TWI723585B - Smart control system and its signal recording method and signal output method - Google Patents

Abstract

A smart control system includes a recording device, a storage device, and at least one output device. The recording device includes a signal receiving module for receiving a control signal, a recording end control module, and a recording terminal transmission module. The storage device can transmit information to the recording terminal transmission module and includes a first storage module. The recording terminal control module stores the control signal in the first storage module. The output device includes an output transmission module capable of transmitting information with the storage device, an output control module, and a signal output module. The output control module reads the control signal stored in the first storage module, and controls the signal output module to output the control signal to the outside.

Description

Intelligent control system and its signal recording method and signal output method

The present invention relates to a remote control system, especially a smart control system used in wireless remote control, and a signal recording method and signal output method suitable for the smart control system.

Benefiting from the advancement of wireless transmission, many home appliances have their own remote controls to provide users with remote control of the home appliances. Therefore, there will be many remote controls in the home. For example, a TV needs a special remote control for TV. The remote control for the station selector is required for the console, the remote control for the audio is required for the sound, and the remote control for the air conditioner is required for the air conditioner. Therefore, there will be many remote controls on the table in the living room. To control an electrical appliance, you need to find the remote control dedicated to the electrical appliance. The device causes confusion for users.

Please refer to the Republic of China Patent M428598, which describes a universal remote control with learning function, and includes a control module, an infrared transmitter module, an infrared receiver module and an input interface. The control module stores a plurality of control codes, and the infrared emitting module and the infrared receiving module are electrically connected with the control module and driven by the control module. The input interface includes a learning setting key group and a custom key group. The learning setting key group is triggered to make the control module enter or exit a learning mode. The custom key set is triggered to drive the infrared receiving module through the control module to detect an external signal, and record the external signal The same external signal can be transmitted at the same frequency, so as to learn the signals transmitted by other remote controllers of different brands, and multiple remote controllers can be integrated into one.

Please refer to the Republic of China Patent M424707, which describes an infrared remote control system capable of remote transmission control, which includes an electronic device and a forwarding module. The electronic device is provided with a processing unit, an operating interface, and a signal emitting unit. The processing unit has a control application program corresponding to at least one electronic appliance, so that the operating interface can be used to input control commands of the electronic appliance, and the signal emitting unit Send the control command signal. The forwarding module is provided with a signal receiving unit, a signal conversion unit, and an infrared transmitting unit. The signal receiving unit can receive the control command signal remotely sent by the signal transmitting unit of the electronic device. The signal conversion unit is about the control command signal. Converted into the control code signal of the electronic appliance, and sent the control code signal to the electronic appliance by the infrared transmitting unit; thereby, the signal transmission method of the electronic device and the forwarding module can be used to not only control various electronic appliances remotely, but also And the remote controllers of various electronic appliances can be integrated on the electronic device to facilitate users to remotely control various electronic appliances.

Although the prior art discloses an integrated remote control and remote remote control, it still has the following shortcomings in actual use:

1. Infrared burning components need to be installed: the conventional integrated remote control must be equipped with infrared burning components before it can read the infrared signals of other remote controllers. After reading the infrared signals, the infrared burning components are no longer in use and cannot be used. Effectively exert the benefits of infrared burning components. In addition, infrared burning components will occupy a large amount of space in the remote control, resulting in disadvantages such as bulky remote control and complicated control buttons.

2. It is necessary to set up a component to memorize control information: whether it is an integrated remote control or a remote remote control, it must be equipped with a special storage component for storing control commands. If the control command is complicated or there are a large number of control commands, it must be A large-capacity storage element is set in the controller.

3. Higher setup cost: The remote controller with the programming function must be equipped with a control command programming component. Please also set a large-capacity control command storage component in the remote controller. For the manufacturer, the cost of making the remote controller is too high. high.

Therefore, how to effectively reduce the setting cost of the remote control without setting the control command programming component and the control command memory component on the remote control is an urgent goal for the relevant technicians.

In view of this, the purpose of the present invention is to provide an intelligent control system suitable for transmitting and receiving at least one control signal. The intelligent control system includes a recording device, a remote storage device, and at least one control device.

The recording device includes a signal receiving module for receiving the control signal, a recording end control module connected with the signal receiving module, and a recording end transmission module connected with the recording end control module.

The remote storage device can transmit information with the recording terminal transmission module, and includes a first storage module. The recording terminal control module stores the control signal in the first storage module.

The control device includes a control terminal transmission module which can transmit information with the remote storage device, a control terminal control module connected with the control terminal transmission module, and a control terminal control module connected with the control terminal transmission module. A signal output module connected to the end control module, the control end control module reads the control signal stored in the first storage module, and controls the signal output module to output the control signal to the outside.

Another technical means of the present invention is that the above-mentioned intelligent control system further includes at least one control device capable of transmitting information with the remote storage device, and the control device includes a control module for identifying and storing in the first Store the control signal of the module.

Another technical means of the present invention is that the above-mentioned control device further includes a remote control module, and the remote storage device further includes a second storage module. The remote control module can store remote control commands corresponding to the control signals. Into the second storage module, the control end control module reads the remote control command stored in the second storage module to confirm the reading of the control signal stored in the first storage module.

Another technical means of the present invention is that the above-mentioned control device further includes a key module storing at least one control key information, the control device further includes a permission judgment module storing a comparison key information, the The control key information is matched with the comparison key information, the remote control module stores the control key information corresponding to the comparison key information into the second storage module, and the permission judgment module reads and stores it in the The control key information of the second storage module is compared with the comparison key information to control whether the control terminal control module can read the control signal.

Another technical means of the present invention is that the above-mentioned control device further includes a sharing module for sharing the control key information to the key module of another control device.

Another technical means of the present invention is that the above-mentioned recording device further includes a connection confirmation module for confirming the connection status between the remote storage device and the recording terminal transmission module.

Another technical means of the present invention is that the above-mentioned recording end transmission module and the control end transmission module are selected from a WiFi transmission module, a Zigbee transmission module or a Bluetooth transmission module.

Another object of the present invention is to provide a signal recording method suitable for the above-mentioned intelligent control system, and includes an information connection step, a signal reception step, a signal storage step, and a signal control step.

In the information connection step, a recording device is connected to a remote storage device for information.

In the signal receiving step, a control signal is sent to the recording device so that the recording device receives the control signal.

In the signal storage step, the recording device stores the control signal in the remote storage device.

In the signal control step, a control device is used to identify the control signal stored in the remote storage device.

Another object of the present invention is to provide a signal output method suitable for the above-mentioned smart control system, and includes a remote selection step, a command storage step, a command reading step, a signal loading step, and a signal output step.

In the remote selection step, a control device is used to select a control signal stored in a remote storage device.

In the instruction storage step, the control device stores a remote control instruction corresponding to the control signal into the remote storage device.

In the command reading step, a control device connected to the remote storage device reads the remote control commands stored in the remote storage device.

In the signal loading step, the control device reads the control signal stored in the remote storage device according to the remote control command.

In the signal output step, the control device outputs the control signal to the outside.

Another technical means of the present invention lies in the above-mentioned signal output method, which further includes a permission judgment step between the command storage step and the command read step, wherein, in the command storage step, the control device The control key information is stored in the remote storage device; in the permission determination step, the control device stores a comparison key information, and when the comparison key information matches the control key information, execute the command read Take steps, signal loading steps, and signal output steps.

The beneficial effect of the present invention is that the purpose of the recording device is to record the control signal, and the number of the control device must be matched, and the recording device can be turned off when not in use, so there is no need to set a signal burning component on the control device , The control signal obtained by the recording device is stored on the remote storage device, so the control device does not need to be equipped with a memory element for storing the control signal, which effectively reduces the setting cost of the control device.

21: Remote control device

22: Appliances

31: Recording device

311: Recording control module

312: Recording end transmission module

313: Connection Confirmation Module

314: Signal receiving module

32: remote storage device

321: The first storage module

322: second storage module

33: control device

331: Console control module

332: Control terminal transmission module

333: Permission Judgment Module

334: Signal output module

34: control device

341: Control Module

342: Remote Control Module

343: Key Module

344: Sharing Module

901~904: steps

911~916: steps

Fig. 1 is a schematic diagram of a device, which is a preferred embodiment of a smart control system of the present invention; Fig. 2 is a schematic flow diagram illustrating a signal recording method of a smart control system of the present invention; Fig. 3 is a schematic diagram of the use of the signal recording Fig. 4 is a schematic flow chart illustrating the signal output method of a smart control system of the present invention; and Fig. 5 is a schematic diagram of the use of the signal output method.

The features and technical content of the related patent applications of the present invention will be clearly presented in the following detailed description of a preferred embodiment with reference to the drawings.

Referring to FIG. 1, it is a preferred embodiment of an intelligent control system of the present invention. The intelligent control system includes a recording device 31, a remote storage device 32, at least one control device 33, and a control device 34.

The recording device 31 includes a recording end control module 311, a recording end transmission module 312 connected to the recording end control module 311, a connection confirmation module 313 connected to the recording end control module 311, and A signal receiving module 314 connected to the recording end control module 311. The remote storage device 32 includes a first storage module 321 and a second storage module 322. The control device 33 includes a control terminal control module 331, a control terminal transmission module 332 connected to the control terminal control module 331, a permission judgment module 333 connected to the control terminal control module 331, and a The signal output module 334 connected to the control terminal control module 331. The control device 34 includes a control module 341, a remote control module 342, a key module 343, and a sharing module 344.

The remote storage device 32 is a server device installed on the network, and the recording end transmission module 312 and the control end transmission module 332 are WiFi transmission modules, Zigbee transmission modules or Bluetooth transmission modules, so that the The recording end transmission module 312 of the recording device 31 transmits information to the remote storage device 32, and the control end transmission module 332 transmits information to the remote storage device 32. In actual implementation, the recording end transmission module 312 and the remote storage device 32 transmit information. The control-end transmission module 332 can use other wireless communication technologies, and should not be limited to this. Because the technology of using wireless technology to transmit information has been known in the industry and is widely used in commercial products, it will not be described in detail here. . The control device 34 can be a smart phone, a tablet computer, a mobile computer or other smart computer devices. Preferably, after the control device 33 is turned on, the control terminal transmission module 332 searches for WiFi signals in the environment, and logs in to WiFi The signal host transmits network information, and then uses the network information to connect to the remote storage device 32. Since the wireless network connection technology is a conventional technology, it will not be described in detail here.

In this preferred embodiment, a remote control device 21 uses infrared wireless transmission technology to output a control signal to the outside for remote control of a household electrical device 22, wherein the remote control device 21 can send out different control signals to remotely control the household electrical device 22 Execute different procedures. Since the technology of infrared remote control of home appliances is a conventional technology, it will not be described in detail here. In actual implementation, the control signal can be Bluetooth, WiFi or other remote control technology, and should not be limited to this.

The signal receiving module 314 of the recording device 31 is an infrared receiver, which can receive the control signal output by the remote control device 21 and transmit the control signal to the recording end control module 311 of the recording device 31. The recording end control module 311 stores the control signal in the first storage module 321.

The connection confirmation module 313 of the recording device 31 can confirm the connection status of the remote storage device 32 and the recording end transmission module 312 and display it to the outside. For example, when the remote storage device 32 and the recording end When the transmission module 312 is connected, the connection confirmation module 313 displays a green light. When the remote storage device 32 and the recording end transmission module 312 are offline, the connection confirmation module 313 displays a red light .

It is worth mentioning that the capacity of the control signal received by the recording device 31 cannot be determined. In order to effectively save the setup cost, the recording device 31 does not have a memory chip for storing the control signal. Therefore, it must be connected between the recording device 31 and the remote control signal. The control signal can be stored in the first storage module 321 only when the end storage device 32 is connected. Therefore, when the connection confirmation module 313 displays a red light, it can remind the user that the recording device 31 is currently connected to the remote The storage device 32 is not connected yet, and the control signal cannot be stored in the first storage module 321 of the remote storage device 32. when When the connection confirmation module 313 displays a green light, the recording procedure of the control signal can be performed. Since WiFi connection settings and network connection settings are conventional technologies, they will not be described in detail here. After the control information is stored in the first storage module 321, the recording device 31 can be turned off and stored. When the recording procedure of the control signal needs to be executed, the recording device 31 can be turned on and used, and the actual implementation is At this time, the connection confirmation module 313 may not be provided, and should not be limited to this.

In this preferred embodiment, the control device 34 is a mobile phone device. In actual implementation, the control device 34 can use other mobile computer devices. The control module 341, the remote control module 342, the key module 343, and the sharing module 344 are all applications (APP) installed in the control device 34 to control the control device 34 to perform different tasks . The remote storage device 32 is a server set up on the network, and the first storage module 321 and the second storage module 322 are the server programs of the server. Since mobile phone applications and network server technologies are well known The technology is not described in detail here. In actual implementation, the remote storage device 32 and the control device 34 can be combined to form a mobile phone device or a server device, and should not be limited to this.

The control module 341 of the control device 34 can recognize the control signal stored in the first storage module 321. For example, the household appliance 22 is a TV set in the living room, and the remote control device 21 can send out remote control of the household appliance The control signal of the device 22. When the remote control device 21 sends a start-up control signal to the signal receiving module 314 of the recording device 31, the recording end control module 311 of the recording device 31 does not understand the use of the received control signal Therefore, when the recording device 31 stores the control signal in the first storage module 321, it will use the preset "first infrared signal" as the name of the control signal. The user can use the control device 34 to control the signal. The tube module 341 renames the control signal of the "first infrared signal" to the "living room TV boot signal" to provide the user with the purpose of understanding the control signal.

The remote control module 342 can store a pair of remote control commands corresponding to the control signal in the second storage module 322. For example, the remote control module 342 of the control device 34 can be stored in the first storage module 321 When the names of plural control signals are output on the control screen in a bar-type manner, or are output on the control screen in a manner that simulates the control interface/screen of the remote control device 21, the user can select one of the control signals. The remote control The module 342 will use the name of the control signal as the remote control command, and store the remote control command in the second storage module 322. Since the technology of simulating the control interface/screen of the remote control device 21 by programming and connecting the control signal with virtual keys is a conventional technology, it will not be described in detail here.

When the control terminal transmission module 332 of the control device 33 is connected to the remote storage device 32, the control terminal control module 331 continuously reads and stores whether the remote control command is stored in the second storage module 322, and After the second storage module 322 stores the remote control command, it is read to confirm the control signal to be obtained. The control terminal control module 331 reads the control signal stored in the first storage module 321 and can be controlled The signal output module 334 outputs the control signal to the outside. For example, the display screen of the control device 34 displays a plurality of control signals, and the user selects the name of "Living room TV start signal", and the remote control module 342 stores the remote control command of "Living room TV start signal" in the second storage mode. In group 322, the console control module 331 reads the remote control command of the "living room TV start signal" stored in the second storage module 322, and can read the "living room TV start signal" in the first storage module 321 Control information, and control the signal output module 334 to output the control signal of the "living room TV on signal" to the outside. Preferably, the signal output module 334 is an infrared transmitter to output the control signal to the outside and Control the home appliance 22.

The key module 343 of the control device 34 stores at least one control key information, and the authority determination module 333 of the control device 33 stores a comparison key information. The comparison key information is matched, and the user can store the comparison key information in the key module 343 to become the control key information. In actual implementation, other device pairing technologies or key comparison techniques can be used. For technology, storing the control key information in the key module 343 of the control device 34 should not be limited to this.

When the remote control module 342 of the control device 34 stores the remote control command in the second storage module 322, the key module 343 of the control device 34 simultaneously stores the control key information in the second storage module 322 .

The authority determining module 333 of the control device 33 first reads the control key information stored in the second storage module 322 and compares it with the comparison key information. When the control key information is compared with the comparison key When the information matches, the control end control module 331 can read the remote control commands stored in the second storage module 322, and then obtain the control signals stored in the first storage module 321. For example, the remote control module 342 of the control device 34 stores the control key information of the A control device 33, the B control device 33, and the C control device 33. The user can select a remote control command and select the control corresponding to the remote control command at the same time. Key information. In actual implementation, the remote control command can be integrated with the control key information. The control key information corresponding to the remote control command connection should be selected, which should not be limited. The control device 34 stores the remote control command and the control key information in the second storage module 322. Because the control end control module 331 of the A control device 33, the B control device 33, and the C control device 33 periodically controls the second storage module 322 to retrieve data to read the control key information, the A control device 33 and the B control device The authority judgment module 333 of 33 and C control device 33 compares its own comparison key information with the control key information. It is assumed that only the comparison result is matched by A control device 33, and the ratio of B control device 33 and C control device 33 Yes, it does not match, then the control end control module 331 of the A control device 33 can The remote control commands stored in the second storage module 322 are read and the control information is output. The B control device 33 and the C control device 33 do not have the authority to read the remote control commands and output control information.

It is worth mentioning that each control device 33 can control a plurality of home appliances 22. Preferably, a control device 33 can be installed in each room, and then the control device 33 can be used to control the home appliances 22 in different rooms. For example, the living room is equipped with home appliances 22 such as TV, stereo, air conditioner, and electric fan, the study room is equipped with home appliances 22 such as air conditioner and stereo, and the bedroom is equipped with home appliances 22 such as TV, air conditioner, and stereo. The control device 33 installed in the living room can control the household appliances 22 in the living room, the control device 33 installed in the study can control the household appliances 22 in the study, and the control device 33 installed in the bedroom And can control the household appliances 22 in the bedroom separately.

The sharing module 344 of the control device 34 can share the control key information to the key module 343 of another control device 34 so that the other control device 34 has the authority to control the control device 33 corresponding to the control key information , Preferably, the application program (APP) can be used to input the account number of other mobile phones to share the control key information to another control device 34. In actual implementation, the control key information can be used by SMS or other methods. Share to other control devices 34. Since the technology of using mobile communication devices to transmit digital information has been known in the industry and is widely used in mobile communication devices, it will not be described in detail here.

Referring to FIGS. 2 and 3, a signal recording method of a smart control system of the present invention includes an information connection step 901, a signal receiving step 902, a signal storage step 903, and a signal control step 904.

In the information connection step 901, the recording device 31 is connected to the remote storage device 32 for information. Preferably, the recording device 31 stores the connection of the remote storage device 32 When the recording device 31 is turned on, the recording end transmission module 312 of the recording device 31 will search for WiFi signals in the environment, log in to the host of the WiFi signal to transmit network information, and then use the network information to communicate with the remote The storage device 32 is connected so that the recording device 31 and the remote storage device 32 can exchange information. In actual implementation, a wired network can also be used to transmit information, which should not be limited.

In the signal receiving step 902, the remote control device 21 is used to send a control signal to the recording device 31, so that the signal receiving module 314 of the recording device 31 receives the control signal. Preferably, the remote control device 21 is a TV remote control The device sends a control signal to turn on the power to the recording device 31.

In the signal storage step 903, the recording device 31 stores the control signal in the first storage module 321 of the remote storage device 32. For the purpose of the recording device 31 being unable to recognize the control signal, it uses the default The name is the name of the control signal. Preferably, the name of the control signal is set as the "first control signal".

In the signal control step 904, the control module 341 of the control device 34 is used to identify the control signal stored in the first storage module 321 of the remote storage device 32 to name each control signal, which is advantageous To select the control signal in the remote control, it is better to modify the name of the control signal from "first control signal" to "television start signal", and arrange plural control signals in a bar-type manner, and it is also possible to change the name of the control signal. The remote control device 21 is classified, and the plural control signals of different remote control devices 21 are controlled in a group. In actual implementation, an editing program can be used to simulate the operation interface/screen of the remote control device 21 on the display screen of the control device 34 , And connect the virtual buttons in the operation interface/screen to the plural control signals, which should not be limited.

Repeat the signal receiving step 902, the signal storage step 903, and the signal control step 904 to store the plurality of control signals in the remote control device 21 in the remote storage device one by one In the first storage module 321 of 32, the recording device 31 is shut down after the recording process of the control signal is completed.

The inventor wants to clarify that because the recording device 31 is only used in the process of recording the control signal, when the recording process is completed, the recording device 31 can be shut down and stored, which effectively improves the early remote control with recording control signals. After recording the control signal, the remote controller does not have the disadvantage of using it, and the remote controller must contain the recording element, resulting in the disadvantage of the bulky housing.

4 and 5, the signal output method of a smart control system of the present invention includes a remote selection step 911, a command storage step 912, a permission judgment step 913, a command reading step 914, and a signal loading step 915 , And a signal output step 916.

In the remote selection step 911, the remote control module 342 of the control device 34 is used to select a control signal stored in the first storage module 321 of the remote storage device 32, because the control signal is stored in the first storage module 321 of the remote storage device 32. The control signal of a storage module 321 has been named and controlled by the control module 341 of the control device 34. The user can easily find the control signal he needs. For example, when you want to turn on the TV, you can use the control device The remote control module 342 of 34 is connected to the first storage module 321 of the remote storage device 32 to display a plurality of control signals on the display screen of the control device 34 in a bar-type manner, so as to provide the user with a choice of "TV on When the control signal of "signal" is actually implemented, the display screen of the control device 34 can display an analog remote control operation interface/screen, and the control signal can be selected by clicking the virtual button, which should not be limited.

In the command storage step 912, the control device 34 stores the remote control command corresponding to the control signal into the second storage module 322 of the remote storage device 32. Preferably, the name of the "TV boot signal" Stored in the second storage module 322, in actual implementation, the serial number or serial number of the control signal can also be stored in the second storage module 322, which should not be limited to this. The control The key module 343 of the device 34 stores the control key information corresponding to the control device 33 into the second storage module 322 of the remote storage device 32. For example, the home appliance 22 of the TV is controlled by one of them The device 33 is responsible for remote control. When the remote control command of the TV is stored in the second storage module 322, the control key information of the control device 33 is stored in the second storage module 322 at the same time.

In the authority determination step 913, the authority determination module 333 of the control device 33 stores a comparison key information, and the authority determination module 333 of the control device 33 downloads the control key information from the second storage module 322 And compare with the comparison key information. When the comparison key information matches the control key information, execute the command reading step 914, the signal loading step 915, and the signal output step 916. When the comparison key information does not match the control key information, the permission determination step 913 is continuously executed. The key module 343 of the control device 34 can store plural control key information so that the control device 34 controls the plural control devices 33 respectively.

In the instruction reading step 914, the control end control module 331 of the control device 33 reads the remote control instructions stored in the second storage module 322 of the remote storage device 32, preferably, reads and stores in The remote control command of the "TV boot signal" in the second storage module 322.

In the signal loading step 915, the control terminal control module 331 of the control device 33 reads the control signal stored in the first storage module 321 of the remote storage device 32 according to the remote control command. Preferably, The first storage module 321 downloads the control signal of the "TV power-on signal" according to the remote control command of the "TV power-on signal".

In the signal output step 916, the control terminal control module 331 of the control device 33 loads the control signal, and the signal output module 334 of the control device 33 outputs it to the outside to control the home appliance 22. When The console control module 331 obtains the control of the "TV boot signal" After the signal is generated, the signal output module 334 is controlled to output the control signal of the "TV on signal" to control the home appliance 22 of the TV to turn on.

Finally, the control end control module 331 of the control device 33 will clear the data in the second storage module 322 of the remote storage device 32, and execute the permission determination step 913 again.

From the above description, it can be seen that the intelligent control system and its signal recording method and signal output method of the present invention do have the following effects:

1. The remote control terminal does not need to set the recording component: because the control signal must be read to proceed, the component function of burning the control signal is necessary, but after the control signal is recorded, the burning component will no longer be used, so the present invention will record The device 31 is independent, so the control device 33 does not need to be provided with a recording element, which can effectively reduce the production cost, and can also reduce the volume of the control device 33.

2. There is no need to set up a control signal memory element: because the present invention has stored the control signal in the remote storage device 32, the control device 33 only needs to be connected to the Internet to obtain the control signal, and does not need to be connected to the recording device 31 and the recording device 31 The control device 33 is provided with a memory element for the control signal, which can save the installation cost.

3. Specify the control device that outputs the control signal: the key module 343 of the control device 34 can store the control key information corresponding to the control device 33 to obtain the control authority of the corresponding control device 33, and make the control device 33 33 output control signal.

In summary, the present invention directly records/stores the control signal in the remote storage device 32, so the recording device 31 and the control device 33 do not need to be equipped with a memory element for storing the control signal, and the recording device 31 It can be turned off and stored when not in use. The recording device 31 can store the plurality of control signals of the plurality of remote control devices 21 in the remote storage device 32 to provide the control device 33 to output the control signals, and remotely control the plurality of home appliances 22 respectively. The control module 341 of the control device 34 can control, name and arrange plural control signals to provide the remote control module 342 to select the required control signals and store the control signals in the remote storage device 32. A control device 33 continuously reads the remote storage device 32 to obtain the control key information of the control device 33. When the control key information matches the comparison key information, the control device 33 can read the remote control commands and corresponding The control signal is used to send the control signal to the outside and control the household electrical appliance 22, so it can indeed achieve the purpose of the invention.

However, the above is only a preferred embodiment of the present invention, and should not be used to limit the scope of implementation of the present invention, that is, simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the description of the invention , Are still within the scope of the invention patent.

21‧‧‧Remote control device

22‧‧‧Home Appliances

31‧‧‧Recording device

311‧‧‧Recording control module

312‧‧‧Recording end transmission module

313‧‧‧Connection Confirmation Module

314‧‧‧Signal receiving module

32‧‧‧Remote storage device

321‧‧‧First Storage Module

322‧‧‧Second storage module

33‧‧‧Control device

331‧‧‧Control terminal control module

332‧‧‧Control terminal transmission module

333‧‧‧Permission Judgment Module

334‧‧‧Signal output module

34‧‧‧Control device

341‧‧‧Control Module

342‧‧‧Remote Control Module

343‧‧‧Key Module

344‧‧‧Sharing Module

Claims (7)

An intelligent control system, suitable for transmitting and receiving at least one control signal, comprising: a recording device, including a signal receiving module for receiving the control signal, and a recording end control module connected with the signal receiving module, And a recording terminal transmission module connected with the recording terminal control module; a remote storage device, which can transmit information with the recording terminal transmission module, and includes a first storage module and a second storage module , The recording end control module stores the control signal in the first storage module; at least one control device includes a control end transmission module that can transmit information to the remote storage device, and a transmission module that communicates with the control end Set the connected control terminal control module, a signal output module connected with the control terminal control module, and a permission judgment module, the control terminal control module reads the control signal stored in the first storage module , And control the signal output module to output the control signal to the outside, the authority determination module stores a comparison key information; and a control device that can transmit information with the remote storage device, and includes a control module , A remote control module, and a key module, the control device is used to identify the control signal stored in the first storage module, the remote control module can store a remote control command corresponding to the control signal in the second A storage module, the control end control module reads the remote control command stored in the second storage module to confirm the control signal to be read, the key module stores at least one control key information, the control key The information is matched with the comparison key information, the remote control module stores the control key information corresponding to the comparison key information into the second storage module, and the permission judgment module reads and saves The control key information in the second storage module is compared with the comparison key information to control whether the control terminal control module can read the control signal. According to the smart control system described in item 1 of the scope of patent application, the control device further includes a sharing module for sharing the control key information to the key module of another control device. According to the intelligent control system described in item 1 of the scope of patent application, the recording device further includes a connection confirmation module for confirming the connection status between the remote storage device and the recording terminal transmission module. According to the smart control system described in item 1 of the scope of patent application, wherein the recording end transmission module and the control end transmission module are selected from a WiFi transmission module, a Zigbee transmission module or a Bluetooth transmission module. A signal recording method suitable for the intelligent control system of any one of items 1 to 4 in the scope of patent application, and includes the following steps: an information connection step, connecting a recording device with a remote storage device information; a signal receiving step , Send a control signal to the recording device, so that the recording device receives the control signal; a signal storage step, the recording device stores the control signal in the remote storage device; and a signal control step, using a control The device identifies the control signal stored in the remote storage device. A signal output method suitable for the intelligent control system of any one of items 1 to 4 in the scope of patent application, and includes the following steps: a remote selection step, using a control device to select a control signal stored in a remote storage device; A command storage step, the control device stores a remote control command corresponding to the control signal to the remote storage device; a command read step, a control device connected to the remote storage device reads and stores it in the remote A remote control command of the storage device; a signal loading step, the control device reads the control signal stored in the remote storage device according to the remote control command; and a signal output step, the control device outputs the control signal to the outside. According to the signal output method described in item 6 of the scope of patent application, it further includes a permission determination step between the command storage step and the command read step, wherein, in the command storage step, the control device controls a control fee The key information is stored in the remote storage device; in the permission determination step, the control device stores a comparison key information, and when the comparison key information matches the control key information, execute the command reading step , Signal loading steps, and signal output steps.

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