High-precision wireless transmission photoreceptor

Abstract

The invention discloses a high-precision wireless transmission photoreceptor comprising a pc upper shell ABS, an ABS, a mainboard PCB, an EVA double-sided adhesive tape, a battery and a pc lower shellABS. The upper end of that pc upper shell ABS is provided with the pc lower shell ABS through fixed connection. The pc upper shell ABS and the pc upper shell ABS are internally provided with the ABS,the mainboard PCB, the EVA double-sided adhesive tape and the battery. The ABS is arranged at the upper end of the mainboard PCB. The mainboard PCB is provided with a photosensitive IC, a wireless transmission module and a control chip. The photosensitive IC is arranged at one end of the control chip. The other end of the control chip is provided with the wireless transmission module. The photosensitive IC, the wireless transmission module and the control chip are interconnected through data lines. The measured illuminance value can be transmitted to the lamp and the lamp can be automaticallyadjusted to accurately control the illuminance at the position of the photoreceptor so as to improve the indoor lighting environment to meet the high-end lighting requirements.

Description

technical field [0001] The invention relates to the field of photoreceptors, in particular to a high-precision wireless transmission photoreceptor. Background technique [0002] The current illuminance meters are used for scientific research or industrial purposes, not for civilian use, and the illuminance meters are connected to a liquid crystal screen in a wired manner to read illuminance data. Although the illuminance meter can detect the illuminance, the detected illuminance data cannot be transmitted to other devices (luminaires) for regulation and control. Although the current luminaires can manually adjust the brightness, because the ambient light changes all the time, it is impossible to maintain indoor brightness. The illuminance value is constant, so I provide a high-precision wireless transmission photoreceptor. Contents of the invention [0003] The invention can transmit the illuminance value data detected by the ABS to other devices through the wireless tran...

AI Technical Summary

Problems solved by technology

Although the illuminance meter can detect the illuminance, the detected illuminance data cannot be transmitted to other devices (luminaires) for regulation and control. Although the current luminaires can manually adjust the brightness, because the ambient light changes all the time, it is impossible to maintain indoor brightness. The illuminance value is constant, so I provide a high-precision wireless transmission photoreceptor

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