Lamp controller employing acceleration sensor and control method thereof

Abstract

The invention discloses a lamp controller employing an acceleration sensor and a control method thereof. The lamp controller comprises a sensing unit, a control unit and an execution unit; the sensing unit adopts an acceleration sensor and is used to collect the motion acceleration at the outside of the lamp and send the collected motion acceleration signal to the control unit; a motion database matched with the motion acceleration is arranged in the control unit, when receiving the acceleration signal sent by the sensing unit, the control unit compares the acceleration signal with the motionmode set in the motion database, makes an judgment and sends a motion instruction to the execution unit; and the execution unit receives the instruction of the control unit and conducts intelligentized control to the lamp.

Description

technical field [0001] The invention relates to a lamp, in particular to a lamp controller using an acceleration sensor and a control method thereof. Background technique [0002] Traditional lamps can control the switch, color, brightness, etc. of the lamp in various ways, such as touch, infrared induction, voice control, knob control, etc. in the prior art. However, in actual use, it is found that these control methods have more or less problems. For example, the touch switch is greatly affected by human body induction. Sometimes it may not work when the finger is placed on the metal sheet, and the chip control is too sensitive. Inadvertently touch the lamp to turn it on, causing unnecessary waste; the infrared sensor may not turn on the light if you wear more clothes in winter, or it will automatically turn on the light by sensing sunlight; the voice-activated switch may be affected by cars or noise passing by outside the window And to light up the lights in the corridor...

AI Technical Summary

Problems solved by technology

However, in actual use, it is found that these control methods have more or less problems. For example, the touch switch is greatly affected by human body induction. Sometimes it may not work when the finger is placed on the metal sheet, and the chip control is too sensitive. Inadvertently touch the lamp to turn it on, causing unnecessary waste; the infrared sensor may not turn on the light if you wear more clothes in winter, or it will automatically turn on the light by sensing sunlight; the voice-activated switch may be affected by cars or noise passing by outside the window And to light up the lights in the corridor or in the house, all in all, people hope to make improvements in the intelligent control of lamps and lanterns.

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