Universal rotation color-changing lamp with efficient sensing

Abstract

The invention relates to a universal rotation color-changing lamp with efficient sensing. The universal rotation color-changing lamp with efficient sensing comprises a light source, a cooler, a circuit board and a reflection cup and further comprises an inner shell body, a universal rotation support and an outer shell body. The universal rotation support comprises an upper ring rack and hinged pins. The hinged pins comprise two longitudinal hinged pins and two transverse hinged pins. The two longitudinal hinged pins and the two transverse hinged pins are symmetrically and perpendicularly arranged on one side of the upper ring rack. The surface of the outer shell body is symmetrically provided with two hinged grooves. The free ends of the longitudinal hinged pins are connected into the hinged grooves of the outer shell body in a clamped manner. The two transverse hinged pins are hinged to the outer side of the inner shell body. By the adoption of the universal rotation color-changing lamp with efficient sensing, a lamp body can be universally rotated, the lighting function can be easily achieved in an all-directional manner, a control device can sense the environment to switch on the lamp, and high efficiency and sensitivity are achieved; and meanwhile, color changing can be conducted according to different demands, and functional diversification and intelligence are achieved.

Description

technical field [0001] The invention relates to the technical field of lighting fixtures, in particular to a universal rotating color-changing lamp with high-efficiency induction. Background technique [0002] With the continuous improvement of people's living standards, people have higher and higher requirements for the lighting effect of indoor places, and at the same time, more humanized requirements have been put forward. LED lamps must be installed and debugged according to specific requirements and the specific conditions of a specific place. It is inevitable to repeatedly adjust the installation position and lighting angle of LED lamps, and even need to adjust the lighting angle of lamps during use. Now The mounting brackets with LED lamps are all fixed, and the position of the LED lamp cannot be adjusted. Once the position of the LED lamp needs to be adjusted or the irradiation angle needs to be changed, the entire LED lamp must be disassembled, and then the positio...

AI Technical Summary

Problems solved by technology

LED lamps must be installed and debugged according to specific requirements and the specific conditions of a specific place. It is inevitable to repeatedly adjust the installation position and lighting angle of LED lamps, and even need to adjust the lighting angle of lamps during use. Now The mounting brackets with LED lamps are all fixed, and the position of the LED lamp cannot be adjusted

Once the position of the LED lamp needs to be adjusted or the irradiation angle needs to be changed, the entire LED lamp must be disassembled, and then the position must be re-determined before installation. This not only increases the workload of the maintenance and installation personnel, increases the installation cost, and affects the LED lamp Normal use shortens the service life of LED lights

[0003] At the same time, the LED lamps on the existing market are still dominated by traditional lamps, which have less light color and cannot meet the diverse needs of users. Moreover, traditional lamps use power switches to control the lighting or extinguishing of bulbs. For those who are far away from the switch or who are not familiar with the position of the power switch, it will be very inconvenient to turn on the power switch. The function is relatively single, the intelligence is low, and flexible color changing cannot be realized. Therefore, the multi-storage characteristics of LEDs have not been brought into play.

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