CN205283891U

CN205283891U - Intelligence lighting control device

Info

Publication number: CN205283891U
Application number: CN201620000767.9U
Authority: CN
Inventors: 钟春良; 戴圣伟; 赵永攀; 罗兰娥; 蔡胜强; 李志斌
Original assignee: Hunan University of Technology
Current assignee: Hunan University of Technology
Priority date: 2016-01-04
Filing date: 2016-01-04
Publication date: 2016-06-01
Anticipated expiration: 2026-01-04

Abstract

Intelligence lighting control device mainly includes the minimum system of STM32F103, the minimum system of STC89C52 singlechip, pyroelectric infrared sensor, photosensitive sensor, LED lighting module, DS1302 clock module, display module, through the minimum system of the minimum system control STC89C52 singlechip of STM32F103, and the intelligent control of realization light.

Description

Intelligent light controller

Technical field

The utility model intelligent light controller, relates generally to Intelligent household light control, intelligent control, it may also be useful to convenient.

Background technology

First intelligent building occurred in the U.S. in 1984 in the world, and hereafter, the comparatively flourishing country of the economic conditions such as the U.S., Europe, Canada and South East Asia successively proposes various automation solutions with regard to intelligent building. from then on family's automatization is in the U.S., the states such as Japan are all widely used, the automatization of current family is comprehensively towards smart terminal product, towards mobile Internet, cloud computing, the focus directions such as big data are developed, progressively form a complete intelligent household system, after entering into 2015, domestic each great tradition household appliances manufacturer, thing networking company and intelligent movable equipment development company have started dense layout intelligence family product, although the solution released successively from each major company and industry situation, special successful story is not also had in the industry to appear suddenly at present, this shows that industry development is still in the exploratory stage at present, but more and more manufacturers starts to get involved and participate in have made the external world recognize, the trend in intelligence household future is irreversible, present "smart" products and technology of Internet of things development are rapidly, therefore the life of people has enjoyment and convenience, owing to current domestic environment lacks this type of intelligent solution, therefore, design native system be intended to for people provide one comfortable, safety and environment of providing amenities for the people, people are allowed to break away from loaded down with trivial details affairs, raise the efficiency, advantage of the present utility model has can light in automatic control room, adopt pyroelectric infrared sensor and photosensor, can Real-Time Monitoring indoor occupant situation and current indoor illumination intensity, so just can ensure there is people when indoor, and automatically open interior lighting system when currently indoor are darker, and automatically close interior lighting system when indoor light is sufficient or indoor are unmanned, thus reach convenient, quick and energy-conservation effect, the simultaneous display time, the working order of room temp and currently each lighting system, can the working order of manual control mode, MANUAL CONTROL mode can be selected, to control the working order of each lighting system, such as standard-sized sheet, Quan Guang, regulate lamplight brightness.

Summary of the invention

Intelligent light controller mainly comprises STM32F103 minimum system, STC89C52 single-chip minimum system, pyroelectric infrared sensor, photosensor, LED illumination module, DS1302 clock module, display module, first STM32F103 is communicated with STC89C52 micro-chip submodule block by serial ports, with the working condition of Real-Time Monitoring and each submodule block of control, opening the light of LED module is controlled by micro-chip submodule block by gathering the data of pyroelectric infrared sensor and photosensor, realize people and carry out the bright people of lamp to combine extraneous illumination intensity information and walk lamp and go out.

Accompanying drawing explanation

Fig. 1 is the utility model entire block diagram;

Fig. 2 is the utility model STM32F103 minimum system schematic circuit;

Fig. 3 is the utility model STC89C52 minimum system schematic circuit;

Fig. 4 is the utility model DS1302 clock module circuit diagram;

Fig. 5 is the utility model pyroelectric infrared sensor module circuit diagram;

Fig. 6 is the utility model photosensitive resistance sensor module circuit diagram.

Embodiment

Fig. 1 is entire block diagram, mainly comprise STM32F103 minimum system, STC89C52 single-chip minimum system, pyroelectric infrared sensor, photosensor, LED illumination module, DS1302 clock module, display module, DS1302 clock module is connected with STM32F103 minimum system, for transmission clock signal, STM32F103 minimum system is connected with STC89C52 single-chip minimum system, control STC89C52 single-chip minimum system, STC89C52 single-chip minimum system and pyroelectric infrared sensor, photosensor is connected with LED illumination module, gather the data of pyroelectric infrared sensor and photosensor, by STC89C52 single-chip minimum system, opening the light of LED illumination module is controlled, display module is connected with STM32F103 minimum system, adopt serial ports to be connected to computer to show.

Fig. 2 is STM32F103 minimum system schematic circuit, mainly comprises reset circuit and crystal oscillator circuit, and reset circuit is made up of button and a resistance and an electric capacity, and crystal oscillator circuit is made up of 25MHz crystal oscillator and two electric capacity.

Fig. 3 is STC89C52 minimum system schematic circuit, forms primarily of reset circuit and crystal oscillator circuit, and reset circuit is made up of button and resistance and an electric capacity, and crystal oscillator circuit is made up of 11.0592MHz crystal oscillator and two electric capacity.

Fig. 4 is DS1302 clock module circuit diagram, the read-write of DS1302 chip only adopts three-wire interface to be connected with CPU, and burst mode can be have employed and operate the clocksignal or RAM data that once can transmit multiple byte, DS1302 chip needs external 32.768kHz crystal oscillator to ensure the work of its normal table.

Fig. 5 is pyroelectric infrared sensor module circuit diagram, and main employing chip BISS0001, when there being people to enter in effective surveyed area, sensor exports high level, otherwise exports lower level.

Fig. 6 is photosensitive resistance sensor module circuit diagram, and photovaristor can change self-resistance size according to intensity of illumination, sends into STC89C52 single-chip minimum system after being changed by a/d converter collector both end voltage.

Claims

1. intelligent light controller, mainly comprise STM32F103 minimum system, STC89C52 single-chip minimum system, pyroelectric infrared sensor, photosensor, LED illumination module, DS1302 clock module, display module, DS1302 clock module is connected with STM32F103 minimum system, for transmission clock signal, STM32F103 minimum system is connected with STC89C52 single-chip minimum system, control STC89C52 single-chip minimum system, STC89C52 single-chip minimum system and pyroelectric infrared sensor, photosensor is connected with LED illumination module, gather the data of pyroelectric infrared sensor and photosensor, by STC89C52 single-chip minimum system, opening the light of LED illumination module is controlled, display module is connected with STM32F103 minimum system, adopt serial ports to be connected to computer to show.

2. intelligent light controller according to claim 1, it is characterized in that STM32F103 minimum system circuit mainly comprises reset circuit and crystal oscillator circuit, reset circuit is made up of button and a resistance and an electric capacity, and crystal oscillator circuit is made up of 25MHz crystal oscillator and two electric capacity; STC89C52 minimum system circuit forms primarily of reset circuit and crystal oscillator circuit, and reset circuit is made up of button and resistance and an electric capacity, and crystal oscillator circuit is made up of 11.0592MHz crystal oscillator and two electric capacity; DS1302 clock module circuit diagram, the read-write of DS1302 chip only adopts three-wire interface to be connected with CPU, and burst mode can be have employed and operate the clocksignal or RAM data that once can transmit multiple byte, DS1302 chip needs external 32.768kHz crystal oscillator to ensure the work of its normal table; Pyroelectric infrared sensor module circuit mainly adopts chip BISS0001, and when there being people to enter in effective surveyed area, sensor exports high level, otherwise exports lower level; In photosensitive resistance sensor module, photovaristor can change self-resistance size according to intensity of illumination, sends into STC89C52 single-chip minimum system after being changed by a/d converter collector both end voltage.