TWM602767U - Multi-function remote controller - Google Patents

Abstract

A multifunctional remote control that integrates the button functions of the electrical remote control of several electrical equipment and the remote control function of the network control system into a new remote control. The new remote control includes a learning unit and starts the learning of the learning unit Keys and a number of blank keys, the learning unit has a radio frequency module, an infrared module, and an integrated chip; and the network control system at least includes a servo host, a wifi machine, a controller, and a network remote control . The learning unit can simultaneously sense whether the remote control signal of different electrical remote control or network remote control is radio frequency signal or infrared signal, and the module that senses the signal copies the remote control frequency internal code of a single function key to the integration The chip integrates the control functions of different remote control types of home appliances, electronic machines and network remote control into the new remote control.

Description

Multi-function remote control

This creative department belongs to a kind of remote control, especially refers to a kind of The multi-function remote control for remote control functions of substations, electrical equipment and network control systems enhances the convenience of use.

By the way, whether it is at home or at work, people often come into contact with many electronic devices Or electrical products, and most of these equipment or products are controlled by a remote control when they are in use, so there are as many remote controls as there are products, and different electrical products have different wave frequencies for the remote control, such as TVs and air conditioners. Or the sound system is remotely controlled by infrared, while the curtains and rolling doors are controlled by radio frequency, so sometimes it is not convenient to hold several remote controls.

1. The patent case of the prior art "learning remote control" is certificate number I508031, as shown in the figure As shown in FIG. 9, it discloses a housing 10, a processing module, a storage module, a key control module 13, a signal receiving module 14, a signal transmitting module 15, a display module 16, and other components. The signal receiving module 14 and the signal transmitting module 15 can be infrared, radio frequency, Bluetooth, and the storage module 12 pre-stores the remote control data of the original remote control of all electrical equipment on the market; press the learning button 131 to enter Learning mode, and pressing the button of the original remote control (such as the power button), the original remote control will transmit a signal including its remote control model to the signal receiving module 14 of the learning remote All the remote control function buttons (such as power button 132, increase button 133, decrease button 134, etc.) of the button control module 13 of the type remote control 1 are set to have the same remote control function as all the buttons of the original remote control of the electrical equipment. A remote control similar to this learning type only has a wireless signal of one wave frequency, so it cannot be used with both radio frequency and infrared remote control, and it is also impossible to integrate remote controls with different wireless signals into one remote control.

In addition, with the development of network technology, the application of the Internet of Things has gradually appeared in life or work, such as remote control of machine startup or door opening, and the remote control of the Internet of Things is mostly controlled by mobile phones. Although convenient, it takes a few manual sequences to enter the screen of the control keys during operation. Even if you use voice control, you have to shake the phone to start. There are still inconveniences in use, especially when you don’t want to carry the phone with you when charging or returning home. At the same time, when the electrical equipment in the home needs to use the remote control, it often causes trouble and inconvenience in operation.

In addition, the prior art Internet of Things patents, such as the mainland application number 201710876245.4 "a method for triggering the linkage of smart home appliances", application number 201510957943.8 "a smart home control system based on the Internet of things", application number 201510661269.9 "a multifunctional universal remote control" ", and application number 201010287358.9 "A smart home wireless two-way control system" and other patent cases, although they all disclose remote control systems or methods, they do not disclose the technology of integrating the remote control of electrical equipment with the remote control of the Internet of Things. In view of this, the creator of this creator has conducted in-depth discussions on the aforementioned custom creation issues, and has been actively seeking solutions through years of experience in R&D and manufacturing in related industries. After long-term research and development, he has finally successfully developed this creation. "Multifunctional remote control" to improve the problem of custom creation.

The main purpose of this creation is to provide a "multifunctional remote control", which makes each A kind of electronic and electrical equipment uses radio frequency or infrared and other wireless methods to control the remote control function, and The networked remote control function can be integrated into a new remote control through a simple operation method, which is convenient for users to perform various remote control functions.

In order to achieve the above-mentioned purpose, this creation "Multifunctional Remote Control" integrates the button functions of the electrical remote control of several electrical equipment and the remote control function of the network control system into a new remote control. The new remote control includes a learning unit, a learning key to activate the learning unit, and a number of blank keys. The learning unit has a radio frequency module, an infrared module, and an integrated chip; the radio frequency module has a radio frequency The first emitting element of the signal, and the first receiving element that can receive radio frequency signals; and the infrared module has a second emitting element that can emit infrared signals, and a second receiving element that can receive infrared signals; When the learning key and any blank key are pressed, the first receiving element and the second receiving element can simultaneously receive the signal sent by any key of the electrical remote control, and at the same time sense whether the signal is a radio frequency signal or an infrared signal, and The module that senses the signal copies the remote control frequency internal code of a single function key of the electrical remote control to the integrated chip, so as to integrate the remote control functions of different remote control types of home appliances or electronic machines into the new remote control. Regarding the techniques, methods and effects used in this creation, I will give a preferred embodiment and detailed descriptions in conjunction with the drawings. I believe that the above-mentioned purpose, structure and features of this creation should be understood in depth and concretely. .

Please refer to Figure 1 to Figure 8. This creation "Multifunctional Remote Control" integrates the button functions of the electrical remote control 50 of a number of electrical appliances 40 and the remote control function of the network control system 60 into a new remote control 20. The electrical equipment 40 can be air conditioners, televisions, ceiling fans, rolling doors, stereos, electric lights, or industrial or agricultural machinery and equipment, including:

The new remote control 20 is mainly equipped with a learning unit 30, which can receive radio frequency signals or infrared signals from the electrical remote control 50 at the same time or separately to learn to copy the key functions of the electrical remote control 50; in the design of structural functions, If the new remote controller 20 can simultaneously receive and interpret radio frequency signals or infrared signals, the learning unit is arranged on a panel.

As shown in Figures 1,2, the new remote controller 20 has a panel 21 above the main body and a learning unit 30 inside. The panel 21 has a learning key 22 and a number of blank keys 23, the learning key 22 and the The blank key 23 can be a physical key provided on the panel 21, or the panel 21 can be a touch panel, and the learning key 22 and the blank keys 23 can be virtual keys displayed on the touch panel. Whether it is a physical button or a virtual button, the main function is to enable the learning unit 30 to be activated when the learning key 22 is pressed, and the blank keys 23 include buttons with preset names, such as TV on, TV off, input, Confirm, 0-9 number keys, channel adjustment keys, volume adjustment keys, sound on, sound off, fan on, fan off, sleep on, sleep off, all off, air-conditioning on, air-conditioning off, curtains on, curtains off, lights Buttons such as full on, all lights off, situation 1, situation 2, and help. A light bulb 24 can be installed at the front end to provide lighting at night.

The learning unit 30 includes a radio frequency module (RF) 31, an infrared module (IR) 32, and an integrated chip 33. The radio frequency module 31 has a first transmitting element 311 capable of emitting radio frequency signals, and a radio frequency signal receiving device. The first receiving element 312, the first receiving element 312 can receive the radio frequency signal sent by the remote controller 50 of the electric appliance, and transmit the signal to the integrated chip 33 through the connected pins for interpretation and storage; and the infrared module 32 has A second transmitting element 321 capable of emitting infrared signals, and a second receiving element 322 capable of receiving infrared signals. The second receiving element 322 can receive infrared signals from another electrical remote controller 50' and pass the signals through The connected pins are sent to the integrated chip 33 for interpretation and storage.

When in use, press the button of the remote control 50 of the electrical appliance to be learned, as well as the learning key 22 and the corresponding blank key 23, so that the first receiving element 312 and the second receiving element 322 receive the signal from the remote control 50 of the electrical appliance at the same time. In order to sense that the signal is a radio frequency signal or an infrared signal, the module that senses the signal copies the remote control frequency internal code of the single function key of the electrical remote control 50 to the integrated chip 33, and can remotely control different types of home appliances Or the remote control function of the electronic machine is integrated in the new remote control 20.

In view of the above, as shown in Figures 3 and 4, if the new remote control 20 receives radio frequency signals and infrared signals respectively, the new remote control 20 is provided with two control panels 28 and 29, each of which is provided with a learning unit. 30. A learning key 21 and a number of blank keys 23 for starting the learning unit 30, wherein: the learning unit 30 of the first control panel 28 has a radio frequency module (RF) 31' each of the radio frequency modules has a radio frequency signal The first transmitting element 311', and a first receiving element 312' that can receive radio frequency signals, the first receiving element 312' can receive radio frequency signals emitted by the electrical remote controller 50, and transmit the signals to the integrated chip 33 storage, used to copy the key functions of the remote control of electrical appliances such as learning lights, ceiling fans or curtains. The learning unit 30 of the second panel 29 has an infrared module (IR) 32. The infrared module 32 has a second emitting element 321' that can emit infrared signals, and a second receiving element that can receive infrared signals 322', the second receiving element 322' can receive an infrared signal from another electrical remote control 50, and transmit the signal to the integrated chip 33 for storage, and is used to copy the remote control of an electrical appliance such as a TV, stereo or air conditioner. Key Function. When each learning unit 30 performs function learning, when the learning key 21 and any blank key 23 are pressed, the first receiving element 312' or the second receiving element 322' is used to receive a key of the electrical remote control 50 The radio frequency signal or infrared signal of the electric appliance remote controller 50 is copied to the integrated chip 33.

The network control system 60 includes a servo host 61, a wifi machine 62, at least one controller 63, 63', and a network remote control 64, of which:

The servo host 61 can be a notebook or tablet computer, which has a control program 611, and then connects the electrical equipment 40 to be controlled through the controllers 63, 63', and sets the electrical equipment 40 to be fully open or fully Off, or the control mode that some electrical equipment 40 is turned on and some electrical equipment 40 is turned off, is edited in the control program 611.

The wifi machine 62 provides the transmission of control signals between the servo host 61 and the controllers 63, 63'.

The controllers 63, 63' can be connected to the electrical equipment 40 in a wired or wireless manner. Each electrical equipment 40 has a dedicated electrical remote control 50, and each electrical remote control 50 is turned on, off, or used for The remote control frequency internal code of the function-adjusted button is copied to a specific blank key by using the learning unit 30 of the new remote control 20. When any copied button of the new remote control 20 is pressed, a signal is sent to the The controllers 63, 63 ′, the controllers 63, 63 ′ send the triggered signals to the servo host 61 via the wifi machine 62, and the servo host 61 sends control signals to the controllers 63, 63 according to the setting of the control program 611 'Execute control commands.

The network remote control 64 has a number of buttons, which can control the opening, closing or other function adjustment of the electrical equipment connected to the controller 63, 63' by means of radio frequency or infrared. At least one of the buttons is full key 641, The key 641 is connected to the full-off function set by the control program 611. When it is started, the wifi machine 62 informs the servo host 61 to start the full-off function, and all connected electrical equipment 40 is closed; and the network remote control 64 is at least full The function of the key 641 can also be copied to the full key of the new remote control 20 through the learning unit 30, and the remote control function of the electrical equipment 40 and the remote control function of the network system 60 are integrated into the new remote control 20, which is convenient for the user to operate and control .

In view of the above, as shown in Figure 5, when the controller 63 is connected to the electrical equipment 40 by wire, a number of wiring portions 631 are protrudingly provided on one outer side. Each of the wiring portions 631 can be provided for one end of the wire and the other end of the wire Set to the corresponding electrical equipment 40, and at the same time, one or more wiring parts 631 can be electrically connected to a control box 632 by signal lines. The control box 632 is equipped with a wireless transmission module 633 and at least one control contact 634. A control contact 634 can be electrically connected to any wiring part 631 of the controller 63 as a control setting for the electrical equipment 40 to be fully open or fully closed or partially open or partially closed, and the wireless transmission module 633 can accept the The control of the network remote controller 64 transmits the command for controlling the electrical equipment 40 to be fully open or fully closed or partially open or partially closed via the wifi machine 63 to the server host 61.

Secondly, as shown in Fig. 6, when the controller 63' is connected to the electrical equipment 40 in a wireless manner, it has at least infrared or radio frequency wireless transmission function, and it can receive radio frequency or infrared signals if it is applied to a TV, air conditioner, or rolling door. For the electrical equipment 40, the controller 63' can directly send control signals. If the electrical equipment 40' such as lights does not have a remote control function, it must be connected to the control box 632 described in Figure 3 above, and the built-in control box 632 The wireless transmission module 633 receives wireless signals. Secondly, the network remote control 64 can be set on the controller 63'. The network remote control 64' has a learning button 642, a number of blank buttons 643, and a second learning unit 644; the second learning unit 644 is also It has a radio frequency module 645, an infrared module 646, and an integrated chip 647. The radio frequency module 645 can receive the radio frequency signal from any electrical remote controller 50 and transmit the signal to the integrated chip 647 for storage; and The infrared module 646 can receive an infrared signal from any electrical remote controller 50', and transmit the signal to the integrated chip 647 for storage.

When the aforementioned network remote control 64'duplicates the remote control frequency internal code of any key of the electrical remote control 50', press the key of the electrical remote control 50', and then press the learning button 642 and any blank button 643 at the same time. The module 645 and the infrared module 646 simultaneously sense whether the received signal is a radio frequency signal or an infrared signal, and the module that senses the signal copies the remote control frequency internal code of the electrical remote control 50' single function key to the integrated chip 647. The control program 611 of the servo host 61 then edits the key functions of the connected electrical equipment 40 into the control program 611 through the controller 63' to perform the functions of fully open, fully closed or partially open or partially closed set up.

Furthermore, as shown in Fig. 7, the present creative network control system 60 can also be used in conjunction with the wired controller 63 and the wireless controller 63', so that the wired and wireless controllers 63, 63' are electrically connected, for example When the new remote controller 20 sends out a full-off signal, the wireless controller 63' receives the signal, then transmits the signal packet to the servo host 61 via the wifi machine 62, and then the control program 611 sends the execution command to the For the wireless controller 63', some electrical equipments such as air conditioners and TVs that can receive wireless signals transmit control signals from the wireless controller 63'. If the lights cannot receive the wireless signals, the wired controller 63 transmits control signals.

The newly created remote control 20 cooperates with the network control system 60. When setting the all key, the situation 1 or situation 2 key and the help button, the all key system and the control program 611 set all electrical equipment 40 to all off functions link. The Scenario 1 or Scenario 2 key is linked to the setting function in the control program 611 that turns off some electrical equipment and turns on some electrical equipment. When the help button is set, the network remote control 64 has a help sending button 648, and the control program 611 can be set to make at least one help call. When the help sending button 648 is activated, the control program 611 can call for help. Make a call to a relative or a hospital, and the new remote control 20 must first learn the remote control frequency internal code of the distress sending button 648 (as shown in FIG. 8), so that the distress mode set by the control program 611 and the new remote control 20 Link to the help button.

In addition, as shown in Figures 1 and 2, a voice control IC 25 can also be provided on the new remote control 20 of this creation, and a microphone 26 and voice control key 27 can be electrically connected. When the user presses the voice control key 27 and any function key, For example, when the TV is turned on, and the sound like turning on the TV is spoken into the microphone 26, the voice control IC25 will record the sound and link it with the button on the TV. When the user wants to use the voice control function to turn on the TV, press the voice control key 27 first. Then speak to the microphone 26 to turn on the TV to achieve the purpose of turning on the TV by voice control. To sum up, this creation has its excellent advanced practicality in similar products. At the same time, we have not found the same structure in the domestic and foreign technical materials and documents about this type of structure. The creation actually has the requirements for a new-type patent, and Yan filed an application in accordance with the law. The above-mentioned embodiments are only used as examples to illustrate this creation. According to the scope of the spirit of this creation, various modifications, modifications and applications made by those who are familiar with the art should be included in the scope of this creation.

20: New remote control　 21: Panel 22: learning key 23: Blank key 24: light bulb 25: Voice control IC 26: Microphone 27: Voice key 28: The first control panel 29: The second control panel 30: Learning Unit 31, 31’: RF module 311, 311’: first emitting element 312, 312’: The first receiving element 32, 32’: infrared module 321, 321’: second emitting element 322, 322’: second receiving element 33: Integrated chip 40: electrical equipment 50, 50’: electrical remote control 60: Network control system 61: Servo host 611: Control Program 62: wifi machine 63, 63’: Controller 631: Wiring Department 632: Control Box 633: wireless transmission module 634: control contact 64, 64’: Internet remote control 641: all key 642: learning button 643: Blank button 644: The second learning unit 645: RF module 646: infrared module 647: Integrated chip 648: Help Send Key

Figure 1: The floor plan of the new remote control created by this book. Figure 2: A schematic diagram of the new remote control created by this author to learn the key functions of the electrical remote control. Figure 3: A plan view of the first control panel of the second embodiment of the new remote controller of this creation. Figure 4: It is the second control panel plan structure diagram of the second embodiment of the new remote control of this creation. Figure 5: It is a schematic diagram of the structure of this creative network control system connecting electrical equipment in a wired manner. Figure 6: It is a schematic diagram of the structure of this creative network control system connecting electrical equipment wirelessly. Figure 7: It is a schematic diagram of the structure of this creative network control system connecting electrical equipment with wireless and wired connections. Figure 8: It is a schematic diagram of the new remote control created by this author to learn the key functions of the network remote control. Figure 9: The floor plan of the custom creation.

20: New remote

21: Shell

22: learning key

23: Blank key

24: light bulb

25: Voice control IC

26: Microphone

27: Voice key

30: Learning Unit

31: RF module

311: The first emitting element

312: first receiving element

32: infrared module

321: second emitting element

322: second receiving element

33: Integrated chip

Claims (3)

A multifunctional remote control, its composition includes a new remote control, the new remote control The device has two control panels and an integrated chip. Each control panel is provided with at least a learning unit, a learning key for starting the learning unit, and a number of blank keys. The learning unit of the first control panel has a radio frequency module (RF). Each of the radio frequency modules has a first transmitting element that can emit radio frequency signals, and a first receiving element that can receive radio frequency signals. The first receiving element can receive the radio frequency signal emitted by the remote controller of the electrical appliance and transmit the signal To the integrated chip storage; and the learning unit of the second panel has an infrared module (IR); and the infrared module has a second emitting element that can emit infrared signals, and a second receiver that can receive infrared signals The second receiving element can receive the infrared signal from the remote controller of another electrical appliance, and transmit the signal to the integrated chip for storage; when each learning unit is learning the function, it is used as the learning key and any blank key When pressed, the first receiving element or the second receiving element is used to receive the radio frequency signal or infrared signal emitted by a key of the electric remote control, and the remote control frequency internal code of the single function key of the electric remote control is copied to the integrated chip. The multifunctional remote control according to claim 1, wherein the learning keys and the blank keys on the first panel or the second panel can be physical keys. The multifunctional remote controller according to claim 1, wherein the first panel or the second panel can be a touch panel, and the learning key and the blank keys can be virtual keys displayed on the touch panel.

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