A holographic device that is easy to adjust in position and stable in movement

Holographic technology is a technique that uses the principles of interference and diffraction to record and reproduce realistic three-dimensional images of objects; it is also known as virtual imaging technology. Holographic equipment Projection technology can not only create three-dimensional illusions in mid-air, producing stunning performance effects, , but also allows illusions and performers to create and complete performances together. Applicable range: bar entertainment, stage shows, automotive clothing conferences, product displays, venue projections, etc. Ordinary projection equipment is not easy to adjust the orientation, while holographic projection mainly relies on holographic equipment to complete holographic projection, and the movement of the projector is also unstable. The installation and construction of the entire projection equipment is complex, and the venue cannot be used rationally. Therefore, there is an urgent need to provide a Holographic equipment 。

Technical elements: Technical personnel provide a Holographic equipment to solve the problems of difficult orientation adjustment of ordinary projection devices, unstable projector movement, complex installation and construction of the entire projection device, and irrational use of the venue. To achieve the above purposes, the holographic device includes a support structure, a motor fixed on the support structure, a rotor of the motor connected to a screw rod arranged in the horizontal direction, the screw rod coaxially arranged with the rotor of the motor, a nut sleeve fitted on the screw rod, a fixed plate arranged in the horizontal direction fixed on the nut sleeve, and the fixed plate located below the screw rod. The

In summary, Holographic equipment includes a support structure, with a motor fixed on the support structure, and the motor's rotor connected to a screw rod. During installation, the support structure is fixed to the top of the exhibition hall, and the projector's displacement is controlled through a spiral transmission method, achieving high efficiency and stability. The projector is less prone to shaking during displacement, enhancing the holographic projection effect. The projector is connected to the fixed plate via a telescopic rod, allowing adjustment of the projector's distance from the ground during installation for easy focusing. The first and second rotating motors can adjust the tightness of the first and second pull ropes, thereby adjusting the angle between the projector and the telescopic rod to meet more projection needs; in addition, the holographic device has a simple structure and convenient components.