WO2018090472A1

WO2018090472A1 - Method and system for selecting seat employing virtual reality technology, and virtual reality head-mounted device

Info

Publication number: WO2018090472A1
Application number: PCT/CN2016/114049
Authority: WO
Inventors: 王铁存
Original assignee: 歌尔科技有限公司
Priority date: 2016-11-15
Filing date: 2016-12-31
Publication date: 2018-05-24
Also published as: CN106598219A

Abstract

Provided are a method and system for selecting a seat employing virtual reality technology, and a virtual reality head-mounted device. The method comprises: constructing a virtual reality 3D model of an actual site, and constructing a two-dimensional seat layout in the virtual reality 3D model (S110); displaying the two-dimensional seat layout in a virtual reality head-mounted device worn by a user, and acquiring a preselected seat of the user (S120); automatically moving a visual angle to the position of the preselected seat, and displaying a 3D panoramic view effect at the position of the visual angle in the virtual reality head-mounted device worn by the user (S130); and if the user is satisfied with the 3D panoramic view effect, wirelessly sending information of the preselected seat to a ticketing server via the virtual reality head-mounted device to issue a ticket; and if the user is not satisfied, redisplaying the seat two-dimensional layout in the virtual reality head-mounted device, so that the user can select another seat (S140). Therefore, quick ticket purchasing can be realized, and the user can experience a viewing effect in a real scene in advance, so as to effectively improve user experience.

Description

Method, system and virtual reality wearing head based on virtual reality technology

Technical field

The present invention relates to the field of virtual reality technologies, and in particular, to a method, system, and virtual reality headset for selecting a seat based on virtual reality technology.

Background of the invention

With the continuous development of computer technology, people's lives are more and more convenient, and the emergence of seat-selection tickets can not only achieve fast ticket purchase, but also select seats according to the wishes of users. However, in the prior art, whether the ticket is purchased online or purchased on the spot, the method of purchasing the ticket by the user is based on the two-dimensional plane composition, and the distance from the screen to the screen or the distance from the home field can be displayed according to the two-dimensional map. To purchase tickets in the distance, you can't experience the viewing effects in real scenes in advance, such as distance, occlusion, viewing angle, etc., and the user's experience satisfaction is not high.

Summary of the invention

In view of the problem that the viewing effect in the real scene cannot be experienced in advance in the prior art, and the user's experience satisfaction is not high, a method and system for selecting a seat based on virtual reality technology and a virtual reality head of the present invention are proposed. Wear to solve or at least partially solve the above problems.

According to an aspect of the present invention, a method for selecting a seat based on virtual reality technology is provided, the method comprising:

Constructing a virtual reality 3D model of the actual site, and constructing a two-dimensional layout of the seat of the actual site in the virtual reality 3D model;

Displaying the two-dimensional layout of the seat in a virtual reality headset worn by the user to obtain a pre-selected seat of the user;

Automatically moving the angle of view to the position of the preselected seat, and displaying the 3D panoramic viewing effect at the viewing position in the virtual reality wearing worn by the user;

If the user is satisfied with the 3D panoramic viewing effect, the information of the pre-selected seat is wirelessly transmitted to the ticketing server through the virtual reality wearing device worn by the user to determine the ticket, and if the user is not satisfied with the 3D panoramic viewing effect, the virtual wearing by the user The two-dimensional layout of the seat is redisplayed in a realistic headset so that the user can select another seat.

According to another aspect of the present invention, a virtual reality headset is provided, comprising:

The 3D model building unit is adapted to construct a virtual reality 3D model of the actual site, and construct a two-dimensional layout of the seat of the actual site in the virtual reality 3D model;

The pre-selected seat obtaining unit is adapted to display the two-dimensional layout map of the seat to obtain a pre-selected seat of the user;

a viewing effect display unit adapted to automatically move a viewing angle to a position of the preselected seat and display the viewing position 3D panoramic viewing effect;

The ticketing judging unit is adapted to, if the user is satisfied with the 3D panoramic viewing effect, wirelessly transmitting the information of the pre-selected seat to the ticketing server to determine the ticket, and if the user is dissatisfied with the 3D panoramic viewing effect, redisplaying the seat 2 Dimension map so that the user can select another seat.

According to still another aspect of the present invention, there is provided a system for selecting a seat based on virtual reality technology, the system comprising a ticketing server, and the virtual reality headset described above;

The virtual reality headset is adapted to construct a virtual reality 3D model of the actual site, construct a two-dimensional layout map of the actual site in the virtual reality 3D model; acquire a pre-selected seat of the user, and automatically move the perspective to the pre-selection a position of the seat and displaying a 3D panoramic viewing effect at the viewing position; if the user is satisfied with the viewing effect, the information of the pre-selected seat is wirelessly transmitted to the ticketing server, and if the user is not satisfied with the viewing effect, redisplaying The two-dimensional layout of the seat for the user to select other seats;

The ticketing server is adapted to output the latest seat data to the virtual reality headset in real time, and determine the ticket when the selected virtual seat information transmitted by the virtual reality headset is received.

In summary, the method for selecting a seat according to the present invention is based on virtual reality technology, constructing a virtual reality 3D model of an actual site when a user purchases a seat, and constructing a two-dimensional layout of the seat of the actual site in the virtual reality 3D model. After the user pre-selects the seat according to the two-dimensional layout of the seat displayed in the virtual reality wearing headset, the virtual reality headset can display the 3D panoramic viewing effect of the viewing position of the pre-selected seat, so that the user can experience the viewing effect in advance, if not satisfied Pre-selected seats, the user can re-select, quickly jump to another pre-selected seat, and experience 3D panoramic viewing at another viewing position. It can be seen that the solution of the present invention can not only realize fast ticket purchase, but also enable the user to experience the viewing effect in the real scene in advance, and effectively improve the user's experience satisfaction.

At the same time, the headset and the system of the invention can enable the user to realize the fast and convenient process of online seat purchase ticket purchase or on-site seat purchase ticket purchase, and experience the viewing effect and the spatial orientation movement in the real scene under the near and far, occlusion, viewing angle and the like. The effect is to enhance the user experience.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a flowchart of a method for selecting a seat based on virtual reality according to an embodiment of the present invention; FIG.

2 is a schematic structural diagram of a virtual reality headset according to an embodiment of the present invention;

3 is a schematic structural diagram of a virtual reality headset according to another embodiment of the present invention;

FIG. 4 is a schematic structural diagram of a system for selecting a seat based on virtual reality according to an embodiment of the present invention.

detailed description

In the prior art, whether it is online ticket purchase or on-site ticket purchase, the method of user-selected ticket purchase is based on two-dimensional According to the two-dimensional map, the seat can be displayed according to the distance from the screen or the distance from the home field. The viewing effect in real scenes, such as distance, occlusion, viewing angle, etc., cannot be experienced in advance, and the user experience satisfaction is not high. .

The design idea of the invention is: constructing a virtual reality 3D model of the actual site, and constructing a two-dimensional layout of the seat of the actual site in the virtual reality 3D model, the user wearing the virtual reality headset to pre-select the seat, and wearing the virtual reality headset The 3D panoramic viewing effect at the pre-selected seat viewing position is displayed, allowing the user to experience the viewing effect in the real scene in advance. The embodiments of the present invention will be further described in detail below with reference to the accompanying drawings.

FIG. 1 is a flowchart of a method for selecting a seat based on virtual reality according to an embodiment of the present invention. As shown in Figure 1, the method includes:

Step S110, constructing a virtual reality 3D model of the actual site, and constructing a two-dimensional layout of the seat of the actual site in the virtual reality 3D model.

Step S120: Display a two-dimensional layout of the seat in the virtual reality headset worn by the user to obtain a pre-selected seat of the user.

There are optional seats and non-optional seats in the two-dimensional layout of the seat displayed in the virtual reality headset worn by the user, and the two can be distinguished by color or shape, because the ticket at the non-selectable seat has been reserved by other users, the user Only one of the optional seats can be selected as a pre-selected seat.

In step S130, the angle of view is automatically moved to the position of the pre-selected seat, and the 3D panoramic viewing effect at the viewing position is displayed in the virtual reality wearing worn by the user.

In this step, once the pre-selected seat information of the user is obtained, the virtual reality headset worn by the user quickly enters the 3D panoramic viewing effect at the pre-selected seat viewing position to achieve the effect of quick seat selection.

Step S140, if the user is satisfied with the 3D panoramic viewing effect, the information of the pre-selected seat is wirelessly transmitted to the ticketing server through the virtual reality wearing device worn by the user to determine the ticket. If the user is not satisfied with the 3D panoramic viewing effect, the user wears the The virtual reality headset redisplays the seat 2D layout so that the user can select another seat.

In this step, when the user views the 3D panoramic viewing effect of the pre-selected seat, if there is no influence on the viewing effect, there is a prompt box for ending the viewing. When the user clicks to end the viewing, a message of “satisfying the pre-selected seat” appears. If the user clicks “satisfactory”, the information of the pre-selected seat is wirelessly transmitted to the ticketing server through the virtual reality wearing device worn by the user to determine the ticket; if the user clicks “unsatisfied”, the virtual reality wearing the user wears The two-dimensional layout of the seat is redisplayed so that the user can select other seats, and the user can purchase the ticket through the experience of viewing the actual scene, thereby improving the user's experience satisfaction.

The selected seat method of the present invention is based on virtual reality technology, constructing a virtual reality 3D model of the actual site when the user performs the seat purchase ticketing, and constructing a two-dimensional layout map of the actual site in the virtual reality 3D model, the user according to the wearing After the pre-selected seat is displayed in the two-dimensional layout of the seat displayed in the virtual reality headset, the virtual reality headset can display the perspective of the pre-selected seat. The 3D panoramic viewing effect of the location allows the user to experience the live viewing effect in advance. If the seat is not satisfied, the user can re-select and quickly jump to another pre-selected seat to experience the 3D panoramic viewing effect at another viewing position; The solution of the invention can not only realize fast ticket purchase, but also enable the user to experience the viewing effect in the real scene in advance, and effectively improve the user's experience satisfaction.

In an embodiment of the invention, the method further includes:

The latest seat data is obtained from the ticketing server in real time by the virtual reality headset worn by the user, and the seated seat is automatically filled with the mannequin in the displayed two-dimensional layout of the seat to mark the seat as an unselectable seat, and The filled mannequin is displayed in the 3D panoramic view effect.

Because the database of the ticket server is updated in real time while the user is purchasing the ticket, that is, there may be other users who purchase the ticket at the same time. In this embodiment, the virtual seat worn by the user wears the latest seat data from the ticket server in real time, updates the selected seat information in the seat two-dimensional layout map in real time, and fills the selected seat with the human body model, and the user is On the one hand, when the pre-selected seat is performed, the update of the seat information can be observed at any time, so that the user can make a selection to prevent the same seat from being selected twice to reduce the user experience; on the other hand, the ticket will be issued in the 3D panoramic viewing effect. The seat is also filled with a mannequin. When the user performs 3D panoramic viewing at the pre-selected seat angle, the user can clearly experience the actual occlusion during the movie show and improve the satisfaction of the user experience.

In an embodiment of the present invention, acquiring the pre-selected seat of the user includes: acquiring a line of sight of the user by using a built-in camera worn by the virtual reality worn by the user, and determining whether the user’s line of sight gaze at a certain seat in the displayed two-dimensional layout of the seat. The predetermined length of time is exceeded, and if so, the seat is determined as the pre-selected seat of the user.

In another embodiment of the present invention, acquiring the pre-selected seat of the user includes: displaying the virtual reality headset worn by the user through the Bluetooth connection handle, displaying the cursor of the handle in the displayed two-dimensional layout of the seat, and receiving the user's handle on the handle in real time. The operation command determines the seat as a pre-selected seat of the user if the user's click command is obtained when the cursor of the handle is moved to a certain seat.

In the present invention, when the user performs the pre-selected seat, the user can perform the gaze method, and the reservation duration is set in the virtual reality headset. When the user's line of sight gaze at a certain seat for more than the predetermined duration, the seat is used as the pre-selected seat. The operation is simple and easy, eliminating the tedious steps and enhancing the user experience. Alternatively, when the user pre-selects the seat, the user can operate with the handle to better conform to the user's operation process in a real computer or entertainment game, and bring a more perfect experience to the user.

Further, the method of the present invention further comprises: displaying a moving effect in a spatial orientation in the 3D panorama in a virtual reality headset worn by the user according to the acquired user's line of sight or according to the received user's operation instruction to the handle.

When the user wears a virtual reality headset for 3D panoramic viewing, it can completely simulate the situation of going to the theater, and experience the movement in the spatial orientation of the body, forward, turn, left, and right in the 3D panorama. The effect of the experience.

FIG. 2 is a schematic structural diagram of a virtual reality headset according to an embodiment of the present invention. As shown in FIG. 2, the virtual reality headset 200 includes:

The 3D model building unit 210 is adapted to construct a virtual reality 3D model of the actual site, and construct a two-dimensional layout of the seat of the actual site in the virtual reality 3D model.

The pre-selected seat obtaining unit 220 is adapted to display a two-dimensional layout of the seat to obtain a pre-selected seat of the user.

The viewing effect display unit 230 is adapted to automatically move the viewing angle to the position of the preselected seat and display the 3D panoramic viewing effect at the viewing position.

The ticket issuing judging unit 240 is adapted to wirelessly transmit the information of the pre-selected seat to the ticketing server to determine the ticket if the user is satisfied with the 3D panoramic viewing effect, and redisplay the two-dimensional layout of the seat if the user is not satisfied with the 3D panoramic viewing effect. So that the user can select another seat.

FIG. 3 is a schematic structural diagram of a virtual reality headset according to another embodiment of the present invention. As shown in FIG. 3, the virtual reality headset 300 includes a 3D model construction unit 310, a preselected seat acquisition unit 320, a viewing effect display unit 330, a ticket issuing determination unit 340, a selected seat marking unit 350, and a movement effect display unit 360. The 3D model building unit 310, the preselected seat obtaining unit 320, the viewing effect display unit 330, the ticket issuing determining unit 340, and the 3D model building unit 210, the preselected seat obtaining unit 220, the viewing effect display unit 230, and the ticket issuing shown in FIG. The judging unit 240 has the same function, and the same portions will not be described herein.

The selected seat marking unit 350 is adapted to obtain the latest seat data from the ticketing server in real time, and automatically fills the seated seat with the human body model in the displayed two-dimensional layout of the seat to mark the seat as an unselectable seat. And display the filled mannequin in the 3D panoramic view effect.

The pre-selected seat obtaining unit 320 is specifically adapted to obtain the user's line of sight through the built-in camera, and determine whether the user's line of sight gaze at a certain seat exceeds a predetermined length of time in the displayed two-dimensional layout of the seat, and if so, determine the seat as the user. Pre-selected seat;

Alternatively, the pre-selected seat obtaining unit 320 is specifically adapted to display the cursor of the handle in the displayed two-dimensional layout of the seat through the Bluetooth connection handle, and receive the operation instruction of the user on the handle in real time, if the cursor of the handle is moved to a certain seat. When the user clicks on the handle, the seat is determined as the user's preselected seat.

The moving effect display unit 360 is adapted to display the moving effect in the spatial orientation in the 3D panorama according to the acquired user's line of sight or according to the received user's operation command to the handle.

The components of the virtual reality headset shown in FIG. 2 and FIG. 3 are the same as the embodiments of the method shown in FIG. 1 and have been described in detail above, and are not described herein again.

FIG. 4 is a structural diagram of a system for selecting a seat based on virtual reality according to an embodiment of the present invention. As shown in FIG. 4, the virtual reality based seat selection system 400 includes a virtual reality headset 410 and a ticketing server 420.

The virtual reality headset 410 is suitable for constructing a virtual reality 3D model of the actual site, constructing a two-dimensional layout of the seat of the actual site in the virtual reality 3D model; acquiring a pre-selected seat of the user, automatically moving the angle of view to the position of the pre-selected seat, and Displaying a 3D panoramic viewing effect at the viewing position; if the user is satisfied with the viewing effect, the information of the pre-selected seat is wirelessly transmitted to the ticketing server, and if the user is not satisfied with the viewing effect, the two-dimensional layout of the seat is redisplayed for the user to select Set other seats;

The ticketing server 420 is adapted to output the latest seat data in real time to the virtual reality headset and to determine the ticket when the selected seat information transmitted by the virtual reality headset is received.

It should be noted that the virtual reality headset of the system shown in FIG. 4 may be specifically divided into the units in FIG. 2 to FIG. 3, and the implementation of each unit is the same as the embodiment of the method shown in FIG. Let me repeat.

The above is only the embodiment of the present invention, and other improvements or modifications may be made by those skilled in the art based on the above embodiments. It should be understood by those skilled in the art that the foregoing detailed description of the invention is intended to provide a better understanding of the scope of the invention.

Claims

A method for selecting a seat based on virtual reality technology, characterized in that the method comprises:

Constructing a virtual reality 3D model of the actual site, and constructing a two-dimensional layout of the seat of the actual site in the virtual reality 3D model;

Displaying the two-dimensional layout of the seat in a virtual reality headset worn by the user to obtain a pre-selected seat of the user;

Automatically moving the angle of view to the position of the preselected seat, and displaying the 3D panoramic viewing effect at the viewing position in the virtual reality wearing worn by the user;

If the user is satisfied with the 3D panoramic viewing effect, the information of the pre-selected seat is wirelessly transmitted to the ticketing server through the virtual reality wearing device worn by the user to determine the ticket, and if the user is not satisfied with the 3D panoramic viewing effect, the virtual wearing by the user The two-dimensional layout of the seat is redisplayed in a realistic headset so that the user can select another seat.
The method of claim 1 wherein the method further comprises:

The latest seat data is obtained from the ticketing server in real time by the virtual reality headset worn by the user, and the seated seat is automatically filled with the mannequin in the displayed two-dimensional layout of the seat to mark the seat as an unselectable seat. The filled mannequin is displayed in the 3D panoramic viewing effect.
The method of claim 2 wherein said obtaining a pre-selected seat of the user comprises:

Obtaining the user's line of sight by the built-in camera worn by the virtual reality worn by the user, and determining whether the user's line of sight gaze at a certain seat exceeds a predetermined length of time in the displayed two-dimensional layout of the seat, and if so, determining the seat as the user's Pre-selected seats.
The method of claim 2 wherein said obtaining a pre-selected seat of the user comprises:

The virtual reality headset worn by the user is displayed through the Bluetooth connection handle, and the cursor of the handle is displayed in the displayed two-dimensional layout of the seat, and the operation instruction of the user on the handle is received in real time, and if the cursor of the handle is moved to a certain seat, the operation is obtained. The user clicks on the handle to determine the seat as the user's preselected seat.
The method of claim 3 or 4, wherein the method further comprises:

The movement effect in the spatial orientation in the 3D panorama is displayed in the virtual reality headset worn by the user according to the acquired user's line of sight or according to the received user's operation command to the handle.
A virtual reality headset is characterized by comprising:

The 3D model building unit is adapted to construct a virtual reality 3D model of the actual site, and construct a two-dimensional layout of the seat of the actual site in the virtual reality 3D model;

The pre-selected seat obtaining unit is adapted to display the two-dimensional layout map of the seat to obtain a pre-selected seat of the user;

a viewing effect display unit adapted to automatically move a viewing angle to a position of the preselected seat and display a 3D panoramic viewing effect at the viewing position;

The ticketing judging unit is adapted to, if the user is satisfied with the 3D panoramic viewing effect, wirelessly transmitting the information of the pre-selected seat to the ticketing server to determine the ticket, and if the user is dissatisfied with the 3D panoramic viewing effect, redisplaying the seat 2 Dimension map so that the user can select another seat.
The virtual reality headset of claim 1 further comprising:

The selected seat marking unit is adapted to obtain the latest seat data from the ticketing server in real time, and automatically fills the seated seat with the mannequin in the displayed two-dimensional layout of the seat to mark the seat as an unselectable seat. The filled mannequin is displayed in the 3D panoramic viewing effect.
The virtual reality headset according to claim 7, wherein the pre-selected seat acquisition unit is specifically adapted to:

Obtaining the user's line of sight through the built-in camera, determining whether the user's line of sight gaze at a certain seat exceeds a predetermined length of time in the displayed two-dimensional layout of the seat, and if so, determining the seat as a pre-selected seat of the user; or

The handle of the handle is displayed in the two-dimensional layout diagram of the seat displayed by the Bluetooth connection handle, and the operation instruction of the user on the handle is received in real time, and if the user clicks on the handle when the cursor of the handle moves to a certain seat, The seat is determined as the pre-selected seat of the user.
The virtual reality headset according to claim 7, further comprising a movement effect display unit adapted to display the spatial orientation of the 3D panorama according to the acquired user's line of sight or according to the received user's operation command to the handle The effect of the move.
A system for selecting a seat based on virtual reality technology, characterized in that the system comprises a ticketing server, and the virtual reality headset according to any one of claims 6-9;

The virtual reality headset is adapted to construct a virtual reality 3D model of the actual site, construct a two-dimensional layout map of the actual site in the virtual reality 3D model; acquire a pre-selected seat of the user, and automatically move the perspective to the pre-selection a position of the seat and displaying a 3D panoramic viewing effect at the viewing position; if the user is satisfied with the viewing effect, the information of the pre-selected seat is wirelessly transmitted to the ticketing server, and if the user is not satisfied with the viewing effect, redisplaying The two-dimensional layout of the seat for the user to select other seats;

The ticketing server is adapted to output the latest seat data in real time to the virtual reality headset, and determine the ticket when the selected virtual seat information transmitted by the virtual reality headset is received.