基于STC89C52单片机的智能台灯的设计摘要：台灯是常用的家庭电器之

Design summary of smart desk lamp based on STC89C52 microcontroller <br><br>: Desk lamp is one of the commonly used household appliances. In today's society, basically every family has more than one desk lamp. The traditional desk lamp is a touch switch button and implements a brightness. When the light intensity is darker at night, the brightness cannot be adjusted. Human eyes can easily damage their eyes when they work in this light mode for a long time. <br>With the advancement of technology, desk lamps have changed from push-button switches to touch-screen types, and desk lamps have changed from one brightness to multi-brightness mode. In order to facilitate parents to remotely teach their children to study, smart desk lamps based on network mode have appeared. The appearance of the table lamp is no longer a single base and pole type, and more varieties and styles have appeared, which is in line with the public's aesthetics. Although there are many functions of table lamps in the current market, their basic modes follow the adjustable brightness. This article uses this as a principle to increase the human body sensing function and discuss the principle of smart table lamps in detail. <br>This design takes the smart desk lamp as the topic to carry out research and discussion. Taking STC89C52RC microcontroller as the core processor, an intelligent desk lamp based on PWM dimming is introduced. In order to facilitate system control, the system is set to two working modes, automatic and manual. In the automatic mode, the photoresistor sensor is used as the light intensity detector. When the ambient light is very strong, the console light goes out, otherwise the desk light gets brighter and brighter. In order to improve the practicability of the desk lamp, the brightness of the desk lamp is set to 10 levels, and the output voltage is adjusted by adjusting the duty cycle of the PWM, and finally the purpose of adjusting the brightness of the desk lamp is realized. At the same time, in order to save electricity, a human body infrared sensor is added to the system, which detects the surrounding light and turns off the lights for 1 minute, and turns on the desk light again when someone passes by. In manual mode, the photoresistor sensor is temporarily dormant, and the brightness of the console light is directly controlled by the button. This paper realizes the design of smart desk lamp. The system is small and convenient, convenient for daily use and maintenance. <br><br>Key words: single chip microcomputer; desk lamp; PWM; human body infrared senso

Design of intelligent table lamp based on STC89C52 single chip microcomputer<br>Abstract: desk lamp is one of the commonly used household appliances. In today's society, basically every family has more than one desk lamp. The traditional desk lamp is a contact switch button and performs a brightness. When the light intensity is dark at night, its brightness cannot be adjusted. It is easy for human eyes to damage their eyes when they work in this lighting mode for a long time.<br>With the progress of science and technology, the desk lamp has changed from key switch to touch screen, and the desk lamp has changed from one brightness to multi brightness mode. In order to facilitate parents' remote guidance of children's learning, intelligent desk lamp based on network mode has emerged. The appearance of table lamps is no longer a single base and strut type, but more varieties and styles appear, which is in line with the public's aesthetics. Although there are many functions of desk lamps in the market, their basic modes follow the principle of adjustable brightness. Based on this principle, this paper increases the human body sensing function and discusses the principle of intelligent desk lamps in detail.<br>This design takes the intelligent desk lamp as the subject for research and discussion. Taking stc89c52rc single chip microcomputer as the core processor, an intelligent desk lamp based on PWM dimming is introduced. In order to facilitate system control, the system is set to automatic and manual working modes. In the automatic mode, the photoresist sensor is used as the light intensity detector. When the ambient light is strong, the table lamp is controlled to go out, on the contrary, the table lamp is brighter and brighter. In order to improve the practicability of the desk lamp, the brightness of the desk lamp is set to 10 levels, and the output voltage is adjusted by adjusting the duty cycle of PWM, so as to finally realize the purpose of adjusting the brightness of the desk lamp. At the same time, in order to save electric energy, the infrared sensor of human body is added in the system to detect that the surrounding control light goes out for 1 minute, and turn on the desk lamp again when someone passes by. In the manual mode, the photoresist sensor is temporarily dormant, and the brightness of the desk lamp is directly controlled by the key. This paper realizes the design of intelligent desk lamp. The system is compact and convenient for daily use and maintenance.<br>Key words: single chip microcomputer; Desk lamp; PWM； Human infrared senso

Design of Intelligent Table Lamp Based on STC89C52 Single Chip MicrocomputerAbstract: Table lamp is one of the commonly used household appliances. Nowadays, basically every family has more than one table lamp. The traditional desk lamp is a touch switch button, and performs a brightness. When the light intensity is dark at night, the brightness cannot be adjusted, and it is easy for human eyes to damage their eyes if they work in this light mode for a long time.With the progress of science and technology, the desk lamp has changed from key-type switch to touch-screen type, and the desk lamp has changed from one brightness to multiple brightness modes. In order to facilitate parents to help their children learn remotely, intelligent desk lamps based on network mode have appeared. The appearance of the desk lamp is no longer a single base and supporting rod type, but more varieties and styles appear, which are in line with the public's aesthetics. Although there are many functions of desk lamps in the market, their basic modes all follow the principle of adjustable brightness. Based on this principle, this paper increases the human body sensing function and discusses the principle of intelligent desk lamps in detail.This design takes intelligent desk lamp as the subject to conduct research and discussion. Taking STC89C52RC microcontroller as the core processor, this paper introduces an intelligent desk lamp based on PWM dimming. For the convenience of system control, the system is set to two working modes: automatic and manual. In the automatic mode, the photosensitive resistance sensor is used as the light intensity detector, and when the ambient light is strong, the table lamp is controlled to go out, whereas the table lamp becomes brighter and brighter. In order to improve the practicability of the table lamp, the brightness of the table lamp is set to 10 levels, and the output voltage is adjusted by adjusting the duty cycle of PWM, so as to finally achieve the purpose of adjusting the brightness of the table lamp. At the same time, in order to save electric energy, a human body infrared sensor is added to the system, which detects that the surrounding light goes out for 1 minute and turns on the desk lamp again when someone passes by. In the manual mode, the photosensitive resistance sensor is temporarily dormant, and the brightness of the desk lamp is directly controlled by the key. This paper realizes the design of intelligent desk lamp. The system is small and convenient, convenient for daily use and maintenance.Keywords: single chip microcomputer; Table lamp; PWM； Human infrared senso