KR20230129279A - A control module capable of changing a control code to a receiving unit and a transmitting unit. - Google Patents

Abstract

The present invention relates to a wired/wireless transceiver for controlling the operation of electronic devices. Specifically, the present invention relates to a wired or wireless transceiver for controlling the operation of electronic devices, and is connected wired or wirelessly to various electronic devices to be controlled, including Closed Circuit Television (CCTV), through cables, wireless receivers, or wired/wireless repeaters. Receives the IR signal or RF signal sent from the remote control and changes it to the control code of the grouped electronic devices to be controlled together through preset in response to the control code contained in the signal, allowing the operation of the electronic devices through a single wireless remote control. A control module that can change the control code of the receiver and transmitter that can be controlled remotely.

Description

{A control module capable of changing a control code to a receiving unit and a transmitting unit.}

The present invention relates to a wired/wireless transceiver for controlling the operation of electronic devices. Specifically, the present invention relates to a wired or wireless transceiver for controlling the operation of electronic devices, and is connected wired or wirelessly to various electronic devices to be controlled, including Closed Circuit Television (CCTV), through cables, wireless receivers, or wired/wireless repeaters. Receives the IR signal or RF signal sent from the remote control and changes it to the control code of the grouped electronic devices to be controlled together through preset in response to the control code contained in the signal, allowing the operation of the electronic devices through a single wireless remote control. A control module that can change the control code of the receiver and transmitter that can be controlled remotely.

Recently, as industrial development and living standards have improved, each home is equipped with various electronic devices such as TV, audio, recorder, air conditioner, DVD player, etc. Since each of these electronic devices is controlled using a separate wireless remote controller, wireless remote controllers are required to equal the number of electronic devices, which makes management of the wireless remote controllers difficult.

To solve this problem, various electronic devices can be efficiently controlled using a single wireless remote control, while the Internet of Things environment, where TVs, washing machines, refrigerators, air conditioners, and lighting facilities are all connected to a single home network, is rapidly growing. The need for an integrated remote control that can comprehensively control IoT-related devices is emerging.

In addition, as a way to solve problems arising from the existing method of controlling electronic devices wirelessly, for example, in Korea Patent No. 10-1220037 and Korea Patent No. 10-1216685, an app for controlling electronic devices is installed on a portable terminal. We proposed a method of installing, recording and registering electronic devices with a camera, identifying them as portable terminals, and wirelessly controlling the selected electronic devices using the control program of the portable terminal.

However, in the control method of electronic devices proposed in Republic of Korea Patent No. 10-1220037 and Republic of Korea Patent No. 10-1216685, the electronic device must have a built-in wireless receiver capable of wireless communication with a portable terminal, so wireless In the case of electronic devices without a receiver, wireless remote control was virtually impossible. Accordingly, in order to wirelessly control electronic devices at a short distance, an additional wireless receiver must be installed, but in this case, problems such as additional installation costs for the wireless receiver have occurred.

As another example, Japanese Patent Application Laid-Open No. 2007-235613 proposes a remote control device that ensures accurate remote control for each of several devices, and Japanese Patent Application Laid-Open No. 2010-268290 proposes a remote control transmitter for connecting electronic devices. proposed an electronic device that connects a remote control cable to the remote control cable connector and is equipped with an external remote control sensor device with an enlarged field that can receive infrared signals from the remote control transmitter.

However, in the electronic device connection method proposed in Japanese Patent Application Laid-Open No. 2007-235613 and Japanese Patent Application Laid-Open No. 2010-268290, for example, a relatively high voltage of +5V is logically classified as 'HIGH', 0V. Nearby low voltage is recognized as 'LOW'. At this time, 'HIGH' is calculated as '1' as a digital operation value, and 'LOW' is calculated as '0'.

In this way, when you simply configure a mechanical switch and press the switch, current flows due to the voltage, and the input pin of the processor board of the electronic device is neither +5V nor 0V, but is neither in a floating state nor anything else. It becomes In other words, when the switch is pressed and then released, the voltage applied to the input pin of the processor board becomes floating, so the remaining current may flow in, or the voltage may be applied due to noise in the circuit. Alternatively, it is easily influenced by the external environment and becomes vulnerable to noise, making the processor unable to accurately capture signals. Ultimately, this method causes a problem in which the switch does not function properly.

In the structure of a simple mechanical switch, a pull-up resistor or pull-down resistor method is usually used to prevent the floating phenomenon that occurs at the input terminal of the processor board of an electronic device. It is used. The floating phenomenon can be solved by connecting a resistor between the switch and the voltage side in the circuit. Usually, you just need to connect a 10KΩ resistor to the voltage side. This method is called a pull-up resistor, and the resistance connected between the input/output terminal of the circuit and a low-potential terminal is called a pull-down resistor.

In this way, in the existing connection method that simply connects different electronic devices to one receiver, the receiver and each other electronic device may malfunction or not operate at all. In addition, as apps for controlling electronic devices are installed on portable terminals and wireless receivers are installed to connect wirelessly with electronic devices, if the wireless receiver breaks down, parts are discontinued, making repair impossible or the electronic device must be discarded. Additionally, it is impossible to control it with a remote control, and if the modem or router breaks down, electronic devices cannot be used wirelessly.

Additionally, in order to resolve the floating state in electronic devices, '+' and '-(GND)' must be connected separately. However, in the connection method of electronic devices proposed in Japanese Patent Application Laid-Open No. 2007-235613 and Japanese Patent Application Laid-Open No. 2010-268290, '+' is not connected, but '-' is an electronic device connected to the receiver. are all connected, and as a result, the electronic device connected to the receiver is in a floating state. Additionally, even if the connection is made normally, it may malfunction due to noise over time. This is because not only the amount of current is different for each electronic device, but also the operation method is different. Also, if your electronic device breaks down, you will have to throw away your well-used wireless remote control. This is because it cannot be used if the data code on the receiver and the data code on the wireless remote control are different.

As an alternative to solving these problems, there is a method in which the receiver copies the control code of the wireless remote control, but this method also has no way to input the control code unless it is a dedicated receiver or a dedicated wireless remote control. Also, if the receiver breaks down, you have to throw away the wireless remote control, and if the wireless remote control breaks down, you have to use the receiver without the wireless remote control. Also, if the receiver does not have a control switch, the receiver cannot be used and must be discarded.

Meanwhile, an IR wireless remote control transmits an IR signal, and an RF wireless remote control radiates an RF signal (frequency) to exchange information. The RF wireless remote control is a broadband communication method using RF frequencies and is less affected by climate and environment, so it has the advantage of superior stability compared to the IR method, can link voice and other additional functions, and has a fast transmission speed, so it is mainly used for high-pass and It is used in BIS (Bus Information System) and enables low-power radio wave communication.

However, RF wireless remote controls also have different methods of transmitting frequencies, so even if wireless communication is possible, they cannot be used comfortably. IR wireless remote controls can be easily purchased, but cannot be used if the receiving sensor is obscured by an object. RF wireless remote controls are convenient to use, but they are difficult to obtain and are much more expensive than IR wireless remote controls. In general, there are more cases of not being able to purchase the RF wireless remote control and receiver because the control codes are unknown, rather than not being able to obtain them because the price is high. Even if you purchase the same RF wireless remote control because the control code of the receiver or RF wireless remote control is not known, the RF wireless remote control is not available. cannot be used. This is because the control code on the receiver or RF wireless remote control must be the same for it to work, but the control code on the receiver or RF wireless remote control is different.

KR 10-1220037 B1, 2013. 01. 02. KR 10-1216685 B1, 2012. 12. 21. JP 10-2007-235613 A, 2007. 09. 13. JP 10-2010-268290 A, 2010. 11. 25.

Therefore, the present invention was proposed to solve the problems of the prior art, by sequentially changing the control code of the IR or RF signal transmitted from a wireless remote control that transmits a different control code to suit the control code of each other electronic device. A control module that can change the control code of the receiver and transmitter that can remotely control the operation of various wired or wirelessly connected electronic devices, including CCTV.

The present invention according to one aspect for achieving the above object is a wired/wireless transceiver for controlling electronic devices to be controlled wired or wirelessly, and the electronic devices to be controlled via a cable, wireless receiver, or wired/wireless repeater It is connected to communicate, receives the IR signal or RF signal transmitted from the wireless remote control, changes the control code to the control code for each group of electronic devices grouped through preset in response to the control code contained in the signal, and stores it within the group. Provided is a wired/wireless transceiver for controlling the operation of electronic devices capable of changing control codes, which is characterized in that it controls the operations of electronic devices in batches or sequentially in a set order.

Preferably, the wired/wireless transceiver includes a memory card storing control codes for each group including a plurality of electronic devices and control codes for electronic devices that individually control the electronic devices included in each group; an IR receiver that receives an IR control code included in the IR signal transmitted from the wireless remote control; an RF receiver that receives an RF control code included in the RF signal transmitted from the wireless remote control; An IR transmitter that transmits an IR control code of an electronic device to be controlled among the electronic devices; An RF transmitter that transmits an RF control code for an electronic device to be controlled among the electronic devices; And the IR control code received by the IR receiver or the RF control code received by the RF receiver is compared with the control code for each group stored in the memory card, and if a matching control code exists, the group included in the group with the corresponding control code is compared. Characterized by comprising a control circuit that changes the control code capable of controlling each of the electronic devices into an IR control code or an RF control code corresponding to the IR control code or RF control code and transmits it to the electronic devices through the IR transmitter or the RF transmitter. You can.

Preferably, the electronic devices each include a plurality of functional units, a control switch unit provided with a plurality of switches that respectively control the plurality of functional units, and a control switch unit connected to the control switch unit and provided in the wired/wireless transceiver via a cable. It includes a connector for an external switch connected to a plurality of relays, and the connector for an external switch is connected to each switch of the control switch unit through a cable soldered to the '+' terminal and the '-' terminal of each switch of the control switch unit. It can be characterized as:

Preferably, the plurality of switches constituting the control switch unit are each connected to an external switch connector through a cable, and the external switch connector is connected to a plurality of relays provided in the wired/wireless transceiver through a cable, and the plurality of switches are connected to the plurality of relays provided in the wired/wireless transceiver through a cable. The cable connected to the switch may be connected by soldering to the '+' terminal and '-' terminal of the plurality of switches.

Preferably, when the IR control code or RF control code received from the wireless remote controller matches the group-specific control code stored in the memory card, the control circuit unit controls the electronic devices included in the group with the matching control code. It may be characterized by operating the relay connected to the external switch connector connected to transmitting an IR control code or an RF control code that controls the corresponding electronic devices through the IR transmitter or the RF transmitter, respectively.

As described above, according to the wired/wireless transceiver for controlling the operation of electronic devices capable of changing control codes according to the present invention, the control code of the IR or RF signal transmitted from the wireless remote controller each transmitting a different control code is used to control different electronic devices. By sequentially changing the code to suit, the operation of various electronic devices can be controlled remotely and reliably.

1 is an overall configuration diagram of a wired/wireless transceiver according to an embodiment of the present invention.
Figure 2 is a diagram showing an example of a wireless remote control according to the present invention.
Figure 3 is a configuration diagram showing an example of the wired/wireless transceiver shown in Figure 1.
FIG. 4 is a configuration diagram illustrating the electronic device shown in FIG. 1 as an example.
Figure 5 is a diagram showing the connection structure of the control switch unit according to the present invention.
Figure 13 is a schematic diagram to explain the connection structure of a wired/wireless transceiver or various other electronic devices installed with a receiver and transmitter control module according to the present invention.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms.

The examples herein are provided to make the disclosure of the present invention complete and to fully inform those skilled in the art of the scope of the invention. And the present invention is only defined by the scope of the claims. Accordingly, in some embodiments, well-known components, well-known operations and well-known techniques are not specifically described in order to avoid ambiguous interpretation of the present invention.

Additionally, like reference numerals refer to like elements throughout the specification. Additionally, the terms used (mentioned) in this specification are for describing embodiments and are not intended to limit the present invention. As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. Additionally, components and operations referred to as 'including (or, including)' do not exclude the presence or addition of one or more other components and operations.

Unless otherwise defined, all terms (including technical and scientific terms) used in this specification may be used with meanings that can be commonly understood by those skilled in the art to which the present invention pertains. Additionally, terms defined in commonly used dictionaries are not interpreted ideally or excessively unless they are defined.

Hereinafter, the technical features of the present invention will be described in detail with reference to the attached drawings.

1 is an overall configuration diagram illustrating a wired/wireless transceiver according to an embodiment of the present invention.

Referring to FIG. 1, the wired/wireless transceiver 10 according to an embodiment of the present invention transmits CCTV signals through a cable (extension or distribution cable), a wireless receiver (IR wireless receiver/RF wireless receiver) 37, or a wired/wireless repeater 40. It is connected wired or wirelessly to various electronic devices 30 to be controlled, including a closed circuit television 50, and receives an IR signal or RF signal transmitted from the wireless remote control 20 or the user terminal 70. By changing the control code for each of the grouped electronic devices to be controlled together through settings corresponding to the control code included in the corresponding IR signal or RF signal, the electronic device can be controlled through a plurality of wireless remote controllers 20 or the user terminal 70. A semiconductor chip (hereinafter referred to as a control module) 17a that controls the operation of the devices 30 and stores or controls a plurality of transmission control codes, a plurality of reception control codes, a plurality of relay pin numbers, a plurality of operation times, etc. ) is mounted on one side of the printed circuit board of various electronic devices for wired or wireless control.

Figure 2 is a diagram showing an example to explain a wireless remote control according to the present invention.

As shown in Figures 1 and 2, a simple setting button unit 21 is provided for simple setting. And, it includes a user button unit 22 into which a control code for controlling each electronic device 30 to be controlled by transmitting an IR signal or an RF signal to the wired/wireless transceiver 10 is input.

The simple setting button unit 21 includes set-top box selection buttons that allow the user to select a TV setting button or set-top box brand (company) to be connected. For example, when you press the TV settings button or set-top box selection button, the control code changes to match the TV settings or set-top box brand.

As shown in Figure 2, the user button unit 22 includes various types of buttons that each function independently. For example, it includes buttons that perform various functions, including a channel input button (Arabic numerals), a volume control button (volume), a channel control button (channel), etc., and each button independently controls electronic devices ( 30) control codes can be input respectively.

The user button unit 22 includes an IR user button 22a to input a new IR control code or RF control code to each of the plurality of buttons included in the user button unit 22, or to change a previously entered code. and RF user button 22b may be additionally provided.

For example, as shown in Figure 2, the IR user button 22a and the RF user button 22b may each be provided with four code input and update buttons (User 1 to User 4), and can also be reduced and expanded. . These code input and update buttons (User 1 to User 4) input a control code for controlling electronic devices grouped by the user among the electronic devices 30 into the button of the user button unit 22 or control a pre-entered control code. Can be used to change code.

The electronic devices 30 operate in response to a control signal, either an IR signal or an RF signal transmitted from the wireless remote control 20 or the user terminal 70. The IR signal or RF signal transmitted from the wireless remote control 20 or the user terminal 70 includes control codes that control the operation of the electronic devices 30, respectively.

In addition, the wireless remote control 20 or the user terminal 70 is configured to transmit both an IR signal and an RF signal, and the electronic devices 30 are provided with either an IR receiver or an RF receiver. It operates in response to either an IR signal or an RF signal.

A control code is input to the buttons of the user button unit 22 to control electronic devices grouped in a plurality (there is no limit to the number of grouped electronic devices) by group to enable batch operation processing according to the user's settings. It is done. For example, a code that can control the operation of electronic devices included in one group is entered into one button.

The semiconductor chip (hereinafter referred to as control module) 17a, which stores or controls multiple transmitting control codes, multiple receiving control codes, multiple relay pin numbers, multiple operation times, etc., is used for wired or wireless control. They are each mounted on one side of the printed circuit board of various other electronic devices.

To briefly explain among the plurality of electronic devices that can be used by installing the control module, there are numerous different electronic devices (hereinafter referred to as electronic devices) such as wireless receivers, transmitters, transmitters, transceivers, terminals, cars, air conditioners, TVs, fans, and wireless repeaters. It can be installed and used on a device (referred to as a device).

FIG. 3 is a configuration diagram showing an example to explain the wired/wireless transceiver shown in FIG. 1.

Referring to FIG. 3, the wired/wireless transceiver 10 according to an embodiment of the present invention (hereinafter, a wired/wireless transceiver with a control module installed on a printed circuit board is referred to as a wired/wireless transceiver) is a microcomputer or main board (printed circuit board). Likewise, it includes a control circuit unit 11 that controls the operation of the wired/wireless transceiver 10.

The control circuit unit 11 may have a structure in which an operation chip, a control module 17a, passive elements, and active elements are mounted on a printed circuit board to control the overall operation of the wired/wireless transceiver 10, and may include a plurality of IR/wireless devices. The RF reception module 31, IR/RF (relay pin number) transmission module 32, and transmission/reception (Bluetooth, ZigB, Wi-Fi) module 33 can be attached and detached.

In addition to the wired/wireless transceiver 10, a plurality of receiving modules, transmitting modules, and transmitting/receiving modules may be detachably attached to a plurality of electronic devices.

In addition, the wired/wireless transceiver 10 according to an embodiment of the present invention basically includes a power supply unit 12 that supplies power to the control circuit unit 11 and a power switch 13 that is an operation switch.

The power unit 12 includes a stabilization unit that receives external commercial power, converts it to direct current power, and supplies the stabilized power to the control circuit unit 11, and receives the stabilized power through the stabilization unit, charges it, and generates internal power. It may include a supplied rechargeable battery.

Additionally, the wired/wireless transceiver 10 according to an embodiment of the present invention may further include an input unit 14 to provide a user interface between the user and the wired/wireless transceiver 10. At this time, the input unit 14 may be a touch input method using a button or a display panel 17b.

The user can set or reset the wired/wireless transceiver 10 through the input unit 14 and perform control operations to control the overall operation of the electronic device 30.

In addition, the wired/wireless transceiver 10 includes an IR receiver 15a that receives IR signals and RF signals transmitted from the wireless remote control 20 or the user terminal 70 due to the operation (pressing) of the user button 22. An IR signal that operates the electronic devices included in the group among the electronic devices 30 in response to the IR signal and the RF signal received through the RF receiver 15b, the IR receiver 15a or the RF receiver 15b, and It includes an IR transmitter 18a and an RF transmitter 18b that transmit RF signals.

The IR receiver 15a is comprised of an IR sensor module that receives an IR signal transmitted from the wireless remote control 20 or the user terminal 70, and the RF receiver 15b is configured to receive an IR signal transmitted from the wireless remote control 20 or the user terminal 70. It consists of an RF sensor module that receives RF signals transmitted from ). In addition, the IR transmitter 18a and the RF transmitter 18b respond to the IR signal and the RF signal received from the IR receiver 15a and the RF receiver 15b to control the electronic device 30. Transmits IR and RF signals containing control codes.

In addition, the wired/wireless transceiver 10 according to an embodiment of the present invention controls the operation of the CCTV 50 in conjunction with the CCTV 50, as in Republic of Korea Patent No. 10-2145253 (registration date: 2020.08.11.) It may further include a CCTV interlocking unit 16. At this time, the CCTV linking unit 16 communicates with the CCTV 50 by wire or wirelessly to receive images captured from the CCTV 50 in real time, and receives the IR transmitted from the user terminal 70 through the IoT remote control 60. The operation and shooting direction (angle) of the CCTV (5) can be controlled in response to the signal or RF signal.

In addition, as shown in FIG. 3, the wired/wireless transceiver 10 according to an embodiment of the present invention stores a plurality of transmission control codes, reception control codes, operation time, operation sequence, etc. for controlling the electronic devices 30 to be controlled. Includes a control module 17a.

The control module 17a has a wireless remote control 20 among the electronic devices 30, or a control code of the same IR signal or RF signal transmitted from the user terminal 70 to operate sequentially at set time intervals. Electronic devices can be grouped by the user and stored individually in each group.

In the group control, the control codes such as multiple IR control codes, multiple RF control codes, Bluetooth control codes, ZigBee control codes, Wi-Fi control codes, and multiple relay pin numbers are pre-entered into the transmitter. Multiple group control

This is a method of controlling multiple electronic devices by creating multiple group controls using multiple control codes or multiple relay pin numbers on the transmitter.

For example, as shown in [Table 1], electronic devices 30 to be controlled are grouped to operate sequentially at time intervals using control codes or relays, and are managed by a plurality of groups.

Caller number Enter RF control code Enter IR control code Enter relay pin number One RF1-456123
Memo (door lock open) IR1 A321B33
Memo (TV ON, OFF) R1 relay pin
Memo (gas breaker ON, OFF) 2 RF2-456124
Memo (door lock closed) IR2 A321B34
Memo (fan ON, OFF) R2 relay pin
Memo (computer ON, OFF)
3 RF3-456125
Memo (light 2 on) IR3 --------
memo( ) R3 relay pin
Memo (light 1 ON, OFF) 4 RF4-456126
Memo (light 2 off) IR4 A321B36
Memo (Air conditioner ON, OFF) R4 relay pin

transmitter

Group Control 1 Group Control 2 Group Control 3 RF, IR, R
(Reception control code that can be entered into the receiver) RF, IR, R
(Reception control code that can be entered into the receiver) RF, IR, R
(Reception control code that can be entered into the receiver) Operation sequence
One RF1 - 0.5 second transmission
Memo (door lock open) RF3 - 0.5 second transmission
Memo (light 2 on) RF3 - 0.5 second transmission
Memo (light 2 off) 2 R3 - Continue operation
Memo (light 1 ON, OFF) R2 - 0.5 second relay operation
Memo (computer ON, OFF) R2 - 0.5 second relay operation
Memo (computer ON, OFF) 3 IR4 - 0.5 second transmission
Memo (Air conditioner ON, OFF) IR2 - 0.5 second transmission
Memo (fan ON, OFF) IR2 - 0.5 second transmission
Memo (fan ON, OFF) 4 IR1 - 0.5 second transmission
Memo (TV ON, OFF)





Memo (TV ON, OFF)

group control

As shown in [Table 1] above, a plurality of control codes or a plurality of relay pin numbers are placed on the transmitter to control various different electronic devices by creating a plurality of group controls. You must enter the pin number in advance to use it in group control. For group control, you only need to enter the calling number. For example, the control code that needs to be entered in group control 3 in Table 2 is only RF3-R2-IR2.

As shown in [Table 2] above, in group control 1, the reception control code is input in advance, and the reception control code is input to the group control receiver such as the RF control code, IR control code, and Bluetooth control code to be used among the plurality of buttons on the wireless remote control. and the RF1-control code is sent for 05 seconds, and you do not need to enter any letters in the memo. Door lock Next R3 - Continue operation Memo Lighting 1, IR4 - Send for 0.5 seconds Memo Air Conditioner Next IR1 - Send for 0.5 seconds TV,

To briefly explain group control 1, when the RF or IR control code of the wireless remote control is input to the receiver, (RF1 - 0.5 second transmission) - ( R3 - continuous operation) - (IR4 - 0.5 second transmission) - (IR1 - 0.5 second transmission) When the RF or IR control code of the wireless remote control is input to the receiver in Group Control 2 (RF3 - 0.5 second transmission) - (R2 - 0.5 second relay operation) - ( IR2 - 0.5 second transmission) - (IR2 - 0.5 second transmission) the RF of the wireless remote control is input to the group control 3 Or, when the IR control code is input to the receiver, (RF4 - 0.5 second transmission) - (R2 - 0.5 second relay operation) - (IR2 - 0.5 second transmission) are grouped to operate sequentially at set time intervals.

Grouped electronic devices have multiple controls for batch operation for each group.

Each code is assigned, and the IR signal or RF signal transmitted from the wireless remote controller 20 or the user terminal 70 includes a control code corresponding to the batch control code assigned to the electronic devices for each group.

The same control code can be entered repeatedly in the transmitter, and duplicate transmission is possible. However, the same control code cannot be inputted repeatedly in the receiver. The same control code can be entered in the group control receiver and then entered in the sender, so the received control code is not transmitted again. Once transmitted, it becomes possible to extend and transmit control codes to IR control codes, RF control codes, Bluetooth, etc.

The control module 17a stores control codes of electronic devices for each group assigned to each group and individual control codes that control the operation of electronic devices included in each group.

The control circuit unit 11 includes a control code of an IR signal (hereinafter referred to as IR control code) and a control code of an RF signal (hereinafter referred to as RF control code) transmitted from the wireless remote control 20 or the user terminal 70. When received, the received control code is compared with the batch control code assigned to the electronic devices for each group stored in the control module 17a, and the currently received IR control code, RF control code, or Bluetooth control code determines which group is batch controlled. After determining whether it matches the code, individual control codes of electronic devices belonging to the matching group are transmitted all at once, or the relay 11a operates sequentially at set time intervals.

Meanwhile, the wired/wireless transceiver 10 according to an embodiment of the present invention does not control the operation of the electronic devices 30 by receiving an IR signal or an RF signal from the wireless remote controller 20 or the user terminal 70, but integrates the It can also function as a remote control to independently control the operation of each electronic device 30.

To this end, a tentative name 'integrated remote control app' may be installed on the display panel 17b to control the electronic devices 30 independently from the wireless remote control 20 or the user terminal 70. And, when you run the 'integrated remote control app', icons corresponding to each of the electronic devices you want to control are displayed on the display panel 17b, and when you select one of the displayed icons, the electronic device corresponding to the selected icon is displayed on the screen. An IR signal or RF signal containing an individual control code for controlling the device is transmitted to the electronic device through the IR transmitter 18a or the RF transmitter 18b.

FIG. 4 is a configuration diagram showing an example to explain the electronic device shown in FIG. 1.

Referring to FIG. 4, the electronic device 30 includes a control circuit unit 31 that controls the overall operation of the electronic device 30, a Switching Mode Power Supply (SMPS) 32 that receives and stabilizes external commercial power, and It includes a power switch 33 that turns on/off the electronic device 30, and a control switch unit 34 that controls one or more functional units 36 through the control circuit unit 31.

The control circuit unit 31 may be a microcomputer, main board, or AD board depending on the product, and is a central control circuit unit that controls the main operations of the electronic device 30. Various operation chips are installed on the printed circuit board to control the operation. , it may have a structure in which passive elements and active elements are mounted.

For example, when the electronic device 30 is a TV, the control circuit unit 31 is an AD board, and the function unit 36 is a display panel (liquid crystal panel/PDP panel/organic EL panel), an inverter (TV backlight power supply unit, etc. ), speakers, HD tuner, etc. At this time, the control switch 34 may be a channel adjustment switch for adjusting the TV channel and a volume adjustment switch for adjusting the volume of the TV sound.

In addition, the electronic device 30 receives an IR signal or an RF signal through the IR transmitter 18a or the RF transmitter 18b of the wired/wireless transceiver 10 and is independent of the power switch 33 and the control switch 34. Or, it includes a wireless receiver 37 that controls the operation of the electronic device 30 in conjunction with it.

The wireless receiver 37 is for wireless communication with the wired/wireless transceiver 10, and may or may not be installed depending on the type of electronic devices 30. In other words, it is not an essential component, and is generally installed on frequently used TVs, but is not installed on refrigerators that are always on, or electronic devices such as vacuum cleaners or washing machines that are not used frequently.

Figure 5 is a schematic diagram to explain the connection structure of the control switch unit according to the present invention.

As shown in FIG. 5, the control switch unit 34 includes a plurality of switches 34a and 34b to control each function unit 35, and each function unit (34a, 34b) of the electronic device 30 is connected externally by wire or wirelessly. In order to remotely control the operation of 35), it can be respectively connected to the wired/wireless transceiver 10, the wireless receiver 37, and/or the wired switch 81 via the external switch connector 36.

The external switch connector 36 is connected to each switch 34a and 34b through a connection cable c1. For example, the connection cable c1 is connected and fixed to the '+' terminal and the '-' terminal of the switches 34a and 34b, respectively, by soldering. The number of connection cables c1 connected to the external switch connector 36 may be one or two or more depending on the configuration of the electronic device.

That is, the connection cable c1 is a plurality of external switches corresponding to the plurality of switches 34a and 34b in order to independently control the on/off operation of the electronic device 30 and the plurality of functional units 36. It can be connected to the connector 36. Accordingly, the external switch connector 36 may be provided with a plurality of connector pins corresponding to the number of connection cables c1 to c4.

The number of connector pins provided in the external switch connector 36 may be determined in accordance with the number of connection cables c1 to c4. At this time, it is desirable to configure the connector pins of the external switch connector 36 to the maximum so that expansion is possible. More preferably, the connector 36 for the external switch consists of up to 12 connector pins.

The number of relays 11a is determined depending on the type of electronic device 30 to be controlled. In other words, the number corresponding to the number of switches is required. For example, if the electronic device 30 is a TV, it includes a relay for power on/off (1 pc.), a relay for channel adjustment (+/-, 2 pcs.), and a relay for volume adjustment (+/-, 2 pcs.) A total of 5 are needed. If the electronic device 30 is an air conditioner, a total of 3 relays are required, including a power on/off relay (1) and temperature adjustment relays (+/-, 2).

If the electronic device (30) is a TV, the connection cables (c1 to c4) include a cable for power on/off (1 pc.), a cable for channel adjustment (+/-, 2 pcs.), and a cable for volume control (+/-, 2 pcs.) ), a total of 5 cables are required, and if the electronic device (30) is an air conditioner, a total of 3 cables, including a cable for power on/off (1 cable) and a cable for temperature adjustment (+/-, 2 cables) This is needed.

The wireless receiver 37 may be electrically connected to the external switch connector 36 through at least one extension cable or distribution cable (c2) to extend or distribute the length.

The extension cable or distribution cable (c2) has a connection plug (not shown) at one end to be connected to the connector 36 for an external switch, and a wired switch (not shown) or a wireless receiver 37 at the other end. It can be connected by soldering, or it can be implemented with a connector and plug connection in the same way as the connection method of the connector 36 for an external switch.

The wireless receiver 37 may be an IR sensor or an RF sensor that receives an IR signal or an RF signal transmitted from the IR transmitter 18a or the RF transmitter 18b of the wired/wireless transceiver 10. Accordingly, the IR signal or RF signal transmitted from the IR transmitter 18a or RF transmitter 18b of the wired/wireless transceiver 10 is transmitted through the extension cable or distribution cable c2 and the external switch connector 36. It is transmitted to the control switch unit 34 to control each function unit 35.

The wired switch 81 is a switch for individually wired control of each electronic device 30, and is connected to the external switch connector 36 through an extension cable or distribution cable (c4), and is connected to each electronic device to be controlled. It can be installed in a number corresponding to the number of.

Meanwhile, when one of the buttons provided on the wireless remote control 20 or the user button unit 22 of the user terminal 70 is selected and pressed, an IR signal or RF signal corresponding to the button is transmitted and received (wired or wirelessly) It is received by the IR receiver 15a or the RF receiver 15b of 10), and the relay 11a of the wired/wireless transceiver 10 operates correspondingly, and a connection cable or distribution cable (c3) is connected to the plurality of relays 11a. Each connected electronic device 30 can be controlled wirelessly.

The relay 11a is a device that opens and closes another circuit when the input reaches a certain value. It is one of a contact relay, a thermal relay, a pressure relay, or an optical relay, and is an individual device for each electronic device input to the wired/wireless transceiver 10. It operates according to the control code. These relays 11a may be provided corresponding to the number of electronic devices 30 to be controlled. For example, 8 to 12 relays 11a may be provided, and further expansion is possible.

Meanwhile, the control switch unit 34 provided in each of the different electronic devices 30 is provided with a plurality of switches 34a and 34b, and it is preferable that each of these switches 34a and 34b is connected to a resistance. do. This is because if you connect electrically directly without connecting a resistor, it may malfunction or not work. Another method is to electrically connect the receiver's photo coupler to the switch. However, this method also connects the photo coupler to the switches of different electronic devices, and even if you connect the receiver, it will not work normally for a while. It works, but over time, the receiver stops working or malfunctions. In addition, there are electronic devices that operate normally when a plurality of photo couplers installed in the receiver are electrically connected to a plurality of switches provided in one electronic device, but there are also electronic devices that do not operate normally. For example, there are many electronic devices in which only one switch operates among multiple switches. This is because resistors corresponding to multiple switches are installed in electronic devices, and when all are connected to the receiver, each resistor is connected at once, causing a floating phenomenon. As such, problems do not necessarily arise when connected to different electronic devices.

In order to solve the floating problem, the '+' terminal and the '-' terminal of the switches 34a and 34b must always be kept apart. For this purpose, if the electronic device is controlled by connecting the '+' terminal and the '-' terminal to the relay 11a, the '+' terminal and the '-' terminal are not always connected to a plurality of switches in different electronic devices. The floating problem can be solved by always keeping the '+' and '-' terminals of the switch apart.

Therefore, using a connection cable, the external switch connector 36 is connected by soldering to the '+' terminal and '-' terminal of the switches 34a and 34b of each other electronic device 30, respectively, and the wired and wireless transceiver 10 By connecting to the relay 11a provided in and controlling the relay 11a through the wireless receiver 37 or the wired/wireless transceiver 10, the wireless receiver 37 or This problem can be solved by controlling the wired/wireless transceiver (10).

In addition, the wired/wireless transceiver 10 according to an embodiment of the present invention is provided with an access port 19b so that the code can be changed by collecting or modifying compilation by connecting to a computer with a USB cable.

In addition, the wireless receiver 37 of the wired/wireless transceiver 10 according to an embodiment of the present invention may input a data code that identifies the input key of the dedicated remote control 20' or the user terminal 70 with numbers or letters. collect data, connect the access port (19b) of the wired/wireless transceiver (10) to a computer USB port via a USB cable, store the collected data code in letters or numbers on the computer, and connect the wireless receiver (38) or the wired/wireless transceiver ( 10), or a dedicated remote control (20'), or a user terminal (70) is connected to a computer via a USB cable to connect the wireless receiver (37), a wired/wireless transceiver (10), a dedicated remote control (20'), or a user terminal ( 70) can be used by entering a data code in numbers or letters. And, the control code of the IR signal or the control code of the RF signal is stored in the wired/wireless transceiver 10 as numbers or letters.

Compilation translates a program written in a high-level language (a language that is easy for humans to distinguish, such as CHILL, COBOL, FORTRAN, etc.) into machine language (a language that machines such as computers can understand).

Library [Library]

A library of data is a collection of related files. In inventory management, a set of management files of inventory items can constitute a library of data. A program library is an organized collection of computer programs. A library program refers to a program in a library. Since a program takes three formats from writing to execution: source format, target format, and load format, there are libraries according to the three formats.

Meanwhile, when controlling the electronic devices 30 using the user terminal 70, the IoT remote control 60 can be used. At this time, the screen window of the user terminal 70 may be additionally equipped with a user-defined remote control, and by pressing the user-defined remote control, only the functions required for the electronic devices 30 can be collected and used. For example, buttons for TV power, channels and volume, audio power and volume, computer power and lighting, etc. can be collected and used, and additional buttons can be added.

In addition, the wired/wireless transceiver 10 with the control module 17a installed compiles the IR control code or RF control code transmitted from the wireless remote controller 20 to the IR receiver 15a or RF receiver 15b and collects them as numbers or letters. And, the file consisting of code numbers or letters of the collected IR control code and RF control code can be shared with another wired or wireless transceiver, wireless receiver, wireless remote control, user terminal 70, or on the Internet.

Meanwhile, the wired/wireless transceiver 10 according to an embodiment of the present invention uses an infrared learning function applied to a learning remote control (a method of facing the other party and then reading the other party's code and storing it internally) to enter the code as a number or Copy as text. In other words, it is used by entering the number or letter code of each remote control from multiple remote controls into one remote control.

In the wired/wireless transceiver 10 installed with the control module 17a according to the present invention, IR control is performed by the IR receiver 15a or RF receiver 15b, the wireless receiver 38 or the wireless remote controller 20, or the user terminal 70. Codes or RF control codes can be collected or changed. Conventionally, the wireless receiver has to copy the IR control code or RF control code to the wireless transmitter, but in the present invention, the IR receiver (15a) or the RF receiver (15b) collects the IR control code or RF control code as numbers or letters. In this method, the collected IR control code or RF control code is stored in the control module (17a), and the wired/wireless transceiver (10) is connected to a computer USB port with a USB cable to connect to the wireless receiver, wireless remote control (20), or user terminal. You can use it by entering the collected IR control code or RF control code at (70).

In the terminal 70 with the above screen, it is possible to modify the control code or set the time while looking at the terminal screen without the need to connect to a computer USB.

Meanwhile, as shown in FIG. 5, in order to control electronic devices that do not have the connector 36 for an external switch installed, the switch '+' terminal and the '-' terminal of the control switch unit 34 and the external switch terminal to be used are used. Connect the '+' terminal and '-' terminal of the connector 36 by soldering with a connection cable (c1), and connect the external switch connector 36 to the relay (10) installed on the wired/wireless transceiver (10) using a distribution cable (c3). Connect to 11a). In this case, since electronic devices currently sold usually do not have a connector for an external switch installed, an additional connector for an external switch must be installed. That is, the '+' terminal and '-' terminal of the switch of the control switch unit 34 of the electronic device and the '+' terminal and '-' terminal of the connector for the external switch to be used are connected by soldering using a cable. You must use a separate connector.

On the other hand, for electronic devices that need to be controlled with one contact point at a time, the relay operates for only 0.5 seconds, and when it needs to be operated in a multi-contact method, a wired/wireless transceiver is used so that when pressed once, the relay turns 'ON' and when pressed again, the relay turns 'OFF'. (10) controls relay (11a). The electronic device 30 can be controlled by connecting the relay 11a, the control switch unit 34, and the distribution cable to the external switch connector 36 installed on the electronic device 30 according to the situation.

In addition, when you are in close range, if you press the short-range code on the user terminal 70, that is, a smartphone or computer, a short-range code for short-distance is transmitted to the transmitter or transmitter on the smartphone or computer, and the wired/wireless transceiver (10) is transmitted at a short distance without an Internet router. ), the wireless receiver 37, or the electronic device 30 can be controlled using a smartphone or computer.

In addition, in the present invention, an IR remote control, an RF remote control, a wired or wireless transceiver 10, or a wireless receiver 37 is connected to a computer by wired or wirelessly, and a short-range code is input to connect the wired/wireless transceiver 10, the wireless receiver 37, or an electronic device. (30) can be controlled from a short distance.

As mentioned above, if the previously used transmitter (wireless remote control) breaks down, you must learn the code (copy the code) from the transmitter with a receiver (electronic device) or use it without a transmitter. However, in the present invention, the IR control code or RF control code is input as numbers or letters into the electronic device 30, the wireless remote control 20, or the user terminal 70, so that the electronic device 30 or the wireless It can be used by inputting an IR control code or an RF control code into the remote control 20 or the user terminal 70.

For example, if the receiver-only transmitter breaks down, enter the IR control code or RF control code into the transmitter purchased from the receiver. Or, if the transmitter-specific receiver is broken, enter the IR control code or RF control code from the transmitter purchased into the receiver. Or, if the IR control code or RF control code interferes with the wired/wireless transceiver (10), wireless receiver (37), or electronic device (30) and the electronic device (30) is controlled simultaneously, the IR control code or RF control code that overlaps the receiver and transmitter You can use it by entering other IR control codes or RF control codes into the receiver and transmitter.

In addition, the IR control code or RF control code collected by the wired/wireless transceiver (10) and the operation time and operation sequence of the relay can be stored in the wired/wireless transceiver (10), and the wired/wireless transceiver (10) can be connected to a computer or smart phone by wired or wirelessly. It is possible to edit and copy saved files by connecting to a phone, so when the wireless receiver (37), wireless remote control (20), or user terminal (70) is replaced with a new device, the saved files can be connected to a computer or smartphone by wire or wirelessly. The IR control code or RF control code can be restored and used in the wireless receiver 37, wireless remote controller 20, or user terminal 70.

Meanwhile, in the present invention, when the wireless remote control 20 or the user terminal 70 is pointed toward the wired/wireless transceiver 10 and one of the buttons provided on the wireless remote control 20 is pressed, an IR control code or RF A control code is transmitted and received by the IR receiver (15a) or the RF receiver (15b) of the wired/wireless transceiver (10), and an execution number is assigned to the memory unit (i.e., the control module (17a)) of the wired/wireless transceiver (10) and entered into numbers or letters. It is saved as At this time, if the same IR control code or RF control code exists in the memory part of the wired/wireless transceiver 10, an execution number is not assigned.

For example, 'execution number 1 IR control code 1234', 'execution number 2 RF control code 1235', and 'execution number 3 RF' among the IR control codes or RF control codes in the wireless remote control 20 or the user terminal 70. If the control code B1236' and 'execution number 4 IR control code A1237' have already been assigned an execution number and are entered into the memory part of the wired/wireless transceiver 10, they are no longer stored in the memory part of the wired/wireless transceiver 10. And, when a new control code is input, an execution number is assigned and input. The control code collected in the memory unit of the wired/wireless transceiver 10 can be changed using a computer.

The control code can be directly entered by the user into the receiver or transmitter as letters or numbers. In the case of a product that does not have a separate control code, the user can enter it at will.

Connect the USB cable to the computer's USB port, and connect the other end to the USB port of the wired/wireless transceiver (10), wireless receiver (37), wireless remote control (20), user terminal (70), or wired/wireless repeater (40). The control code can be changed by wirelessly connecting the wired/wireless transceiver (10) via Wi-Fi, Bluetooth, etc. using a terminal that has been assigned an execution number, and the control code can also be deleted or entered.

In addition, in the present invention, the wireless remote controller 20 or the user terminal 70 does not wirelessly control the wired/wireless transceiver 10 or the wireless receiver 37 with one wireless remote controller, but uses a plurality of wireless remote controllers or the user terminal 70. You can control the wired/wireless transceiver 10 or the wireless receiver 37. At this time, the control code of the plurality of wireless remote controllers or the user terminal 70 is the same as the control code input to the wired/wireless transceiver 10 or the wireless receiver 37. When controlling the wired/wireless transceiver (10), wireless receiver (37), or different electronic devices (30) with one wireless remote control or user terminal (70), it may be inconvenient to use even if wireless control is possible. It may be effective to use a plurality of wireless remote controllers or user terminals 70 with the same control code for the transceiver 10 or wireless receiver 37.

For example, a wired/wireless transceiver (10) or a wireless receiver (37) is installed in room 1, and a wired/wireless transceiver (10) or a wireless receiver (37) is installed in room 1 in rooms 2, 3, and 4. For wireless control, a plurality of wireless remote controllers (20) or user terminals (70) with the same control code of the wired/wireless transceiver (10) or wireless receiver (37) are required, and the wired/wireless transceiver (10) or wireless receiver (37) is also required in the same room. A plurality of wireless remote controllers (20) or user terminals (70) with the same control code of the receiver (37) must be used to conveniently wirelessly control the wired/wireless transceiver (10), the wireless receiver (37), or each other electronic device (30). You can. However, looking at the different electronic devices currently on the market, almost all of them are configured to operate only with one wireless remote control or one smartphone, so although they have wireless functionality, they are not convenient to use.

In addition, an IR sensor and an RF sensor are installed in the wired/wireless transceiver 10 and the wireless receiver 37, and a relay is also mounted on the printed circuit board of the wired/wireless transceiver 10 or the wireless receiver 37, so it does not have a wireless function. Electronic devices are controlled by wire by connecting them to a relay with a cable, and electronic devices with wireless functions can be controlled wirelessly by using an IR transmitting sensor or RF transmitting sensor in the wired/wireless transceiver (10) or wireless receiver (37). You can.

When the control code of the IR remote control is received by the IR receiving sensor of the wired/wireless transceiver (10) or the wireless receiver (37), the RF transmitting sensor of the wired/wireless transceiver (10) or the wireless receiver (37) converts it into an RF control code and transmits it to the RF Electronic devices controlled by a control code are wirelessly controlled, or when the control code of the RF remote control is received by the RF reception sensor of the wired/wireless transceiver (10) or the wireless receiver (37), the wired/wireless transceiver (10) or wireless receiver (37) The IR transmitting sensor converts and transmits an IR control code, allowing wireless control of electronic devices controlled by the IR control code.

Between the wired and wireless transceivers 10 or electronic devices on which the control module 17a according to the present invention is installed, Beacon, ZigBee, Bluetooth, UWB (Ultra Wideband), RFID (Radio Frequency Identification), or infrared It is connected through various wired/wireless methods including communication (Infrared Data Association, IrDA), IR, Wi-Fi, RF (Radio Frequency), etc. and is connected through short-range wireless communication or wireless communication network. It can also be connected through.

The wireless remote control 20 or the user terminal 70 is provided with a selection button for selecting control codes for electronic devices, wireless receivers, and wired/wireless transceivers, so the button can be selected and used as needed.

Meanwhile, the user terminal 70 according to the present invention is a smartphone and has two USB ports, one port is for battery charging, and the remaining one USB port is used for constant power supply. Additionally, if you can designate a part of an electronic device displayed on a smartphone screen or computer screen, a control code is sent from the smartphone transmitter according to a change in color or shape of the designated part. For example, when you press a control button listed on the smartphone screen or computer screen, a control code is sent to the smartphone until the LED color changes from red to green on the electronic device in a designated area of the smartphone screen or computer screen. Additionally, a control code is sent until the shape changes to another shape.

Meanwhile, when describing the relay according to the present invention, the relay power is usually

24V, 12V, 5V are used, the corresponding relay uses 5V power, and a 5V level signal is used.

It turns on/off.

Also, the relay is set to NO/COM/NC. 'NO = Normal

Open (Contact A)', 'NC = Normal Close (Contact B)', 'COM = Common (Common Contact Terminal)'

do. Contact A is also called NO (Normally Open) and is normally open as shown in the symbol above.

(Off) It is a permanently open type, and the contact is made only when the switch is pressed. Contact point B is

It is also called NC (Normally Close) and is normally closed (On) as shown in the symbol above.

It has a contact point that falls only when the switch is pressed. Contact C is a transfer contact.

Also called Contact), and as shown in the symbol above, there is one COM (Common) common terminal, contact point A, and contact point B.

It is a type in which contact points are combined, and contact points A and B are selected and used as needed.

The relay uses the last C contact. And, unlike switches, relays are digital

Switching is performed using signals.

The hot line (neutral voltage) is a wire through which electricity flows, and the common line (neutral line) is a line through which electricity flows.

This means no wires, only hotline wires are extended to the lights, and there is only one light switch.

In case of abnormalities, connect the end of the hotline wire to relay NO with a distribution cable as needed.

As it is connected to NO with a distribution cable, connect the wire to the lighting to COM. In the case of lighting

If the light switch only has a hotline wire because the common wire is installed in the ceiling.

In most cases, lighting is managed by distributing hotline wires to wall switches and wall outlets.

The hotline wire and the common wire are connected together in the electronic device. Multiple switches '-'

The '-' terminal is connected to relay NO with multiple cables to the terminal and '+' terminal, and the '-' terminal is connected to COM.

The '+' terminal is connected, and conversely, the '+' terminal is connected to relay NO, and the '-' terminal is connected to COM.

It doesn't really matter if it's connected. Hotline wire and common wire Hotline wire only Hotline wire end

It is connected to the relay with a distribution cable, and the common line is also connected to the distribution cable at the end of the common line wire.

Connected to blow electronic device. One end of the hotline wire and the common wire is an electronic device.

Connect the plug to the other side and plug it into a live outlet. The wireless switch is on the lighting side.

There are receivers that can be installed, or there are receivers that can be installed on the switch side.

Usually, the IOT wireless switch is made to be installed on the lighting side, and is also installed on the IOT receiver or

Plugs are made to connect almost all products to 110~220V.

In the present invention, all relays except the current for controlling the relay

No current flows, and in order for current to flow, wires and current must be connected accordingly.

Since it is required separately, the wire and current must be connected separately. Wires are electronic devices

It must be connected to a relay appropriately and supply current according to the electronic device.

should be For example, a 7-channel relay module connected by a cable to a wired or wireless transceiver

To connect different electronic devices, you need cables, currents, and

This is the time when the relay operates (multiple relay modules connected by wired/wireless transceiver cables)

is connected to different electronic devices with multiple cables, and relay operation involves transmission and reception.

It operates only when a control code is entered into the wireless remote control through the receiver. There is one ON and OFF button.

To control with a control code, only one control code is required. To control ON and OFF separately,

2 control codes are required)

When you press the button on relay 1 once, the electronic device turns on and turns on again.

To control an electronic device that turns off when pressed once, the relay must run for 0.5 seconds.

Just do it. Relay No. 2 and Relay No. 3 are electromagnetic with separate ON and OFF buttons.

To control the device, relay number 2 is connected to the ON button of the electronic device and the relay

It only needs to be operated for 0.5 seconds. Relay number 3 is connected to the OFF button of the electronic device and the relay is turned on.

It only needs to operate for 0.5 seconds. In order to operate the 220V-operated light in relay number 4,

A 220V cable and 220V current must be supplied. A relay is used to block the current supply to the lighting.

The way the relay works is that when the relay continues to operate, the light turns on and the relay operates.

When stopped, the light turns off. Another method is to create separate control codes for ON and OFF.

You can use it. Relay 5 requires 110V to operate the light, which operates on 110V.

The cable and 110V current must be supplied. A relay blocks the current supply to the lighting.

The way the relay works is that when the relay continues to operate, the light comes on and the relay stops operating.

When activated, the light turns off. Another method is to create separate control codes for ON and OFF.

can do. Press the ON button once on relay 6 to turn on the power, and quickly press the ON button.

To control an electronic device that turns off by pressing it twice, relay 6 must operate for 0.5 seconds.

When the electronic device is turned on, relay No. 6 turns on 0.5 to turn off the electronic device.

If activated twice in a row, the electronic device will be turned off. If more presses are required,

The relay only needs to operate for 0.5 seconds as many times as necessary. Relay number 7 presses the button for 3 seconds

If you press the button again for 3 seconds, the electronic device will turn on.

To operate an electronic device as a relay, when relay number 7 operates for 3 seconds, the electronic device's power is turned on.

When the circle turns on and relay number 7 operates again for 3 seconds, the electronic device turns off. 1 article

To perform group control (batch control, comprehensive control) with Accord, connect the cable to the wired/wireless transceiver.

Electronic devices you want to control through a wireless receiver or wired/wireless repeater and a wired

Or, it is connected to communicate wirelessly and uses the IR signal or RF signal emitted from the wireless remote control.

Each group grouped through preset response is received and responds to the control code included in the corresponding signal.

Change the control code of each group of electronic devices to the electronic devices belonging to that group.

Characterized by controlling the operations in batches or sequentially in a set order

to be

This is a method of controlling electronic devices through group control of the present invention. One group control consists of a receiver and a transmitter, and one group control corresponds to one of a plurality of buttons (control codes) on the wireless remote control. If the wireless remote control has 21 buttons (control codes), In order to use all the buttons (control codes), 21 control codes are required for each button on the wireless remote control. To use only 8, you must create 8 group controls and control which button you want to use among the buttons on the wireless remote control at the group control receiver. Codes must be entered into 8 group controls. Here, if a new wireless remote control is created, the control code can be entered into the group control receiver for the button to be used among the plurality of buttons on the new wireless remote control. Here, the IR control code is the RF control code into the IR receiver. must be entered into the RF receiver, but the same control code must not be entered into the receiver.

If multiple group controls have been created for the user to use, the operation sequence (operation order) can be determined for each group control.

If only 1 device is made to operate in one group control, only 1 device will operate. If 5 devices are made to operate, only 5 devices will operate. When the corresponding control code is input to the receiver for group control, they will operate in the order of operation, so multiple electronic devices can be connected wirelessly or wirelessly. It can be controlled by wire (relay to the transmitter and receiver). In the present invention, many electronic devices can be controlled wirelessly or by wire (relay to the transmitter and receiver), so it cannot be said that any electronic device is controlled.

This is because the control code of the receiver for group control will be different for each user and the operation sequence will also be different.

The operation sequence requires entering each control code into the calling number of the transmitter to use the IR control code, RF control code, and relay. Just enter

In the present invention, an IR receiver, an RF receiver, an IR transmitter (IR transmitter), and an RF transmitter (RF transmitter) are installed together in a wired or wireless transceiver to transmit and receive a plurality of different IR wireless remote controls or a plurality of different RF wireless remote controls. It can be used together at the same time through group control, and the purpose of each wireless remote control will vary depending on the user's wired or wireless connection method to the wired/wireless transceiver. For example, an IR wireless remote control can be a 220V-operated light connected to a relay to the wired/wireless transceiver. It can be used in connection with a switch (button) of an electronic device, or it can be used to wirelessly control electronic devices by installing an IR receiver and an RF receiver using a transmitter (transmitter). If repair is not possible, connect it to the electronic device switch (button).

You can also use In the present invention, the user enters a control code for each of the switches (buttons) to be used on a plurality of switches (buttons) on a plurality of different remote controls, inputs a control code for each of the plurality of group controls, and enters a control code for each of the switches (buttons) to be used on a plurality of different remote controls. If you connect multiple electronic devices, you can use them by specifying operation settings for multiple control groups.

Simply put, if you input the IR control code to the receiver in group control 2 and relay operation 1, only the relay operates. If you enter the RF control code in group control 2, the relay in operation 1 operates in group control 2. Wireless control is possible with a wireless remote control, wireless control is possible with an RF wireless remote control, and wired control is possible with a relay using group control number 2.

If you want to control wirelessly, select the control code to use among multiple control codes on the transmitter and enter the calling number to use for operation number 1. The method of controlling electronic devices varies depending on how you determine the order of all group control operations. Therefore, group control 1 can be wired control, wireless control, or wired/wireless control.

It can be multiple wireless, multiple wireless, multiple wired, multiple wireless.

Depending on how many group control operation sequences the user enters, the operation method of multiple electronic devices connected wired or wirelessly to the wired/wireless transceiver varies, so it cannot be called what kind of electronic device it is.

If different electronic devices are controlled by connecting a plurality of relays of a wired or wireless transceiver to a plurality of external switch connectors of a plurality of transmitters with a plurality of cables, is this wired control or wireless control? You can control different electronic devices equipped with RF receivers with an IR wireless remote control.

It is possible to control different electronic devices equipped with an IR receiver using an RF wireless remote control.

What type of wireless remote control is used to control the wired/wireless transceiver? It is impossible to name multiple different electronic devices like this.

In addition, since the time for pressing the switch of a plurality of different electronic devices or the time for the control code to be received at the receiver are all different, in order to control a plurality of different electronic devices connected to the wired or wireless transceiver, a plurality of wired and wireless transceivers must be used. It is also important to change the operation sequence time in each group control.

The order of the plurality of relays of the transmitter and the plurality of transmission control codes are all input into the control module 17a of the wired/wireless transceiver.

In the present invention, one group control to control a plurality of relays or a plurality of control codes of the transmitter of the wired/wireless transceiver is one macro, and group control is required for the number of switches for a plurality of different transmitters (wireless remote controllers).

For example, if the transmitter has only 4 switches, 4 group controls are needed. If the transmitter has 21 switches, 21 group controls are needed. Or, you can create and use only as many control groups as necessary.

The current method of controlling electronic devices with a smartphone is to connect to Wifi, a hub, a server, and a smartphone app, and store all information (control code) on the server. In the present invention, it is connected to a wired or wireless transceiver by wired or wireless. The method of controlling a plurality of different electronic devices is to store the information of the transmitter (relay, transmit control code) in the control module 17a of the electronic device and create a plurality of group controls (macro).

If you control electronic devices without using the group control method of the control module 17a of the present invention, you control five electronic devices. For example, to enter home after work, you open the door with the RF wireless remote control of the digital door lock and open the door with the RF wireless remote control of the digital door lock. When you come home, turn on the lights in your room, turn on the monitor, then the TV, and then the computer.

Kinda In this way, in order to turn on 5 electronic devices, 3 electronic devices cannot be controlled with a wireless remote control, 1 needs a dedicated RF wireless remote control, and 1 needs a dedicated IR remote control. 5 electronic devices can be controlled with a wireless remote control. If possible, you need 5 dedicated wireless remote controls, and also find switches to use for the 5 wireless remote controls.

However, in the present invention, five electronic devices are connected wired or wirelessly using one switch (control code) on the wireless remote control and one group control on the wired/wireless transceiver to control five electronic devices with one switch (control code). It is possible to control dogs, and by selecting the group control that needs to be modified among multiple group controls, you can input, modify, add, delete, and change the time of relays, IR control codes, and RF control codes in the operation sequence.

In the operation sequence, the relay number, IR originating number, or RF originating number can be repeatedly entered and used.

The present invention can be used without the Internet and is a method of using a plurality of electronic devices equipped with a control module (17a) by connecting them wired or wirelessly. The present invention is a method of using a plurality of electronic devices with a control module (17a) installed. Instead of using a wired or wireless connection to an electronic device, only the necessary functions among a plurality of electronic devices are connected wired or wirelessly to a plurality of electronic devices on which the control module 17a is installed.

This is how to use it. In one group control, the control code to the receiver is one of the plurality of switches of the wireless remote control. Enter the control code for the switch to be used into the group control receiver to be used, and enter the relay pin number in the R relay number to the next transmitter. Once you have entered each IR control code into the IR calling number and the RF control code into the RF calling number as required, you must determine the order of operation in the group control to be used.

The way to determine the operation sequence is to enter the operation sequence to use only the relay number, IR transmission number, or RF transmission number among the R relay number, IR transmission number, and RF transmission number to be used in the transmitter. Here, the relay number includes the control module ( In order to use multiple relay operations in multiple electronic devices where 17a) is installed, multiple relay control modules are installed, and multiple relay pins are numbered.

Then, you can set the time for each of the multiple R relay numbers, IR call number, and RF call number. You can keep entering the R relay number, IR call number, and RF call number repeatedly, or delete them when not needed.

Also, in group control, the control code entered into the receiver can be used by entering it into the transmitter. In order to install an external switch connector on an electronic device where the external switch connector is not installed on multiple switches of the electronic device, the entire electronic device must be disassembled. In addition, you must cut a portion of the case of the electronic device to install an external switch connector. Among the multiple switches of the electronic device, you can install an external switch connector on each switch + and -.

However, if an external switch connector is installed in advance on the switches + and - of the electronic device, you can immediately connect it to the relay with a cable and operate the electronic device according to the relay operation time. Each electronic device has multiple switches that have different operating methods, so multiple switches are installed accordingly. Each relay must operate individually. In addition, electronic devices that operate on AC and DC power must be supplied with power according to the power. In addition, almost all products currently sold that wirelessly control electronic devices using relays operate at 110 to 220 volts AC. It is made to be controllable only, and in many cases, it does not work with other products from the selling manufacturer, and it is a product that can only be controlled simply with a single remote control or receiver.

In the wired and wireless transceiver with the control module (17a) installed in the present invention, the relay is installed with an IR receiving unit and an RF receiving unit that can receive control codes in the IR transmitting module and the RF transmitting module, so that the user can connect electronic devices to the wired and wireless transceiver. Multiple electronic devices can be connected to each module, wired or wirelessly, as desired by the user, and it is also a method of using multiple group controls, so if only one device is operated in the operation order for one group control, it is single control, for example, relay. This is a method of batch control (macro) by allowing only one to operate, sending only one control code, or allowing more than one to operate in one group control.

RF wireless remote controls do not have a fixed transmission range, but for IR, the transmission range is limited. Additionally, wireless remote controls will need to be made at the same time whether products with IR reception or RF reception are being manufactured.

This is because if the control code can be changed in the transmitter of the present invention, the user can input the desired control code into the transmitter and receiver on which the control module 17a is installed without having to make a wireless remote control.

The current method of manufacturing electronic devices is to control the electronic devices with a built-in receiver.

Since it is made with a built-in receiver, it is necessary to decide in advance how to control the electronic device.

Additionally, if multiple wireless receivers are installed, multiple wireless remote controls are also required.

In order to control each of a plurality of electronic devices using the group control method of the present invention, it must be possible to change the input time by deleting the control code of the wireless receiver (receiver) or transmitter (transmitter) on which the control module 17a is installed. ) Or, if it is possible to change the control code deletion input time of the transmitter (transmitter), the user can control multiple electronic devices individually by entering the control code with the desired numbers or letters.

Currently, to create a wireless receiver and transmitter, an IR receiver program, IR transmitter program, RF receiver program, RF transmitter program, and relay program are required separately.

Additionally, if you create and use separate programs, you will need separate main boards and power supplies must be connected separately.

In the present invention, the wired/wireless transceiver, wireless receiver, wired/wireless repeater, etc. installed with the control module (17a) each creates a plurality of group controls (batch control, macro) in one program on one main board, so that the control module (17a) is This is a method that allows users to connect and use multiple electronic devices as desired by connecting wired or wirelessly to installed wired/wireless transceivers, wireless receivers, wired/wireless repeaters, etc.

The transmitter (wireless remote control) installed with the control module 17a in the present invention may or may not have an IR receiver and an RF receiver installed in addition to a plurality of switches, and the transmitter also has one main board and one programmed transmitter. Create and use multiple group controls (batch controls, macros) in the program.

The transmitter in which the control module 17a of the present invention is installed also has a receiver, and the wireless receiver also has a transmitter.

An external switch connector is installed on the transmitter where the control module (17a) is installed. To control the transmitter by connecting it to a relay with a cable, you can use it by entering the switch pin number into the group control receiver of the transmitter where the control module (17a) is installed.

The transmitter with the control module (17a) installed has a plurality of separate switch pin numbers in the receiver, and the plurality of switch pin numbers can create group control for switches as many as the number of switches in the transmitter. Group control for switches can be used to control the transmitter by pressing the switch. The group control receiver has the same function as the control code input to the wireless remote control, and there is no limit to the number of group controls of the wireless remote control.

The receiver or transmitter on which the control module 17a of the present invention is installed may have IR reception, IR transmission, or RF transmission, or RF reception, IR transmission, or RF transmission, or RF reception, IR reception, or IR transmission, or It may be RF reception, IR reception, or RF transmission.

The method of controlling the wired/wireless transceiver, wireless receiver, and wired/wireless repeater on which the control module (17a) is installed is to control the control module (17a) with one main board, various receiving or transmitting modules, one program, and multiple group controls. You can control installed wired/wireless transceivers, wireless receivers, and wired/wireless repeaters.

In order to control multiple electronic devices,

A control module (17a) is installed each, an IR receiving module,

IR transmitting module, RF receiving module, RF transmitting module, and multiple relay modules are installed

It is possible to control multiple electronic devices, but currently there are no multiple electronic devices.

(Receiver) There are no multiple electronic devices (receivers) on which all 5 modules can be installed, and there are no multiple electronic devices (receivers) on which 5 modules can be installed, and 5 modules can be installed on one receiver.

There is no program to control, and multiple groups can be controlled with one program.

There is no method, and there are multiple IR control codes, multiple RF control codes, and multiple

Enter the relay pin number in advance into the transmitter and control multiple groups.

Group control of multiple control codes or multiple relay pin numbers on the transmitter

There is no way

The control method for the wired/wireless transceiver, receiver, transmitter, and wired/wireless repeater installed with the control module (17a) in the present invention is

A control module (17a) is installed on one main board, and the operation order can be determined for several different receiving modules or transmitting modules, one program, multiple IR control codes, RF control codes, and multiple relay pins in the transmitter. It is configured for multiple group control (macro), and all 5 modules may not be installed in the wired/wireless transceiver, receiver, or transmitter where the control module (17a) is installed. For example, 4 modules, 3 modules, or only 2 modules may be installed. There may be wired and wireless transceivers, receivers, transmitters, etc. with the control module (17a) installed,

The control method of the wired/wireless repeater is that various different control modules (17a) are installed on one main board, and one program and transmitter

The operation order can be determined for multiple IR control codes, RF control codes, and multiple relay pins.

Create multiple group controls (macro) to control different electronic devices

The method is the same

Devices that can control the wired and wireless transceiver with the control module 17a installed at a short distance include IR wireless remote controllers, RF wireless remote controls, and Bluetooth. Devices that can control the wired and wireless transceivers from a distance include Wi-Fi and ZigB communication, and the wired and wireless transceivers are When controlling from a short distance

Wired and wireless transceivers can be controlled even when ethernet is not connected.

In order to control from a distance, an Ethernet module, Wi-Fi module,

A ZigB module, etc. is required, and the control code in the group control receiver and transmitter is

The user can use it by entering numbers or letters at will.

Electronic devices in which the control module 17a is installed internally or detachably include automobiles, smartphones, computers, terminals, TVs, digital door locks, lighting, CCTV, artificial intelligence speakers, etc.

A plurality of electronic devices installed with the control module 17a can be controlled by wire or wirelessly.

possible. The Bluetooth module, ZigB module, and Wi-Fi module can be attached and detached from the wired/wireless transceiver with the control module (17a) installed, and various other electronic devices with the control module (17a) installed include the Bluetooth control code, Zigbee control code, and Wi-Fi module. -Fi control code can be used.

Dedicated control codes such as Bluetooth control code, ZigBee control code, and Wi-Fi control code in the transmitter and receiver of various electronic devices installed with the control module 17a.

It can be used by entering it into the group control receiver and transmitter, and the method of use is the same as the method of creating and using multiple group controls.

For example, a smart phone with the control module 17a installed can be used as an IR wireless remote control at a short distance.

Wireless control the control module (17a) installed on the smart phone using RF wireless remote control, Bluetooth, etc.

You can wirelessly control the control module (17a) installed on the smart phone with another smart phone.

or control each other with multiple electronic devices installed with wired or wireless transceivers.

It is possible to use the control module (17a) installed on the smartphone from a distance using ZigBee, Wi-Fi, etc.

can control

Figure 13 is a schematic diagram to explain the connection structure of a wired/wireless transceiver or various other electronic devices installed with a receiver and transmitter control module according to the present invention.

In Figure 13, a control code is input with numbers or letters on the buttons of all IR or RF wireless remote controllers in the world, and the control code is input to the receiver of the electronic device to control the electronic devices. The same control code is often used over and over again, and in the case of RF control code, the same control code is not often used as much as possible. The IR method uses light called 'infrared ray', and as a result, the light travels in a straight line. It is greatly affected and the maximum use distance is 10m. In other words, if there is an obstacle in the middle, IR cannot transmit the signal.

The two biggest characteristics of the RF method are that radio waves are emitted in all directions radially rather than in a fixed direction, and that obstacles can be ignored due to the reflection/refraction characteristics of radio waves.

Generating radio waves from the transmitter and receiving them at the receiver is similar to IR, but there is no directionality and the distance of use varies depending on the performance of the RF wireless remote control.

The radio wave (RF) method of the RF wireless remote control can ignore obstacles due to refraction/reflection of radio waves, and can also collect and receive signals regardless of which direction the transmitter is facing. These features are essential for wireless devices that require freedom of movement.

The IR transmission distance to the wired/wireless transceiver or wired/wireless repeater 1, 2 is 10m, and the RF transmission distance is 10m.

It is 3000m. The maximum transmission distance for IR wireless remote controls currently on sale is 10m, and the average transmission distance for RF wireless remote controls is 10m to 20m, and almost all products via relay are made to be used by connecting to AC 110~220, and can be used as IR wireless remote controls or RF wireless remote controls. Rather, it is made to be used only with smartphones. As a result, convenience is reduced and users have fewer product choices.

Usually, the method of controlling electronic devices with a wireless remote control is to use a wireless remote control to transmit a transmitting electronic device.

It ends with reception, and the IR wireless remote control can only control IR electronic devices, and even that can be done with the wireless remote control.

The control code is input to the control code receiver (electronic device) without modification, so it is impossible to control the receiver (electronic device) without a dedicated remote control. The RF control method is not much different from the IR control method. However, in the present invention, RF electronic devices can be controlled with an IR wireless remote control or an RF wireless remote control can be used to control IR electronic devices, and the relay can be controlled with an IR wireless remote control or an RF wireless remote control.

In the picture above, wired/wireless transceivers or wired/wireless repeaters 1 and 2 have 8 IR control codes, 8 RF control codes, and 8 relays input or ready to the transmitter. In the receiver, the user inputs the control code to the button to be used among the plurality of buttons on the wireless remote control to be used.

If it is an IR control code, enter it in the IR receiver and if it is an RF control code, enter it in the RF receiver.

If an IR control code or RF control code is input to the receiver, the operation sequence includes relay,

You can use the IR control code and RF control code by selecting them from the transmitter.

Let's take TV as an example of how to use electronic devices now. To turn on the TV with an IR wireless remote control, select and press the TV power button with the TV-specific remote control to turn on the TV.

To put it simply, the IR control code on the power button on the IR remote control is 123. When IR 123 is received on the TV, the TV is turned on, and when IR 123 is input again, the TV is set to turn off.

Here, except for dedicated TVs, there are almost no electronic devices that can use the control code IR 123 for the TV wireless remote control. Here, all buttons listed on the TV wireless remote control have IR control codes entered and cannot be modified. So, other than a dedicated TV, there are no electronic devices that can use the IR wireless remote control.

This problem is of no use unless it is a dedicated device, whether it is an IR wireless remote control or an RF wireless remote control.

The electronic device control method of the present invention is a one-way method, and no matter how many IR control codes or RF control codes are input to the receiver, it does not operate other than the operation sequence (operation sequence). If only one is input in the operation sequence, only one operates. And if 10 are entered, 10 will operate.

Group control is a set (one set) of a receiver and a transmitter, and there is one group control 1, which corresponds to one button on the wireless remote control. If the wireless remote control has 21 buttons, 21 group controls are required.

In group control, the operation sequence can be entered in multiple numbers. It can be one, five, or more. In group control, the operation sequence varies depending on the user's environment, so it can be concluded that several are entered and used. does not exist

Let's look at the picture as an example. In position A, you want to turn on the power to an air conditioner operated by an IR control code using an IR wireless remote control with 5 buttons. The IR wireless remote control with 5 buttons that you want to use now is an IR remote control only for fans and not for air conditioners, so it is close by.

Even so, you cannot turn on the air conditioner using the fan's wireless remote control. However, in the present invention, the air conditioner can be powered by a wired/wireless transceiver or a wired/wireless repeater 1 or 2 equipped with a control module.

First, enter the control code 371A3C86 in the button 1 of the wireless remote control dedicated to the IR fan and the control code 371A3C86 in the receiver of the wired and wireless repeater 1 group control 1. Next, enter only IR4 in the transmitter in the operation sequence and set the transmission time. All you need to input in the operation order of the transmitter is the IR transmitter number, RF transmitter number, and relay number. However, the IR transmitter number, RF transmitter number, and relay number must be entered in addition to the IR control code, RF control code, and relay pin number.

The input must be entered in advance, and the calling number and relay number can be added or deleted at any time. If a different control code is needed, the corresponding module is installed and linked with the control module to create multiple group controls and each group control receiver or operation. in order

It is a method of controlling various different electronic devices.

(Group control 1 to wired/wireless repeater 1)

Simply press button 1 on the IR fan wireless remote control and input the IR control code (371A3C86) into the Group Control 1 receiver on the wired/wireless repeater 1. Then, enter the IR entered into IR4 (transmitter) in Group Control 1 in operation order 1. The control code (51BF4425) is transmitted.)

(Group control 2 to wired/wireless repeater 1)

Simply press button 2 on the IR fan wireless remote control and input the IR control code (E984BB6) into the group control 2 receiver of the wired/wireless repeater 1. Then, the IR entered into IR 5 (transmitter) entered in operation sequence 1 of group control 2 The control code (1ABC32F4) is transmitted.)

(Group control 1 to wired/wireless transceiver 1)

Operate the IR-operated air conditioner in position A using the IR fan’s dedicated remote control.

Simply press button 3 on the IR fan wireless remote control and input the IR control code (A32AB931) into the group control 1 receiver of wired/wireless transceiver 1, then the RF control entered into RF3 (transmitter) entered in operation order 1 of group control 1. Code (5592512) is sent

(Group control 1 to wired/wireless repeater 2)

When the RF control code (5592512) of the wired/wireless transceiver is input to the group control 1 receiver of the wired/wireless repeater 2, the IR control code (51BF4425) entered into the IR4 (transmitter) entered in operation sequence 1 of group control 1 is transmitted. .)

(Group control 2 to wired/wireless transceiver 1)

Simply press button 4 on the IR fan wireless remote control and input the IR control code (39D41DC6) into the group control 2 receiver of the wired/wireless transceiver 1, then the IR control code entered into IR3 (transmitter) entered in operation sequence 1 of group control 2 will be controlled. Code (1FE58A7) is sent)

(Group control 2 on wired/wireless repeater 2)

When the IR control code (1FE58A7) of the wired/wireless transceiver is input to the group control 2 receiver of wired/wireless repeater 2, the IR control code (1ABC32F4) entered into the IR5 (transmitter) entered in operation sequence 1 of group control 2 is transmitted. .)

(Group control 3 to wired/wireless transceiver 1)

To operate an IR-operated air conditioner in position A with the IR fan-specific remote control or the lighting-only RF wireless remote control, simply press button 1 on the IR fan wireless remote control and use the IR control code (371A3C86) or press button 2 on the lighting-only RF wireless remote control.

When the RF control code (4571952) is input to the group control 3 receiver in wired/wireless transceiver 1, the RF3 control code (5592323) entered in group control 3 in operation sequence 1 (transmitter) is transmitted, and the relay turns on 1 second later. It continues to operate and the RF5 control code (4572096) is transmitted 1 second later.)

(Group control 3 to wired/wireless repeater 1)

When the RF control code (5592323) in wired/wireless transceiver 1 is input to the group control 3 receiver in wired/wireless repeater 2, the IR4 control code (51BF4425) entered in group control 3 in operation sequence 1 (transmitter) is transmitted. 1 second later, the RF1 control code (5592332) is transmitted, and 1 second later, the RF7 control code (13588822) is transmitted.)

(Group control 4 to wired/wireless transceiver 1)

Simply enter the IR control code (E0984BB6) on button 2 on the IR fan wireless remote control or the RF control code (4571916) on button 3 on the lighting-only RF wireless remote control and enter it into the group control 4 receiver of wired/wireless transceiver 1, and it will operate in group control 4. The IR3 control code (1FE58A7) entered in step 1 is transmitted to the IR3 (transmitter) entered in step 1, the relay stops operating 1 second later, and RF6 is activated 1 second later.

Control code (13588822) is sent.)

(Group control 4 to wired/wireless repeater 1)

When the IR control code (1FE58A7) in wired/wireless transceiver 1 is input to the group control 4 receiver in wired/wireless repeater 2, the IR5 control code (1A0C32F4) entered in group control 4 in operation sequence 1 (transmitter) is transmitted. 1 second later, the RF2 control code (5592512) is transmitted, and 1 second later, the RF8 control code (12688633) is transmitted.)

As described above, the technical idea of the present invention has been described in detail in the preferred embodiments, but the preferred embodiments described above are for explanation and not limitation. As such, a person skilled in the art will understand that various embodiments are possible through combination of embodiments of the present invention within the scope of the technical idea of the present invention.

10: Wired/wireless transceiver (wired/wireless transceiver with control module (17a) mounted)
20: Wireless remote control (wired/wireless transceiver equipped with control module (17a))
30: Electronic device (wired/wireless transceiver with control module (17a) mounted)
40: Wired/wireless repeater (wired/wireless transceiver with control module (17a) mounted)
50: CCTV (wired/wireless transceiver with control module (17a) mounted)
60: IoT remote control (wired/wireless transceiver equipped with control module (17a))
70: user terminal
17a: control module

Claims (5)

The control module is mounted and demounted on one side of the electronic device printed circuit board (main board).
A plurality of receiving modules, transmitting modules, or transmitting/receiving modules to be used on the electronic device printed circuit board can be installed and removed.
When a plurality of receiving modules, transmitting modules, or transmitting/receiving modules to be used on the electronic device printed circuit board are installed,
The control module is a plurality of receiving modules or
Interlocks with (recognizes) the sending module or the sending/receiving module, etc.
Enter a control code into the receiving module or transmitting module or transmitting/receiving module linked (recognized) to the control module.
A control module capable of changing the control code in the receiver or transmitter, characterized in that a control code can be input into the receiver or transmitter in the group control. According to claim 1,
A receiving module (relay module) or a sending module linked to the control module, or
The control codes of the transmitting and receiving modules are sent to a plurality of group control receivers or transmitters, respectively.
You can enter the control code (pin number on the relay) using numbers or letters.
In the group control operation sequence, you can enter the time (operation sequence time) in the control code or relay pin number.
A control module capable of changing control codes in the receiver or transmitter, wherein a plurality of control codes or a plurality of group controls are stored in the control module. According to claim 1,
Various other electronic devices that do not have a receiving module or transmitting module to be used with the above control module
Create multiple group controls for each of the different electronic devices installed with the control module and the receiving module or transmitting module to be used.
There is no receiving module or transmitting module to use with the above control module.
Several different electronic devices can be individually controlled or controlled without the Internet.
A control module capable of changing the control code in the receiver and transmitter, characterized in that. According to claim 1,
The control module (semiconductor chip) is small in size and mounted on one side of the electronic device printed circuit board.
A control module capable of changing control codes in the receiver and transmitter, characterized in that a plurality of receiving modules, transmitting modules, or transmitting and receiving modules to be used on one side of the electronic device printed circuit board can be mounted. According to clause 2,
A control module that can be used to change control codes in the receiver and transmitter by inputting control codes to the Bluetooth module, Wi-Fi module, ZigB module, etc. for multiple group control.