CN205787579U - 270 degree of phantom imaging systems based on gesture interaction - Google Patents

Abstract

The 270-degree phantom imaging system based on gesture interaction of the utility model includes a visual gesture sensor, a computer, a glass cover, a spotlight, a shell and a display; the visual gesture sensor is connected to the computer through a usb data line; the computer is connected to the computer through HDMI The cable is connected to the display, and the display synchronously displays the three-dimensional model following the data transmitted by the HDMI cable; the display is placed on the casing; the spotlight and the glass cover are placed in the casing, and the glass The cover covers the spotlight; the visual gesture sensor is placed at the front of the display and centered, and the exchange function is realized by operating the hand on the visual gesture sensor; the computer and the display are located on the same horizontal line. The 270-degree phantom imaging system based on gesture interaction of the utility model realizes 3D effects through phantom imaging technology, and can interact with customers and operate according to customer needs.

Description

270-degree phantom imaging system based on gesture interaction

technical field

The utility model relates to the technical field of exhibition display and imaging, in particular to a 270-degree phantom imaging system based on gesture interaction.

Background technique

3D is three-dimensional graphics. Displaying 3D graphics in a computer is equivalent to displaying 3D graphics on a plane. Compared with the real world, there is no real spatial distance, only real visual effects. What you see from the computer only looks like the real world, but it is not. Therefore, the 3D graphics displayed on the computer look real to people. One of the characteristics of the human eye is that it is larger when it is near and smaller than when it is far, so it will form a three-dimensional effect.

Phantom imaging technology, also known as aerial imaging technology, can rotate the displayed products 360 degrees and image them at a height of more than 20 centimeters. His principle is very simple, mainly using the principle of refraction and reflection of coated glass to light, through these principles, a virtual image can be projected in the imaging space, and then the imaging fusion of three different surfaces can be fine-tuned, so that the so-called "real image" can be realized, so that The object where people feel is in it. The advantage of phantom imaging is that the three-dimensional characteristics are dazzling and the imaging is more realistic, and we can achieve a very real feeling without wearing 3D glasses when watching. Compared with the physical model, it realizes the perfect integration of the image and the real object, which can attract people's greater interest.

Utility model content

The purpose of this utility model is to provide a 270-degree phantom imaging system based on gesture interaction, which can realize 3D effects through phantom imaging technology, and can interact with customers and operate according to customer needs.

In order to achieve the above object, the utility model provides a 270-degree phantom imaging system based on gesture interaction, including a visual gesture sensor, a computer, a glass cover, a spotlight, a casing and a display; The computer is connected; the computer is connected with the display through an HDMI line, and the display follows the data transmitted by the HDMI line to display the three-dimensional model synchronously; the display is placed on the casing; the spotlight and the glass cover are placed In the housing, the glass cover covers the spotlight; the visual gesture sensor is placed in the front of the display and in the center, and the exchange function is realized by operating the hand on the visual gesture sensor; the computer and the The above displays are located on the same horizontal line.

In the 270-degree phantom imaging system based on gesture interaction, the glass cover is in the shape of a trapezoidal tower.

In the 270-degree phantom imaging system based on gesture interaction, the housing is a rectangular frame with one end open.

The above-mentioned 270-degree phantom imaging system based on gesture interaction, wherein, the 270-degree phantom imaging system based on gesture interaction further includes a sound, and the sound is placed in the rear box of the housing.

The above-mentioned 270-degree phantom imaging system based on gesture interaction, wherein, the 270-degree phantom imaging system based on gesture interaction also includes a power supply, and the power supply is placed in the back box of the shell to provide power for the spotlights, audio, and vision. The gesture sensor, computer and display are powered.

The 270-degree phantom imaging system based on gesture interaction of the utility model realizes 3D effects through phantom imaging technology, can watch three-dimensional diagrams with naked eyes, can interact with customers through visual gesture sensors, and operate according to customer needs.

Description of drawings

The 270-degree phantom imaging system based on gesture interaction of the present utility model is provided by the following embodiments and accompanying drawings.

Fig. 1 is a schematic diagram of a 270-degree phantom imaging system based on gesture interaction in a preferred embodiment of the present invention.

detailed description

The 270-degree phantom imaging system based on gesture interaction of the present invention will be further described in detail below in conjunction with FIG. 1 .

FIG. 1 is a schematic diagram of a 270-degree phantom imaging system based on gesture interaction in a preferred embodiment of the present invention. The 270-degree phantom imaging system based on gesture interaction includes a visual gesture sensor (leap motion) 1, a computer 3, a glass cover 5, a spotlight, a sound 7, a power supply 8, a casing 9 and a display;

The visual gesture sensor 1 is connected with the computer 3 through a usb data line 2;

The computer 3 is connected to the display through the HDMI line 4, and the display follows the data transmitted by the HDMI line 4 to synchronously display the three-dimensional model;

The display is placed on the casing 9;

The spotlight and glass cover 5 are placed in the housing 9, and the glass cover 5 covers the spotlight;

The power supply 8 and the audio system 7 are placed in the back box of the shell 9;

The visual gesture sensor 1 is placed at the front end of the display and centered, and the switching function can be realized by operating the visual gesture sensor 1 with the hand;

The computer 3 and the display are located on the same horizontal line;

The power supply 8 supplies power to the spotlights, the sound 7, the visual gesture sensor 1, the computer 3 and the display.

Preferably, the glass cover 5 is in the shape of a trapezoidal tower.

Preferably, the housing 9 is a rectangular frame with one end open.

Claims (5)

1. The 270-degree phantom imaging system based on gesture interaction is characterized in that it includes a visual gesture sensor, a computer, a glass cover, a spotlight, a casing and a display; The visual gesture sensor is connected with the computer through a usb data line; The computer is connected to the display through an HDMI cable, and the display synchronously displays the three-dimensional model following the data transmitted by the HDMI cable; the display is placed on the housing; The spotlight and the glass cover are placed in the housing, and the glass cover covers the spotlight; The visual gesture sensor is placed at the front end of the display and centered, and the switching function is realized by operating the visual gesture sensor with the hand; The computer and the display are located on the same horizontal line. 2. The 270-degree phantom imaging system based on gesture interaction according to claim 1, wherein the glass cover is in the shape of a trapezoidal tower. 3. The 270-degree phantom imaging system based on gesture interaction according to claim 1, wherein the housing is a rectangular frame with one end open. 4. The 270-degree phantom imaging system based on gesture interaction as claimed in claim 1, wherein the 270-degree phantom imaging system based on gesture interaction also includes a sound, and the sound is placed in the rear box of the shell . 5. The 270-degree phantom imaging system based on gesture interaction as claimed in claim 4, wherein the 270-degree phantom imaging system based on gesture interaction also includes a power supply, and the power supply is placed in the rear box of the shell , to provide power for the spotlights, audio, visual gesture sensor, computer and display.