CN113570325A - Intelligent scenic spot data processing method and system - Google Patents
Intelligent scenic spot data processing method and system Download PDFInfo
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Abstract
The invention relates to the technical field of computers, and discloses an intelligent scenic spot data processing method and system, which are used for realizing fine management of various items of joint scenic spots. The method comprises the following steps: the ticket server establishes network connection with all gates in the affiliated scenic spot; establishing a hierarchical relationship between the gates in the same scenic spot according to the sequence of visitors passing through the gates in the playing process of the same scenic spot and the inclusion relationship among the areas covered by the gates, storing the position information of the areas covered by the gates, and mapping the gate group into the same virtual gate when more than two gates with the same function are deployed in the same area; the ticketing server acquires the information of the area defined by the user from the electronic map, calculates the gates covered by the defined area according to the position information of the defined area in the map, and generates a report form of classified statistics according to the verification and cancellation records of each gate, wherein the report form comprises visitor data which are required by each gate and is real and generated entrance ticket income in the jurisdiction area.
Description
Technical Field
The invention relates to the technical field of computers, in particular to an intelligent scenic spot data processing method and system.
Background
With the rise of global tourism, the transformation from the construction and management of single scenic spots to the overall development of comprehensive destinations is a great trend. Meanwhile, with the development of computer technology and the introduction of more and more management tools, the management efficiency of scenic spots is greatly improved. At present, the same enterprise operates a plurality of scenic spots, or a plurality of scenic spot operating enterprises create an open platform to realize joint operation, which is also a normal state, and how to realize more accurate digital management in the normal state is a research hotspot.
Disclosure of Invention
The invention aims to disclose an intelligent scenic spot data processing method and system to realize fine management of various items of joint-camping scenic spots.
In order to achieve the above object, the present invention discloses an intelligent scenic spot data processing method, which comprises:
the ticket service server at the cloud end establishes network connection with all gates in the affiliated scenic region; at least one scenic spot served by the ticketing server is provided with at least two gates with different grades, the gate arranged at the gate of each scenic spot is the highest grade, and when more than two gates with the same function are arranged in the same area, the ticketing server maps the gate group with the same function as the same level into a virtual same gate in the process of marking the verification and marketing record;
establishing a grade relation among the gates in the same scenic spot according to the sequence of the visitors passing through the gates in the playing process of the same scenic spot and the inclusion relation among the areas covered by the gates, and storing the position information of the areas covered by the gates;
acquiring order information which is not checked out, wherein the order information comprises a class of cross-domain general tickets which are used for passing through at least two scenic spots, and the playing rule of the cross-domain general tickets is that the cross-domain general tickets can be played once in the appointed items of each scenic spot in a specific time period, and all the appointed items in the scenic spot are invalid after the cross-domain general tickets are taken out of the scenic spot; the electronic ticket or paper ticket corresponding to the cross-domain general ticket carries a unique label which is generated by the ticketing server and is used for all specified items to be checked and cancelled universally; in the verification and cancellation process, each gate machine sends the identified label data to the ticketing server for true-false verification, and if the verification is successful, the corresponding gate machine is informed to perform opening processing and record the current verification and cancellation data of the scenic spot project mapped by the gate machine;
the ticket service server screens cross-domain tickets which are generated at least one verification record on the day in a time period of verifying and canceling according to the day, traverses verification and cancellation records of all the cross-domain tickets, judges whether a gate machine verification and cancellation record of a new gate in a scenic spot exists, and if yes, marks all the remaining items which are generated before the verification and cancellation record and do not display verification and cancellation in the previous scenic spot as timing verification and cancellation; then, screening failure orders with the validity period ending at the current verification and cancellation date in the paid cross-domain ticket orders, and marking all the remaining items which do not display verification and cancellation in each scene area in each failure order as timed verification and cancellation;
the ticketing server acquires regional information defined by a user from an electronic map, gates covered by the defined region are calculated according to position information of the defined region in the map, a classified statistical report is generated according to the verification record of each gate, the report brings only the scenic regions, in the cross-domain ticketing, of which all items in the planned travel route are completely verified into the cross-domain ticketing financial accounting report of each scenic region for final independent settlement, and the cross-domain ticketing financial accounting report at least comprises visitor data which are acquired and realized by each gate and entrance ticket income generated in the jurisdiction.
Preferably, the method of the present invention further comprises:
before the time period of daily timing verification and cancellation, a manual ticket checking operator registers verification and cancellation records corresponding to the gate positions of all areas to the ticket service server through a front-end interface, and the registered manual verification and cancellation records are set as gate verification and cancellation records of the corresponding position areas.
Preferably, the method of the present invention further comprises:
the ticketing server creates entrance tickets which are issued to each channel and are printed by a ticket selling window and a self-service machine, and collects, classifies, counts and generates a report form for order information and verification and sale information generated by each channel; for example: and mapping the ticket information created by the ticket server to a third-party OTA platform by an OTA docking system for issuing, and feeding back order information returned by each third-party OTA platform to the ticket server. Optionally, the third-party OTA platform includes any one or any combination of a mei rou, a portable program, a jingdong, and a tianmao.
Preferably, the method of the present invention further comprises:
and in the cross-domain currency financial accounting report, carrying out real-time classified statistics on the additional consumption data generated by the tourists at each merchant in the area governed by each gate.
To achieve the above object, the present invention further discloses an intelligent scenic spot data processing system, which includes:
establishing a cloud ticket server and each gate machine which are connected through a network; at least one scenic spot served by the ticketing server is provided with at least two gates with different grades, the gate arranged at the gate of each scenic spot is the highest grade, and when more than two gates with the same function are arranged in the same area, the ticketing server maps the gate group with the same function as the same level into a virtual same gate in the process of marking the verification and marketing record; the ticketing server is further configured to perform the steps of the following method:
establishing a grade relation among the gates in the same scenic spot according to the sequence of the visitors passing through the gates in the playing process of the same scenic spot and the inclusion relation among the areas covered by the gates, and storing the position information of the areas covered by the gates;
acquiring order information which is not checked out, wherein the order information comprises a class of cross-domain general tickets which are used for passing through at least two scenic spots, and the playing rule of the cross-domain general tickets is that the cross-domain general tickets can be played once in the appointed items of each scenic spot in a specific time period, and all the appointed items in the scenic spot are invalid after the cross-domain general tickets are taken out of the scenic spot; the electronic ticket or paper ticket corresponding to the cross-domain general ticket carries a unique label which is generated by the ticketing server and is used for all specified items to be checked and cancelled universally; in the verification and cancellation process, each gate machine sends the identified label data to the ticketing server for true-false verification, and if the verification is successful, the corresponding gate machine is informed to perform opening processing and record the current verification and cancellation data of the scenic spot project mapped by the gate machine;
screening cross-domain admission tickets which are generated at least one time of the checking record on the current day in a time period of checking and canceling according to the day, traversing the checking and canceling records of all the cross-domain admission tickets, judging whether a gate machine checking and canceling record of a new scenic spot gate exists, and if so, marking all the remaining items which are not checked and canceled in the previous scenic spot and generate the checking and canceling record before the checking and canceling record as the timing checking and canceling; then, screening failure orders with the validity period ending at the current verification and cancellation date in the paid cross-domain ticket orders, and marking all the remaining items which do not display verification and cancellation in each scene area in each failure order as timed verification and cancellation;
acquiring regional information defined by a user from an electronic map, calculating according to the position information of the defined region in the map to obtain gate machines covered by the defined region, generating a report form of classified statistics according to the verification record of each gate machine, wherein the report form brings only the scenic spots of all the projects in the planned travel route in the cross-domain ticketing into the cross-domain ticketing financial accounting report form of each scenic spot for final independent settlement, and the cross-domain ticketing financial accounting report form at least comprises visitor data which are required and realized by each gate machine and entrance ticket income generated in the jurisdiction area.
The invention has the following beneficial effects:
the gate machine is used for dividing airspaces between scenic spots and between projects in the scenic spots, consumption data of all projects in the cross-domain general tickets and real tourist routes of tourists can be presented in a refined mode, and therefore financial settlement between affiliated parties becomes accurate and transparent. Meanwhile, the verification and cancellation data of each gate machine can provide a basis for an operator to analyze the diversity degree, the popularity degree and the like of each item of joint operation, and further provide objective basis for further optimizing the item combination of cross-domain commuting tickets or recommending cross-domain commuting tickets with better matching degree for tourist groups with different images; the multiple operators which are also adapted to be associated can autonomously and flexibly negotiate into settlement modes according to the consumption data of the tourists.
In addition, the invention describes the spatial relationship among the gates by using a data storage structure similar to R number, and corresponds to the related financial data obtained by directly selecting the gates on the electronic map through areas, so that the operation mode is simple, rapid and visual. Meanwhile, the data storage structure provides technical support for bringing the scenic spots, which are only completely checked and sold in all projects in the planned travel route, in the cross-domain ticketing financial accounting report form into which final independent settlement is carried out in each scenic spot.
The present invention will be described in further detail below with reference to the accompanying drawings.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this application, illustrate embodiments of the invention and, together with the description, serve to explain the invention and not to limit the invention. In the drawings:
fig. 1 is a schematic flow chart of a method for processing intelligent scenic spot data according to an embodiment of the present invention.
Detailed Description
The embodiments of the invention will be described in detail below with reference to the drawings, but the invention can be implemented in many different ways as defined and covered by the claims.
Example 1
The present embodiment discloses a method for processing intelligent scenic spot data, as shown in fig. 1, including:
step S1, the ticket server at the cloud end establishes network connection with gates in the affiliated scenic region; and at least one scenic spot served by the ticketing server is provided with at least two gates with different grades, the gate arranged at the gate of each scenic spot is the highest grade, and when more than two gates with the same function are arranged in the same area, the ticketing server maps the gate group with the same function to a virtual same gate in the process of marking the underwriting records. Generally, the ticketing server is used for creating entrance tickets which are issued to various channels and are printed by ticket windows and self-service machines, and collecting, classifying, counting and generating reports of order information and verification and sales information generated by various channels.
In the step, more than two gates with the same level and the same functions are deployed in the same area, so that tourists can pass through the gates quickly; and by mapping the gate groups with the same functions at the same level into the virtual same gate, compared with the traditional mode that mutually independent verification and cancellation data are established according to the equipment number or the IP number of each gate and then data merging is carried out, the complexity of system data processing is greatly simplified.
And step S2, establishing a hierarchical relationship among the gates in the same scenic spot according to the sequence of the visitors passing through the gates in the playing process of the same scenic spot and the inclusion relationship among the areas covered by the gates, and storing the position information of the areas covered by the gates. For example, a visitor usually needs to enter a gate of a scenic spot first to enter a child gate or a grandchild gate corresponding to other items in the scenic spot, so the gate of the scenic spot is the highest level.
In the step, the spatial relationship among the gates is described by a data storage structure similar to the R number, and the spatial relationship corresponds to the related financial data obtained by directly selecting the gates from the regions on the electronic map, so that the operation mode is simple, quick and intuitive.
Step S3, obtaining order information of unchecked, wherein the order information comprises a class of cross-domain general tickets which are used for passing through at least two scenic spots, and the playing rule of the cross-domain general tickets is that the cross-domain general tickets can be played once in the appointed items of each scenic spot in a specific time period, and all the appointed items in the scenic spot are invalid after the cross-domain general tickets are taken out of the scenic spot; the electronic ticket or paper ticket corresponding to the cross-domain general ticket carries a unique label which is generated by the ticketing server and is used for all specified items to be checked and cancelled universally; in the verification and cancellation process, each gate machine sends the identified label data to the ticketing server for authenticity verification, and if the verification is successful, the corresponding gate machine is informed to perform opening processing and record the current verification and cancellation data of the scenic spot project mapped by the gate machine.
In the step, the same label data can pass through each appointed item in the cross-domain ticket at a time, so that the utilization rate of label resources is greatly improved.
Step S4, the ticketing server screens cross-domain tickets which are generated on the same day and have at least one audit record in a time period of time for audit by day, traverses the audit records of all cross-domain tickets, determines whether a gate machine audit record of a new gate in a scenic spot exists, and if so, marks all the remaining items which are generated before the audit record and do not display audit in the previous scenic spot as timed audit; and then screening the failure orders with the validity period ending at the current verification and cancellation date in the paid cross-domain ticket orders, and marking all the remaining items which do not display verification and cancellation in each scene area in each failure order as timed verification and cancellation.
Based on the actual scenic spot operation process, the problems of cost, efficiency, fuzzy boundary and the like exist in the scenic spot or the playing items in the scenic spot, so that ticket checking and verification processing on tourists in the outgoing direction is not needed. Therefore, the gate of the embodiment is consistent with the conventional gate, and is mainly used for verifying the tourists entering the direction. Thus, in this step, considering that there are a large number of non-grouped and scattered visitors among the ordinary visitors, the travel thereof is generally highly variable; there are cases such as a long stay in a part of the scene or a part of the project, and a part of the scene or the project is directly abandoned. Therefore, the so-called "timing verification" is the opposite of the "normal verification (which includes that before the time period of daily timing verification, the manual ticket checking operator registers verification records corresponding to the gate positions of each area to the ticketing server through a front-end interface, and the registered manual verification records are all set as the gate verification records of the corresponding position areas)", and the consumption data which should be run but is not actually run in the scenic spot is screened out after all the remaining items which have not been verified in the previous scenic spot and have been generated before the verification records are marked as the timing verification "essentially goes about to scatter visitors to the scenic spot; the above-mentioned "marking all the remaining items in each scenic spot of each of the failure orders that are not checked out as timed checks out" is mainly to screen out consumption data that the validity period has expired but the actual part of scenic spots give up playing. Preferably, the verification period of the present embodiment is generally between 10 and 12 late.
And step S5, the ticketing server acquires the regional information defined by the user from the electronic map, the gates covered by the defined region are calculated according to the position information of the defined region in the map, a classified statistical report is generated according to the verification records of all the gates, the report brings the scenic spots of all the projects in the planned travel route in the cross-domain ticketing into the cross-domain ticketing financial accounting report of each scenic spot for final independent settlement, and the cross-domain ticketing financial accounting report at least comprises visitor data which the gates should and should implement and the entrance ticket income generated in the jurisdiction area. Optionally, the ticket income generated by other tourists who settle non-cross-domain currency in real time is counted in other reports to facilitate differentiation.
In this step, the corresponding relationship between each gate (if a project has only one gate, the gate itself; if a project relates to a gate group with the same function at the same level, the synchronization step S1, where the "gate" refers to a "virtual gate" corresponding to a gate cluster) and the area in charge can be established on the map, in other words, the local map corresponding to the inside of each scene area in the electronic map can be regarded as an assembly formed by assembling the areas in charge of different gates, and the adjacent projects can be clearly shown by the boundary line so as to facilitate the user to select the areas; preferably, the physical location information of the gate can also be marked on the electronic map.
Preferably, in this embodiment, in the cross-domain currency financial accounting report, the additional consumption data generated by the tourists at each merchant in the area governed by each gate is classified and counted in real time.
Example 2
Corresponding to the above method, the present embodiment discloses an intelligent scenic spot data processing system, which includes:
establishing a cloud ticket server and each gate machine which are connected through a network; at least one scenic spot served by the ticketing server is provided with at least two gates with different grades, the gate arranged at the gate of each scenic spot is the highest grade, and when more than two gates with the same function are arranged in the same area, the ticketing server maps the gate group with the same function as the same level into a virtual same gate in the process of marking the verification and marketing record; the ticketing server is further configured to perform the steps of the following method:
establishing a grade relation among the gates in the same scenic spot according to the sequence of the visitors passing through the gates in the playing process of the same scenic spot and the inclusion relation among the areas covered by the gates, and storing the position information of the areas covered by the gates;
acquiring order information which is not checked out, wherein the order information comprises a class of cross-domain general tickets which are used for passing through at least two scenic spots, and the playing rule of the cross-domain general tickets is that the cross-domain general tickets can be played once in the appointed items of each scenic spot in a specific time period, and all the appointed items in the scenic spot are invalid after the cross-domain general tickets are taken out of the scenic spot; the electronic ticket or paper ticket corresponding to the cross-domain general ticket carries a unique label which is generated by the ticketing server and is used for all specified items to be checked and cancelled universally; in the verification and cancellation process, each gate machine sends the identified label data to the ticketing server for true-false verification, and if the verification is successful, the corresponding gate machine is informed to perform opening processing and record the current verification and cancellation data of the scenic spot project mapped by the gate machine;
screening cross-domain admission tickets which are generated at least one time of the checking record on the current day in a time period of checking and canceling according to the day, traversing the checking and canceling records of all the cross-domain admission tickets, judging whether a gate machine checking and canceling record of a new scenic spot gate exists, and if so, marking all the remaining items which are not checked and canceled in the previous scenic spot and generate the checking and canceling record before the checking and canceling record as the timing checking and canceling; then, screening failure orders with the validity period ending at the current verification and cancellation date in the paid cross-domain ticket orders, and marking all the remaining items which do not display verification and cancellation in each scene area in each failure order as timed verification and cancellation;
acquiring regional information defined by a user from an electronic map, calculating according to the position information of the defined region in the map to obtain gate machines covered by the defined region, generating a report form of classified statistics according to the verification record of each gate machine, wherein the report form brings only the scenic spots of all the projects in the planned travel route in the cross-domain ticketing into the cross-domain ticketing financial accounting report form of each scenic spot for final independent settlement, and the cross-domain ticketing financial accounting report form at least comprises visitor data which are required and realized by each gate machine and entrance ticket income generated in the jurisdiction area.
Similarly, the ticketing server may be further configured to: creating entrance tickets which are issued to each channel and are printed by ticket windows and self-service machines, and collecting, classifying, counting and generating reports for the order information and the verification and sales information generated by each channel. Or the ticketing server is further configured to: and in the cross-domain currency financial accounting report, carrying out real-time classified statistics on the additional consumption data generated by the tourists at each merchant in the area governed by each gate.
In summary, the intelligent scenic spot data processing method and system disclosed in the above embodiments of the present invention at least have the following advantages:
on one hand, airspaces between scenic spots and between projects in the scenic spots are divided by the gate, consumption data of all projects in the cross-domain general tickets and real touring lines of tourists can be presented in a refined mode, and therefore financial settlement between affiliated parties becomes accurate and transparent. Meanwhile, the verification and cancellation data of each gate machine can provide a basis for an operator to analyze the diversity degree, the popularity degree and the like of each item of joint operation, and further provide objective basis for further optimizing the item combination of cross-domain commuting tickets or recommending cross-domain commuting tickets with better matching degree for tourist groups with different images; the multiple operators which are also adapted to be associated can autonomously and flexibly negotiate into settlement modes according to the consumption data of the tourists.
On the other hand, the invention describes the spatial relationship among the gates by using a data storage structure similar to R number, and corresponds to the related financial data obtained by directly selecting the gates on the electronic map through the area, so that the operation mode is simple, quick and intuitive. Meanwhile, the data storage structure provides technical support for bringing the scenic spots, which are only completely checked and sold in all projects in the planned travel route, in the cross-domain ticketing financial accounting report form into which final independent settlement is carried out in each scenic spot.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (7)
1. An intelligent scenic spot data processing method is characterized by comprising the following steps:
the ticket service server at the cloud end establishes network connection with all gates in the affiliated scenic region; at least one scenic spot served by the ticketing server is provided with at least two gates with different grades, the gate arranged at the gate of each scenic spot is the highest grade, and when more than two gates with the same function are arranged in the same area, the ticketing server maps the gate group with the same function as the same level into a virtual same gate in the process of marking the verification and marketing record;
establishing a grade relation among the gates in the same scenic spot according to the sequence of the visitors passing through the gates in the playing process of the same scenic spot and the inclusion relation among the areas covered by the gates, and storing the position information of the areas covered by the gates;
acquiring order information which is not checked out, wherein the order information comprises a class of cross-domain general tickets which are used for passing through at least two scenic spots, and the playing rule of the cross-domain general tickets is that the cross-domain general tickets can be played once in the appointed items of each scenic spot in a specific time period, and all the appointed items in the scenic spot are invalid after the cross-domain general tickets are taken out of the scenic spot; the electronic ticket or paper ticket corresponding to the cross-domain general ticket carries a unique label which is generated by the ticketing server and is used for all specified items to be checked and cancelled universally; in the verification and cancellation process, each gate machine sends the identified label data to the ticketing server for true-false verification, and if the verification is successful, the corresponding gate machine is informed to perform opening processing and record the current verification and cancellation data of the scenic spot project mapped by the gate machine;
the ticket service server screens cross-domain tickets which are generated at least one verification record on the day in a time period of verifying and canceling according to the day, traverses verification and cancellation records of all the cross-domain tickets, judges whether a gate machine verification and cancellation record of a new gate in a scenic spot exists, and if yes, marks all the remaining items which are generated before the verification and cancellation record and do not display verification and cancellation in the previous scenic spot as timing verification and cancellation; then, screening failure orders with the validity period ending at the current verification and cancellation date in the paid cross-domain ticket orders, and marking all the remaining items which do not display verification and cancellation in each scene area in each failure order as timed verification and cancellation;
the ticketing server acquires regional information defined by a user from an electronic map, gates covered by the defined region are calculated according to position information of the defined region in the map, a classified statistical report is generated according to the verification record of each gate, the report brings only the scenic regions, in the cross-domain ticketing, of which all items in the planned travel route are completely verified into the cross-domain ticketing financial accounting report of each scenic region for final independent settlement, and the cross-domain ticketing financial accounting report at least comprises visitor data which are acquired and realized by each gate and entrance ticket income generated in the jurisdiction.
2. The method of claim 1, further comprising:
before the time period of daily timing verification and cancellation, a manual ticket checking operator registers verification and cancellation records corresponding to the gate positions of all areas to the ticket service server through a front-end interface, and the registered manual verification and cancellation records are set as gate verification and cancellation records of the corresponding position areas.
3. The method of claim 1 or 2, further comprising:
the ticket server creates entrance tickets which are issued to each channel and are printed by a ticket selling window and a self-service machine, and collects, classifies, counts and generates reports for the order information and the verification and sale information generated by each channel.
4. The method of claim 3, further comprising:
and in the cross-domain currency financial accounting report, carrying out real-time classified statistics on the additional consumption data generated by the tourists at each merchant in the area governed by each gate.
5. An intelligent scenic spot data processing system, comprising:
establishing a cloud ticket server and each gate machine which are connected through a network; at least one scenic spot served by the ticketing server is provided with at least two gates with different grades, the gate arranged at the gate of each scenic spot is the highest grade, and when more than two gates with the same function are arranged in the same area, the ticketing server maps the gate group with the same function as the same level into a virtual same gate in the process of marking the verification and marketing record; the ticketing server is further configured to perform the steps of the following method:
establishing a grade relation among the gates in the same scenic spot according to the sequence of the visitors passing through the gates in the playing process of the same scenic spot and the inclusion relation among the areas covered by the gates, and storing the position information of the areas covered by the gates;
acquiring order information which is not checked out, wherein the order information comprises a class of cross-domain general tickets which are used for passing through at least two scenic spots, and the playing rule of the cross-domain general tickets is that the cross-domain general tickets can be played once in the appointed items of each scenic spot in a specific time period, and all the appointed items in the scenic spot are invalid after the cross-domain general tickets are taken out of the scenic spot; the electronic ticket or paper ticket corresponding to the cross-domain general ticket carries a unique label which is generated by the ticketing server and is used for all specified items to be checked and cancelled universally; in the verification and cancellation process, each gate machine sends the identified label data to the ticketing server for true-false verification, and if the verification is successful, the corresponding gate machine is informed to perform opening processing and record the current verification and cancellation data of the scenic spot project mapped by the gate machine;
screening cross-domain admission tickets which are generated at least one time of the checking record on the current day in a time period of checking and canceling according to the day, traversing the checking and canceling records of all the cross-domain admission tickets, judging whether a gate machine checking and canceling record of a new scenic spot gate exists, and if so, marking all the remaining items which are not checked and canceled in the previous scenic spot and generate the checking and canceling record before the checking and canceling record as the timing checking and canceling; then, screening failure orders with the validity period ending at the current verification and cancellation date in the paid cross-domain ticket orders, and marking all the remaining items which do not display verification and cancellation in each scene area in each failure order as timed verification and cancellation;
acquiring regional information defined by a user from an electronic map, calculating according to the position information of the defined region in the map to obtain gate machines covered by the defined region, generating a report form of classified statistics according to the verification record of each gate machine, wherein the report form brings only the scenic spots of all the projects in the planned travel route in the cross-domain ticketing into the cross-domain ticketing financial accounting report form of each scenic spot for final independent settlement, and the cross-domain ticketing financial accounting report form at least comprises visitor data which are required and realized by each gate machine and entrance ticket income generated in the jurisdiction area.
6. The system of claim 5, wherein the ticketing server is further configured to: creating entrance tickets which are issued to each channel and are printed by ticket windows and self-service machines, and collecting, classifying, counting and generating reports for the order information and the verification and sales information generated by each channel.
7. The system of claim 5 or 6, wherein the ticketing server is further configured to: and in the cross-domain currency financial accounting report, carrying out real-time classified statistics on the additional consumption data generated by the tourists at each merchant in the area governed by each gate.
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Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204463257U (en) * | 2015-01-08 | 2015-07-08 | 江苏前景信息科技有限公司 | A kind of scenic spot tourist security system based on Internet of Things |
| EP2911097A1 (en) * | 2014-02-19 | 2015-08-26 | Amadeus S.A.A. | Open ticketless travel services |
| CN109767112A (en) * | 2019-01-07 | 2019-05-17 | 许胜棋 | A kind of comprehensive creative tourism intelligent management system Internet-based |
| US20190279246A1 (en) * | 2018-03-07 | 2019-09-12 | Samsung C & T Corporation | Mobile terminal, server, system and communication method to manage attraction reservation |
| CN110597917A (en) * | 2019-09-20 | 2019-12-20 | 腾讯科技（深圳）有限公司 | Tourism data management method, device, terminal and medium |
| CN111178721A (en) * | 2019-12-20 | 2020-05-19 | 长沙市新时科技发展有限公司 | Intelligent tourism system |
| CN111784517A (en) * | 2020-06-24 | 2020-10-16 | 杭州溪塔科技有限公司 | Block chain-based coupon management method and system, electronic equipment and storage medium |
| CN112134903A (en) * | 2020-10-29 | 2020-12-25 | 厦门爱彼游科技有限公司 | Multi-scene authentication method and system applied to travel service |
| CN112785726A (en) * | 2020-12-31 | 2021-05-11 | 杭州滨雅科技有限公司 | Wisdom scenic spot management system |
-
2021
- 2021-06-09 CN CN202110640263.9A patent/CN113570325B/en active Active
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2911097A1 (en) * | 2014-02-19 | 2015-08-26 | Amadeus S.A.A. | Open ticketless travel services |
| CN204463257U (en) * | 2015-01-08 | 2015-07-08 | 江苏前景信息科技有限公司 | A kind of scenic spot tourist security system based on Internet of Things |
| US20190279246A1 (en) * | 2018-03-07 | 2019-09-12 | Samsung C & T Corporation | Mobile terminal, server, system and communication method to manage attraction reservation |
| CN109767112A (en) * | 2019-01-07 | 2019-05-17 | 许胜棋 | A kind of comprehensive creative tourism intelligent management system Internet-based |
| CN110597917A (en) * | 2019-09-20 | 2019-12-20 | 腾讯科技（深圳）有限公司 | Tourism data management method, device, terminal and medium |
| CN111178721A (en) * | 2019-12-20 | 2020-05-19 | 长沙市新时科技发展有限公司 | Intelligent tourism system |
| CN111784517A (en) * | 2020-06-24 | 2020-10-16 | 杭州溪塔科技有限公司 | Block chain-based coupon management method and system, electronic equipment and storage medium |
| CN112134903A (en) * | 2020-10-29 | 2020-12-25 | 厦门爱彼游科技有限公司 | Multi-scene authentication method and system applied to travel service |
| CN112785726A (en) * | 2020-12-31 | 2021-05-11 | 杭州滨雅科技有限公司 | Wisdom scenic spot management system |
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|---|---|
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