Intelligent object tracking lamp and control method thereof

Abstract

The invention discloses an intelligent object tracking lamp. The intelligent object tracking light comprises a lamp housing, a light emitting module, a light-emitting adjusting mechanism, a telescopicadjustment mechanism, a driving unit, a positioning unit and a processing unit. The lamp housing can be connected with an external object; the light emitting module is movably connected with the lamphousing; the light-emitting adjusting mechanism is respectively connected with the lamp housing and the light-emitting module, and the light-emitting adjusting mechanism can adjust the light-emittingangle of the light-emitting module; the telescopic adjustment mechanism is respectively connected with the lamp housing and the light-emitting module, and the telescopic adjustment mechanism can drive the light-emitting module to expand and contract relative to the lamp housing; the driving unit is used for driving the light-lighting adjustment mechanism and the telescopic adjustment mechanism toact; the positioning unit is connected with the lamp housing or the light emitting module, and the positioning unit can receive wireless signals emitted by a tracked object to locate the tracked object; the processing unit is electrically connected with the positioning unit to acquire the wireless signals, the processing unit is electrically connected with the driving unit, and the processing unit, according to the wireless signals, controls the driving unit to work to track the tracked object. The intelligent object tracking lamp can track and illuminate an object and prevent edge rays frombeing blocked out when light is emitted at the maximum tilt angle.

Description

technical field [0001] The invention relates to the lighting field, in particular to an intelligent object tracking light and a control method thereof. Background technique [0002] With the continuous advancement of lighting technology, spotlights are often used as stage lighting, exhibit lighting, banquet lighting, etc., which have the effect of highlighting an object. Spotlights in the prior art generally include a luminous body and a lamp housing. The luminous body and the lamp housing are connected by screw rotation, and the luminous body rotates on the screw as an axis. Although the object can be tracked and illuminated by adjusting the light angle, the Due to the small activity range of the illuminant, the area that can be tracked and illuminated is small, and when the light is emitted at the maximum tilt angle, the edge light is easy to irradiate the lamp housing, making the spot incomplete, reducing the light utilization rate, and affecting the lighting effect. Co...

AI Technical Summary

Problems solved by technology

Spotlights in the prior art generally include a luminous body and a lamp housing. The luminous body and the lamp housing are connected by screw rotation, and the luminous body rotates on the screw as an axis. Although the object can be tracked and illuminated by adjusting the light angle, the Due to the small activity range of the illuminant, the area that can be tracked and illuminated is small, and when the light is emitted at the maximum tilt angle, the edge light is easy to irradiate the lamp housing, making the spot incomplete, reducing the light utilization rate, and affecting the lighting effect

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