CN104517246A - Travel route planning and guiding system - Google Patents
Travel route planning and guiding system Download PDFInfo
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Abstract
The invention discloses a travel route planning and guiding system, which comprises a server and a mobile electronic device. The server side comprises a service transmission module, a service storage module and a service processing module. The mobile electronic device comprises a device transmission module, a device storage module, a touch display module and a device processing module. The service storage module of the server side stores a plurality of public transportation data, plans a complete travel route according to the travel planning demand information and the plurality of public transportation data, and correspondingly generates default travel planning information to achieve the function of planning the complete travel route.
Description
Technical field
The present invention relate to tour schedule planning and guide to visitors technical field, particularly relate to one and there is planning tour schedule, and journey guide to visitors is provided and share journey gains in depth of comprehension function tour schedule planning and guide system.
Background technology
Because many people are in recent years for the quality requirements lifting gradually of tourism, so make usually to spend many time in the planning of tour schedule in tourism.Further, owing to there being many dealers to cut travel-related businesses, so make the selection of tourist attractions also get more and more, these relative quality are usually uneven.Also therefore make the row preplanning of tour schedule also relative important.
Although existing tourism webpage provides the ticket-booking service of lodging restaurant, air ticket or ticket.But, in the seat reservation system framework of existing tourism webpage, multiple ticket booking processing module is all set, and independently processes different subscription data, as lodging restaurant, air ticket or ticket order etc.Further, after in ticket booking processing module, subscription information is ordered in individual reception outside separately, as user meets order terms, namely corresponding generation orders successful information.Then, each ticket booking processing module then sends subscriber to from being about to produced order successful information, and is stored in respective database, not data or information contact transmission each other.
Moreover, in the system architecture of existing tourism webpage, also only only can produce order whether successfully related data or information, and the database of tourist attractions is not set.
Summary of the invention
In view of above-mentioned prior art Problems existing, a kind of tour schedule is the object of the present invention is to provide to plan and guide system, to solve the problem existing for above-mentioned prior art.
According to an embodiment of the present, propose the planning of a kind of tour schedule and guide system, it is characterized in that, comprise service end and electronic apparatus.Service end comprises service transmission module, service memory module and service processing module.Service transmission module receives stroke planning demand information.The multiple public transportation data of service memory module stores.Service processing module couples service transmission module and service memory module, and service processing module, according to stroke planning demand information and multiple public transportation data, gives tacit consent to stroke planning information to produce.Electronic apparatus comprises device transport module, device memory module, touch control display module and device processing module.Device transport module Connection Service end, and receive acquiescence stroke planning information.Device memory module stores stroke guide to visitors program, and stroke guide to visitors program has communication navigation interface and stroke guide to visitors interface; Touch control display module display communication navigation interface and stroke guide to visitors interface.Device processing module coupling device transport module, device memory module and touch control display module, device processing module optionally controls touch control display module display communication navigation interface or display stroke guide to visitors interface according to acquiescence stroke planning information.
Wherein, service memory module also can store tourism planning program, and tourism planning program has stroke planning interface, and stroke planning interface has at least one stroke planning option.
Wherein, tour schedule planning and guide system preferably also can comprise user side.User side comprises user's transport module, user's memory module, user's display module, user's load module and user's processing module.User's transport module Connection Service end.User's memory module stores stroke planning procedure.User's display module display stroke planning interface.User's load module receives executive signal.User's processing module couples user's memory module, user's display module and user's load module, user's processing module performs stroke planning program according to executive signal, to order about user's display module display stroke planning interface, and user's processing module is triggered according at least one stroke planning option, to produce stroke planning demand information.
Wherein, service processing module produces user account data according to stroke planning demand information, and transmit user account data to user side, and electronic apparatus performs stroke guide to visitors program, and give tacit consent to stroke planning information according to the user account data that user side receives to receive.
Wherein, acquiescence stroke planning information can comprise travel paths data and map pattern data, and travel paths data and map pattern data are shown in communication navigation interface.
Wherein, communication navigation interface has at least one sight spot Show Options, touch control display module is triggered according at least one sight spot Show Options and produces changing interface signal, and device processing module controls touch control display module display stroke guide to visitors interface according to changing interface signal.
Wherein, stroke guide to visitors interface has at least one sight spot and introduces option, touch control display module display stroke guide to visitors interface, and according at least one sight spot introduce option be triggered time, touch control display module then produces sight spot and introduces signal.
Wherein, acquiescence stroke planning information can comprise sight spot and introduce data, and when signal is introduced at touch control display module generation sight spot, device processing module then controls touch control display module according to this and introduces data in stroke guide to visitors interface display sight spot.
Wherein, stroke guide to visitors interface has at least one transportation for tour sites option, touch control display module display stroke guide to visitors interface, and when being triggered according at least one transportation for tour sites option, touch control display module then produces transportation for tour sites signal according to this.
Wherein, acquiescence stroke planning information can comprise transportation for tour sites information, and when touch control display module produces transportation for tour sites signal, device processing module then controls touch control display module according to this in stroke guide to visitors interface display transportation for tour sites information.
Wherein, stroke guide to visitors interface has tourism and shares option, option is shared in touch control display module display tourism, and according to tourism share option be triggered time, device processing module then orders about device transport module according to this and service end carries out line, and shares interface via the tourism of touch control display module display service end.
Wherein, interface is shared in touch control display module display tourism, and shares interface according to touch-control action in tourism and operate, and when producing tourism sharing information, service end then receives tourism sharing information, shares operation to complete tourism.
Wherein, stroke guide to visitors interface has multiple sight spots Path Options, touch control display module display stroke guide to visitors interface, and according to when in the Path Options of multiple sight spots, at least two sight spot Path Options are triggered, described touch control display module then produces at least two sight spot planning signals according to this, and device processing module produces path planning information according at least two sight spot planning signals, and control touch control display module in stroke guide to visitors interface display path planning information.
Wherein, electronic apparatus preferably also can comprise locating module, its coupling device processing module, locating module according to the current position of electronic apparatus to produce positioning signal.
Wherein, wherein device processing module is according to positioning signal, to produce traveled distance routing information, and transmits traveled distance information to service end, to store.
For achieving the above object, the present invention takes following technical scheme:
In sum, tour schedule planning provided by the invention and guide system, have following beneficial effect:
(1) planning of this tour schedule and guide system are by the multiple public transportation data of service memory module stores of service end, and according to stroke planning demand information (as travel time, sight spot, transport facility and lodging restaurant etc.) and multiple public transportation data, to plan complete tour schedule route, and corresponding generation gives tacit consent to stroke planning information, order lodging restaurant is only provided merely to solve existing tourism webpage, the function of air ticket or ticket, and, respective independently and countlessly to transmit according to upper contact, and then the function of complete tour schedule cannot be planned.
(2) planning of this tour schedule and guide system transmit acquiescence planning travel information to electronic apparatus by service end, electronic apparatus can be utilized to obtain traffic relevant information in tourism process or relevant sight spot recommended information to provide user.
(3) planning of this tour schedule and guide system are by storing stroke guide to visitors program at electronic apparatus, and utilize communication navigation interface to provide traffic relevant information in user's tourism process, can improve the convenience of tourism whereby.
(4) planning of this tour schedule and guide system are by storing stroke guide to visitors program at electronic apparatus, and utilize the traffic relevant information at each sight spot of stroke guide to visitors interface display, can provide user the convenience coming and going each sight spot whereby.
(5) planning of this tour schedule and guide system are by storing stroke guide to visitors program at electronic apparatus, and utilize the relevant sight spot recommended information at each sight spot of stroke guide to visitors interface display, user can be provided whereby to understand the convenience of the humane landscape at each sight spot.
(6) planning of this tour schedule and guide system are by storing stroke guide to visitors program at electronic apparatus, interface is shared with the tourism providing user to utilize stroke guide to visitors interface to be connected to service end, and record tourism gains in depth of comprehension and process, other users can be provided whereby as the convenience of tour schedule reference.
Accompanying drawing explanation
Fig. 1 is the calcspar of the first embodiment of tour schedule of the present invention planning and guide system.
Fig. 2 is the schematic diagram of the first embodiment of tour schedule of the present invention planning and guide system.
Fig. 3 is the calcspar of the second embodiment of tour schedule of the present invention planning and guide system.
Fig. 4 is the schematic diagram of the second embodiment of tour schedule of the present invention planning and guide system.
Fig. 5 is the process flow diagram of the second embodiment of tour schedule of the present invention planning and guide system.
Fig. 6 is the second calcspar of the second embodiment of tour schedule of the present invention planning and guide system.
Fig. 7 is the calcspar of the 3rd embodiment of tour schedule of the present invention planning and guide system.
Fig. 8 is the first schematic diagram of the 3rd embodiment of tour schedule of the present invention planning and guide system.
Fig. 9 is the second schematic diagram of the 3rd embodiment of tour schedule of the present invention planning and guide system.
Figure 10 is the 3rd schematic diagram of the 3rd embodiment of tour schedule of the present invention planning and guide system.
Figure 11 is the 4th schematic diagram of the 3rd embodiment of tour schedule of the present invention planning and guide system.
Figure 12 is the calcspar of the 4th embodiment of tour schedule of the present invention planning and guide system.
Figure 13 is the first pass figure of the 5th embodiment of tour schedule of the present invention planning and guide system.
Figure 14 is the second process flow diagram of the 5th embodiment of tour schedule of the present invention planning and guide system.
Drawing reference numeral: 1: tour schedule planning and guide system; 10: service end; 100: service transmission module; 1000: stroke planning demand information; 101: service processing module; 1010: acquiescence stroke planning information; 1010a: sight spot recommended information; 1010b: transportation for tour sites information; 1010c: sight spot routing information; 1011: travel paths information; 1012: map drawing information; 1013: user account information; 102: service memory module; 1020: tourism planning program; 1021: stroke planning interface; 1021a: stroke planning option; 1022: interface is shared in tourism; 1023: public transportation data; 103: send module; 11: electronic apparatus; 110: device transport module; 111: device memory module; 1110: stroke guide to visitors program; 1111: communication navigation interface; 1111a: sight spot Show Options; 1112: stroke guide to visitors interface; 1112a: option is introduced at sight spot; 1112b: transportation for tour sites option; 1112c: option is shared in tourism; 1112d: sight spot Path Options; 112: touch control display module; 1120: changing interface signal; 1121: signal is introduced at sight spot; 1122: transportation for tour sites signal; 1123: tourism sharing information; 1124: sight spot planning signal; 113: device processing module; 1130: traveled distance routing information; 114: locating module; 1140: positioning signal; 12: client; 120: user's transport module; 121: user's memory module; 1210: stroke planning program; 122: user's display module; 123: user's load module; 1230: executive signal; 124: user's processing module; 2: touch-control action; A: require service; B: service describing; S10 ~ S25, S30 ~ S39, S40 ~ S49: step.
Embodiment
For the effect making your auditor understand technical characteristic of the present invention, content and advantage and can reach, hereby the present invention is coordinated accompanying drawing, and be described in detail as follows with the expression-form of embodiment, and wherein used accompanying drawing, its purport is only the use of signal and aid illustration book, may not for the present invention execute after actual proportions with precisely configure, therefore should not limit to the right of the present invention on reality is implemented with regard to the ratio of not appended accompanying drawing and configuration relation, conjunction is first chatted bright.
Hereinafter with reference to relevant drawings, the embodiment according to tour schedule planning of the present invention and guide system is described, for making to be convenient to understand, the same components in following embodiment illustrates with identical symbology.
Refer to Fig. 1 and Fig. 2, be respectively calcspar and the schematic diagram of the first embodiment of tour schedule of the present invention planning and guide system.As shown in the figure, tour schedule planning and guide system 1 comprise service end 10 and electronic apparatus 11.Service end 10 comprises service transmission module 100, service memory module 102 and service processing module 101.Service memory module 102 stores multiple public transportation data 1023.Service transmission module 100 receives stroke planning demand information 1000.Service processing module 101 couples service transmission module 100 and service memory module 102, and service processing module 101, according to stroke planning demand information 1000 and multiple public transportation data 1023, gives tacit consent to stroke planning information 1010 to produce.Electronic apparatus 11 comprises device transport module 110, device memory module 111, touch control display module 112 and device processing module 113.Device transport module 110 Connection Service end 10, and receive acquiescence stroke planning information 1010.Device memory module 111 stores stroke guide to visitors program 1110, and stroke guide to visitors program 1110 has communication navigation interface 1111 and stroke guide to visitors interface 1112.Touch control display module 112 shows communication navigation interface 1111 and stroke guide to visitors interface 1112.Device processing module 113 coupling device transport module 110, device memory module 111 and touch control display module 112, device processing module 113 optionally controls touch control display module 112 according to acquiescence stroke planning information 1010 and shows communication navigation interface 1111 or display stroke guide to visitors interface 1112.
Specifically, service memory module 102 in the service end 10 of tour schedule planning of the present invention and guide system 1 can store multiple public transportation data 1023, as the road driving route of bus traffic route, locomotive and the flight route of aircraft, wherein, service memory module 102 contains Java DataBase combining (Java Data Base Connectivity, JDBC) with multisystem mixing platform (POI) database (i.e. the information of scene data, as place position and profile data).After service end 10 receives the stroke planning demand information 1000 that user transmits, can according to stroke planning demand information 1000 and multiple public transportation data 1023, to carry out planning tour schedule, namely service end 10 is according to user-selected transport facility, with the route that the institute of this transport facility travels, drives, each sight spot and lodging place are together in series, to produce a tour schedule route, namely stroke planning information 1010 is given tacit consent to, wherein, service end 10 can be the service centre of travel agencies.Electronic apparatus 11 receives acquiescence stroke planning information 1010 via device transport module 110, electronic apparatus 11 can be flat computer, intelligent mobile phone, personal digital assistant (Personal Digital Assistant, the electronic installation such as PDA), with intelligent mobile phone exemplarily in the present embodiment, but not as limit.Then, the stroke guide to visitors program 1110 that device processing module 113 actuating unit memory module 111 stores, and control touch control display module 112 according to acquiescence stroke planning information 1010 and optionally show communication navigation interface 1111 or show stroke guide to visitors interface 1112.
By this, multiple public transportation data 1023 are stored by the service memory module 102 of service end 10, with the stroke planning demand information 1000 of foundation user and multiple public transportation data 1023, produce complete tour schedule route planning data, only provide merely to solve existing tourism webpage the function ordering lodging restaurant, air ticket or ticket, and the problem of complete tour schedule cannot be planned.And, while user holds electronic apparatus 11, by the communication navigation interface 1111 shown by touch control display module 112, to understand the traffic-relevant information that tour schedule is planned, and also can utilize the stroke guide to visitors interface 1112 shown by touch control display module 112, understand the relevant information at each sight spot in tour schedule.
Further, acquiescence stroke planning information 1010 can comprise travel paths data 1011 and map pattern data 1012, and travel paths data 1011 and map pattern data 1012 are shown in communication navigation interface 1111.
Therefore, user by the communication navigation interface 1111 shown by electronic apparatus 11, to understand in tour schedule the area of process and counties and cities.
Refer to Fig. 3 to Fig. 6, be respectively the first calcspar of the second embodiment of tour schedule of the present invention planning and guide system, schematic diagram, process flow diagram and the second calcspar.And see also Fig. 1 and Fig. 2.As shown in the figure, the planning of tour schedule in the present embodiment and guide system is planned to the tour schedule of above-mentioned first embodiment and similar elements described in guide system to make flowing mode similar, therefore not repeat at this.But it is worth mentioning that, in the present embodiment, service memory module 102 also can store tourism planning program 1020, and tourism planning program 1020 has stroke planning interface 1021, stroke planning interface 1021 has at least one stroke planning option one 021a.
In above-mentioned, tour schedule planning and guide system 1 preferably also can comprise user side 12.User side 12 comprises user's transport module 120, user's memory module 121, user's display module 122, user's load module 123 and user's processing module 124.User's transport module 120 Connection Service end 10.User's memory module 121 stores stroke planning procedure 1210.User's display module 122 shows stroke planning interface 1021.User's load module 123 receives executive signal 1230.User's processing module 124 couples user's memory module 120, user's memory module 121, user's display module 122 and user's load module 123, user's processing module 124 performs stroke planning program 1210 according to executive signal 1230, stroke planning interface 1021 is shown to order about user's display module 122, and user's processing module 124 is triggered according at least one stroke planning option one 021a, to produce stroke planning demand information 1000.
For example, tour schedule planning of the present invention and guide system 1 can comprise user side 12 further, tour schedule is planned to provide user, wherein user side 12 can be desktop computer, notebook, flat computer, intelligent mobile phone, personal digital assistant (Personal Digital Assistant, the electronic installation such as PDA), with desktop computer exemplarily in the present embodiment, but not as limit.Therefore, user, by touching user load module 123, to make user's load module 123 receive executive signal 1230, and makes user's processing module 124 perform stroke planning program 1210 according to executive signal 1230.Then, user side 12 can be connected to service end 10, and shows by user's display module 122 the stroke planning interface 1021 that service memory module 102 stores, and stroke planning interface 1021 has at least one stroke planning option one 021a.Finally, user can utilize user's load module 123 to trigger at least one stroke planning option one 021a, to plan tour schedule, and produces stroke planning demand information 1000.
Say further, as shown in Figure 5, user first can select sailing date (step S10), and sequentially select date of departure (step S11) and retention period (step S12), if sailing date is September 1, date of departure is September 5, and the retention period is five days.Then, user can according to this tourism institute estimate cost the amount of money, carry out budget selection (step S13).Processing module 101 to be serviced is according to user-selected budget amount, produce budget result (step S14), and according to this budget result (step S14), multiple aviation flight course line (step S16) is provided, give user and select aviation flight course line (step S15), aviation flight course line can comprise island proper the north, middle part, southern course line, outlying islets course line and international airline.
User selects, wherein behind an aviation flight course line (step S17), namely to carry out selections transport facility (step S18), with behind aircraft arrival destination, can carry out taking transport facility.And, service processing module 101 can provide transport facility brief introduction (step S19), as provided bus, train or rapid transit (Mass Rapid Transit, the data of transport facility such as MRT), also can select the data of renting locomotive, and provide multiple transport facility (step S20) to give user to select.And after user determines transport facility (step S21), namely service processing module 101 carries out climb displacement (step S22), and arrange stroke (step S23).
Finally, by the stroke planned, provide user to carry out stroke and browse (step S24).After user confirms, traveling expenses payment (step S25) can be carried out, wherein, way of paying comprise on line swipe the card, accounts of finance transfers accounts and the mode such as cash machine remittance.Finally, stroke planning demand information 1000 is produced.
In above-mentioned, take a flight if user's tour schedule is not planned, also at budget result (step S14), can then select transport facility (step S18).Relatively, if user's tour schedule is not planned take transport facility, also after selection wherein an aviation flight course line (step S17), can then carry out climb displacement (step S22).
Moreover please with reference to Fig. 6, user mutually can to send with service end 10 or user side 12 by electronic apparatus 11 and require that serving A asks, to carry out data access or certification.As user sends requirement service A request by electronic apparatus 11 to user side 12, to carry out certification and to obtain user account data, then, recycling electronic apparatus 11 sends to service end 10 and requires service A request, to carry out certification and to obtain acquiescence stroke planning information 1010 to service end 10.
Further, also mutually can send the request of service describing B between service end 10 and user side 12, wherein, the request of service describing B can be the data transmission of webpage shelves.
In addition, service end 10 of the present invention also can arrange and send module 103, couple service processing module 101 and service memory module 102, with after service processing module 101 receives stroke planning demand information 1000, by sending module 103 according to stroke planning demand information 1000 and multiple public transportation data 1023, to produce acquiescence stroke planning information 1010.
By this, tour schedule planning of the present invention and guide system 1 can provide user to utilize stroke planning interface 1021 to plan tour schedule, to avoid in prior art, user need inquire about data of travelling to plan tour schedule by tourism books and network data, causes needing time-consuming problem.
It should be noted that tour schedule of the present invention planning and guide system 1 also can provide user to be set with tour schedule.And tour schedule planning of the present invention and guide system 1 also can provide user's variation free travel, namely the stroke planning interface 1021 of tourism planning program 1020 that memory module 102 of the present invention stores can have multiple stroke planning option one 021a, as stroke planning options such as the beginning and the end dates, number, mode of transportation, the beginning and the end places.Therefore, user by this trip planning interface 1021 in each stroke planning option, freely plan oneself institute want travel stroke, with improve tour schedule plan degree of freedom.
Briefly, the service memory module 102 of service end 10 of the present invention can prestore many acquiescence planning strokes, service end 10 can according to user-selected the beginning and the end dates (or number of days), number, mode of transportation or the beginning and the end place, and many acquiescences plan in strokes that the acquiescence of more than at least two of searching this user-selected option corresponding plans stroke thus, carry for reference and select.
Therefore, if when user utilizes multiple stroke planning option to select the beginning and the end dates of tourism for September 1 to September 5 (or utilizing number of days option to be chosen as five days), many the acquiescence planning strokes stored in service end 10 i.e. search services memory module 102, and many acquiescences plan in strokes that the acquiescence planning stroke of more than at least two in September 1 to the September 5 (or number of days is five days) selected selected by respective user is (if the Taibei is in platform thus, to the acquiescence planning such as Kaohsiung or Kaohsiung to Taibei stroke in platform), and in showing via user's display module 122, to carry for reference and to select.Select, wherein after an acquiescence planning stroke, stroke planning demand information 1000 can be produced, and produce acquiescence stroke planning information 1010 via service processing module 101 until user.
In addition, tour schedule planning of the present invention and guide system 1 also show travel paths data 1011 and the map pattern data 1012 of acquiescence stroke planning information 1010 by user's display module 122, understand the planning of stroke traffic route in advance with user.And all scene datas that tour schedule planning of the present invention and guide system 1 also can comprise according to acquiescence stroke planning information 1010, show map pattern data 1012 by user's display module 122, and the path that the traffic route between all sight spots is planned.
In addition, service processing module 101 can produce user account data 1013 according to stroke planning demand information 1000, and transmit user account data 1013 to user side 12, and, electronic apparatus 11 performs stroke guide to visitors program 1110, and gives tacit consent to stroke planning information 1010 according to the user account data 1013 that user side 12 receives to receive.
Therefore, service processing module 101 triggers at least one stroke according to user and plans the stroke planning demand information 1000 that option one 021a produces, and produces user account data 1013, as user account and password.Then, when user wants to utilize electronic apparatus 11 to carry out tour schedule, user can input user account data 1013 in electronic apparatus 11, with opening travel guide to visitors program 1110, and receive acquiescence stroke planning information 1010, and then start the stroke of tourism.It is worth mentioning that, user connects user side 12 by electronic apparatus 11, to obtain user account data 1013, then in input user account data 1013, with opening travel guide to visitors program 1110, and receives acquiescence stroke planning information 1010.
Refer to Fig. 7 to Figure 11, be respectively the calcspar of the 3rd embodiment of tour schedule of the present invention planning and guide system and the first schematic diagram to the 4th schematic diagram.And see also Fig. 1 to Fig. 6.As shown in the figure, the planning of tour schedule in the present embodiment and guide system is planned to the tour schedule of the various embodiments described above and similar elements described in guide system to make flowing mode similar, therefore not repeat at this.But, it is worth mentioning that, in the present embodiment, communication navigation interface 1111 has at least one sight spot Show Options 1111a, touch control display module 112 is triggered according at least one sight spot Show Options 1111a and produces changing interface signal 1120, and device processing module 113 controls touch control display module 112 according to changing interface signal 1120 shows stroke guide to visitors interface 1112.
That is, communication navigation interface 1111 shown by electronic apparatus 11 of the present invention has at least one sight spot Show Options 1111a, therefore, when user wants the related introduction information of watching each sight spot in advance or instantly, user can be used in touch control display module 112 and trigger at least one sight spot Show Options 1111a, to make touch control display module 112 produce changing interface signal 1120, and make device processing module 113 control touch control display module 112 according to changing interface signal 1120 shown communication navigation interface 1111 is switched to stroke guide to visitors interface 1112.
Say further, stroke guide to visitors interface 1112 has at least one sight spot and introduces option one 112a, touch control display module 112 shows stroke guide to visitors interface 1112, and according at least one sight spot introduce option one 112a be triggered time, touch control display module 112 produce sight spot introduce signal 1121.And, acquiescence stroke planning information 1010 can comprise sight spot and introduce data 1010a, touch control display module 112 produces sight spot when introducing signal 1121, and device processing module 113 controls touch control display module 112 according to this and shows sight spot in stroke guide to visitors interface 1112 and introduce data 1010a.
Therefore, after communication navigation interface 1111 is switched to stroke guide to visitors interface 1112 by user, at least one sight spot of triggering in stroke guide to visitors interface 1112 can be utilized to introduce option one 112a, with select want the sight spot watched to introduce, as intellectual circle night market, meet the sight spot such as first night market or Tai NanchiDown building.Data 1010a is introduced owing to having comprised above-mentioned sight spot in the acquiescence stroke planning information 1010 that user plans, therefore, when user triggers after at least one sight spot introduces option one 112a, touch control display module 112 can produce sight spot according to this introduce signal 1121, and is sent to device processing module 113.And device processing module 113 can control touch control display module 112 shows sight spot in stroke guide to visitors interface 1112 and introduce data 1010a.
It should be noted that, electronic apparatus 11 of the present invention is also connected to service end 10 voluntarily by device transport module 110, watch the sight spot be not included in acquiescence stroke planning information 1010 to provide user and introduce data 1010a, such as Hualien County is not planned in tour schedule by user, and user is when wanting to watch the introducing of each sight spot, Hualien County, be connected to the service memory module 102 of service end 10 by electronic apparatus 11, introduce data with the sight spot watching each sight spot, the Hualien County stored in service memory module 102.
Say further, stroke guide to visitors interface 1112 has at least one transportation for tour sites option one 112b, touch control display module 112 shows stroke guide to visitors interface 1112, and when being triggered according at least one transportation for tour sites option one 112b, touch control display module 112 produces transportation for tour sites signal 1122 according to this.And, acquiescence stroke planning information 1010 can comprise transportation for tour sites information 1010b, when touch control display module 112 produces transportation for tour sites signal 1122, device processing module 113 controls touch control display module 112 according to this and shows transportation for tour sites information 1010b in stroke guide to visitors interface 1112.
That is, user is in the process of tourism, if when wanting by instantly residing position, sight spot to another sight spot, by triggering at least one transportation for tour sites option one 112b in stroke guide to visitors interface 1112, to make touch control display module 112 produce transportation for tour sites signal 1122, and make device processing module 113 control touch control display module 112 according to this to show transportation for tour sites information 1010b in stroke guide to visitors interface 1112.By this, user can be provided to utilize shown transportation for tour sites information 1010b, understand and can take what transport facility (as transport facilitys such as bus, train or rapid transits) neighbouring convenient effect to another position, sight spot.
Say further, stroke guide to visitors interface 1112 has tourism and shares option one 112c, touch control display module 112 shows stroke guide to visitors interface 1112, and according to tourism share option one 112c be triggered time, device processing module 113 is ordered about device transport module 110 according to this and is carried out line with service end 10, and shares interface 1022 via the tourism that touch control display module 112 shows service end 10.Further, touch control display module 112 shows tourism and shares interface 1022, and shares interface 1022 according to touch-control action 2 in tourism and operate, and when producing tourism sharing information 1123, service end 10 receives tourism sharing information 1123, shares operation to complete tourism.
In simple terms, when user is in travelling to a certain sight spot or after tourism, want tourism gains in depth of comprehension to share when giving other users, user shares option one 112c by the tourism triggering stroke guide to visitors interface 1112, to make electronic apparatus 11 be connected to service end 10, and make touch control display module 112 show tourism to share interface 1022.Then, user to play gains in depth of comprehension by touch control display module 112 input, to make electronic apparatus 11 produce tourism sharing information 1123, and is sent to service end 10 via device transport module 110, and makes service end 10 receive this tourism sharing information 1123.
By this, when other users browse this service end 10, the tourism sharing information 1123 can uploaded according to each user, understands the relevant information of playing at each sight spot, and, also can utilize this tourism sharing information 1123, as the reference information of tour schedule planning.
It should be noted that, electronic apparatus 11 of the present invention also stores user in starting to perform in the time interval of stroke guide to visitors program 1110 to shutoff stroke guide to visitors program 1110 voluntarily by device memory module 111, the data introduced of the sight spot that clicked, using the reference data of recommending as day later evaluation hot spot.
Moreover, stroke guide to visitors interface 1112 of the present invention has multiple sight spot Path Options 1112d, touch control display module 112 shows stroke guide to visitors interface 1112, and according to when in multiple sight spot Path Options 1112d, at least two sight spot Path Options 1112d are triggered, touch control display module 112 produces at least two sight spot planning signals 1124 according to this, and, device processing module 113 produces path planning information 1010c according at least two sight spots planning signals 1124, and controls touch control display module 112 and show path planning information 1010c in stroke guide to visitors interface 1112.
That is, tour schedule planning of the present invention and guide system 1, by showing multiple sight spot Path Options 1112d (as sight spots such as intellectual circle night market, night market, Raohe street or happy magnificent night markets) at stroke guide to visitors interface 1112, carry out to provide user selecting and the traffic route planned between each sight spot.Therefore, when user triggers at least two sight spot Path Options 1112d in intellectual circle night market and night market, Raohe street in stroke guide to visitors interface 1112, touch control display module 112 can produce at least two sight spot planning signals 1124 according to this, and is sent to device processing module 113.
Then, it is (slightly similar to the transportation for tour sites information 1010b shown in Fig. 9 that device processing module 113 produces path planning information 1010c according to this at least two sight spot planning signal 1124, therefore illustrate no longer in addition at this), and control touch control display module 112 in stroke guide to visitors interface 1112 display as by intellectual circle night market to night market, Raohe street by taking bus (1 hour need be spent), or take rapid transit (50 minutes need be spent), and the walking path planning information 1010c of 15 minutes.
In addition, device processing module 113 also can according to the locator data of electronic apparatus 11 (as user's current location), and above-mentioned at least two sight spots planning signals 1124 and produce path planning information 1010c.Therefore, path planning information 1010c shown by stroke guide to visitors interface 1112 is current location and has 10 minutes walk to intellectual circle night market, by intellectual circle night market to night market, Raohe street by taking bus (1 hour need be spent), or take rapid transit (50 minutes need be spent), and walking 15 minutes.
By this, tour schedule of the present invention planning and guide system 1 by user-selected sight spot, the relevant information of the sequencing of playing each sight spot to provide user, and the contact mode of transportation between each sight spot and spended time are provided simultaneously.
It is worth mentioning that, stroke guide to visitors interface 1112 of the present invention also can be designed to have a sight spot Path Options, this sight spot Path Options comprises a sight spot inventory (as pulldownmenus), and sight spot inventory comprises multiple scene data (as sight spots such as intellectual circle night market, night market, Raohe street or happy magnificent night markets).Therefore, when user triggers sight spot Path Options, touch control display module 112 display sight spot inventory.Select after at least two scene datas until user, device processing module 113 produces path planning information according to this, and controls touch control display module in this path planning information of stroke guide to visitors interface display.
Refer to Figure 12 to Figure 14, be respectively the calcspar of the 5th embodiment of tour schedule of the present invention planning and guide system, first pass figure and the second process flow diagram.And see also Fig. 1 to Figure 11.As shown in the figure, the planning of tour schedule in the present embodiment and guide system is planned to the tour schedule of the various embodiments described above and similar elements described in guide system to make flowing mode similar, therefore not repeat at this.But it is worth mentioning that, in the present embodiment, electronic apparatus 11 preferably also can comprise locating module 114, its coupling device processing module 113, locating module 114 according to the current position of electronic apparatus 11 to produce positioning signal 1140.Further, device processing module 113, according to positioning signal 1140, to produce traveled distance routing information 1130, and transmits traveled distance information 1130 to service end 10, to store.
Say further, after user starts (step S30) stroke guide to visitors program, the positioning signal 1140 that device processing module 113 can utilize locating module 114 to produce, and be back to service end 10, judge that to make service end 10 whether current position is for stroke end (step S31), if, then direct Output rusults (step S32), produce travel paths information 1130, and be back to electronic apparatus 11, to provide user to reach the destination required traffic data, as taken transport facility to hotel; And if not, then according to the position in current position and neighbouring dining room thereof, sight spot or hotel, preferentially carry out route arrangement (step S33), again according to the acquiescence stroke planning information 1010 on the same day, daylong dining room, sight spot and hotel are carried out route arrangement (step S34), and produce the traveled distance routing information 1130 on the same day.Wherein, the route planning comprised in traveled distance routing information 1130 is all planned with the shortest, the fastest or its array mode.
And when user is carrying out in the process of travelling, electronic apparatus 11 constantly can return the positioning signal 1140 of the current position of user to service end 10, user position is instantly judged whether in planned route (step S35) to make service end 10, if not, user position instantly can add in route by service end 10, whether and using this position instantly as current origin (step S36), and to rejudge current position be stroke end (step S31).
If, service end 10 can using the reposition of the continuous displacement of user as newly-increased node, and using original position as origin node, and, calculate origin node and next sight spot, dining room or hotel respectively, and newly-increased node and next sight spot, dining room or hotel (step S37), to produce newly-increased weighted value and former weighted value respectively, wherein, weighted value size is directly proportional to path length, namely weighted value is less, represents that path is shorter.And when newly-increased weighted value is less than former weighted value, newly-increased node (step S38) is replaced by by the origin node in traveled distance routing information 1130, whether and the minor matters point corresponding to origin node is as present node (step S39), and to rejudge current position be stroke end (step S31); And when if former weighted value is less than newly-increased weighted value, then direct using the minor matters point corresponding to origin node as present node (step S39), whether and to rejudge current position be stroke end (step S31).Finally, calculated relevant information can all be passed back to electronic apparatus 11 by service end 10, uses for user.
Relatively, the weighted value account form of above-mentioned route planning also can be incorporated in the distance of transport facility, and is applied on electronic apparatus 11.That is, after user starts the stroke guide to visitors program of (step S40) electronic apparatus 11, then start the starting point that judges to comprise in the traveled distance routing information 1130 on the same day and terminal (step S41), and determine that position (step S42) a certain in path is (as the position in first sight spot, dining room or hotel, or the position of user's selection) as K node, and according to original traffic route (step S43) planned.Then, locating module 114 is utilized to judge the current location (step S44) of transport facility.Whether be terminal (step S45) in the current location being judged transport facility by electronic apparatus 11, if so, then confirm that current location is terminal (step S46); If not, the weighted value (step S47) of each route in the current location of transport facility and K node is then calculated by electronic apparatus 11, and using the section of MINIMUM WEIGHT weight values as traffic route, and using the current location of transport facility as starting point (step S48), and carry out calculating the time (step S49) travelling this distance and spend.Wherein, after step S49 completes, electronic apparatus 11 can constantly change current location according to transport facility and repeat step S44 to step S49 equally, to constantly update running time.Therefore, the present invention by arranging locating module 114 in electronic apparatus 11, and in conjunction with each function choosing-item at the stroke guide to visitors interface 1112 in foregoing embodiments, if travel to the sight spot always do not crossed to provide user, or time lost in travelling, the positioning signal 1140 of the current location that locating module 114 can be utilized to produce, and the computing of service end 10, to recalculate tourism route.Meanwhile, user introduces at the sight spot also can triggered in stroke guide to visitors interface 1112 option one 112a or transportation for tour sites option one 112b, understands the neighbouring tourist attractions of user's current location, or to the traffic relevant information at another sight spot.
In addition, tour schedule of the present invention planning and guide system 1 are also by any positioning signal 1140 that device memory module 111 store location module 114 produces, and produce the path of travelling and passing through, service end 10 is sent to again via device transport module 110, using the reference data that this relevant information is recommended as day later evaluation suit tourism, or provide and give other users the reference data of the tour schedule as free walker.
In the various embodiments described above, service end 10, between electronic apparatus 11 and client 12 three, by Simple Object Access Protocol (Simple Object Access Protocol, SOAP) mode, with extend markup language (X Exrensible Markup Language, XML) the mutual transmission information of file.Wherein, Simple Object Access Protocol (SOAP) utilizes the existing network architecture allow between application program can link up each other, and can not be hindered by fire wall.Under distributed framework, use the environment of XML, SOAP provides the framework data exchanged between two computer systems type.That is, SOAP be utilize so-called " information ＂ (Message) be link up elementary cell.And the SOAP information of a standard is exactly the XML file of a standard, contain (Header ,/Header) (Body ,/Body).
The foregoing is only illustrative, but not be restricted person.Anyly do not depart from spirit of the present invention and category, and to its equivalent modifications of carrying out or also become, all should be contained in appended right.
Claims (15)
1. tour schedule planning and a guide system, is characterized in that, comprise:
Service end, comprises:
Service transmission module, receives stroke planning demand information;
Service memory module, stores multiple public transportation data; And
Service processing module, couples described service transmission module and described service memory module, and described service processing module, according to described stroke planning demand information and described multiple public transportation data, gives tacit consent to stroke planning information to produce; And
Electronic apparatus, comprises:
Device transport module, connects described service end, and receives described acquiescence stroke planning information;
Device memory module, store stroke guide to visitors program, described stroke guide to visitors program has communication navigation interface and stroke guide to visitors interface;
Touch control display module, shows described communication navigation interface and described stroke guide to visitors interface; And
Device processing module, couple described device transport module, described device memory module and described touch control display module, described device processing module optionally controls described touch control display module according to described acquiescence stroke planning information and shows described communication navigation interface or show described stroke guide to visitors interface.
2. tour schedule planning as claimed in claim 1 and guide system, it is characterized in that, described service memory module also stores tourism planning program, and described tourism planning program has stroke planning interface, and described stroke planning interface has at least one stroke planning option.
3. tour schedule planning as claimed in claim 2 and guide system, is characterized in that, also comprise user side, comprise:
User's transport module, connects described service end and described electronic apparatus;
User's memory module, stores stroke planning procedure;
User's display module, shows described stroke planning interface;
User's load module, receives an executive signal; And
User's processing module, couple described user's transport module, described user's memory module, described user's display module and described user's load module, described user's processing module performs described stroke planning program according to described executive signal, described stroke planning interface is shown to order about described user's display module, and described user's processing module is triggered according to described at least one stroke planning option, to produce described stroke planning demand information.
4. tour schedule planning as claimed in claim 3 and guide system, it is characterized in that, described service processing module produces user account data according to described stroke planning demand information, and transmit described user account data to described user side, and described electronic apparatus performs described stroke guide to visitors program, and the described user account data received according to described user side is to receive described acquiescence stroke planning information.
5. tour schedule planning as claimed in claim 1 and guide system, it is characterized in that, described acquiescence stroke planning information comprises travel paths data and map pattern data, and described travel paths data and described map pattern data are shown in described communication navigation interface.
6. tour schedule planning as claimed in claim 1 and guide system, it is characterized in that, described communication navigation interface has at least one sight spot Show Options, described touch control display module is triggered according to described at least one sight spot Show Options and produces changing interface signal, and described device processing module controls described touch control display module according to described changing interface signal shows described stroke guide to visitors interface.
7. tour schedule planning as claimed in claim 6 and guide system, it is characterized in that, described stroke guide to visitors interface has at least one sight spot and introduces option, described touch control display module shows described stroke guide to visitors interface, and according to described at least one sight spot introduce option be triggered time, described touch control display module then produces sight spot and introduces signal.
8. tour schedule planning as claimed in claim 7 and guide system, it is characterized in that, described acquiescence stroke planning information comprises sight spot and introduces data, described touch control display module produces described sight spot when introducing signal, and described device processing module then controls described touch control display module according to this and introduces data in sight spot described in described stroke guide to visitors interface display.
9. tour schedule planning as claimed in claim 6 and guide system, it is characterized in that, described stroke guide to visitors interface has at least one transportation for tour sites option, described touch control display module shows described stroke guide to visitors interface, and when being triggered according to described at least one transportation for tour sites option, described touch control display module then produces transportation for tour sites signal according to this.
10. tour schedule planning as claimed in claim 9 and guide system, it is characterized in that, described acquiescence stroke planning information comprises transportation for tour sites information, when described touch control display module produces described transportation for tour sites signal, described device processing module then controls described touch control display module according to this in transportation for tour sites information described in described stroke guide to visitors interface display.
11. tour schedule planning as claimed in claim 6 and guide systems, it is characterized in that, described stroke guide to visitors interface has tourism and shares option, described touch control display module shows described stroke guide to visitors interface, and according to described tourism share option be triggered time, described device processing module then orders about described device transport module according to this and described service end carries out line, and shares interface via the tourism that described touch control display module shows described service end.
12. tour schedule planning as claimed in claim 11 and guide systems, it is characterized in that, described touch control display module shows described tourism and shares interface, and share interface according to touch-control action in described tourism and operate, and when producing tourism sharing information, described service end then receives described tourism sharing information, shares operation to complete tourism.
13. tour schedule planning as claimed in claim 6 and guide systems, it is characterized in that, described stroke guide to visitors interface has multiple sight spots Path Options, described touch control display module shows described stroke guide to visitors interface, and according to when in the Path Options of described multiple sight spots, described at least two, sight spot Path Options is triggered, described touch control display module then produces at least two sight spot planning signals according to this, and described device processing module produces path planning information according to described at least two sight spot planning signals, and control described touch control display module in path planning information described in described stroke guide to visitors interface display.
14. tour schedule planning as claimed in claim 1 and guide systems, it is characterized in that, described electronic apparatus also comprises locating module, and it couples described device processing module, described locating module according to the current position of described electronic apparatus to produce positioning signal.
15. tour schedule planning as claimed in claim 14 and guide systems, is characterized in that, described device processing module, according to described positioning signal, to produce traveled distance routing information, and transmits described traveled distance information to described service end, to store.
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| Application Number | Priority Date | Filing Date | Title |
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| TW102218470U TWM469563U (en) | 2013-10-02 | 2013-10-02 | Traveling itinerary planning and guiding system |
| TW102218470 | 2013-10-02 |
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| CN104517246A true CN104517246A (en) | 2015-04-15 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105139076A (en) * | 2015-06-15 | 2015-12-09 | 惠州Tcl移动通信有限公司 | Method and system for customizing travel plan based on mobile terminal, and mobile terminal |
| CN105224625A (en) * | 2015-09-24 | 2016-01-06 | 武汉传神信息技术有限公司 | A kind of border tourism ground map generalization method |
| CN105260407A (en) * | 2015-09-24 | 2016-01-20 | 武汉传神信息技术有限公司 | Generation system of cross border tour map |
| CN109829120A (en) * | 2019-03-05 | 2019-05-31 | 西安外事学院 | A kind of Tourism Information Applying System |
| CN110189036A (en) * | 2019-05-31 | 2019-08-30 | 北京长城华冠汽车技术开发有限公司 | The meal ordering system and method for ordering of user are travelled suitable for dynamic |
| TWI672651B (en) * | 2016-11-15 | 2019-09-21 | 馥鈺科技股份有限公司 | Method of trip planning |
| CN112104678A (en) * | 2019-06-17 | 2020-12-18 | 上海博泰悦臻网络技术服务有限公司 | Itinerary sharing/submitting/processing method, itinerary sharing/submitting/processing system, itinerary sharing/submitting/processing medium and client/server |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI629659B (en) * | 2015-11-25 | 2018-07-11 | 遠東科技大學 | Method of sharing brain neural activity and trip plans in social network |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101131738A (en) * | 2006-08-25 | 2008-02-27 | 佛山市顺德区顺达电脑厂有限公司 | Travel route planning system and method thereof |
| CN101547164A (en) * | 2008-03-28 | 2009-09-30 | 英业达股份有限公司 | System and method for providing instant messaging and schedule management |
| CN102073696A (en) * | 2010-12-28 | 2011-05-25 | 刘志 | Auxiliary system and method for travel journey plan |
| CN102117471A (en) * | 2009-12-31 | 2011-07-06 | 上海天那电器有限公司 | Multimedia network service platform for independent travel |
| CN102542339A (en) * | 2010-12-09 | 2012-07-04 | 中华电信股份有限公司 | Itinerary planning system and method |
-
2013
- 2013-10-02 TW TW102218470U patent/TWM469563U/en not_active IP Right Cessation
-
2014
- 2014-09-30 CN CN201410525351.4A patent/CN104517246B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101131738A (en) * | 2006-08-25 | 2008-02-27 | 佛山市顺德区顺达电脑厂有限公司 | Travel route planning system and method thereof |
| CN101547164A (en) * | 2008-03-28 | 2009-09-30 | 英业达股份有限公司 | System and method for providing instant messaging and schedule management |
| CN102117471A (en) * | 2009-12-31 | 2011-07-06 | 上海天那电器有限公司 | Multimedia network service platform for independent travel |
| CN102542339A (en) * | 2010-12-09 | 2012-07-04 | 中华电信股份有限公司 | Itinerary planning system and method |
| CN102073696A (en) * | 2010-12-28 | 2011-05-25 | 刘志 | Auxiliary system and method for travel journey plan |
Non-Patent Citations (2)
| Title |
|---|
| 林俊: "智能旅游行程导航系统", 《计算机应用》 * |
| 胡军国: "基于ARM和嵌入式G1S的电子导游系统设计与实现", 《中国优秀硕士学位论文全文数据库》 * |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105139076A (en) * | 2015-06-15 | 2015-12-09 | 惠州Tcl移动通信有限公司 | Method and system for customizing travel plan based on mobile terminal, and mobile terminal |
| CN105224625A (en) * | 2015-09-24 | 2016-01-06 | 武汉传神信息技术有限公司 | A kind of border tourism ground map generalization method |
| CN105260407A (en) * | 2015-09-24 | 2016-01-20 | 武汉传神信息技术有限公司 | Generation system of cross border tour map |
| CN105224625B (en) * | 2015-09-24 | 2018-08-10 | 语联网（武汉）信息技术有限公司 | A kind of generation method of border tourism map |
| TWI672651B (en) * | 2016-11-15 | 2019-09-21 | 馥鈺科技股份有限公司 | Method of trip planning |
| CN109829120A (en) * | 2019-03-05 | 2019-05-31 | 西安外事学院 | A kind of Tourism Information Applying System |
| CN110189036A (en) * | 2019-05-31 | 2019-08-30 | 北京长城华冠汽车技术开发有限公司 | The meal ordering system and method for ordering of user are travelled suitable for dynamic |
| CN112104678A (en) * | 2019-06-17 | 2020-12-18 | 上海博泰悦臻网络技术服务有限公司 | Itinerary sharing/submitting/processing method, itinerary sharing/submitting/processing system, itinerary sharing/submitting/processing medium and client/server |
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| Publication number | Publication date |
|---|---|
| TWM469563U (en) | 2014-01-01 |
| CN104517246B (en) | 2018-02-16 |
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