105333880A (en) * | 2014-07-18 | 2016-02-17 | 展讯通信（上海）有限公司 | Communication terminal and prompting method and device |
| CN106248093A (en) * | 2016-08-30 | 2016-12-21 | 深圳市金立通信设备有限公司 | A kind of stroke reminding method and terminal |
| CN110689310A (en) * | 2018-07-06 | 2020-01-14 | 上海博泰悦臻网络技术服务有限公司 | Appointment reminding method/system, computer readable storage medium and server |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103411612A (en) * | 2013-06-27 | 2013-11-27 | 苏州佳世达光电有限公司 | Information processing system and control method thereof |
| CN105333880A (en) * | 2014-07-18 | 2016-02-17 | 展讯通信（上海）有限公司 | Communication terminal and prompting method and device |
| CN105141759A (en) * | 2015-08-10 | 2015-12-09 | 惠州Tcl移动通信有限公司 | Alarm processing method and system based on mobile terminal |
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| CN110689310A (en) * | 2018-07-06 | 2020-01-14 | 上海博泰悦臻网络技术服务有限公司 | Appointment reminding method/system, computer readable storage medium and server |
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Application publication date: 20130410 |