CN114782139A - VR system and method for travel - Google Patents
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Abstract
A VR system and method for tourism, including cloud server, charging system, recommendation system, the first data storage device, the second data storage device, server and login system; a plurality of self-service areas are arranged in each store, and each self-service area comprises an interaction module and a VR device; the interaction module is provided with a VR device beside each interaction module, a plurality of display areas are arranged on an interface of the interaction module, and each display area is provided with a scene display; the interaction module, the server and the VR device are respectively communicated with the cloud server through a network, and the VR video is stored in the first data storage device; can pass through VR video actual experience in advance. Meanwhile, the tour guide explains in the VR video in a targeted manner, and the client can observe whether the client likes the explanation style.
Description
Technical Field
The invention relates to the field of interactive equipment, in particular to a VR system and a VR method for tourism.
Background
The tourism industry is an important component of the third industry, is one of the emerging industries which develop fastest in the world, and along with the continuous and rapid growth of economy and the continuous improvement of living standard of people in China, the leisure vacation tourism will be developed rapidly while the traditional sightseeing tourism is continuously increased, and a new tourism state closely related to the modern life style will emerge in large quantity. The choice of tourism of urban and rural residents will be more diversified, and the supply of tourism products will be richer and abundant. In order to meet the increasing travel demands, a large number of travel agencies and travel package service enterprises are continuously appeared, a passenger information system (such as an EPR (public resource representation) system of the travel agencies), a travel product publishing platform (such as a travel network) and a mobile terminal APP (application) which are constructed for passengers are also widely applied, and a plurality of large-scale travel service platforms also provide travel management systems for various scenic spots, so that the passengers can conveniently obtain information such as scenic spot consultation and travel agency service contents.
The traditional tourism mode takes tour guides as main personnel, each tourist party is provided with one tour guide, the tour guide plans routes for the tourist party, and explains natural scenery and historical culture in scenic spots. Along with the improvement of the living standard of people, the requirement of tourists on the tourism experience is improved, the tourism experience of the tourists is inevitably reduced by the scale of dozens of people or even dozens of people in the traditional tourist group, so that the traditional tourist group is gradually replaced by the free way of single people or friends of family, but the tour guide is used as the essential basic service of scenic spots, the demand is increased, and the supply of tour guide manpower resources in most scenic spots is insufficient; in addition, personalized demands of tourists on tourism are enhanced, more people select to autonomously determine tour routes and progress, for example, more time is invested into interested scenic spots for visiting, time is not invested into uninteresting scenic spots, the young people pay more attention to prior investigation before blind consumption, the traditional investigation mode is direct search on the internet and evaluation is performed by others, by adopting the mode, the tourists are easily consumed by various soft texts, images and texts provided by merchants are inconsistent with reality, and in order to solve the problems, a VR system capable of realizing in-person experience is needed.
Disclosure of Invention
The invention aims at the problems that the prior art cannot experience in advance when travelling, only needs to see the image-text data of a family on line to determine whether to travel, lacks the actual experience feeling and cannot meet the consumption of young people.
Therefore, a VR system for traveling and a method thereof are provided, wherein a specific technical scheme of the VR system for traveling is as follows:
the utility model provides a VR system for tourism which characterized in that: the system comprises a data storage device, a cloud server, a charging system, a recommendation system, a server and a login system;
a plurality of self-service areas are arranged in each store, and each self-service area comprises an interaction module and a VR device;
the interaction module is provided with a VR device beside each interaction module, a plurality of display areas are arranged on an interface of the interaction module, and each display area is provided with a scene display;
the interaction module, the server and the VR device are respectively communicated with the cloud server through a network, and the VR video is stored in the first data storage device;
a user registers and logs in a cloud server through a login system at an interaction module, and a guide logs in the cloud server through the login system at a server side;
the user information and the tour guide information are stored in a second data storage device;
and the recommendation system recommends the scene VR according to the user information, and the user completes interaction through an interaction module of the interaction module.
Further: the recommendation system constructs a user portrait by using user information in a second data storage device, and recommends VR videos of scenic spots for a user according to user history data and a neighbor algorithm.
Further, the method comprises the following steps: and a charging module is arranged and used for calling a charging system of external authentication to finish the charge settlement.
Further, the method comprises the following steps: the interaction module is a touch screen.
The working method of the VR system for tourism comprises the following specific steps:
a working method of a VR system for traveling is characterized in that:
the method comprises the following steps:
s1: a worker divides a tourist attraction into a plurality of scenes, makes VR videos for each scene, numbers each VR video, and uploads all the VR videos to a first data storage device;
s2: randomly displaying a plurality of scene videos on an interaction module on the interaction module, and when a client selects an interesting scene for interaction, sending a VR video request of a corresponding scene to a cloud server by the interaction module;
s3: the server transmits the corresponding VR experience video from the first data storage device to the VR device;
s4: a user playing the VR experience video through the VR device;
s5: the interaction module is communicated with the corresponding VR device, when a user exits the VR experience video, a cloud travel mode, a reservation mode and an account exit option are popped up in the interaction module, when the user selects the reservation mode, the client enters S6, when the user selects the cloud travel mode, the client enters S11, and when the user selects the account exit, the client enters S12;
s6: when a client enters an appointment mode, the client selects travel time and a destination, and the interaction module submits a client order to the cloud server;
s7: the cloud server extracts destinations and time in the experience orders, screens the tour guide database to extract a tour guide meeting the conditions, pushes the orders to the tour guide meeting the conditions, and sends the tour guide push receiving the orders at the specified time to the interaction module;
the client browses the tour guide data set data on the interactive module, and the tour guide data comprise the personal profile, the charge and the rating of the tour guide;
s8: after the customer selects the tour guide, the customer selects a signing mode in the interaction module;
s9: the cloud server sends the electronic contract to the interaction module, and the client completes signing in the interaction module;
s10: after the customer selects the tour guide, the customer selects a signing mode in the interactive module and enters S12;
s11: when a customer selects a cloud tourism mode, the interaction module is provided with VR videos of a plurality of scenes, when the customer selects an interested VR video, the payment module settles all selected videos, after the customer completes payment, the interaction module unlocks the selected VR video, and the cloud server transmits the unlocked VR video to the VR device;
s12: and (6) ending.
To better implement the invention, further:
the S8 includes the following steps:
s8-1: when the customer selects a tour guide on the interactive module, the cloud server establishes a shared channel between the VR input device and the server;
the client selects an appointment scene in the interaction module, the client enters the VR scene through the VR device, the tour guide shares the VR scene at a server side, the tour guide and the client share a visual angle, experience time is set, and the tour guide carries out targeted explanation along with the visual angle of the client at the experience time;
s8-2: after the experience is finished, if the client is satisfied with the explanation of the tour guide, the client selects a signing mode in the interaction module;
the invention has the beneficial effects that: first, be provided with cloud tourism mode, the customer is after selecting cloud tourism mode, through the different scenes of the unblock of paying, can directly experience tourism landscape through the VR video, accords with present young person and does not want to go the many sight spots of people, wants to have the demand that substitutes sense experience again.
Second, the customer can advance the actual experience of going through VR video before engagement. Meanwhile, the tour guide explains in the VR video in a targeted manner, and the client can observe whether the client likes the explanation style, so that on one hand, reasonable distribution of tour guide human resources is realized, and the business level of the tour guide is effectively improved. On the other hand, quick signoff can be accomplished over a network.
Drawings
Fig. 1 is a diagram of the working architecture of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
As shown in fig. 1:
a VR system for tourism comprises a data storage device, a cloud server, a charging system, a recommendation system, a server and a login system;
a plurality of self-service areas are arranged in each store, and each self-service area comprises an interaction module and a VR device;
the interactive module is a touch screen. A VR device is arranged beside each interactive module, a plurality of display areas are arranged on the interface of each interactive module, and each display area is provided with a scene display;
the interaction module, the server and the VR device are respectively communicated with the cloud server through a network, and the VR video is stored in the first data storage device;
a user registers and logs in a cloud server through a login system at an interaction module, and a guide logs in the cloud server through the login system at a server side;
the user information and the tour guide information are stored in a second data storage device;
and the recommendation system recommends the scene VR according to the user information, and the user completes interaction through an interaction module of the interaction module.
The recommendation system constructs a user portrait by using user information in a second data storage device, and recommends VR videos of scenic spots for a user according to user history data and a neighbor algorithm.
The charging module is arranged and calls a charging system of external authentication to finish charge settlement.
The working method of the VR system for tourism comprises the following specific steps:
a working method of a VR system for tourism comprises the following steps:
s1: a worker divides a tourist attraction into a plurality of scenes, makes VR videos for each scene, numbers each VR video, and uploads all the VR videos to a first data storage device;
s2: randomly displaying a plurality of scene videos on an interaction module on the interaction module, and when a client selects an interesting scene for interaction, sending a VR video request of a corresponding scene to a cloud server by the interaction module;
s3: the server transmits the corresponding VR experience video from the first data storage device to the VR device;
s4: a user playing the VR experience video through the VR device;
s5: the interaction module is communicated with the corresponding VR device, when a user exits from the VR experience video, a cloud travel mode, a reservation mode and an account exit option pop up in the interaction module, when the client selects the reservation mode, the interaction module enters S6, when the client selects the cloud travel mode, the interaction module enters S11, and when the client selects the account exit, the interaction module enters S12;
s6: when a client enters an appointment mode, the client selects travel time and a destination, and the interaction module submits a client order to the cloud server;
s7: the cloud server extracts destinations and time in the experience orders, screens the tour guide database to extract a tour guide meeting the conditions, pushes the orders to the tour guide meeting the conditions, and sends the tour guide push receiving the orders at the specified time to the interaction module;
the client browses the tour guide data set data on the interactive module, and the tour guide data comprise the personal profile, the charge and the rating of the tour guide;
s8: after the customer selects the tour guide, the customer selects a signing mode in the interaction module;
s9: the cloud server sends the electronic contract to the interaction module, and the client completes signing in the interaction module;
s10: after the customer selects the tour guide, the customer selects a signing mode in the interactive module and enters S12;
s11: when a customer selects a cloud tourism mode, the interaction module is provided with VR videos of a plurality of scenes, when the customer selects an interested VR video, the payment module settles all selected videos, after the customer completes payment, the interaction module unlocks the selected VR video, and the cloud server transmits the unlocked VR video to the VR device;
s12: and (6) ending.
In the present invention, step S8 specifically includes the following steps:
s8-1: when the customer selects a tour guide on the interactive module, the cloud server establishes a shared channel between the VR input device and the server;
a client selects an appointment scene in an interaction module, the client enters the VR scene through a VR device, a tour guide shares the VR scene at a server, the tour guide and the client share a visual angle, experience time is set, and the tour guide carries out targeted explanation along with the visual angle of the client at the experience time;
s8-2: after the experience is completed, if the customer is satisfied with the explanation of the tour guide, the customer selects a subscription mode in the interaction module.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Furthermore, it should be understood that although the present specification describes embodiments, not every embodiment includes only a single embodiment, and such description is for clarity purposes only, and it is to be understood that all embodiments may be combined as appropriate by one of ordinary skill in the art to form other embodiments as will be apparent to those of skill in the art from the description herein.
Claims (6)
1. A VR system for travel, comprising: the system comprises a cloud server, a charging system, a recommendation system, a first data storage device, a second data storage device, a server and a login system;
a plurality of self-service areas are arranged in each store, and each self-service area comprises an interaction module and a VR device;
the interaction module is provided with a VR device beside each interaction module, a plurality of display areas are arranged on an interface of the interaction module, and each display area is provided with a scene display;
the interaction module, the server and the VR device are respectively communicated with the cloud server through a network, and the VR video is stored in the first data storage device;
a user registers and logs in a cloud server through a login system at an interaction module, and a guide logs in the cloud server through the login system at a server side;
the user information and the tour guide information are stored in a second data storage device;
and the recommendation system recommends the scene VR according to the user information, and the user completes interaction through an interaction module of the interaction module.
2. The VR system for traveling of claim 1, wherein: the recommendation system constructs a user portrait by using user information in a second data storage device, and recommends VR videos of scenic spots for a user according to user history data and a neighbor algorithm.
3. The VR system for traveling of claim 2, wherein: the charging module is arranged and calls a charging system of external authentication to finish charge settlement.
4. The VR system for traveling of claim 3, wherein: the interaction module is a touch screen.
5. A working method of a VR system for traveling is characterized in that:
the method comprises the following steps:
s1: a worker divides a tourist attraction into a plurality of scenes, makes VR videos for each scene, numbers each VR video, and uploads all the VR videos to a first data storage device;
s2: randomly displaying a plurality of scene videos on an interaction module on the interaction module, and when a client selects an interesting scene for interaction, sending a VR video request of a corresponding scene to a cloud server by the interaction module;
s3: the server transmits the corresponding VR experience video from the first data storage device to the VR device;
s4: a user playing the VR experience video through the VR device;
s5: the interaction module is communicated with the corresponding VR device, when a user exits the VR experience video, a cloud travel mode, a reservation mode and an account exit option are popped up in the interaction module, when the user selects the reservation mode, the client enters S6, when the user selects the cloud travel mode, the client enters S11, and when the user selects the account exit, the client enters S12;
s6: when a client enters an appointment mode, the client selects travel time and a destination, and an interaction module submits a client order to a cloud server;
s7: the cloud server extracts destinations and time in the experience orders, screens the guide database to extract guides meeting conditions, pushes the orders to the guides meeting the conditions, and sends the guide push receiving the orders at the specified time to the interaction module;
the client browses the tour guide data set data on the interactive module, and the tour guide data comprise the personal profile, the charge and the rating of the tour guide;
s8: after the customer selects the tour guide, the customer selects a signing mode in the interaction module;
s9: the cloud server sends the electronic contract to the interaction module, and the client completes signing in the interaction module;
s10: after the customer selects the tour guide, the customer selects a signing mode in the interactive module and enters S12;
s11: when a customer selects a cloud tourism mode, the interaction module is provided with VR videos of a plurality of scenes, when the customer selects an interested VR video, the payment module settles all selected videos, after the customer completes payment, the interaction module unlocks the selected VR video, and the cloud server transmits the unlocked VR video to the VR device;
s12: and (6) ending.
6. The VR system operating method of claim 5, wherein:
the S8 includes the following steps:
s8-1: when the customer selects a tour guide on the interactive module, the cloud server establishes a shared channel between the VR input device and the server;
a client selects an appointment scene in an interaction module, the client enters the VR scene through a VR device, a tour guide shares the VR scene at a server, the tour guide and the client share a visual angle, experience time is set, and the tour guide carries out targeted explanation along with the visual angle of the client at the experience time;
s8-2: after the experience is completed, if the customer is satisfied with the explanation of the tour guide, the customer selects a subscription mode in the interaction module.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN118035564A (en) * | 2024-04-10 | 2024-05-14 | 深圳市海域达赫科技有限公司 | Data analysis method and system based on cloud computing |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN118035564A (en) * | 2024-04-10 | 2024-05-14 | 深圳市海域达赫科技有限公司 | Data analysis method and system based on cloud computing |
| CN118035564B (en) * | 2024-04-10 | 2024-06-04 | 深圳市海域达赫科技有限公司 | Data analysis method and system based on cloud computing |
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