KR200169045Y1 - A memorized controlling device of infrared signal to use the television - Google Patents

Abstract

The present invention is a controller for receiving a signal of the infrared signal generating remote control to control and use a variety of devices in a variety of control forms, and by connecting the controller to a television to use the television for normal television use of the infrared signal generating remote control It is intended to be used as a video output means of various devices connected to it by the operation,

Placement unit 104 where the television 300 is placed, light receiving unit 103 for receiving a signal from the remote controller 200, and an operation unit 102 connected to the internal memory button input unit 12 so as to operate the received signal from the outside. ), A main body 101 including a display unit 105 for displaying a clock, a television 300, and a connection terminal unit 106 for connecting various devices, and a television 300 and various devices embedded in the main body 101. Infrared signal receiver 11, memory button input unit 12, controller state detection and input unit 13, infrared signal processing unit 14, control unit 15, memory unit to be controlled by one remote control 200 (16), the control signal generation unit 17 can be expected to improve the ease of use of various devices, economic benefits for use and the like.

Description

A memorized controlling device of infrared signal to use the television}

The present invention relates to an infrared signal generating remote control, and more particularly, a controller for receiving a signal of the infrared signal generating remote control and controlling and using various devices in various control forms, and connecting the controller with a television to connect the television. In addition to being used as a normal television, the infrared signal generating remote control can be used as a video output means of various devices connected thereto.

In general, an infrared signal generating remote control (hereinafter referred to as a remote control) is used for various electric and electronic products such as a television, a video recorder (VTR), audio, a lamp, and the like. It is configured to operate only devices with values.

In other words, the television remote control operates only the television, and the audio operates only the audio.

Therefore, even if the same TV remote control has a different code value for each manufacturer and product model, it has one or two remote controllers in various places such as each home, office, and work place. The so-called integrated remote control is implemented so that it can be used together.

However, the integrated remote controller is configured to control a desired device by pressing a button of the specific code value after inputting and storing a specific code value for each product on the remote controller, and the integrated remote controller is configured for each device for operation. In order to input the same code value to the remote controller to match the code value of the built-in means for storing the code values of multiple devices, from this it is possible to control the multiple devices, such integrated remote control is wider It did not have broad applicability (i.e. multiple usability, allowing various types of controls to be linked together and used in one device).

As such, the existing remote control including the integrated remote control is limited to electric and electronic products such as televisions, and the usability according to the control type is also simple. Overcoming these limitations, televisions and door phones and interphones / Application to various devices such as telephones, and the development of products that can be used in a variety of desired control forms according to the various devices desired.

In addition, since the television is only used for a specific purpose, which is a regular television, and is not used for the display of various devices requiring video output, the development of a product that can combine the television as an output means for video output of various devices. It is also required at the same time.

Therefore, in the present invention, a controller is configured to receive a signal from a remote controller and can be controlled in various forms according to a device, and connected to a television to control and use various devices in a desired control form without a separate dedicated remote controller. In addition, it is possible to control and use various devices together, and to provide an advantage of using a television as a video output means by connecting a television to various electric and electronic devices such as a video interphone / telephone as well as a general television application. .

1 is an external perspective view showing a preferred embodiment of the present invention

2 is a block diagram showing the overall configuration to which the present invention is applied

Figure 2a is a block diagram showing the internal configuration of the controller of the present invention

3 is a circuit diagram showing an example of a circuit configuration of the controller of the present invention;

Figure 4 is a block diagram of an example of applying the controller to the door phone

5 is a block diagram of an example in which the controller is applied to an interphone / telephone;

6 is a block diagram of an example in which a controller is applied to an ON / OFF control switch.

7 is a block diagram of an example in which a controller is applied to a telephone line;

☞ Explanation of the major symbols used in the main part of the drawing ☜

11: infrared signal receiver 12: memory button input

13: Control device state detection and input unit 14: Infrared signal processing unit

15: control unit 16: memory unit

17: control signal generator

100: controller

101; body 102; control unit

103; light-receiving portion 104;

105; display unit 106; connection terminal unit

107,107 '; Settlement member 108,108'; Assembly means

200: infrared signal generating remote control 300; television

Figure 1 is an external perspective view of a controller showing a preferred embodiment of the present invention, the present invention is a controller 100 is a button on the front of the main body 101 for the control operation of the various devices are arranged inside the memory button input unit A display unit 105 connected to the control unit 102 and an internal infrared signal receiver 11 to receive a signal from an infrared signal generating remote controller 200 (hereinafter referred to as a remote controller) and a clock 105. ) Is provided, and a connection terminal unit 106 composed of an input / output terminal for connecting the controller 100, the television 300, and various devices is disposed on the rear side, and a settling unit on which the television 300 can be placed. An infrared signal transmitter 172 for transmitting an infrared signal to a signal receiver (infrared signal receiver; not shown) of the television 300 is formed on the front surface of the 104 and the main body 101.

Separate body members 107 and 107 'are provided on both sides of the main body 101 so that the television 300 can be stably placed together with the settling portion 104 on the top surface of the main body 101 according to the width (standard) of the television 300. Detachable coupling bar bar, the mounting member 107, 107 'is coupled to the main body 101 and the assembly means (108, 108') to disassemble and assemble.

That is, by allowing the two sides of the main body 101 to selectively combine the settling members 107, 107 'conforming to the standard of the television 300, the television 300 is stably placed on the top settlement portion 104 of the main body 101. Let go.

The main body 101 and the settled members 107 and 107 'can be variously implemented by various assembling members such as bolts, as well as assembly means 108 and 108' that can be slidably fitted and separated from each other as shown in the example. Of course it is.

Hereinafter, the internal structure of the controller 100 will be described.

The controller 100 digitally receives the signal input to the infrared signal receiver 11 and the infrared signal receiver 11 including an infrared electronic component such as a phototransistor and a photodiode for receiving an infrared signal transmitted from the remote controller 200. Infrared signal processing unit 14 for converting into a signal, memory button input unit 12 for determining whether or not the digital signal processed by infrared signal processing unit 14 is detected, and controller state detection for detecting and controlling the state of a controlled device And the digital signal processed by the input unit 13 and the infrared signal processing unit 14 and the input contents input from the storage button input unit 12, the state detection of the controller device, and the input signal from the input unit 13 The control unit 15 and the control unit 15 for comparing the signals, controlling the device and transmitting and receiving the control signal and the digital signal stored in the infrared signal processing unit 14 to store the Rib 16, is configured to control signals generated by control unit 15 to the control signal generating unit 17 to convert into a signal for control of the device.

The infrared signal receiving unit 11 inputs an infrared signal transmitted from the infrared signal generating remote controller 200, and the input infrared signal is converted into a digital signal by the infrared signal processing unit 14 to store the processed digital signal in the storage button input unit ( 12), the controller detects the state of the controller and detects the state of the device controlled by the input unit 13, and processes the digital signal and the memory button input unit 12 processed by the infrared signal processor 14. Compare the input signal and the stored signal with the input contents inputted from the state detected by the controller and the inputted input from the input unit 13 and store them in the memory unit 16.

In addition, the control signal generator 17 connected to the memory unit 16 which transmits / receives the control unit 15 and stores the digital signal processed by the infrared signal processor 14 stores the control signal generated by the control unit 15. It is converted into a control signal.

As such, the present invention receives the infrared signal generated from the infrared signal generating remote controller 200 by the infrared signal receiving unit 11 and inputs the electrical and electronic signals (manipulation means such as buttons and switches) of the memory button input unit 12. The memory unit 16 enters and stores the memory.

When the infrared signal is input from the infrared signal generating remote controller 200 to the infrared signal receiving unit 11 while the input to the memory unit 16 is completed by the operation of the memory button input unit 12 as described above, the memory unit 16 The control unit 15 generates a control signal by the controller state detection and input unit 13 which detects and inputs the state of the controlled device when the signal is the same as compared with the signal stored in the control unit, and the signal generated by the control unit 15 Through the control signal generator 17 for converting a control signal into a signal for controlling the corresponding device, it controls various devices connected to the input / output connection terminal and the like.

The control signal generator 17 is an AC controller 17a for controlling AC (AC) power according to the control signal, a DC controller 17b for controlling DC (DC) power, light (infrared rays, LEDs, lamps, etc.). ) Is composed of a light controller 17c for controlling), a wireless controller 17d for controlling a radio signal, a sound controller 17e for controlling a sound (speaker, buzzer), and a motor controller 17f for controlling a motor. The control signal generator 17 is provided with a connection terminal 106 consisting of a plurality of input and output connection terminals to be connected to a plurality of devices as one controller 100.

In addition, in the control signal generation method, the control signal may be generated and controlled by a method of directly controlling the electric and electronic control signals by AC or DC, and all electronic and electronic methods such as light (infrared) or wireless.

On the other hand, the controller 100 may be implemented as a television 300 integrated in the television 300, or the like.

Reference numeral 109 in the figure shows an alarm function button.

The present invention configured as described above is used in various control forms by connecting various devices as shown in FIG. 2 to the controller 100 connected to the television 300, according to the specifications of the television 300 on both sides of the main body 101. After selecting and combining the settled members 107 and 017 'of appropriate sizes as the assembly means 108 and 108', the television 300 is placed and the infrared signal is transmitted to the television 300 from the infrared signal transmitter 172 of the main body 101. It is to control and use a variety of devices connected to it in a state to be as follows, look at the operation of the present invention through the use case for each device as follows.

Use example 1; DOOR-PHONE

4 is a block diagram illustrating an example in which a door phone is connected to a controller. The screen of the television 300 in which the visitor is connected to the controller when the visitor visits is connected by connecting the control signal generator 17 of the controller 100 to the door phone. The output is made through.

In the controller 100, an infrared signal receiving unit 11, an infrared signal receiving unit 11, an input / receiving unit 121, an ON / OFF setting unit 122, and a previous channel key are generated. The memory button input part 12 of the part 123 is comprised.

In addition, the door bell connector 131 connected to the door bell (131a), the television 300 and the television state detection sensor 132a, the outgoing receiver connected to the go out button signal 133a for setting the outgoing state 133, the TV state detection sensor 132a detects the state of the control unit of the television state (ON / OFF) detection unit 132 connected to the television 300, the microphone connection unit 134 connected to the microphone (MIC) 134, and The input unit 13 is configured, and the outgoing button signal 133a of the outgoing and receiving unit 133 prevents the controller 100 from operating.

Meanwhile, the control signal generator 17 is connected to the door camera 174 to transmit an audio signal, and is connected to the television broadcast signal detector 171 connected to the television 300 to transmit an input selection control signal, and the television 300 ) And an infrared signal transmitter 172 for transmitting and receiving an infrared signal, and a speaker 173 for melody transmission.

As such, when the visitor presses the doorbell 131a at the entrance, the controller 100 connected to the door phone and the television 300 outputs a melody sound through the speaker 173 of the controller 100, and the television state detector 132. In the case where the television 300 is in the ON state, the visitor's appearance is output to the television 300 through the door camera (of course, the TV 300 has an external device connection channel (eg, channel 3, etc.) in advance). In the OFF state, the television state detection unit 132 turns on the television 300 according to the detection result through the television state detection sensor 132a, and then outputs the visitor to the television 300.

In this way, the visitor is able to talk to the visitor through the microphone 134 connected to the microphone connection unit 134a of the controller 100 in the state output through the screen of the television 300. The visitor 300 returns to the channel before the visitor is output to the screen or returns to the OFF state.

Of course, when going out to set the above setting to OFF so as not to operate.

Therefore, when there is a visitor's visit, the user can check the visitor through the television 300 connected to the controller 100 at a long distance without moving to the door phone side, and at the same time, send an infrared signal to the controller 100 to control it. The door phone can be controlled by the operation of the remote control.

Use example 2; Interphone / telephone

FIG. 5 is a block diagram illustrating an example of connecting an interphone / telephone to an controller such as an apartment. The controller 100 is connected to an interphone / telephone so that a telephone can be used while a telephone line and a telephone are normally connected. When the intercom line comes in from the guard room, the intercom line is connected to the phone so that it can be used as an interphone.

The controller 100 includes a receiving unit 11 for receiving an infrared signal of an existing infrared signal generating remote controller 200, an interphone / telephone switching unit 124, a memory button input unit 12 of the speaker phone switching unit 125, and an interphone line. The controller state detection and input unit of the interphone line state detection unit 135 and the telephone line state detection unit 136 connected to the interphone line 135b and the telephone line 136b via the sensor 135a and the telephone line sensor 136a. 13) is connected, and the interphone line sensor 135a and the interphone line 135b and the phone line 136b respectively connected to the phone line sensor 136a are connected to and configured with a telephone (handset).

In addition, the interphone / telephone switching unit 175 and the speakerphone switching unit 176 of the control signal generator 17 of the controller 100 are connected to a telephone (handset and speakerphone).

As such, the controller 100 connected to the interphone / telephone is normally connected to the telephone line 136b so that the user can use the telephone. Thus, the controller 100 uses the telephone as usual, and in such a state, the interphone line 135b through the guard room and the like. When a signal is input to the interphone line sensor 135a, the signal of the interphone line 135b is detected and its signal passes through the interphone line state detection unit 135 of the controller 100 and the interphone of the control signal generator 17 It is connected to the phone via the / telephone switching unit 175 enables the interphone call through the interphone line 135b.

At this time, in the case of a telephone connected by a speakerphone, the speakerphone switching unit 176 of the control signal generator 17 is connected to the speakerphone of the telephone, and the user controls the controller with the remote controller 200 at a long distance without directly going to the telephone side. Through the call is possible, the same is true for the telephone call over the telephone line.

Use example 3; ON / OFF switch

FIG. 6 is a block diagram illustrating an example in which a controller is connected to ON / OFF switches of various devices. The controller 100 is connected to ON / OFF switches of various devices to turn on various devices by using an infrared signal generating remote controller 200. / OFF can be controlled.

The controller 100 includes a receiving unit 11 for receiving an infrared signal of an existing infrared signal generating remote controller 200, an ON / OFF function unit 126, a memory button input unit 12, and a controller device state detection sensor 137a. The controller state detection and input unit 13 of the device state input unit 137 connected to and connected is configured, and the device control unit 177 of the control signal generator 17 is connected to the ON / OFF switch 177a of the device. .

As such, the controller 100 connected to the ON / OFF switch 177a of the various devices stores the key signal in advance with the infrared signal generating remote controller 200 and transmits the signal set to the remote controller 200. The receiving unit 11 receives this and the device state input unit 137 connected to the controller state detection sensor 137a of the controller unit detects it and generates a control signal of ON or OFF. Is to control ON / OFF.

Use example 4; Telephone line and controller

FIG. 7 is a block diagram illustrating an example in which a controller is connected to a telephone line. The controller 100 is connected to a telephone line and a controller to remotely control various controllers to be controlled by making a call from the outside. .

The controller 100 includes a receiving unit 11 for receiving an infrared signal of an existing infrared signal generating remote controller 200, a memory button input unit 12 of the outgoing mode input unit 127, a password input unit 128, and a telephone line 138a. Is connected to the phone signal input unit 138, the controller state detection sensor 139a, and the controller state detection and input unit 13 of the controller state input unit 139, and the controller state detection and input unit The telephone signal input unit 138 of (13) is connected with a telephone line 138a, and a voice guidance transmission mode 138b is connected with a telephone signal response unit 178 of the control signal generator 17.

The device controller 179 of the control signal generator 17 is connected to the controller 179a, and the controller 179a is the controller state detection sensor 139a and the controller state input unit 139 as described above. )

In this way, the controller 100 connected to the various controllers 179a transmits the setting key to the receiving unit 11 from the infrared signal generating remote controller 200 in advance. (Going out mode, password, etc.)

Then, after setting the outgoing mode with the remote controller 200 when going out, if you want to control the controller 179a from the outside, make a call to the controller 100 through the telephone signal input unit 138 connected to the telephone line 138a. After confirming the password and confirms the password. (At this time, the password is confirmed by voice and button operation, the circuit configuration for transmission, detection, etc. using the public communication network is a general technology, the controller 100 of the present invention Can be implemented by various applications.)

If the passwords match, the content to be controlled is voiced through the telephone signal response unit 178 of the controller 100.

At this time, if the user wants to control the button input to the remote controller 200 in advance, and when the control of the controller 179a is completed, the confirmation guide is sent out by voice and the user ends the control mode from the outside, that is, the telephone It will be able to control the various controller 179a using.

As described above, the present invention provides a controller 100 capable of controlling a plurality of devices by receiving a signal from one remote controller 200 to control various devices in various control forms with a single remote controller 200. In addition, the present invention provides convenience of using various electric and electronic products, and in addition to the purpose of having the existing television 300 connected to the television 300 connected to the controller 100, the apparatus needs to be connected to various devices. By making it possible to use as a variety of video output means to contribute to the more convenient and profitable cultural life through the expansion of the use of the television 300, etc. The present invention is a complex and compact product of the By providing supply and functionality, we can expect significant economic benefits from their supply and use. The.

Claims (3)

Placement unit 104 where the television 300 is placed, light receiving unit 103 for receiving a signal from the remote controller 200, and an operation unit 102 connected to the internal memory button input unit 12 so as to operate the received signal from the outside. Main body 101 including a display unit 105 for displaying a clock, a television 300, a connection terminal 106 for connecting various devices, and an infrared signal transmitter 172 for transmitting an infrared signal to the television 300 Wow, Settling to stably settle the television 300 to the mounting portion 104 of the main body 101 by selectively detachably coupling the assembly means (108, 108 ') on both sides of the main body 101 in accordance with the specifications of the television 300 Members 107, 107 ', An infrared signal receiver 11, a memory button input unit 12, a controller state detection and input unit 13 embedded in the main body 101 to control the television 300 and various devices with a single remote controller 200. , An infrared signal storage controller using a television, characterized in that it comprises an infrared signal processor (14), a controller (15), a memory unit (16), and a control signal generator (17). The method of claim 1, The main body 101 is built in the television 300, the infrared signal memory controller using a television, characterized in that the integrated configuration with the television (300). The method according to claim 1 or 2, The main body 101 includes an infrared signal receiver 11 for receiving an infrared signal transmitted from the remote controller 200, an infrared signal processor 14 for processing a signal input from the infrared signal receiver 11 as a digital signal, and an infrared signal. A storage button input unit 12 for determining whether the digital signal processed by the processing unit 14 is stored or not, a controller state detection and input unit 13 for detecting and inputting a state of a controlled device, an infrared signal processing unit 14, and a storage button Infrared signal processor 14 for transmitting and receiving to and from the input unit 12, controller state detection and input unit 13, the memory unit 16, the control unit 15 for controlling the control signal generator 17, and the control unit 15 A memory unit 16 for storing the digital signal processed by the control unit; and a control signal generator 17 connected to the device to convert and output the control signal generated by the controller 15 into a control signal of the corresponding device. Infrared using TV to say Pre-signal memory controller.