CN204178210U - Intelligent control device and intelligent control system - Google Patents

Abstract

The utility model relates to an intelligent control device and intelligent control system, this intelligent control device includes a microprocessor, a first communication unit, a second communication unit, a digital signal input unit, an analog signal input unit, a digital signal output unit, an analog signal output unit, a first communication unit, the second communication unit, digital signal input unit, analog signal input unit, digital signal output unit, analog signal output unit electric connection respectively in microprocessor, this intelligent control system includes a plurality of intelligent control device as foretell, electric connection between a plurality of intelligent control device. The intelligent control device and the intelligent control system have the intelligent control function, and are low in cost and low in energy consumption.

Description

Intelligent control device and intelligent control system

【Technical field】

The utility model relates to the technical field of intelligent control, in particular to an intelligent control device and an intelligent control system.

【Background technique】

With the improvement of people's living standards, the application of intelligent products is becoming more and more complex and colorful. Simple switch control can no longer meet people's growing needs. Therefore, the control system in life is required to have the function of intelligent control.

In the current advanced technology applications, most of them have a complete central management and automatic control system, and some control devices use PLC (ProgrammableLogic Controller, Programmable Logic Controller) for internal program settings, and their digital signals and analog signals are usually divided into With two different channels, a PLC can either access digital signals or analog signals, which cannot realize integrated control of digital signals and analog signals, and this technology is too costly and consumes a lot of energy, so it is not suitable for people's daily life middle.

【Content of utility model】

In order to overcome many problems in the prior art, the utility model provides an intelligent control device and an intelligent control system with intelligent control function, low cost and low energy consumption.

The solution to the technical problem of the utility model is to provide an intelligent control device, which includes a microprocessor, a first communication unit, a second communication unit, a digital signal input unit, an analog signal input unit, A digital signal output unit, an analog signal output unit, the first communication unit, the second communication unit, the digital signal input unit, the analog signal input unit, the digital signal output unit, and the analog signal output unit are respectively electrically connected to the microprocessor.

Preferably, it further includes a self-detection unit, the self-detection unit is electrically connected to the microprocessor, and a calibration module is built in the self-detection unit.

Preferably, it further includes an AC-to-DC unit, and the AC-to-DC unit is electrically connected to the microprocessor.

Preferably, it further includes a PWM adjustment unit, which is a single or multiple PWM output loops, the output loops are connected with lamps, and the PWM adjustment unit is electrically connected to the microprocessor.

Preferably, a system protection unit is further included, and the system protection unit is electrically connected to the microprocessor.

Preferably, it further includes a load feedback detection unit, and the load feedback detection unit is electrically connected to the microprocessor.

Preferably, the AC-to-DC unit is externally connected with a solar battery.

Another solution of the utility model to solve the technical problem is to provide an intelligent control system, the intelligent control system includes a plurality of intelligent control devices as described above, and the multiple intelligent control devices are electrically connected.

Preferably, the second communication unit is wirelessly or wiredly connected to an access device, the access device is connected to the digital signal output unit and/or the analog signal output unit, and the access device includes household appliances and/or lamps, wherein the household appliances are TV, refrigerator, air conditioner.

Preferably, the intelligent control system further includes a monitoring platform, the monitoring platform is connected to the intelligent control device, and the monitoring platform is one or more of a mobile phone, a computer, a tablet computer, a personal computer or a cloud system.

Compared with the prior art, the intelligent control device of the utility model adopts a microprocessor to control the working status of other functional units, the cost of the microprocessor is low, and different types of signals are selected to enter the digital signal input unit or analog signal input according to their types Unit, and then processed by the microprocessor, and then sent to the digital signal output unit or the analog signal output unit according to the processed signal type. Overall, the intelligent control device is low in cost and can realize integrated control of digital signals and analog signals. Any equipment can be connected to the intelligent control device, such as electrical appliances based on power carrier system, equipment based on network signals, cable TV , any wireless device, etc., can be connected to the intelligent control device, and it does not need to lay out an additional power system, etc., and it can use the existing power system to achieve corresponding control. The intelligent control device can be fully controlled through an APP control platform, and it does not need to be controlled separately through multiple APPs.

The intelligent control device of the utility model detects the temperature/humidity of the surrounding environment through the self-detection unit, and can also detect hardware circuits such as supply voltage/current stability, memory, output/input circuit, etc. The intelligent control device enables the intelligent control device to control the power according to the actual needs through the PWM adjustment unit, so that the power supply varies with the required power and saves energy. The intelligent control device converts AC power into DC power through the AC-to-DC unit, so that all connected devices are directly connected to DC power, which is safer and more reliable than AC power. The solar cells we currently use convert light energy into electrical energy. It is direct current, which usually requires a solar inverter to convert the direct current into alternating current before it can be used, and this intelligent control device can realize that even solar cells can be directly incorporated into use.

In the intelligent control system of the present utility model, the intelligent control device is highly integrated and small in size, and its size is about 10cm*10cm, and it has the characteristics of open setting, and its function can be modified according to actual needs. The intelligent control device can be connected to light control, anti-theft or other functional equipment in restaurants to achieve corresponding functions. In addition, the intelligent control device can be superimposed in the intelligent control system, for example, in a room with many access devices. A plurality of intelligent control devices are set, and the intelligent control devices in the intelligent control system can communicate with each other, and can be controlled and sensed as a whole, which is very simple and practical. In addition, users can set various scene modes on the monitoring platform to facilitate integrated control of multiple devices. Convenience. The intelligent control device in the intelligent control system 1 automatically uploads the processing of signals and the transmission of data to the APP through the first communication unit, and the user can read it in real time at any time without having to read it out after retrieval. The self-detection unit in each intelligent control device can transmit the result of its detection to the monitoring platform through the first communication unit and inform the current state, and its internal correction module can correct and detect the data it senses, such as If a large error occurs, the intelligent control device will automatically report an error and feed the information back to the monitoring platform to ensure the normal operation of the system.

【Description of drawings】

Fig. 1 is a schematic diagram of the circuit module structure of the intelligent control device of the present invention.

Fig. 2 is a schematic diagram of the circuit module structure of the intelligent control system of the present invention.

【Detailed ways】

In order to make the purpose, technical solutions and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and implementation examples. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Referring to Fig. 1, the utility model intelligent control device 10 includes a microprocessor 101, which further includes an AC to DC unit 102, a first communication unit 103, a second communication unit 104, a digital signal input unit 105, and a digital signal output unit 106 , an analog signal input unit 107 , an analog signal output unit 108 , a PWM adjustment unit 109 , a system protection unit 110 , a self-detection unit 111 and a load feedback detection unit 112 , and these units are electrically connected to the microprocessor 101 .

Please refer to Fig. 2, the intelligent control device 10 can be used in various occasions such as light control, anti-theft and restaurants in the room, it can be set in a single room in the room, and can also be stacked, and communicate with each other through multiple intelligent control devices 10, The intelligent control device 10 forms an intelligent control system 1 by connecting a monitoring platform 200, an access device 340, a power supply (unlabeled) and a hub (unlabeled), etc., and the monitoring platform 200 can be a mobile phone, a computer, a tablet computer, or a personal computer Or cloud systems or mobile devices and other devices with wired or wireless transmission functions or graphic control interface software. The access device 340 includes home appliances (not shown), lamps (not shown), air valves, water valves, etc., among which home appliances The equipment can be sensors, televisions, refrigerators, air conditioners and other equipment, and the lamps can be various lighting equipment. The user can install an APP on the monitoring platform 200 and connect with the intelligent control device 10 through wireless communication to realize remote control. The monitoring platform 200 can also be placed in a corresponding room or corridor, and it is wired or wirelessly connected with the intelligent control device 10 . The APP interface of the client can also be set with multiple scenarios, which can be set for one access device 340 or set for multiple access devices 340 collectively. The user can control through the APP client, and the access device 340 can choose wired or wireless connection to the digital signal output unit 106 or the analog signal output unit 108 or the second communication unit 104 according to the specific device.

The microprocessor 101 controls the working status of each functional unit in the intelligent control device 10, and it has processing functions such as calculation/system operation/control/input/output/communication/analog signal to digital signal/digital signal to analog signal, etc. The microprocessor 101 is small in size and light in weight.

The AC to DC unit 102 is mainly responsible for converting the 100-240V AC power into 3V/5V/12V/24V-48V DC power. The converted voltage is used to supply the circuit and output the voltage used by the load. The current output value can be used as needed volume is adjusted. The intelligent control device 10 converts AC power into DC power through the AC-to-DC unit 102, so that all connected devices 340 are directly connected to DC power, which is safer and more reliable than AC power. The solar cells we currently use convert light energy into electrical energy The final obtained is direct current, which usually requires a solar inverter to convert the direct current into alternating current before it can be used, and the intelligent control device 10 can realize that even solar cells can be directly incorporated into use, and the alternating current to direct current unit 102 A solar battery (not shown) is externally connected to provide power for all functional units.

The first communication unit 103 is a communication unit for signal transmission between the intelligent control device 10 and the outside, and it is mainly responsible for external two-way communication. According to the different communication modes of the system, it can be adjusted to wired communication, such as RS-232/RS-485/CAN_BUS Communication modes such as /network/power carrier, which can also be adjusted to wireless communication, such as wireless network/Bluetooth/Zigbee/infrared and other wireless frequency bands and other wireless communication modes, the wired communication and wireless communication can be single communication or multiple communication modes Mixed use. When the first communication unit 103 receives an external signal, it transmits the signal to the microprocessor 101 for processing, and the microprocessor 101 notifies the second communication unit 104/digital signal of the processed signal according to the instruction of the first communication unit 103. The signal output unit 106 /analog signal output unit 108 /PWM adjustment unit 109 makes corresponding actions, and then the first communication unit 103 feeds back the corresponding electrical signal to the monitoring platform 200 .

The second communication unit 104 is connected to the access device 340, which is a two-way communication system connected by internal control, and like the first communication unit 103, it can be adjusted to be used in a mixed mode of wired communication, wireless communication and multiple communication modes. The second communication unit 104 receives the action instruction from the microprocessor 101 and converts the signal into a communication format and transmits it to the access device 340 for wired or wireless communication with it.

The digital signal input unit 105 mainly receives action signals such as HI-LO/LO-HI, and is connected to an action device (not shown) corresponding to the access device 340, which is usually a passive switch or an N/P type set output device or load output device. After the external digital signal enters the digital signal input unit 105, it is transferred to the microprocessor 101 for processing, and the processed signal is notified to the digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 And do corresponding actions, then the first communication unit 103 transmits the signal to the monitoring platform 200 and informs the status of the device corresponding to the current digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 .

The digital signal output unit 106 mainly outputs action signals such as HI-LO/LO-HI, and the output mode is N/P type collective output or load type output.

The analog signal input unit 107 is mainly used for accessing sensing devices (such as temperature and humidity, smell, key pressure, etc.), and receives signals from the sensing devices. The analog signal input unit 107 receives 0-25mA current or 0-10V voltage, processes the received current or voltage in the microprocessor 101 and converts it into a digital signal. After the external analog signal enters the analog signal input unit 107, it is transferred to the microprocessor 101 for processing, and the processed signal is notified to the digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 And take corresponding actions, and then the first communication unit 103 transmits the signal to the monitoring platform 200 and informs the current digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 corresponding to the access device 340 status.

The analog signal output unit 108 mainly outputs analog signals such as 0-25mA current or 0-10V voltage, and it can also convert the digital signal processed by the microprocessor 101 into an analog signal.

The PWM (Pulse Width Modulation, pulse width modulation) adjustment unit 109 is a single or multiple PWM output circuits, and the PWM output circuits are connected with load LEDs. The number of the output circuits and the current or voltage of the output load can be increased or decreased according to actual needs. , the main function of the PWM adjustment unit 109 is LED dimming or ON/OFF control, its control voltage is a DC voltage of 5V-48V, and its control current is zero to tens of amperes. The PWM adjustment unit 109 can perform dimming or ON/OFF control according to various specifications of lamps, and each circuit can be connected in series or in parallel with one to hundreds of LED lamps. The current or voltage of the output load of the PWM adjustment unit 109 can be increased or decreased according to actual needs.

The system protection unit 110 has a system automatic protection function. When problems such as circuit overload/overtemperature/load and circuit short circuit/component burnout/external interference occur, the system protection unit 110 will reflect these emergencies to the microprocessor in real time 101 and take relevant measures to protect the safety of circuits and systems.

The self-detection unit 111 is mainly responsible for self-function detection, such as the detection of the temperature/humidity of the surrounding environment, the detection of hardware circuits such as supply voltage/current stability, memory, output/input circuits, etc., and the detection results are passed through the first The communication unit 103 transmits to the monitoring platform 200 and informs the current status to ensure that the system operates normally. The self-detection unit 111 is provided with a plurality of calibration modules 1111. The calibration module 1111 performs calibration and detection on the sensed data. If a large error occurs, the intelligent control device 10 will automatically report an error and feed back the information. Give the monitoring platform 200.

The load feedback detection unit 112 is mainly used to detect the PWM load voltage/current/impedance/frequency of each loop, and at the same time adjust the PWM output state to ensure the stability and consistency of the output load. The load feedback detection unit 112 transmits the back-end load signal to the microprocessor 101, and the microprocessor 101 analyzes according to the internal planning program and then notifies the analyzed data to the digital signal output unit 106/analog signal output unit 108 /the second communication unit 104/PWM adjustment unit 109 and perform corresponding actions, and then the first communication unit 103 transmits the signal to the monitoring platform 200 and informs the current digital signal output unit 106/analog signal output unit 108/second communication unit 104/The state of the access device 340 corresponding to the PWM adjustment unit 109 .

The user can directly issue commands through the monitoring platform 200 , or directly act on an action device connected to the digital signal input unit 105 to control the access device 340 . When the monitoring platform 200 sends an instruction, the first communication unit 103 transmits the signal to the microprocessor 101 after receiving the signal, and the microprocessor 101 first accesses the digital signal input unit 105 or the analog signal input unit 107 arranged in the room , when it is in a busy state, it means that a user in the room is sending commands to the intelligent control device 10, the microprocessor 101 suspends the processing of the signal sent by the monitoring platform 200, and it inputs the digital signal set in the room The unit 105 or the analog signal input unit 107 is accessed in real time, and when it is in an idle state, the microprocessor 101 executes the signal instruction from the monitoring platform 200 . The mode received by the first communication unit 103 can be adjusted to wired communication, wireless communication or multiple communication modes according to the different communication modes of the system. The received signal is transmitted to the microprocessor 101 for processing, and the microprocessor 101 passes the system protection unit 110 Carry out system detection. If problems such as circuit overload/overtemperature/load and circuit short circuit/component burnout/external interference are detected in the connected circuit, the system protection unit 110 will transmit these emergencies to the microcomputer in real time. The processor 101 and the microprocessor 101 return the abnormal signal to the monitoring platform 200 through the first communication unit 103, and at the same time take relevant measures to protect the safety of the circuit and system. If the system protection unit 110 does not detect the abnormal signal, then The processor 101 sends the signal to the self-detection unit 111, and the self-detection unit 111 detects whether the temperature/humidity of the surrounding environment and the supply voltage/current stability/memory/output/input circuit of the hardware circuit are normal. When an abnormal situation occurs, the correction module 1111 in the self-detection unit 111 corrects the sensed data. If a large error occurs, the self-detection unit 111 returns an abnormal signal to the microprocessor 101 and the microprocessor 101 101 returns the abnormal signal to the monitoring platform 200 through the first communication unit 103, and informs the user of these abnormal conditions. If the signals detected by the system protection unit 110 and the self-detection unit 111 are normal, then the signal is passed to the digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 and corresponding Then the first communication unit 103 transmits the signal to the monitoring platform 200 and informs the current digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 corresponding to the access device 340 state.

When the user directly acts on the action device, the digital signal input unit 105 directly transmits the signal to the microprocessor 101; after the analog signal input unit 107 receives the sensing device signal of the sensing device electrically connected to it, it The signal is transmitted to the microprocessor 101; when an action command is issued through the monitoring platform 200, the signal is transmitted to the microprocessor 101 through the first communication unit 103; the user can set in advance whether to open the system protection unit 110 and self-detection according to actual needs Unit 111, if the system protection unit 110 and the self-detection unit 111 are in the closed state, the microprocessor 101 directly transmits the signal to the digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 And do corresponding actions, then the first communication unit 103 transmits the signal to the monitoring platform 200 and informs the current digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 corresponding access The status of the device 340 . If the system protection unit 110 and the self-detection unit 111 are in an open state, the microprocessor 101 performs system detection through the system protection unit 110, and if it detects that the connected circuit is overloaded/overheated/loaded and circuit shorted/ When there are problems such as component burning/external interference, the system protection unit 110 will transmit these emergencies to the microprocessor 101 in real time, and the microprocessor 101 will return the abnormal signal to the monitoring platform 200 through the first communication unit 103, and at the same time Take relevant measures to protect the safety of the circuit and system. If the system protection unit 110 does not detect an abnormal signal, the microprocessor 101 sends the signal to the self-detection unit 111. The self-detection unit 111 detects the temperature/temperature of the surrounding environment. Humidity and whether the supply voltage/current stability/memory/output/input circuit of the hardware circuit are normal, if an abnormal situation is detected, the correction module 1111 in the self-detection unit 111 will correct the data sensed, if there is For larger errors, the self-detection unit 111 returns abnormal signals to the microprocessor 101 and the microprocessor 101 returns the abnormal signals to the monitoring platform 200 through the first communication unit 103 to inform the user of these abnormal conditions. If the signals detected by the system protection unit 110 and the self-detection unit 111 are normal, the microprocessor 101 transmits the signal to the digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 And take corresponding actions, and then the first communication unit 103 transmits the signal to the monitoring platform 200 and informs the current digital signal output unit 106/analog signal output unit 108/second communication unit 104/PWM adjustment unit 109 corresponding to the access device 340 status. Of course, the user can also set only one of the system protection unit 110 and the self-detection unit 111 according to needs.

When the PWM adjustment unit 109 receives the electrical signal from the microprocessor 101, the PWM adjustment unit 109 will increase or decrease according to the IP address of the lamp set in advance and the output load current or voltage demand provided by the microprocessor 101, and The use of the lamp is detected by the load feedback unit 112. If the lamp fails and the power consumption changes, the load feedback detection unit 112 maintains the brightness of the lamp and sends the abnormal signal back to the microprocessor 101 and the microprocessor 101 Return the abnormal signal to the monitoring platform 200 through the first communication unit 103, and inform the user of these abnormal conditions. If the lamp is in normal use, the PWM adjustment unit 109 can start or close the lamp or dim it. , the PWM adjustment unit 109 digitally controls the analog circuit, and the output PWM signal is applied to the load in a repeated pulse sequence of ON or OFF. When the PWM signal is at a high level, the LED lights Lighting, when the PWM signal is at a low level, the LED light does not light up, because the changing frequency is relatively fast and the human eye has the characteristics of persistence of vision, so we can not feel the indirect light-emitting or non-light-emitting, and can operate at a fixed frequency according to the actual situation The duty cycle is used to realize LED brightness adjustment, which plays a role in energy saving and greatly reduces the cost and power consumption of the entire system.

Compared with the prior art, the intelligent control device 10 of the present utility model adopts the microprocessor 101 to control the working state of other functional units, the cost of the microprocessor 101 is low, and different types of signals are selected to enter the digital signal input unit 105 according to their types Or the analog signal input unit 107 is processed by the microprocessor 101 and sent to the digital signal output unit 106 or the analog signal output unit 108 according to the type of the processed signal. Overall, the intelligent control device 10 is low in cost and can realize integrated control of digital signals and analog signals. Any device can be connected to the intelligent control device 10, such as electrical appliances based on power carrier systems, devices based on network signals, Cable TV, any wireless device, etc. can be connected to the intelligent control device 10, and it does not need to lay out an additional power system, etc., and can realize corresponding control by using the existing power system. The intelligent control device 10 can be generally controlled through an APP control platform, and it does not need to be controlled separately through multiple APPs.

The intelligent control device 10 of the present invention detects the temperature/humidity of the surrounding environment through the self-detection unit 111, and can also detect hardware circuits such as supply voltage/current stability, memory, and output/input circuits. The intelligent control device 10 enables the intelligent control device 10 to control the power according to the actual needs through the PWM adjustment unit 109 , so that the amount of power supply varies with the amount of power required, saving energy. The intelligent control device 10 converts AC power into DC power through the AC-to-DC unit 102, so that all connected devices are directly connected to DC power, which is safer and more reliable than AC power. The solar cells we currently use convert light energy into electrical energy. The obtained direct current can be used only after the direct current is converted into alternating current by a solar inverter, but the intelligent control device 10 can realize that even solar cells can be directly incorporated and used.

In the intelligent control system 1 of the present utility model, the intelligent control device 10 is highly integrated and small in size, and its size is about 10cm*10cm, and it has the characteristics of open setting, and its function can be modified according to actual needs, such as in the home In this case, the intelligent control device 10 can be connected to light control, anti-theft or other functional equipment in restaurants to realize corresponding functions. In addition, the intelligent control device 10 can be superimposed in the intelligent control system 1, for example, in the access device Multiple intelligent control devices 10 are set in more rooms, and the intelligent control devices 10 in the intelligent control system 1 can communicate with each other, and can be controlled and sensed as a whole, which is very simple and practical. Furthermore, the user can set various scene modes on the monitoring platform 200 to facilitate the integrated control of multiple devices. For example, the user sets scene mode 1, which can turn on the lights and air conditioners in the room at the same time, which makes the user experience diversified. Easy to use. The intelligent control device 10 in the intelligent control system 1 automatically uploads the processing of signals and the transmission of data to the APP through the first communication unit 103, and the user can read it in real time at any time without having to read it after calling it out. Pick. The self-detection unit 111 in each intelligent control device 10 can transmit the result of its detection to the monitoring platform 200 through the first communication unit 103 and inform the current state, and its internal correction module 1111 can detect the data Carry out calibration and detection, if there is a large error, the intelligent control device 10 will automatically report an error and feed back the information to the monitoring platform 200, so as to ensure the normal operation of the system.

The above description is only a preferred embodiment of the utility model, and is not intended to limit the utility model. Any modification made within the principles of the utility model, equivalent replacement and improvement, etc. should include the protection of the utility model. within range.

Claims (10)

1. an intelligent controlling device, it is characterized in that: this intelligent controlling device comprises a microprocessor, one first communication unit, one second communication unit, one digital signal input block, a simulating signal input block, a digital signal output unit, one analog signal output unit, the first communication unit, second communication unit, digital signal input block, simulating signal input block, digital signal output unit, analog signal output unit are electrically connected at microprocessor respectively.

2. intelligent controlling device as claimed in claim 1, it is characterized in that: comprise a self-sensing unit further, this self-sensing unit is electrically connected at microprocessor, the built-in correction module of self-sensing unit.

3. intelligent controlling device as claimed in claim 1, it is characterized in that: comprise an interchange further and turn direct current component, this interchange turns direct current component and is electrically connected at microprocessor.

4. intelligent controlling device as claimed in claim 1, it is characterized in that: comprise a PWM regulon further, it is single or multiple PWM output loop, and this output loop is connected with light fixture, and this PWM regulon is electrically connected at microprocessor.

5. intelligent controlling device as claimed in claim 1, it is characterized in that: comprise a system protection unit further, this system protection unit is electrically connected at microprocessor.

6. intelligent controlling device as claimed in claim 1, it is characterized in that: comprise a load feedback detecting unit further, this load feedback detecting unit is electrically connected at microprocessor.

7. intelligent controlling device as claimed in claim 3, is characterized in that: this interchange turns direct current component and is circumscribed with a solar cell.

8. an intelligent control system, is characterized in that: this intelligent control system comprises multiple intelligent controlling device as claimed in claim 1, is electrically connected between multiple intelligent controlling device.

9. intelligent control system as claimed in claim 8, it is characterized in that: second communication unit wireless or wired connection have access device, this access device is connected to digital signal output unit and/or analog signal output unit, this access device comprises home appliance and/or light fixture, and wherein home appliance is TV, refrigerator, air-conditioning.

10. intelligent control system as claimed in claim 8, it is characterized in that: this intelligent control system comprises a monitor supervision platform further, this monitor supervision platform is connected to intelligent controlling device, and this monitor supervision platform is one or more in mobile phone, computer, panel computer, personal computer or cloud system.