CN206863693U

CN206863693U - AR/VR Multi-screen interaction systems

Info

Publication number: CN206863693U
Application number: CN201720757068.3U
Authority: CN
Inventors: 蒋喆
Original assignee: Ppc (shanghai) Information Consulting Co Ltd
Current assignee: Puwang (Shanghai) Information Technology Co.,Ltd.
Priority date: 2017-06-27
Filing date: 2017-06-27
Publication date: 2018-01-09
Anticipated expiration: 2027-06-27

Abstract

AR/VR Multi-screen interaction systems disclosed in the utility model, belong to human-computer interaction technique field, including public network server, MANET module, at least two headend equipments；The MANET module includes domain net automatic network-building module, inter-network active agency module；The headend equipment includes communication module, processing module, operation module, presentation module, and the communication module, operation module, presentation module are connected with processing module；The communication module is connected with public network server, and communication module is connected with domain net automatic network-building module and/or inter-network active agency module；It is connected with each other between the headend equipment by MANET module.It can realize that content revealing mode is varied by the utility model, the multi-model displaying comprising single model display, based on scene, shared, the data holographicization displaying of holographic content etc..

Description

AR/VR Multi-screen interaction systems

Technical field

Human-computer interaction technique field is the utility model is related to, more particularly to a kind of AR/VR Multi-screen interaction systems.

Background technology

With the developing of society, the progress of science and technology, augmented reality AR technologies and Virtual Reality technology are increasingly becoming large-scale One of important means of activity such as the displaying of equipment enterprise marketing, vocational training, telework auxiliary.But current technology is realized Far from the use for meeting above-mentioned scene, problems be present：

Out-of-the-box is unable to, system generally requires to take considerable time disposes in advance, could meet the use of above-mentioned scene.

Manipulation for holographic content is inconvenient.It can be operated on mobile phone or flat board by gesture, PC ends can pass through Mouse is operated, but inconvenient to audient's displaying；It can be operated on AR glasses, VR glasses by gesture, but to gesture Species can only carry out gesture identification, and require very high to the standard gestures of gesture than relatively limited in the region of restriction.

Content presentation mode is single.Currently mostly with independent model, the mode of simple animation is coordinated to be shown.Such energy For enough contents being shown by way of augmented reality than relatively limited, presentation mode is also not lively enough.

Utility model content

The utility model aims to provide a kind of AR/VR Multi-screen interaction systems, public network server monitoring frontend always Presence；Reached the standard grade when any headend equipment and MANET flow process is started by MANET module；Before two and its above After end equipment completes multiterminal networking, user's can controls the content displaying at other ends by either end, is shown in marketing Main occupation mode is that the content exhibition at large-size screen monitors end, AR glasses end, VR glasses end is controlled by mobile phone, flat board, computer end under scene Show；Major way is mutually called for multiterminal and shared under skills training scene；The main user in the case where telework aids in scene Formula is front-end A R glasses, VR glasses, mobile phone, flat board, and rear end mobile phone, flat board, computer, AR glasses, the front and back end of VR glasses are long-range It is interactive.It can realize that content revealing mode is varied by the utility model, comprising single model display, based on the more of scene Model display, holographic content are shared, data holographicization is shown etc..

To reach above-mentioned purpose, the technical solution adopted in the utility model is as follows：

AR/VR Multi-screen interaction systems disclosed in the utility model, including public network server, MANET module, at least two Headend equipment；The MANET module includes domain net automatic network-building module, inter-network active agency module；

The headend equipment includes communication module, processing module, operation module, presentation module, the communication module, operation Module, presentation module are connected with processing module；

The communication module is connected with public network server, and communication module and domain net automatic network-building module and/or inter-network are automatic Proxy module connects；

It is connected with each other between the headend equipment by MANET module.

The method of operation of the present utility model is divided into four steps：

1) when headend equipment starts, the headend equipment aggregate information under node is obtained to public network server first；

2) domain net automatic network-building module inquires about the headend equipment that can be communicated in being netted by mDNS agreements in domain, if inquired Then directly establish communication connection；

3) when in being netted in domain without communication object is found, then use the headend equipment information that is got from public network server with End equipment initiates connection to P2P mode forward, and the connection is kept if it can directly establish connection；

If 4) can not establish connection by P2P modes, headend equipment (request end) then passes through inter-network active agency module Communication agent application is initiated to public network server, after public network server receives communication agent application, a message is distributed first and leads to Road, the message channel information is then pushed to other headend equipments (communication object) and replies to request end.Request end and logical News object, which receives, to be actively connected to the message channel after message channel information and is communicated.

Preferably, the presentation module includes display screen, projection screen.

Preferably, the headend equipment include comprising communication module, processing module, operation module, present module mobile phone, Flat board, computer, AR glasses, VR glasses.

Further, the operation module includes mouse, touch-screen, gesture recognition module.

Further, the communication module is connected in the form of HTTPAPI interfaces with public network server.

HTTPAPI interfaces are the utility model according to the customized a set of proprietary protocol of http protocol specification.

The utility model has the advantages that：

1. the utility model is supported more by MANET module (domain net automatic network-building module, inter-network active agency module) Individual headend equipment starts in the case of having net is automatically performed networking connection, realizes multiple headend equipment interaction functions, system is not With disposing in advance, accomplish out-of-the-box.

2. the utility model is by way of holding end interactive (mobile phone, flat board, computer, AR glasses, the use of VR glasses combinations), Learn from other's strong points to offset one's weaknesses and realize manipulation to holographic content, using the support of mobile phone, flat board, BOT gesture and mouse, and its operation Convenience, operated and be mapped in AR glasses, VR glasses or demonstration large-size screen monitors, holographic content is shown to audient.

3. the utility model can introduce scene mode, the exhibition method of holographic content is enriched.It can be presented in scene multiple Model, user can be interactive with single model in scene or overall progress.The holographic content between multiple users is supported simultaneously Automation generation and displaying of the shared and text data to holographic chart.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model；

Fig. 2 carries out holographic shared operation chart between headend equipment.

Embodiment

In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing, to this reality It is further elaborated with new.

As shown in figure 1, AR/VR Multi-screen interaction systems disclosed in the utility model, including public network server, MANET mould Block, at least two headend equipments；The MANET module includes domain net automatic network-building module, inter-network active agency module；

The headend equipment includes but is not limited to comprising communication module, processing module, operation module, the hand that module is presented Machine, flat board, computer, AR glasses, VR glasses, the communication module, operation module, presentation module are connected with processing module；Operation Module includes but is not limited to mouse, touch-screen, gesture recognition module；It can be display screen, projection screen etc. that module, which is presented,；

The communication module is connected in the form of HTTPAPI interfaces with public network server, and communication module nets automatic group with domain Net module and/or the connection of inter-network active agency module；

It is connected with each other between the headend equipment by MANET module.

Four steps can realize the MANET between the multiple headend equipments being distributed under arbitrary network environment more than, One can be formed after the completion of networking to be connected.

Shared as shown in Fig. 2 holography can be carried out under scene mode, between user, i.e., headend equipment A can see oneself Virtual scene share to headend equipment B, realization is synchronously checked, simultaneously operating.The function includes three steps：

A) headend equipment B forward ends device A request enters holographic shared model；

B) headend equipment A forward end equipment B send current scene model information and model state information；

C) headend equipment A and headend equipment B synchronous gesture operation data in real time.

Certainly, the utility model can also have other various embodiments, without departing substantially from the utility model spirit and its essence In the case of, those skilled in the art can make various corresponding changes and deformation, but these phases according to the utility model The change and deformation answered should all belong to the scope of the claims appended by the utility model.

Claims

1.AR/VR Multi-screen interaction systems, it is characterised in that：Set including public network server, MANET module, at least two front ends It is standby；The MANET module includes domain net automatic network-building module, inter-network active agency module；

The headend equipment includes communication module, processing module, operation module, presentation module, the communication module, operation mould Block, presentation module are connected with processing module；

The communication module is connected with public network server, communication module and domain net automatic network-building module and/or inter-network active agency Module connects；

It is connected with each other between the headend equipment by MANET module.

2. AR/VR Multi-screen interaction systems according to claim 1, it is characterised in that：It is described presentation module include display screen, Projection screen.

3. AR/VR Multi-screen interaction systems according to claim 1, it is characterised in that：The headend equipment is included comprising logical Interrogate module, processing module, operation module, mobile phone, flat board, computer, AR glasses, the VR glasses that module is presented.

4. AR/VR Multi-screen interaction systems according to claim 1, it is characterised in that：The operation module includes mouse, touched Touch screen, gesture recognition module.

5. AR/VR Multi-screen interaction systems according to claim 1, it is characterised in that：The communication module is connect with HTTPAPI The form of mouth is connected with public network server.