TWM518355U - Combo control host for intelligent lights and electric device networking - Google Patents

Description

Intelligent lighting and electrical network integrated control host

The present invention relates to a control host, and in particular to an integrated control host for intelligent lighting and electrical networks.

In recent years, singing has become one of the popular leisure activities. People can relieve stress and relax by singing a song, which can enhance the emotion between friends. Therefore, environmental control systems for audiovisual entertainment are becoming increasingly popular.

The environmental control system of the hotel, KTV or home, in addition to the audio-visual host, requires users to purchase various types of additional equipment. The additional equipment can be lighting control module, temperature control module, network equipment, etc. . Such an environmental control system may not be usable because the additional equipment is incompatible with the audiovisual host. In addition, when singing, it can be found that since the lighting control module and the viewing host are two separate devices, the music and the lights are not related to each other and are not synchronized.

Another problem with the above environmental control system is that when additional equipment is purchased, it needs to be used after being pulled by the hydropower master; in addition, when there are too many extra equipment, in addition to causing messy wiring, when the additional equipment fails It is not easy to check the line and repair.

Therefore, the purpose of the present invention is to provide an intelligent lighting and electrical network integrated control host, and it is expected to solve the above various problems.

According to an embodiment of the present invention, an intelligent lighting and electrical network integrated control host is provided, which includes: a power supply for supplying power to the host; and a processor electrically connected to the power supply An integrated communication terminal, which is connected to the processor signal, the integrated communication terminal is used for connecting with the expansion device signal; an audio input terminal is connected to the processor signal, and the audio input terminal is used for receiving an audio signal. The audio is transmitted to the processor, the processor analyzes and processes the audio as a signal; a constant current control module is connected to the processor signal, and the constant current control module receives the signal and controls an external light group; And an audio output connected to the processor signal, the audio output outputting the audio to a speaker.

In the novel intelligent lighting and electrical network integrated control host, the integrated communication terminal can include RS232, RS485 and DC power lines.

In the novel intelligent lighting and electrical network integrated control host, the network terminal and the processor signal connection can be further included, and the intelligent lighting and electrical network integrated control host can receive the audio from the network through the network terminal. .

In the novel intelligent lighting and electrical network integrated control host, the network terminal can be an RJ45 network terminal.

In the novel intelligent lighting and electrical network integrated control host, the external lighting group can be an LED lighting group, a daylighting group or a halogen lighting group.

According to another embodiment of the present invention, an intelligent lighting and appliance network integrated control host is provided, comprising: a power supply for supplying power to the host; and a processor electrically connected to the power supply An audio input terminal is coupled to the processor signal, the audio input terminal is configured to receive an audio and transmit the audio to the processor, the processor analyzes and processes the audio as a signal; a pulse width modulation a transformer connected to the processor signal, the pulse width modulator receiving the signal to generate a sine wave signal; a constant current control module coupled to the pulse width modulator signal, the constant current The control module receives the sine wave signal and controls an external light group; and an audio output terminal is connected to the processor signal, and the audio output terminal outputs the audio to a speaker.

In the intelligent integrated lighting and electrical network integrated control host of the present invention, an integrated communication terminal may be connected to the processor signal, and the integrated communication terminal is used for connecting with the expansion device signal.

In the novel intelligent lighting and electrical network integrated control host, the integrated communication terminal can include RS232, RS485 and DC power lines.

In the intelligent intelligent lighting and electrical network integrated control host, the network terminal and the processor signal connection can be further included, and the intelligent light is included. The integrated control unit of the optical and electrical network can receive the audio from the network through the network terminal.

In the novel intelligent lighting and electrical network integrated control host, the network terminal can be an RJ45 network terminal.

In the novel intelligent lighting and electrical network integrated control host, the external lighting group can be an LED lighting group, a daylighting group or a halogen lighting group.

The intelligent lighting and electrical network integrated control host proposed by the present invention not only synchronizes the illumination source of the audio and the external lighting group, but also integrates and controls the expansion device through the processor to achieve energy saving and cost reduction.

100‧‧‧Intelligent lighting and electrical network integrated control host

110‧‧‧Power supply

120‧‧‧ processor

130‧‧‧Audio input

131‧‧‧frequency line

132‧‧‧Audio preamplifier circuit

140‧‧‧Constant current control module

150‧‧‧Audio output

160‧‧‧Communication end

170‧‧‧Network Terminal

180‧‧‧ Pulse width modulator

200‧‧‧External lighting group

300‧‧‧Speakers

400‧‧‧Expansion equipment

FIG. 1 is a block diagram showing an implementation manner of one of the novel intelligent lighting and electrical network integrated control host.

FIG. 2 is a block diagram showing another embodiment of the novel intelligent lighting and electrical network integrated control host.

Please refer to FIG. 1 , which is a block diagram showing an embodiment of the intelligent lighting and electrical network integrated control host 100 of the present invention. As shown in FIG. 1 , the intelligent lighting and electrical network integrated control host 100 includes: a power supply 110 , a processor 120 , an audio input terminal 130 , a constant current control module 140 , an audio output terminal 150 , One The communication terminal 160 and a network terminal 170 are integrated. The power supply 110 is used to supply power to the intelligent lighting and appliance network integrated control host 100. The processor 120 is electrically connected to the power supply 110. The audio input terminal 130 is connected to the processor 120, and the audio input terminal 130 is configured to receive the audio and then transmit the audio to the processor 120. The processor 120 analyzes the processed audio as a signal. The audio input terminal 130 includes a frequency dividing line 131 and an audio preamplifying circuit 132. The constant current control module 140 is connected to the processor 120 signal, and the constant current control module 140 controls the external light group 200 after receiving the signal. The audio output 150 is coupled to the processor 120 signal, and the audio output outputs audio to a speaker 300. The integrated communication terminal 160 is connected to the processor 120 signal, and the integrated communication terminal 160 is used for signal connection with the expansion device 400. The network terminal 170 is connected to the processor 120 signal, and the intelligent lighting and appliance network integrated control host 100 can receive and play audio from the network through the network terminal 170.

The aforementioned integrated communication terminal 160 may include RS232, RS485, and DC power lines. When there are too many expansion devices, the wiring will become messy, and it is not easy to check and repair when a failure occurs. Although the wireless ZIGBEE system can solve the problem of signal communication, it is still the most reliable way to connect to the Internet in a wired manner. The aforementioned network terminal 170 can be an RJ45 network terminal, which is connected to the computer host through the network hub through the network hub to receive audio from the network. The construction of the network terminal 170 with the RJ45 network terminal increases the convenience of construction and line checking, and the pin definition is similar to that of ETHERNET, so the wrong insertion into the network device does not have any influence. The aforementioned external light group 200 can be an LED light group, a daylight group or a halogen group.

Please refer to FIG. 2 , which is a block diagram showing another embodiment of the intelligent lighting and electrical network integrated control host 100 of the present invention. As can be seen from FIG. 2, the intelligent lighting and electrical network integrated control host 100 includes: a power supply 110, a processor 120, an audio input terminal 130, a pulse width modulator 180, and a constant current control mode. The group 140, an audio output terminal 150, an integrated communication terminal 160, and a network terminal 170. The power supply 110 is used to supply power to the intelligent lighting and appliance network integrated control host 100. The processor 120 is electrically connected to the power supply 110. The audio input terminal 130 is connected to the processor 120, and the audio input terminal 130 is configured to receive the audio and then transmit the audio to the processor 120. The processor 120 analyzes the processed audio as a signal. The audio input terminal 130 includes a frequency dividing line 131 and an audio preamplifying circuit 132. The pulse width modulator 180 is coupled to the processor 120 signal, and the pulse width modulator 180 receives the signal to generate a sine wave signal. The constant current control module 140 is connected to the pulse width modulator 180 signal, and the constant current control module 140 receives an external light group 200 after receiving the sine wave signal. The audio output 150 is coupled to the processor 120 signal, and the audio output outputs audio to a speaker 300. The integrated communication terminal 160 is connected to the processor 120 signal, and the integrated communication terminal 160 is used for signal connection with the expansion device 400. The network terminal 170 is connected to the processor 120 signal, and the intelligent lighting and appliance network integrated control host 100 can receive and play audio from the network through the network terminal 170.

The aforementioned integrated communication terminal 160 may include RS232, RS485, and DC power lines. When there are too many expansion devices, the wiring will become messy, and it is not easy to check and repair when a failure occurs. Although wireless The ZIGBEE system solves the problem of signal communication, but it is still the most reliable way to connect to the Internet in a wired manner. The aforementioned network terminal 170 can be an RJ45 network terminal, which is connected to the computer host through the network hub through the network hub to receive audio from the network. The construction of the network terminal 170 with the RJ45 network terminal increases the convenience of construction and line checking, and the pin definition is similar to that of ETHERNET, so the wrong insertion into the network device does not have any influence. The aforementioned external light group 200 can be an LED light group, a daylight group or a halogen group.

Because the LED lighting group cannot be changed by voltage adjustment, the intelligent lighting and electrical network integrated control host 100 of FIG. 2 generates a sine wave signal through the pulse width modulator 180 to control the brightness of the LED lighting group. Generally, the pulse width modulator 180 generates a square wave, which is susceptible to conducted radiation interference on its line, and the frequency of the LED group is controlled to be no less than about 1 kHz, which may be boosted by the inductance of the line. The effect, on the contrary, results in an irrelevant life shortening. Therefore, the sine wave signal reduces the generation of conducted radiation, the life of the LED light group is also greatly increased, and because there is no harmonic, the light of the LED light group is relatively uniform, soft and does not hurt the eye.

In summary, the novel intelligent lighting and electrical network integrated control host has the following advantages: first, the audio and the external lighting group are synchronized; and second, through the processor integrated control expansion device to achieve energy saving and reduction Cost; Thirdly, through the integrated communication terminal including RS232, RS485 and DC power lines, in addition to making the expansion equipment can be integrated through simple connection, it can improve the line check and maintenance when the fault occurs. Fourth, through the sine wave signal to control the light and dark of the lighting group, in addition to increasing the life of the lighting group, the light can be more uniform, soft and not eye-catching.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100‧‧‧Intelligent lighting and electrical network integrated control host

110‧‧‧Power supply

120‧‧‧ processor

130‧‧‧Audio input

131‧‧‧frequency line

132‧‧‧Audio preamplifier circuit

140‧‧‧Constant current control module

150‧‧‧Audio output

160‧‧‧Communication end

170‧‧‧Network Terminal

180‧‧‧ Pulse width modulator

200‧‧‧External lighting group

300‧‧‧Speakers

400‧‧‧Expansion equipment

Claims (11)

An intelligent lighting and appliance network integrated control host includes: a power supply for supplying power to the host; a processor electrically connected to the power supply; an integrated communication terminal, and the a processor signal connection, the integrated communication terminal is configured to be connected to the expansion device signal; an audio input terminal is connected to the processor signal, and the audio input terminal is configured to receive an audio and transmit the audio to the processor, where The processor analyzes and processes the audio as a signal; a constant current control module is connected to the processor signal, the constant current control module receives the signal and controls an external light group; and an audio output terminal, and the The processor signal is connected, and the audio output outputs the audio to a speaker. For example, the host of the patent application scope 1 includes the RS232, RS485 and DC power lines. The host of claim 1 further includes a network terminal connected to the processor signal, and the host receives the audio from the network through the network terminal. For example, the host of claim 3, wherein the network terminal is an RJ45 network terminal. For example, in the host of claim 1, the external light group is an LED light group, a daylight group or a halogen group. An intelligent lighting and electrical network integrated control host, which comprises: a power supply for supplying power to the host; a processor electrically connected to the power supply; an audio input connected to the processor signal, the audio input being used to receive an audio Transmitting the audio to the processor, the processor analyzing and processing the audio as a signal; a pulse width modulator connected to the processor signal, the pulse width modulator receiving the signal to generate a sine a constant current control module connected to the pulse width modulator signal, the constant current control module receiving the sine wave signal and controlling an external light group; and an audio output terminal, and the processing The signal is connected, and the audio output outputs the audio to a speaker. For example, the host of claim 6 includes an integrated communication terminal connected to the processor signal, and the integrated communication terminal is used for connecting with the expansion device signal. For example, the host of the patent application scope 7, wherein the integrated communication terminal includes RS232, RS485 and DC power lines. The host of claim 6 further includes a network terminal connected to the processor signal, and the host receives the audio from the network through the network terminal. For example, in the host of claim 9, wherein the network terminal is an RJ45 network terminal. For example, the host of the sixth application patent scope, wherein the external lighting group is an LED lighting group, a daylighting group or a halogen lighting group.