Energy-saving dynamic lamp

Abstract

The invention discloses an energy-saving dynamic lamp which comprises a lampshade shell; a transparent glass plate is embedded in the inner wall of the lampshade shell; a hollow interlayer is arrangedin the transparent glass plate; a plurality of sliding plug strips are hermetically connected to the inside of the hollow interlayer; counterweight blocks are embedded in the sliding plug strips; theplurality of sliding plug strips divide the hollow interlayer into a plurality of sealed chambers; and each sealed chamber is filled with a silver ion solution. By means of a power supply device, different sealed chambers are continuously powered on or off along with the change of music, silver ions form a mirror surface on the surface of an indium tin oxide electrode layer when getting power, orthe silver ions return to the sealed chambers of the solutions and become transparent after losing the power, so that the light emitting position can be continuously changed along with the continuouschange of the sound frequency, the dynamic effect can be realized without installing a plurality of lamp beads, electric energy is greatly saved, influences of an electric field and vibration in an environment where the lamp is located are avoided, the service life is long, noise is avoided during use, and the user experience is good.

Description

technical field [0001] The invention relates to the technical field of lamps and lanterns, in particular to an energy-saving dynamic lamp. Background technique [0002] In the field of entertainment lighting lamps and lanterns, it is necessary for the lamp to have a certain dynamic change function, especially the corresponding dynamic change with the change of the music rhythm and melody on the spot, so as to achieve a harmonious sound and light effect. [0003] Among the current lamps used in entertainment venues, the most common is the LED crystal magic ball. This lamp installs multiple lamp beads in the lamp, and controls the continuous on and off of multiple lamp beads through the voice control component to change the light-emitting position of the lamp. Then the dynamic change is completed, and at the same time, the shell rotates back and forth with the motor, thereby forming a beam scanning effect. This kind of lamp not only needs to light up multiple lamp beads, but ...

AI Technical Summary

Problems solved by technology

This kind of lamp not only needs to light up multiple lamp beads, but also needs to supply power to the motor to run, which consumes a lot of electric energy; at the same time, most of the voice control components used to control the lamp beads on and off are resistive sensors, which are vulnerable to electric fields, magnetic fields, The impact of vibration, radiation, air pressure, sound pressure, air flow, etc., leads to a short service life of this kind of lamp; and the use of a motor to rotate the shell not only requires a complicated structure, but also causes a large mass of the lamp, which increases the load on the motor and further increases the Increased power consumption, various complex working parts and motors will also generate working noise during operation, affecting user experience

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