阅读说明：本技术 一种基于多人互联的vr显示系统 (VR display system based on interconnection of many people ) 是由 王毅 于 2019-12-05 设计创作，主要内容包括：本发明涉及VR系统技术领域,尤其是一种基于多人互联的VR显示系统,包括VR设备模块,所述VR设备模块具体包括VR眼镜、计算机、输入设备以及输出设备,同时VR眼镜分别佩戴在多名体验者的头部,所述VR眼镜与VR手柄分别通过输出设备实现与追踪模块的系统连接,同时追踪模块与数据库模块实现信号连接,同时数据库模块与触觉反馈模块之间通过信号连接；追踪模块具体包括手势追踪模块以及方向追踪模块,同时手势追踪模块以及方向追踪模块均与中央控制器模块相连接。本发明能够实时对体验者的视角的方向以及手势进行数据的采集,从而能够使得采集到的数据与体验者VR眼镜中看到的图像以及听到的声音一致,从而提高体验者的体验感受。(The invention relates to the technical field of VR systems, in particular to a VR display system based on multi-person interconnection, which comprises a VR equipment module, wherein the VR equipment module specifically comprises VR glasses, a computer, input equipment and output equipment, the VR glasses are respectively worn on the heads of multiple experiencers, the VR glasses and a VR handle are respectively connected with a system of a tracking module through the output equipment, the tracking module is in signal connection with a database module, and the database module is in signal connection with a tactile feedback module; the tracking module specifically comprises a gesture tracking module and a direction tracking module, and the gesture tracking module and the direction tracking module are both connected with the central controller module. According to the invention, data can be acquired in real time from the direction of the visual angle and the gesture of the experiencer, so that the acquired data is consistent with the image seen and the sound heard in VR glasses of the experiencer, and the experience feeling of the experiencer is improved.)

1. A VR display system based on multi-user interconnection comprises a VR equipment module and is characterized in that the VR equipment module specifically comprises VR glasses, a computer, input equipment and output equipment, the VR glasses are respectively worn on the heads of multiple experiencers, the VR glasses and a VR handle are respectively electrically connected with a tracking module through the output equipment, the tracking module is in signal connection with a database module, and the database module is in signal connection with a tactile feedback module;

the tracking module specifically comprises a gesture tracking module and a direction tracking module, the gesture tracking module and the direction tracking module are both connected with the central controller module, and the gesture tracking module and the direction tracking module are in signal connection with the tactile feedback module through the wireless transmission module.

2. The VR display system of claim 1, wherein the gesture tracking module comprises an optical tracking module and a data glove module, the optical tracking module mainly depends on the Leep motion sensor module, the data glove module comprises a glove and an intelligent induction ring module, the glove is worn on the hand of the experiencer, data of gestures of the hand of the experiencer is collected, and data information collected by the Leep motion sensor and the intelligent induction ring module is transmitted to the touch feedback module through the wireless network transmission module.

3. The VR display system of claim 1 wherein the direction tracking module comprises an image acquisition module and a Tellslast suit module, the image acquisition module comprises a high-definition camera module, the high-definition camera module is mounted on VR glasses, the Tellslast suit is worn by the user, and a pulse current sensing module is disposed inside the Tellslast suit module and connected with the high-definition camera module through a wireless network transmission module and a tactile feedback module.

4. The VR display system of claim 1, 2 or 3, wherein the tactile feedback module comprises a button module and a vibration feedback module, the model receiving module receives the signal transmitted by the tracking module and transmits the signal information to the button module and the vibration feedback module, the signal output module transmits the signal to the Tellslast suit module, the HD camera module, the Leep motion sensor and the intelligent induction loop module on the body of the experiencer, and the Tellslast suit module, the HD camera module, the Leep motion sensor and the intelligent induction loop module are all connected with the computer signal in the VR device in a signal connection manner.

5. The VR display system of claim 4, wherein the shock feedback module is embodied as a shock rubber pad placed under the feet of the experiencer.

6. The VR display system of claim 4 wherein the button module is embodied as a VR handle and wherein multiple experiencers hold the VR handle.

7. The VR display system of claim 1 wherein the database module is connected to a data cloud platform via a wireless network connection to backup, collect and store data.

Technical Field

The invention relates to the technical field of VR systems, in particular to a VR display system based on multi-person interconnection.

Background

Virtual Reality (abbreviated as VR) is a new practical technology developed in the 20 th century. The virtual reality technology comprises a computer, electronic information and simulation technology, and the basic realization mode is that the computer simulates a virtual environment so as to provide people with environmental immersion. With the continuous development of social productivity and scientific technology, the demand of various industries on VR technology is increasingly vigorous;

Disclosure of Invention

The invention aims to solve the defect of poor experience in the prior art, and provides a VR display system based on interconnection of multiple persons.

In order to achieve the purpose, the invention adopts the following technical scheme:

designing a VR display system based on multi-user interconnection, which comprises a VR equipment module, wherein the VR equipment module specifically comprises VR glasses, a computer, input equipment and output equipment, the VR glasses are respectively worn on the heads of multiple experiencers, the VR glasses and a VR handle are respectively electrically connected with a tracking module through the output equipment, the tracking module is in signal connection with a database module, and the database module is in signal connection with a tactile feedback module;

the tracking module specifically comprises a gesture tracking module and a direction tracking module, the gesture tracking module and the direction tracking module are both connected with the central controller module, and the gesture tracking module and the direction tracking module are in signal connection with the tactile feedback module through the wireless transmission module.

Preferably, the gesture tracking module includes optical tracking module and data glove module, and optical tracking module mainly relies on in Leep motion sensor module, includes gloves and intelligent induction ring module in the data glove module simultaneously, and gloves are dressed at experience person's hand, carry out the collection of data to the gesture of experience person's hand, and the data message that simultaneously Leep motion sensor and intelligent induction ring module gathered transmits to sense of touch feedback module through wireless network transmission module.

Preferably, the direction tracking module includes image acquisition module and Tellslast suit module, and image acquisition module includes high definition camera module simultaneously, and high definition camera module installs on the VR glasses, and the experience person dresses the Tellslast suit, and Tellslast suit module inside is provided with pulse current induction module simultaneously, and pulse current induction module is connected with sense of touch feedback module through wireless network transmission module with high definition camera module.

Preferably, sense of touch feedback module includes button module and vibrations feedback module, and the signal that the module transmission will be tracked to model receiving module simultaneously is received, and with signal information transfer to button module and vibrations feedback module in, with the help of signal output module with signal transfer to experience person on the body Tellslast suit module, high definition camera module, Leepmotion sensor and intelligent induction ring module, Tellslast suit module, high definition camera module, Leepmotion sensor and intelligent induction ring module all are connected with the computer signal in the VR equipment through signal connection's mode simultaneously.

Preferably, the vibration feedback module is a vibration rubber pad placed under the feet of the experiencer.

Preferably, the button module is specifically a VR handle, and many experiencers all hold the VR handle.

Preferably, the database module is connected with the data cloud platform in a wireless network connection mode, so that data backup, collection and storage are realized.

The VR display system based on multi-person interconnection has the beneficial effects that: this VR display system based on big data can carry out the collection of data to the direction and the gesture of experience person's visual angle in real time to can make the data of gathering and the image of seeing in experience person's VR glasses and the sound of hearing unanimous, thereby improve experience person's experience and experience.

Drawings

Fig. 1 is a system block diagram of a VR display system based on multi-user interconnection according to the present invention.

Fig. 2 is a system block diagram of a tracking module of the VR display system based on multi-user interconnection shown in fig. 1.

Fig. 3 is a system block diagram of gesture tracking of the VR display system based on interconnection of multiple persons as set forth in fig. 1.

Fig. 4 is a system block diagram of direction tracking of the VR display system based on interconnection of multiple persons as set forth in fig. 1.

Fig. 5 is a system block diagram of a haptic feedback module of the VR display system based on interconnection of multiple persons as set forth in fig. 1.

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.