The system master circuit online programming module electrical circuit data acquisition system, the clock circuit watcher of the system's system, the system's time circuit relay-driven system, designed and developed to monitor the system's primary program module system's initial improved transient response. The output end also uses a capacitor and, finally, a current working power source to supply power to the end of the control system's single-formula system and other peripheral circuits。
The summary of its power source maps, e. G. Maps, examines the current state of developments in the control of classroom lights, in particular the intelligent control of classroom lights, analyses the rationale and method of realization of classroom light intelligence control, proposes the design of a classroom light intelligence control system based on single-piece machines and, on this basis, develops hardware devices and corresponding software for smart control systems。
The system uses single-piece machines as smart components of control devices, thermal infrared human sensors to detect the presence of human beings, the electrons consisting of a photo-sensitive tripolar tube to detect the intensity of environmental light in accordance with the conditions of reasonable lighting in the classroom, and the system completes its intelligent control of the classroom lighting circuit by identifying and making smart judgements about the human presence and environmental light signals, thus avoiding considerable waste of electricity in the classroom。
The system also has a variety of alarm features, along with anti-disturbing measures such as soft and hardware door dog technology。
Single-piece software is developed in the compilation language and is designed with a modular structure that is well structured and universal to facilitate improvement and expansion。
The system has the advantage of being small, control-friendly, reliable, specialized and cost-effective, and it meets the requirements of classroom light control in all types of universities and colleges to a large extent for energy-saving purposes。
The key word infrared sensors automatically control thermal decomposition, i. E., the current status of the study of classroom light controllers and their existence in the country and abroad, and the objective of the study of content and target content of the study of the subject, the introduction to the subject in the table of contents, the study of the subject, the use of the classroom light control system in the adaptation of existing classroom lighting systems for the purpose of the study of the subject, the humanization of the lighting system and the compatibility of automated manual light control with increased electrical efficiency, with a view to reducing costs through repeated testing and improvement, with the ultimate aim of achieving a more reliable practical promotion。
The subject of this key issue to be addressed is to address the following key issues by piloting various control programmes for the study of classroom lights: control circuits and energy saving sensors for the light circuits and control units themselves, together with the classroom lights, the problem light parameter input for the collection of problem sensor parameters. The classroom light controller for automatic and hand-compatible measures for the acquisition of sensor switches, as well as the analytical classroom light controller for the control programme, will provide effective classroom light intelligence control。
The input parameters are mainly external factors such as the presence of signals in humans and environmental light signals, the intensities of environmental light do not turn on the light when fixed values are reached, the intensity of environmental light is below the fixed threshold and when there is a human presence, and theory and experiments have shown that this method of intelligent control of classroom lamps can achieve the above objectives。
Classroom light controllers are installed in the classroom to avoid direct lighting and human sensors should be placed vertically in the direction of human activity and in the direction of two thermally ejected electrons in the human sensor, thus making human presence more sensitive and reliable for signal collection, while avoiding, to the extent possible, direct blowing of external winds to human sensors。
The controls developed by the system control programme analysis use natural light intensity and human presence as the main input parameters for the controller。
Automatic compatibility with manual control can be achieved。
When the natural light is strong enough, whether human or not, the light is not turned on when the natural light is weak, there are people who are present and over time, and the controller automatically turns on the light until it is delayed after the person has left。
At the same time, control is to be carried out over time, at night beyond point, and if there is a presence, the operation of the automatic controller is to be shut down and manually controlled by a mechanical switch to address the dehumanization of the automated controller due to exceptional circumstances。
The classroom light controllers studied in this paper consist mainly of both hardware and software。
The hardware component is a prerequisite and the basis for the implementation of the system as a whole, providing primarily a platform for the software to run the program。
The software component, which is the signal of the hardware port, is collected and analysed to achieve the functionality to be achieved by the controller, achieves the functionality of a classroom that automatically and manually combines the control device with the smart-lined, serial-to-line, clock-serial end-end output system working light displaying the port-time clock line data id data id data co-entry remoter's online programming end-to-end data acquisition processor receiving the sensor's output signal end-to-end light input light-sensitive tripolar tube input end, especially with the development of mono-machine technology, many of the single machines are functional, no longer need to imitate the real machine, and the ease of use of the single machine is pushed to a new height。
That's the chip。
The chip supports the online programming function, which allows users to program the circuit board directly online through the online programming interface, thus facilitating the revision of the program。
When on-line programming is carried out, a simple programming device based on a working agreement can be programmed using the trigger of the chip and the port of the port through the parallel。
The red on-line programming device is a power signal, the green is a double signal, the yellow is a clock signal light, each of which is about to be consumed. They use a stand-alone buffer that does not affect download lines and user panels. Green flashes can be seen when implementing menu orders, which means that computers can already control download lines and their download lines at normal working voltage, and that part of the computer can work normally, even if it is not connected, and the heart plugs and plugs have triangle marks。
Use easy speed and work shows clear signals。
The system power circuits are subject to voltage, and if a transformer is selected, the current filtering output is often greater, making the voltager more functional and more hot。
So instead of output voltage transformers, output voltage transformers are selected。
The system connects to the power exchange and communicates the transformer to the full current electrolytic capacitor, filtering, and only positive output voltage stabilizers to buffer the load mutation and control。
The hardware design of the system control module takes into account the large number of environmental impacts installed in the system and the fact that the presence of human sensors, such as optically sensitive triodes in classroom control equipment, is often unstable due to changing environmental conditions。
The hardware system control module of the control module is centred on the single-swipe master control module, while the other peripheral circuits consist mainly of the master control module of the power supply module of the download line module system, the hour-deep-of-the-clock device module of the power module of the power module, the digital piping module of the device, which shows the human presence sensor module of the module's optical memory module, the structure frame chart of the main hardware circuit system of the control system, as illustrated by the chart, the main hardware circuit chart system of the control system of the system, the main circuit map system of the system of the control unit of the system, the system of the system of the control of the structure of the door dog, the digital tube of the computer of the module of the module of the light-driven module, the human presence of the sensor module of the module, which is primarily based on the company's primary core card, which is a low power consumption, a bit-process processor, with an online programmable memory, and multi-programs within the tablet。
There are bytes in the tablets, and because of reasonable arrangements for the use of the inner space, there are no expanses, making the circuits simple。
Since the setting parameters of the equipment are modified according to actual needs and require that power outages be able to be saved, the equipment is used to store the setting parameters of the system on a piece basis。
The distribution table for the interface between the port and other peripherals of the system is shown in the table。
In recent years, with the extensive application of the model mono-clipper, the application of software simulations combined to validate as an economic practical extraction peripheral to indicate that the application of the driver's application shows the application of the system's key-key processing program for the design of the system's calibration and problem analysis of the major problems and the failure to analyse the main issues and steps arising from the design of the data acquisition software for the construction of the multi-mission operating system with regard to human presence of sensors, designed by the data acquisition software for human presence of sensors, the installation of time-lock module data for human presence at the time of input of the sensor, has resulted in unnecessary waste of power and economic loss。
As an example of our school, the initial statistics of classrooms and classrooms were based on approximately a shared lamp, calculated at only one hour of light per day. After taking leave, the classroom lamp consumed approximately 10,000 degrees of electricity, and schools spent approximately rmb 10,000 on the cost of electricity in the classroom。
On the other hand, the use of electricity is calculated as a daily waste of hours, amounting to approximately 10,000 tons of electricity per year, accounting for four-quarters of the cost of electricity for classroom lighting。
My province has over 100 colleges and universities and their primary and secondary schools, and if i do, i will waste almost 10,000 tons of electricity a year。
It leads to a huge waste of electricity。
Moreover, the constant expansion of each institution, the expansion of classrooms, and the absence of improvements in the electrical management of classrooms, make it easier to imagine the amount of electricity that is wasted。
For all these reasons, increasing the efficiency of classroom electricity is an important and major measure of energy efficiency in schools, so that the design of automatic control systems for classroom lights is an important tool for energy efficiency。
The study on the content of the study and the content of the subject of the study on objectives included the following: study of human presence detection techniques for standard studies on classroom light lighting needs and the relationship between environmental light and switch lights, detection angle and range study sensor classroom distribution issues, whether a study on parameters related to the determination of human sensors, such as a light sensor or multi-light public sensor, requirements for the setting of parameters for the study of the power supply control unit for the study of light control units, and study on the issue of parameters for artificial setting parameters for electrical preservation, compatible with existing classroom lighting, easy to replace and less vulnerable to theft and imitation, the subject of additional functional content studies such as control technical studies such as maintenance and maintenance of alarms, intended to be addressed by the subject of the subject of the subject of the study on key questions of classroom light controller profiles and the programme for the analysis of the hardware design control module of the control system for the main hardware circuital electrical circuit of the main electrical circuit control system, the electrical electrical system of the online circuit control module of the computer control system, which is designed to be addressed by the programme for the analysis of the classroom light control system control module of the light control
