CN102881286A - Intelligent remote control system and control method thereof - Google Patents
Intelligent remote control system and control method thereof Download PDFInfo
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Abstract
The invention discloses an intelligent remote control system and an intelligent remote control method thereof. The intelligent remote control system comprises a remote controller and an intelligent terminal, which are wirelessly connected. The remote controller is used for receiving a voice control command from a user, sequentially performing analogue-to-digital conversion, encoding, decoding and compression processing on the voice control command, and transmitting the processed voice control command to the intelligent terminal. The intelligent terminal is used for performing decompression, encoding and decoding processing on data transmitted by the remote controller, searching for and extracting a code value matched with the voice control command, performing compression processing on the code value, and transmitting the code value to the remote controller. The remote controller is also used for decompressing and decoding the code value transmitted by the intelligent terminal, converting the code value into a corresponding infrared code, and transmitting the infrared code to the controlled terminal to control the controlled terminal to execute a corresponding function. Various home appliances can be controlled by only one remote controller, so that the operation of the user is facilitated, cost is saved for the user, and the environment is protected.
Description
Technical Field
The invention relates to the technical field of remote controllers, in particular to an intelligent remote control system and a control method thereof.
Background
The remote controller for TV set is a device for remote control of TV set, and is composed of IC board and buttons for generating different control information.
Because more and more household devices in life adopt remote controllers for control (such as air conditioners, ceiling lamps in living rooms and the like), the remote controllers are more troublesome to find out in the house of a user, each remote controller generally needs two dry batteries, and the battery is particularly serious in environmental pollution after being discarded, so that the remote controllers are not beneficial to environmental protection.
Disclosure of Invention
In view of the defects of the prior art, the invention aims to provide an intelligent remote control system and a control method thereof, which only need one remote controller to control different household appliances.
In order to achieve the purpose, the invention adopts the following technical scheme:
an intelligent remote control system comprises a remote controller and an intelligent terminal; the remote controller is in wireless connection with the intelligent terminal; wherein,
the remote controller is used for receiving a voice control command sent by a user, sequentially carrying out analog-to-digital conversion, coding and decoding processing and compression processing on the voice control command and then sending the voice control command to the intelligent terminal;
the intelligent terminal is used for decompressing, coding and decoding data sent by the remote controller, searching and extracting a code value matched with the voice control command, compressing and sending the code value to the remote controller;
the remote controller is also used for decompressing and decoding the code value sent by the intelligent terminal, converting the code value into a corresponding infrared code and sending the infrared code to the controlled terminal, and controlling the controlled terminal to execute a corresponding function.
The intelligent remote control system also comprises a cloud server connected with the intelligent terminal; and code values matched with the voice control commands are stored in the cloud server.
In the intelligent remote control system, the remote controller includes:
an MIC module for receiving a voice control command;
the A/D module is used for converting the voice control command received by the MIC module into a digital signal;
the first control processing module is used for carrying out coding and decoding operation processing on the digital signals converted by the A/D module and converting code values sent by the intelligent terminal into corresponding infrared codes;
the RF module is used for compressing the digital signal processed by the first control processing module and transmitting the digital signal to the intelligent terminal;
the IR code control module is used for sending the infrared codes converted by the first control processing module to the controlled terminal;
the MIC module is connected with a first control processing module through an A/D module, and the first control processing module is connected with an RF module and an IR code control module.
In the intelligent remote control system, the intelligent terminal includes:
the receiver module is used for decompressing and transmitting the digital signals sent by the remote controller;
a second control processing module for coding and decoding the decompressed data sent by the receiver module, searching and extracting a code value matched with the voice control command, and then coding and decoding;
a storage module for storing a code value matched with the voice control command;
the receiver module is also used for compressing the data output by the second control processing module and then sending the compressed data to the remote controller;
and the receiver module and the storage module are respectively connected with the second control processing module.
In the intelligent remote control system, the intelligent terminal further comprises a network module, the network module is connected with the second control processing module and the cloud server, and is used for sending data processed by the second control processing module to the cloud server and transmitting the code value sent by the cloud server to the second control processing module.
In the intelligent remote control system, the intelligent terminal is a controlled terminal and comprises an IR receiving module for receiving the infrared code sent by the IR code control module.
In the intelligent remote control system, the first control processing module comprises a first MCU module and a first DSP module.
In the intelligent remote control system, the controlled terminal is at least one of an intelligent television, an air conditioner, an air conditioning fan and a remote control lamp.
A control method of an intelligent remote control system comprises the following steps:
the method comprises the steps that a remote controller receives a voice control command sent by a user, and the voice control command is sent to an intelligent terminal after analog-to-digital conversion, coding and decoding processing and compression processing are sequentially carried out on the voice control command;
the intelligent terminal decompresses and encodes and decodes the data sent by the remote controller, searches and extracts a code value matched with the voice control command, compresses the code value and sends the compressed code value to the remote controller;
the code value sent by the intelligent terminal is decompressed and decoded by the remote controller, converted into a corresponding infrared code and sent to the controlled terminal, and the controlled terminal is controlled to execute a corresponding function.
When the intelligent terminal has no code value matched with the voice control command, the method for controlling the intelligent remote control system further comprises the following steps:
the intelligent terminal sends the data subjected to decompression, coding and decoding processing to the cloud server;
searching and extracting a code value matched with the voice control command through the cloud server and sending the code value to the intelligent terminal;
the intelligent terminal encodes and decodes the code value sent by the cloud server, stores the encoded and decoded code value in a storage module, compresses the code value and sends the compressed code value to the remote controller;
and decompressing and decoding the code value sent by the intelligent terminal through the remote controller, converting the code value into a corresponding infrared code, sending the infrared code to the controlled terminal, and controlling the controlled terminal to execute a corresponding function.
Compared with the prior art, the intelligent remote control system and the control method thereof provided by the invention have the advantages that the remote controller receives the voice control command sent by the user, and the voice control command is sequentially subjected to analog-to-digital conversion, coding and decoding processing and compression processing and then sent to the intelligent terminal; the intelligent terminal decompresses and encodes and decodes the data sent by the remote controller, searches and extracts a code value matched with the voice control command, compresses the code value and sends the compressed code value to the remote controller; the code value sent by the intelligent terminal is decompressed and decoded by the remote controller, then converted into a corresponding infrared code and sent to the controlled terminal, the controlled terminal is controlled to execute a corresponding function, various household appliances can be controlled by only one remote controller, the operation of a user is facilitated, the cost is saved for the user, and the remote controller is environment-friendly.
Drawings
Fig. 1 is a block diagram of an intelligent remote control system according to the present invention.
Fig. 2 is a flowchart of a method for controlling a controlled terminal by the intelligent remote control system of the present invention.
Detailed Description
The invention provides an intelligent remote control system and a control method thereof, and in order to make the purpose, technical scheme and effect of the invention clearer and clearer, the invention is further described in detail below by referring to the attached drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Please refer to fig. 1, which is a block diagram of an intelligent remote control system according to the present invention. As shown in fig. 1, the intelligent remote control system provided by the present invention includes a remote controller 10 and an intelligent terminal 20, wherein the remote controller 10 is wirelessly connected with the intelligent terminal 20.
The remote controller 10 is configured to receive a voice control command sent by a user, perform analog-to-digital conversion, encoding and decoding processing, and compression processing on the voice control command in sequence, and send the voice control command to the intelligent terminal 20. The intelligent terminal 20 is configured to decompress, encode, and decode data sent by the remote controller 10, search for and extract a code value matched with the voice control command, and then send the code value to the remote controller 10 after compression processing. The remote controller 10 is further configured to decompress and decode the code value sent by the intelligent terminal 20, convert the code value into a corresponding infrared code, and send the infrared code to the controlled terminal, so as to control the controlled terminal to execute a corresponding function.
In the embodiment of the present invention, the intelligent remote control system further includes a cloud server 30 connected to the intelligent terminal 20, and the cloud server 30 stores a code value matched with the voice control command, where it can be understood that code values of remote control commands corresponding to various electrical devices are stored in the cloud server 30, and when the code value is not found in the intelligent terminal 20, the cloud server 30 can find the matched code value.
It should be noted that the structural block diagrams of the remote controller 10, the intelligent terminal 20 and the cloud server 30 provided by the present invention only include the improved structural modules and the prior art modules connected to the present invention, and the rest of the structural modules, such as the keys of the remote controller 10 and the display screen of the intelligent terminal 20, are the prior art, and are not described herein again.
With continued reference to fig. 1, the remote control 10 includes: a MIC (Microphone) module 110, an Analog/Digital (a/D) module 120, a first control processing module 130, a Radio Frequency (RF) module 140, and an IR (Infrared) code control module 150. The MIC module 110 is connected to a first control processing module 130 through an a/D module 120, and the first control processing module 130 is connected to an RF module 140 and an IR code control module 150. Wherein the first control processing module 130 further comprises: a first MCU (Micro Control Unit) module 131 and a first DSP (Digital Signal Processor) module 132. The remote controller 10 is further provided with an earphone plug 160, which is connected to the a/D module 120, and can be inserted into an earphone to receive a voice control command of a user.
The intelligent terminal 20 includes: a receiver module 210, a second control processing module 220, and a storage module 230. The receiver module 210 and the storage module 230 are respectively connected to the second control processing module 220. The second control processing module 220 further includes: a second MCU block 221 and a second DSP block 222.
Because during remote control, the intelligent terminal 20 can communicate with the cloud server 30 as required, the intelligent terminal 20 further includes a network module 240, which is connected to the second control processing module 220 and the cloud server 30, and is configured to send data processed by the second control processing module 220 to the cloud server 30, and transmit a code value sent by the cloud server 30 to the second control processing module 220.
When the remote controller 10 needs to control the controlled terminal, the MIC module 110 picks up a voice control command issued by the user, the voice control command being a voice analog signal, and transmits the voice analog signal to the a/D module 120. The a/D module 120 converts the voice control command received by the MIC module 110 into a digital signal, and transmits the digital signal to the first control processing module 130, and the first control processing module 130 is configured to perform encoding and decoding operation on the digital signal converted by the a/D module 120. If the remote controller 10 is the remote controller 10 matched with the controlled terminal, the first control processing module 130 directly processes the digital signal into a corresponding infrared code, and sends the infrared code to the controlled terminal through the IR code control module 150, so that the controlled terminal executes a corresponding function. If the remote controller 10 does not have the corresponding infrared code for controlling the controlled terminal, the first control processing module 130 performs encoding and decoding operation processing on the digital signal converted by the a/D module 120, and then transmits the digital signal to the RF module 140 through a certain protocol (such as SPI protocol), and the RF module 140 compresses the digital signal processed by the first control processing module 130 and transmits the compressed digital signal to the intelligent terminal 20.
On the intelligent terminal 20 side, the receiver module 210 decompresses the digital signal sent by the remote controller 10, and transmits the decompressed digital signal to the second control processing module 220 through a certain protocol (such as SPI protocol), after the second control processing module 220 performs coding and decoding processing on the decompressed data, it first searches whether the storage module 230 stores a code value matched with the voice control command, if so, the code value is directly extracted, and performs coding and decoding processing, and sends the code value to the receiver module 210, and the receiver module 210 compresses the data and returns the data to the RF module 140; when there is no code value matching with the voice control command in the storage module 230 of the intelligent terminal 20, the second control processing module 220 performs encoding and decoding processing on the decompressed data and then sends the decompressed data to the network module 240, and the network module 240 sends the data out, so as to extract the matched code value from the cloud server 30.
After the matching code value is found in the cloud server 30, the network module 240 transmits the code value to the second control processing module 220, and the second control processing module 220 performs encoding and decoding processing, and then compresses the data by the receiver module 210 and returns the compressed data to the RF module 140.
In this embodiment of the present invention, the intelligent terminal 20 may also serve as a controlled terminal, and the intelligent terminal 20 further includes an IR receiving module for receiving the infrared code sent by the IR code control module 150. The controlled terminal is at least one of an intelligent television, an air conditioner, an air conditioning fan and a remote control lamp.
Taking the intelligent terminal 20 as an intelligent television and the controlled terminal as an air conditioner as an example, if the user needs to turn on the air conditioner, the user only needs to take the remote controller 10: after the air conditioner is turned on, the a/D module 120 performs analog-to-digital conversion on the voice command for turning on the air conditioner, sends the voice command to the first control processing module 130, performs encoding and decoding operation processing through the first control processing module 130, and then searches whether the corresponding infrared code is stored in the remote controller 10; if the remote controller 10 stores a corresponding infrared code value, the corresponding infrared code value is directly sent to the air conditioner through the IR code control module 150, so that the air conditioner is turned on; if the remote controller 10 does not have the corresponding infrared code, the RF module 140 compresses the data output by the first control processing module 130 and transmits the compressed data to the receiver module 210 of the smart tv. The receiver module 210 decompresses the data sent by the RF module 140 and sends the decompressed data to the second control processing module 220, and after the second control processing module 220 performs encoding and decoding operations, searches whether the smart television locally stores a code value matched with the voice command of turning on the air conditioner, and if the code value is directly mentioned, sends the code value to the RF module 140 of the remote controller 10 through the receiver module 210. If not, the data processed by the encoding and decoding operation is sent to the cloud server 30 through the network module 240, and after the matched code value is searched in the cloud server 30, the data is returned to the second control processing module 220 through the network module 240, and is sent to the receiver module 210 through a certain protocol, and is sent to the RF module 140 of the remote controller 10 through the receiver module 210.
After receiving the code value sent by the smart television, the remote controller 10 decompresses the code value through the RF module 140, transmits the decompressed code value to the first control processing module 130 through a certain protocol, performs encoding and decoding operation processing on the decompressed code value through the first control processing module 130, converts data into a corresponding infrared code, sends the converted infrared code to the air conditioner through the IR code control module 150, receives a matched signal through the IR receiving module of the air conditioner, processes the received signal through the internal function module of the air conditioner, and turns on the air conditioner.
In specific implementation, after the matched code value is found in the cloud server 30, the code value can be directly stored in the storage module 230 of the smart television, so that the matched code value is directly extracted from the smart television when the same voice control command is given next time, and the search time of the code value is shortened.
Based on the above intelligent remote control system, the present invention further provides a method for controlling a controlled terminal by the intelligent remote control system, as shown in fig. 2, which includes the following steps:
s100, receiving a voice control command sent by a user through a remote controller, sequentially carrying out analog-to-digital conversion, coding and decoding processing and compression processing on the voice control command, and then sending the voice control command to an intelligent terminal;
s200, decompressing, encoding and decoding data sent by the remote controller by the intelligent terminal, searching and extracting a code value matched with the voice control command, compressing and sending the code value to the remote controller;
s300, decompressing and decoding the code value sent by the intelligent terminal through the remote controller, converting the code value into a corresponding infrared code, sending the infrared code to the controlled terminal, and controlling the controlled terminal to execute a corresponding function.
When the intelligent terminal has no code value matched with the voice control command, the method further comprises the following steps: the intelligent terminal sends the data subjected to decompression, coding and decoding processing to the cloud server; searching and extracting a code value matched with the voice control command through the cloud server and sending the code value to the intelligent terminal; the intelligent terminal encodes and decodes the code value sent by the cloud server, stores the encoded and decoded code value in a storage module, compresses the code value and sends the compressed code value to the remote controller; and decompressing and decoding the code value sent by the intelligent terminal through the remote controller, converting the code value into a corresponding infrared code, sending the infrared code to the controlled terminal, and controlling the controlled terminal to execute a corresponding function.
It should be understood that equivalents and modifications of the technical solution and inventive concept thereof may occur to those skilled in the art, and all such modifications and alterations should fall within the scope of the appended claims.
Claims (10)
1. An intelligent remote control system is characterized by comprising a remote controller and an intelligent terminal; the remote controller is in wireless connection with the intelligent terminal; wherein,
the remote controller is used for receiving a voice control command sent by a user, sequentially carrying out analog-to-digital conversion, coding and decoding processing and compression processing on the voice control command and then sending the voice control command to the intelligent terminal;
the intelligent terminal is used for decompressing, coding and decoding data sent by the remote controller, searching and extracting a code value matched with the voice control command, compressing and sending the code value to the remote controller;
the remote controller is also used for decompressing and decoding the code value sent by the intelligent terminal, converting the code value into a corresponding infrared code and sending the infrared code to the controlled terminal, and controlling the controlled terminal to execute a corresponding function.
2. The intelligent remote control system according to claim 1, further comprising a cloud server connected to the intelligent terminal; and code values matched with the voice control commands are stored in the cloud server.
3. The intelligent remote control system of claim 2, wherein the remote control comprises:
an MIC module for receiving a voice control command;
the A/D module is used for converting the voice control command received by the MIC module into a digital signal;
the first control processing module is used for carrying out coding and decoding operation processing on the digital signals converted by the A/D module and converting code values sent by the intelligent terminal into corresponding infrared codes;
the RF module is used for compressing the digital signal processed by the first control processing module and transmitting the digital signal to the intelligent terminal;
the IR code control module is used for sending the infrared codes converted by the first control processing module to the controlled terminal;
the MIC module is connected with a first control processing module through an A/D module, and the first control processing module is connected with an RF module and an IR code control module.
4. The intelligent remote control system according to claim 2, wherein the intelligent terminal comprises:
the receiver module is used for decompressing and transmitting the digital signals sent by the remote controller;
a second control processing module for coding and decoding the decompressed data sent by the receiver module, searching and extracting a code value matched with the voice control command, and then coding and decoding;
a storage module for storing a code value matched with the voice control command;
the receiver module is also used for compressing the data output by the second control processing module and then sending the compressed data to the remote controller;
and the receiver module and the storage module are respectively connected with the second control processing module.
5. The intelligent remote control system according to claim 4, wherein the intelligent terminal further comprises a network module, connected to the second control processing module and the cloud server, for sending data processed by the second control processing module to the cloud server, and transmitting a code value sent by the cloud server to the second control processing module.
6. The intelligent remote control system according to claim 1, wherein the intelligent terminal is a controlled terminal including an IR receiving module for receiving an infrared code transmitted from the IR code control module.
7. The intelligent remote control system according to claim 3, wherein the first control processing module comprises a first MCU module and a first DSP module.
8. The intelligent remote control system according to claim 1, wherein the controlled terminal is at least one of a smart television, an air conditioner, an air conditioning fan, and a remote control lamp.
9. A control method of an intelligent remote control system is characterized by comprising the following steps:
the method comprises the steps that a remote controller receives a voice control command sent by a user, and the voice control command is sent to an intelligent terminal after analog-to-digital conversion, coding and decoding processing and compression processing are sequentially carried out on the voice control command;
the intelligent terminal decompresses and encodes and decodes the data sent by the remote controller, searches and extracts a code value matched with the voice control command, compresses the code value and sends the compressed code value to the remote controller;
the code value sent by the intelligent terminal is decompressed and decoded by the remote controller, converted into a corresponding infrared code and sent to the controlled terminal, and the controlled terminal is controlled to execute a corresponding function.
10. The method for controlling an intelligent remote control system according to claim 9, wherein when there is no code value matching the voice control command in the intelligent terminal, the method further comprises:
the intelligent terminal sends the data subjected to decompression, coding and decoding processing to the cloud server;
searching and extracting a code value matched with the voice control command through the cloud server and sending the code value to the intelligent terminal;
the intelligent terminal encodes and decodes the code value sent by the cloud server, stores the encoded and decoded code value in a storage module, compresses the code value and sends the compressed code value to the remote controller;
and decompressing and decoding the code value sent by the intelligent terminal through the remote controller, converting the code value into a corresponding infrared code, sending the infrared code to the controlled terminal, and controlling the controlled terminal to execute a corresponding function.
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