TW202030624A - Voice recognition control method and device using the same - Google Patents

Abstract

A voice recognition control method is provided, including the following steps of: using a voice transceiver to receive a voice signal; using a learning module to learn the voice information by interacting with at least one cloud searching server, and to translate the voice signal into at least one voice information; using a processor to analysis the voice signal according to the voice information to generate a control signal; using an infrared emitter to emit the control signal. A voice recognition control device is provided.

Description

Voice recognition control method and device

The present invention relates to voice control, and particularly relates to a voice recognition control method and device.

With the advancement of science and technology, home equipment is gradually leading to the concept of smart home. The home environment is adjusted by an automated system to improve the problem of only one remote control corresponding to the specific electrical equipment.

The conventional technology is that a controller controls a plurality of electrical devices, and the controller is usually a smart phone, a tablet computer or other remote controllers, and controls the operation status of the plurality of electrical devices in a wired or wireless manner. However, the conventional controller must be operated by hand to achieve the control effect. Such a complicated operation method is really inconvenient for the elderly or other users.

Therefore, it is necessary to provide a novel and progressive voice recognition control method and device to solve the above-mentioned problems.

The main purpose of the present invention is to provide a voice recognition control method and device, which can voice control at least one electrical device.

To achieve the above objective, the present invention provides a voice recognition control method, including: receiving a voice signal with a voice transceiver; using a learning module to interact with at least one cloud search engine server to learn the voice signal, and then converting the voice signal Is at least one language data; a processor analyzes the voice signal according to each of the language data to generate a control signal; and an infrared transmitter transmits the control signal for controlling at least one electrical device.

To achieve the above object, the present invention provides a voice recognition control device, including: an infrared transmitter, which can emit at least one control signal, the at least one control signal for controlling at least one electrical device; a voice transceiver, which can receive A voice signal and a voice feedback signal that can be transmitted based on the voice signal; a learning module that at least converts the voice signal into at least one language data; a storage unit that stores each of the language data, at least one environmental data, and At least one of at least one state data; and a processor, which parses the voice signal according to each of the language data, and reads the at least one environmental data and the at least one state data to convert the voice signal into the control signal and At least one of the voice feedback signals.

The following examples are only used to illustrate the possible implementation aspects of the present invention, but they are not intended to limit the scope of protection of the present invention, and are described first.

Please refer to FIG. 1, which shows a preferred embodiment of the present invention. The voice recognition control method of the present invention includes the following steps: Step S1: Receive a voice signal with a voice transceiver; Step S2: Use a learning module to at least interact with A cloud search engine server interactively learns the voice signal, and then converts the voice signal into at least one language data. It is further explained that the learning module can be connected to the cloud in a wired or wireless manner to search for the voice signal such as semantics and grammar; Step S3: Use a processor to analyze the voice signal according to each of the language data to generate a control signal and a voice feedback signal; and Step S4: Use an infrared transmitter to transmit the control signal for controlling at least one electrical device. In addition, the learning module can also use the voice feedback signal to answer the user's question or issue a question, and can learn the semantics and grammar of the language signal through interaction with the user.

2 to 3, the voice recognition control device 1 of the present invention includes an infrared transmitter 10, a voice transceiver 20, a storage unit 30, a learning module 40 and a processor 50.

The infrared transmitter 10 can emit at least one control signal, each of the control signals is an infrared signal, and the at least one control signal is used to control at least one electrical device 2. In this embodiment, the at least one electrical device 2 can receive an infrared signal, for example. The air conditioner, lamp, TV or fan, etc., of course, can also have electrical equipment 2 that transmits infrared signals; in other embodiments, the infrared transmitter can also emit multiple control signals to simultaneously control multiple electrical equipment.

The voice transceiver 20 can receive a voice signal and can transmit a voice feedback signal generated according to the voice signal; the learning module 40 at least converts the voice signal into at least one language data; the storage unit 30 stores each of the language data, At least one of at least one environmental data and at least one state data; and the processor 50 parses the voice signal according to each of the language data, and reads at least one of the at least one environmental data and the at least one state data, and then The voice signal is converted into at least one of the control signal and the voice feedback signal. Thereby, the voice recognition control device 1 can interact with the user 4 to learn Chinese grammar, and can control each of the electrical equipment 2 through the voice signal to improve the convenience of operation.

In this embodiment, the quantities of the at least one language data, the at least one environment data, and the at least one status data are respectively plural; the plural language data includes, for example, Chinese, English, Cantonese, Hokkien, Thai and other multi-language vocabulary and Grammar; the plural environmental data includes, for example, plural environmental names, and the plural state data includes, for example, the environmental temperature state, the environmental humidity state, the operating state of the at least one electrical device 2 and so on.

Preferably, the learning module 40 can be connected to a cloud search engine server 3, which can be connected to the cloud search engine server 3 in a wired or wireless manner. The cloud search engine server 3 can be, for example, a search engine (such as GOOGLE), an information database (such as Wikipedia) and other network information, and the learning module 40 can send to the cloud search engine server 3 according to the voice signal to obtain the at least A language data, so the learning module 40 can be learned through the Internet.

In detail, the processor 50 further includes a voice recognition unit 51 and a semantic recognition unit 52. The voice recognition unit 51 analyzes the voice signal as at least one text signal, and the semantic recognition unit 52 converts each text signal according to the At least one of the at least one language data, the at least one environment data, and the at least one state data is converted into at least one of the control signal or the voice feedback signal, so that the voice signal can be clearly analyzed and interpreted. In addition, the voice recognition unit 51 can determine different pronunciations and intonations to pair with similar characters.

The storage unit 30 further includes a semantic database 31, and the semantic database 31 stores each language data. In addition, the storage unit 30 further includes an environmental database 32, and the environmental database 32 stores various environmental data. Further, the storage unit 30 further includes a state database 33, and the state database 33 stores each state data.

The voice transceiver 20 further includes an echo filter module 21. When the voice signal includes an echo signal, the echo filter module 21 can filter the echo signal. In addition, the voice transceiver 20 further includes a noise filter module 22. When the voice signal includes a noise signal, the noise filter module 22 can filter the noise signal; thereby improving the clarity of the voice signal degree.

The voice transceiver 20 includes a receiving module 23 and a playing module 24. The receiving module 23 can receive the voice signal, and the playing module 24 can transmit the voice feedback signal. The sound receiving module 23 may be, for example, a microphone device; the sound playback module 24 may be, for example, a speaker device. In addition, the voice transceiver 20 further includes a playing module 25, and the playing module 25 is connected to the semantic recognition unit 52 and the sound playing module 24.

In this embodiment, the voice recognition control device 1 further includes a display 60 connected to the processor 50. The display 60 can display at least one image information, and the at least one image information can be multimedia or remote Video images to interact with users 4 through images.

S1~S4: steps 1: Voice recognition control device 2: electrical equipment 3: Cloud search engine server 4: User 10: Infrared transmitter 20: Voice transceiver 21: Echo Filter Module 22: Noise filter module 23: Radio module 24: Playback module 25: Play module 30: storage unit 31: Semantic Database 32: Environmental Database 33: Status database 40: Learning Module 50: processor 51: Voice recognition unit 52: Semantic Recognition Unit 60: display

Figure 1 is a step diagram of a preferred embodiment of the present invention. Figure 2 is a block diagram of a preferred embodiment of the present invention. Figure 3 is a schematic diagram of a preferred embodiment of the invention in use.

S1~S4: steps

Claims (10)

A voice recognition control method includes the following steps: Receive a voice signal with a voice transceiver; Use a learning module to interact with at least one cloud search engine server to learn the voice signal, and then convert the voice signal into at least one language data; A processor analyzes the voice signal according to each of the language data to generate a control signal and a voice feedback signal; and An infrared transmitter is used to transmit the control signal for controlling at least one electrical device. A voice recognition control device, including: An infrared transmitter capable of emitting at least one control signal, and the at least one control signal is used to control at least one electrical device; A voice transceiver that can receive a voice signal and can transmit a voice feedback signal generated based on the voice signal; A learning module, at least converting the voice signal into at least one language data; A storage unit storing at least one of each of the language data, at least one environmental data, and at least one status data; and A processor analyzes the voice signal according to each of the language data, and reads the at least one environmental data and the at least one state data to convert the voice signal into at least one of the control signal and the voice feedback signal. The voice recognition control device according to claim 2, wherein the learning module can be connected to a cloud search engine server, and the learning module can obtain the at least one language data from the cloud search engine server according to the voice signal. The voice recognition control device according to claim 2, wherein the processor further includes a voice recognition unit and a semantic recognition unit, the voice recognition unit analyzes the voice signal as at least one text signal, and the semantic recognition unit converts each of the The text signal is converted into at least one of the control signal or the voice feedback signal according to at least one of the at least one language data, the at least one environmental data, and the at least one state data. The voice recognition control device according to claim 2, wherein the storage unit further includes a semantic database, and the semantic database stores each of the language data. The voice recognition control device according to claim 2, wherein the storage unit further includes an environment database and a status database, the environment database stores each of the environmental data, and the state database stores each of the state data. The voice recognition control device according to claim 2, wherein the voice transceiver further includes an echo filtering module, and when the voice signal includes an echo signal, the echo filtering module can filter the echo signal. The voice recognition control device according to claim 2, wherein the voice transceiver further includes a noise filter module, and when the voice signal includes a noise signal, the noise filter module can filter the noise signal . The voice recognition control device according to claim 2, wherein the voice transceiver includes a radio module and a sound playback module, the radio module can receive the voice signal, and the sound playback module can transmit the voice feedback signal . The voice recognition control device according to claim 4, wherein the number of at least one language data, the at least one environment data, and the at least one status data are plural respectively; the learning module can be connected to a cloud search engine server, and the learning module can According to the voice signal to the cloud search engine server to obtain the at least one language data; the storage unit further includes a semantic database, the semantic database stores each of the language data; the storage unit further includes an environment database and a state A database, the environment database stores each of the environmental data, the state database stores each of the state data; the voice transceiver also includes an echo filter module, when the voice signal contains an echo signal, the echo filter The noise removal module can filter the echo signal; the voice transceiver also includes a noise filter module, when the voice signal includes a noise signal, the noise filter module can filter the noise signal; the voice transceiver The device includes a radio module and a playback module, the radio module can receive the voice signal, the playback module can transmit the voice feedback signal; the voice transceiver also includes a playback module, the playback module The semantic recognition unit and the sound module are connected; the voice recognition control device further includes a display connected to the processor, and the display can display at least one image information.

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