TW200527840A - Autonomous and universal voice remote control system and scheme - Google Patents

Abstract

An autonomous and universal voice remote control system and scheme is disclosed. The autonomous and universal voice remote control system comprises at least one generic voice embedded controller (GVEC) respectively installed on at least one controlled target; and a generic voice remote commander (GVRC), wherein the GVEC matches with the GVRC. The autonomous and universal voice remote control scheme utilizes the GVRC to sense the type of the at least one controlled target automatically, and then to download the voice pattern of the controlled target dynamically, thereby autonomously controlling the controlled targets of various types with one single GVRC.

Description

200527840

[Technical field to which the invention belongs] The present invention relates to a scheme, and in particular, to a universal voice remote control system and mechanism that can generate spontaneous remote control: a kind of remote adjustment is not required. And mechanism. Universal voice remote control system for various industrial control bodies. [Previous technology With the information technology. The affiliate network and each home may be lacking in installation and many more on the market or the increase in audio, and sometimes there are many current buttons on the market that are frequently affected by the remote control technology of the remote control video recorder.] Technology news Wireless home appliances. Set up at home, but the prototype, each remote control home has its own remote control. Although the remote control channel adjusts one or two functions on the hardware, it will use the power supply of messaging to match the power with the branch. There are many devices in the market, but they are integrated with the functions of a remote control that controls the price of traditional home appliances. With more use, advanced technology, and information appliances, such as cold remote control, Devices, because the number of remote controls has become the so-called universal, they must be fixed in order to be able to use the restrictions, functions, examples, or at the same time have electricity in the future and more humane remote control has been information product remote control Yiqi, TV, as the amount of remote control is getting larger and larger (targeted in advance. And this is usually why: at the same time, there are TV and functions that will gradually become HKUST, the whole control mode will become an impossible function. More and more benefits. The more types of home appliances and DVD players, due to the inconvenience. Some universal remote control appliances, some universal remote control, a remote control With a TV and stereo remote control

Page 6 200527840 V. Description of the invention (2) On the other hand, the user interface cannot apply the needs of consumers in the consumer era. Therefore, it is very systematic and systematic. For the pre-set use a single ear electrical appliances, different controls for easy use. When the distance of knowledge comes, ask. This spontaneous demand is urgently needed, and the barrel, the robot body, and the user's voice remote controller are needed. The conventional communication that is to be developed will not be able to be adjusted automatically and automatically, using buttons or touch screens as both hands are busy with work or unable to use, & plus, more and more emphasis on voice The user interface of the integrated remote control has been unable to meet a spontaneous universal voice remote control type voice remote control system and mechanism that does not need to be limited by the number and type of human controlled bodies. Only activate remote control of at least one controlled object, such as or equipment. The remote control can also generate appropriate voice control methods according to and to remotely control and monitor each controlled body. [Summary of the invention] The voice mode of the main control system and mechanism of the present invention can, for example, be single and uncontrolled. The other control system and mechanism of the present invention can generate suitable voices. Yes. Self-type In order to achieve the purpose of limiting the number of devices without artificial settings, it can be used as a variety of different controlled bodies. In providing a spontaneous universal voice remote, different controlled bodies can automatically adjust the i-capacity L so as to facilitate the user's voice operation. Provide a kind of spontaneous universal Wu Li use voice to operate a variety of different controlled bodies. 200527840 V. Description of the invention (3) According to a preferred embodiment of the present invention, the spontaneous universal voice remote control system of the present invention includes at least: at least one generic voice embedded controller (GVEC), Respectively installed on at least one controlled body; and a Generic Voice Remote Commander (GVRC). Each of these controlled bodies has at least one processor installed. Each GVEC includes at least: a GVEC UID (Unified Identification) transmission interface; a GVEC data transmission interface; a UID generating component; a speech model generating component; and a GVEC distributed computing component, in which the UID generating component and the speech model generating component And the GVEC distributed computing element belongs to the core of GVEC (Kernel). This GVRC further includes at least: U ID identification components; Voice Pattern Collection components; Voice Pattern Translation components; GVRC distributed computing components; GVRC UID transmission interface; ^ data transmission interface ; And voice input and output interfaces, such as headsets, microphones, etc., among which the UID recognition element, voice model capture element, voice model translation element, and gvrc distributed computing element belong to the core of GVRC. f 2 'The spontaneous universal M voice remote control mechanism of the present invention includes at least 1. cm release card and UID transmission; GVRC obtains and recognizes?., drives the voice model capture element; outputs the finger of the grab voice model' By GVRC decentralized computing element Lin Xinling; the instruction of the data transmission model to generate nn to the speech model; claw the speech model stem to generate a speech model; transmit the speech

Page 8 200527840 V. Description of the invention (4) Audio model to GVEC model to GVRC data element; transmission of language generation and transmission of command data transmission; response of dispersive computing element; transmission of data through the data transmission interface fabric; voice display response therefore Using the type and quantity of the voice-earphone controller of the controlled body to generate the appropriate language data transmission interface fabric transmission interface; sound model to speech; GVRC to send commands to GVEC will give commands to GVEC decentralized; Data transmission and response message. Invented, automatic model can be achieved to achieve various operations without restrictions; can be based on the content of the audio interface; data transmission, voice model translation, distributed computing, distributed computing, distributed processing units to send computing components to return to GVRC, 70 pieces of model to speech; 7L pieces of player components were ordered in turn; processing was used to send a response message, a response message, a scattered operator, and a voice model to capture information; a production order; and a GVEC score | § and sent Output to GVEC for GVRC documents; and search for controlled entities and download them dynamically without manual settings. For example, a single controlled entity can be automatically adjusted without being controlled by different controlled entities. And 'and user-friendly voice operation. [Embodiment] A variety of spontaneous universal voice remote control systems and mechanisms. In this case, the sending device is sensed to sense the type of at least one controlled body, and it is free from the audio interface. Then, it can switch the language according to the type of different controlled bodies. It has white &#, s to capture different voice messages. In this way, only one GVEP is needed, and the control mechanism of # 处 夕% control mechanism is installed in the controlled body, and it becomes a different controlled body of Yao and Jiuzi τ, and △△ Media, such as Electrical appliances, machine ports or equipment. ^

200527840 V. Description of the invention (5) The universal voice remote control system of the present invention includes at least GVRc; and at least one GVEC 'is installed on at least one controlled body, respectively. The at least one GVEC cooperates with this GVRC. Please refer to FIG. 1 'FIG. 1 is a functional block diagram and a flow chart showing the GVEC of the present invention. At least one processor (not shown) is installed on the text control body to execute commands to control the control body, and communicate with GVEC to send a response message. The processor may be a digital signal processor (DSP) or a microprocessor (Micr0pr〇cess〇r). GVEC includes at least: GVEC UID transmission interface 40; GVEC data transmission interface 50, UID generation component 10; speech model generation component 20; and GVEC * scattered arithmetic component 30, in which UID generation component 10 and speech model generation component 20 and GVEC decentralized computing elements 30 belong to the same embedded operating system 36, and can be combined with GVEC UID transmission interface 40 and GVEC data transmission interface 50. Designed as the core of GVEC, and can be made into silicon intellectual property (SIp; 51 1 icon Intellectual Property) or system on chip (SOC) for convenient installation on the controlled body. In addition, this system single chip can be made into a set-top box (Set-τ〇ρ Β〇χ) device or a more powerful system chip b, which can be installed on the controlled body. Regarding the definition of the UID, the present invention can use a conventional expression to represent the form of the uid (Pattern), and can also apply some encoding methods to generate the identification code. For example: UID can consist of controlled entity number (ID) and network address (Network Address). As for the voice model, this is a self-defined description method for the voice control interface, which records the relevant data of GVRC, and records the voice control interface corresponding to GVEC = 200527840 V. Invention description (6) and control method. In addition, the speech model can include encoding and data compression methods and digital signatures. The voice model can be produced using any data such as Mp 3 or 疋 WAV, which can describe the algorithm of GVEC's voice control interface. In addition, GVRC / GVEC (that is, the controlled body) needs to apply a decentralized differentiating mechanism (such as the decentralized Remote procedure cam and interoperability through wireless networks. In general, each GVEC has the following Status: 丨 · Automatically issued periodically after startup, UID. In addition, each GVEC decentralized computing element 30 enters the standby state separately; 2. · When the GVRC request is issued for the voice model, the voice model will be released Go out; 3. After receiving the GVRC command, GVEC will pass the command to the digital signal processor or microprocessor of the controlled body to perform the control action and report the message to GVRC. Please refer to Figure 2 Figure 2 shows the functional blocks and flowchart of the GVRC of the present invention. The GVRC further includes at least: UID identification element 丨 〇〇; speech model capture το 110; speech model translation element 12; GVRC * scattered computing element 130 GVRC UID transmission interface 14; GVRC data transmission interface 150; and speech interface 160, in which UID identification element 100, speech model capture element 110, speech model translation element 20, and GVRC The distributed computing element 130 belongs to the core of GVRC, and can be designed on the same embedded operating system 136, and can be made into a system single chip. In addition to the voice interface 160, the GVRC UID transmission interface 140 and the GVRC data transmission interface 15 〇It can also be produced on the system single chip or panel made by the embedded operating system 136. The voice interface 160 is composed of a voice input device and a voice output device, such as a headset with a microphone; The combination of eight and microphone.

200527840 V. Description of the invention (7) u ID identification element 1 〇 〇 must be able to identify u 丨 D, and convert it into valid information ’such as identifying the controlled object number and network address in UI D. In addition, the UID identification element 100 must have the function of simultaneously identifying multiple sets of u 丨 D. The present invention can use the following methods or other methods that can achieve this function to solve such problems. First define the time t seconds required to transmit a byte (if u 丨 j of the κ group is received at the same time), and each u ID uses \ n as the termination symbol, and u ID identifies the component 1 00 will do the identification behavior within τ seconds. When »Chat (with 2 series because \ n accounts for 2 bytes in length) 'can only identify all K groups of uID; otherwise, it can only identify several groups before the last \ n appearing within d seconds ηd. Then, the user can choose which controlled body to manipulate based on the identified UID. After the U ID recognition is completed, the speech model grabbing element 丨 丨 〇 will request the GVEC to obtain the speech model through the GVRC distributed computing element 130 and the GVRC data transmission interface 15. After obtaining the speech model, the speech model is downloaded to a temporary file, and then it is transferred to the speech model translation element 丨 2 to perform the action of interpreter. The speech model translation element 120 is a transliteration function written using the technology of a compiler (Complier), the purpose of which is to parse the speech model into a speech interface, which can produce speech. Users can also issue commands through this voice interface 160, and communicate the commands to GVEC via the GVRC decentralized computing element 130. After the GVRC was started, it began to receive messages with "the outgoing UID." After the identification of the UID message was completed, the voice model was obtained through the distributed computing element 130, and then the voice model was translated into a voice interface,

Page 12 200527840 V. Description of the invention (8) Alpha eight sounds are left in the surface 1 6 0 (such as earphones). When the user uses the microphone of the headset to give instructions, the instructions are transmitted to GVEC through the GVRC decentralized computing element 丨 30. If GVEC has response information, it will respond to the voice interface 16 0 by voice. In addition, the GVEC UID transmission interface 40 and the GVRC UID transmission interface 14 can use, for example, infrared (Infrared Data Association, IrDA) devices (such as IrLan, VFIR, or SIR, etc.), Bluetooth devices (Bluet〇th), and wireless network cards. (Such as IEEE802.1 1b or IEEE8 02.1 1 a, etc.), home radio frequency devices (HomeRF), induction coils, or other induction devices that can issue yip UID transmission devices. The GVEC data transmission interface 50 and the GVRC data transmission interface 150 can use data transmission devices such as a Bluetooth device and a wireless network card. Among them, the GVEC UID transmission interface 40, the GVRC UID transmission interface 140, the GVEC data transmission interface 5M, and the GVRC data transmission interface 15 may also belong to the same transmission device, such as a Bluetooth device, a wireless network card, etc., that is, the GVEC UID transmission interface and The GVEC data transmission interface is the same interface of the transmission device; the GVRC UID transmission interface and the GVRC data transmission interface are the same another interface of the transmission device. The types and f-boxes of the transmission interfaces described above are merely examples, and the present invention is not limited thereto. Please continue to refer to Figure 1 and Figure 2. The process of the universal remote control mechanism of the present invention is described as follows:

First, GVEC sends a UID (step 400) to publish a UID (step 210), where the UID (step 400) is obtained and identified by GVEC UID (vstep 400) (step 22), where This line is made by 200527840

UID identification element loo to identify. Next, the GVRC drives the speech model capture element 110 (step 230), and the speech model capture element 110 outputs a f-type fetch instruction (step 240) to the GVRC decentralized computing element 13. However, the GVRC decentralized computing element 130 outputs a command for capturing the voice model (step 250) to the GVRC data transmission interface 150, and then performs data transmission (step 50 0), and the GVRC data transmission interface 150 transmits the capture The command to get the voice model ^ G ^ EC data transmission interface 50. The GVEC data transmission interface 50 obtains the crawling words. After the deduction of the type, the instruction to fetch the voice model of the decentralized computing element 30 is transmitted (step 260). Next, the GVEC decentralized computing element 30 sends an instruction to capture the voice model to the voice model generating element 20 (step 2 70). After the model generating element 20 generates the voice model, the voice model is sent to the GVEC data transmission interface. 50 (step 28), and then data transmission (step 500), the GVEC data transmission interface 50 transmits a voice model to the GVRC data transmission interface 15. After the GVRC data transmission interface 15 obtains the voice model, it transmits the voice model to the voice model capture element 11 (step 29). Next, the speech model capture component 110 transmits the speech model to the speech model translation component 120 (step 300) to interpret it into speech information. Then the information is played (step 310), and the voice information is played out through the voice interface 160. After the UID is confirmed and the voice model is displayed, the user can generate and transmit commands to the GVRC * distributed computing element 13 through the voice interface 160 (step 320) to transfer commands through the GVRC distributed computing mechanism. Then, the GVRC distributed computing element 130 outputs a command to the GVRC data transmission interface 150 (step 330). Then, data transmission is performed (step 500), and the command is transmitted to the GVEC data transmission interface 50 through the "data transmission interface 150", and the GVE (: information

Page 14 200527840 V. Description of the invention (10)-The material transmission interface 50 then transmits the command GVEC distributed computing element 30 (step 340). Then, the GVEC decentralized computing element 30 sends the command to at least one processor (not shown) of the receiving and controlling body to process the controlled body, and the processor sends a response message (step 35). ), Where step 35 is performed through an interface (not shown) such as PCI or ISA bus (Bus). Then, the GVEC distributed computing element 30 sends a response message to the GVEC data transmission interface 50 (step 360), and performs data transmission (step 500) to report to the GVRC data transmission interface 150. The GVRC data transmission interface 150 then sends a response message to the G VR C distributed computing element 13 (step 37). Then the voice display does not respond to the message (step 380) ′ where the GVRC decentralized computing element 130 sends a response message to the voice interface 160 and displays it. As mentioned above, the UID transmission (step 400) and the data transmission (step 500) of the present invention can be two different transmission rules (Rules) using the same transmission device, that is, the GVEC UID transmission interface 40 and GVEC data The transmission interface 50 is the same interface of the transmission device; the GVRC UID transmission interface 140 and the GVRC data transmission interface 50 are the same another interface of the transmission device. In addition, the UID identification element 100 with GVRC can be set to check the UID time. For example, the identification of u ID is finished in 3 seconds, that is, after entering a space, the voice interface with GVRC 16 (headphone) will be in 3 seconds. It will be explained later what electronic devices (with GEVC installed) in this space can be controlled. When the headset interacts with the user, the GVRC will stop searching for the electronic device installed with GEVC. 'Unless the user has made some other settings, the voice interface will be reported near the user after each conversation with the user. What kind of electronic device. It is worth mentioning that the present invention can be applied to controlled bodies in various fields.

Page 15 200527840 V. Description of the invention (11) For example, • JavaTV channel selection device made using Java T3 media frame (java μ edia Frame; JMF) in the field of electricity; applications using TinyVM and LEGO RCX robots in the field of automation; And the use of RMI stock real-time quote system in the financial field. After installing the invention's "KRCX server, stock server and JavaTV, when GVRC moves to the RCX feeder," GVRC will detect the current UID of the rcx server through the UID transmission device and pass the wireless network. Download its voice model, · When GVRC moves to the state of the stock display temple, GVRC will obtain the UID of the stock server through the UI β transmission device and the voice model of the stock server through the wireless network; when GVRC moves When at home, GVRC can also obtain the JavaTV voice model and control javaH through the UID transmission device and wireless network. Therefore, after the GVRC voice interface enters the factory, the GVRC voice interface will receive voice messages about the robot; enter the stock After the market, you will receive a voice message about stock quotes; when you return home, you will receive a voice message about the choice of a javaTV station. Therefore, the present invention can be applied to various fields such as medicine, factory automation, and information appliances. The present invention can also be fabricated using wafer technology, that is, a number of hardenable, repeatable and complex technologies are used to make wafers. The present invention can develop various GVRCs according to various functions. The following is a scenario example to explain the present invention: When a user wants to drive out of his garage, the GVRC headset (voice interface) comes out: "Currently There are cars, speakers, and a door in this space. What do you want to open? " Then, the user answers through the microphone (voice interface) of GVRC ... "Turn on the audio, go to FM98.3", is there any GVEC sound installed?

200527840 Fifth, the description of invention (12) can be turned on, and turn to the FM98 · car stone, and said through the cm microphone ... When the user comes out, the microphone of GVRC says, "Open the door." Worth 2 :, through the microphone of the GVRC, said: "Turn off the above-mentioned voice; type; 疋, the above user's fine C dialogue is specified at t the above-mentioned preferred embodiment of the present invention, we can know that the remote control system and mechanism have the following advantages. I two Second, the general type and number of sex are limited and the controlled body is not subject to the appropriate language model of the controlled body '. · The invention does not need to be convenient and efficient to operate. Called Kefeng take = screen and display, can only use-voice: 'Since the voice model is dynamically loaded with a low power rate. = Set will also be very low ..., the invention's very special mobile phone for integration applications. -Wear '< ,,, network, etc.) and the present although the present invention has taken a preferred embodiment = clear: any person who is familiar with this skill, without leaving; Changes and retouching, so the gods and encircles will be determined by the scope of the attached patent application. Bao Li 200527840 Brief Description of the Drawings [Simplified Description of the Drawings] For a more complete understanding of the invention and its advantages, please refer to the above Narrate and cooperate ' Fig. 1 is a functional block diagram and a flow chart of the general voice embedded controller (GVEC) of the present invention. Fig. 2 is a functional block diagram of the general voice commander (GVRC) of the present invention. Blocks and flowcharts.

[Simple description of component representative symbols] I 0 UID generation component 20 Voice model generation component 30GVEC distributed computing component 3 6, 1 3 6 Embedded operating system 40GVEC UID transmission interface 50GVEC data transmission interface 10 0UID identification component

II 0 speech model capture element 1 2 0 speech model translation element 130GVRC distributed computing element 140GVRC UID transmission interface 150GVRC data transmission interface 1 6 0 speech interface 210GVEC release UID ’

22 0GVRC get and identify UID

Page 18 200527840 Brief description of the diagram 2 3 0 Drive the voice model capture element 2 4 0 Output the command to capture the voice model 250 by the GVRC decentralized computing element 2 6 0 Send the command to capture the voice model 270 Disperse by the GVEC The computational element speech model generating element outputs a command to capture the speech model to the GVEC decentralized computing element. The command to capture the speech model is transmitted to the 280. The speech model is transmitted to the data transmission interface 290. The speech model is transmitted to the speech model capture element. Speech model-to-speech model translation element 3 1 0 Play information 320 Generate and transfer commands 3 30 Send commands to GVEC decentralized computation elements via GVRC decentralized computation element output commands 340 7

350 uses GVEC decentralized computing elements to send commands to a processor for processing, and the processor sends out the main night 360. GVEC decentralized computing elements send responses: °, 3 70 sends response messages to GVRC decentralized computing elements. 3 8 0 Voice display response message 4 0 0 UID transmission

5 0 0 data transmission

Page 19

Claims (1)

200527840 VI. Scope of patent application1. A spontaneous universal voice remote control system for remote control of at least one controlled body, wherein the at least one controlled body is installed with at least one processor, and the voice spontaneous universal remote control system At least includes: a Generic Voice Remote Commander (GVRC), wherein the GVRC further includes at least: a GVRC UID transmission interface, so as to receive a UID (Unified Identification; unified identification number), wherein the GVRC UID transmission interface It belongs to a UID transmission device; a voice interface to play a message voice and input a voice command; a GVRC data transmission interface belongs to a data transmission device to transmit a voice pattern and the command; a U ID identification Component to identify the u ID and convert the U ID into valid information; a voice pattern collection component to transmit the valid information and output a command to capture the voice model, wherein the voice model Grab components and process the language input from the GVRC data transfer interface A voice model; a voice pattern translation (Voice Pattern Translation) component, whereby the voice model becomes a voice playable by the voice interface; and a GVRC decentralized computing element; to) a general-purpose voice immersive control (Generic Embedded Controller; GVEC), respectively installed on the at least one controlled body, wherein the at least one GVEC and the GVRC cooperate with each other, and the at least one GVEC is more Page 20 200527840 The method further includes: a UID generating component to generate the UID; a model in which the voice related data and the GVRC distributed operation and a GVEC are controlled by each other; wherein the GVEC UID device is used to transmit the one A processor to execute, a speech model generating element, thereby generating the Dali model, which records the control interface and control method corresponding to the at least one GVEC and the GVRC: one GVEC, a GVEC decentralized computing element, through which The GVRC controls each other (InterOperabiUty) and the component is used to transmit the UID with the at least one GVEC UID transmission interface through a data transmission device, and the transmission interface belongs to the UID transmission device; and a GVEC data transmission interface belongs to the The data transmission voice model and the command are controlled by the at least one control entity. 2 · The spontaneous universal remote control system described in item 1 of the scope of patent application, wherein the U ID generating element, the voice model generating element, and the GVEC are discrete operating elements designed on an embedded operating system And can be made into SIP (Silicon Intellectual Property) or SOC (System On Chip) together with the GVEC data transmission interface and the GVEC uiD transmission interface, so as to be conveniently installed in the at least A controlled entity may integrate with other Silicon Intellectual Property. 3. The spontaneous universal voice remote control system described in item 2 of the scope of patent application, wherein the system single chip or the silicon intellectual property can be made into a similar aircraft Page 21 200527840 VI. Scope of patent application Set-Top Box device or system chip with more powerful function b, which can be installed on the at least one controlled body. 4. The spontaneous universal voice remote control system described in item 1 of the scope of patent application, wherein the UID identification element, the voice model grabbing element, the voice model translation element, and the GVRC distributed computing element belong to the gvrc The core can be designed on an embedded operating system, and can be made into a system single chip or a Shi Xi Zhi Cai. 5. The spontaneous universal voice remote control system described in item 4 of the scope of patent application, wherein the GVRC UID transmission interface and the GVRC data transmission interface = can be made on the system single chip or the silicon intellectual property. 6. The spontaneous universal voice remote control system as described in item 1 of the scope of the patent application, wherein the UID is composed of a number (ID) and a network address of the at least one controlled entity. 7. The spontaneous universal voice remote control system as described in item 1 of the scope of patent application, wherein the voice model further includes at least coding and data compression method; and digital signature. ^ The spontaneous universal telephony system described in item 1 of the scope of patent application, wherein the GVEC UID transmission interface and the GVEC data transmission interface ^ may be the same interface, and the GVRC UID transmission interface and the GVRC data interface Biography 200527840 6. The scope of patent application can be the same as the other interface. 9 The spontaneous general type system as described in item 丨 of the scope of patent application, wherein the voice interface includes at least one day and a sound output device. μ input device and phrase 10. — A spontaneous universal voice remote control scheme (scheme), in a spontaneous universal remote control system, the spontaneous communication system includes at least -GVRC has -UID identification Components, —speech model remote ^ fetching parts, a speech model translation element, a GVRC decentralized GVRC data transmission interface, a speech interface and a gvrcuid; J = = surface; to: at least one GVEC is installed on at least one controlled Body: ΪΪί: Γ less, C has a _generating element political transport element, a voice model generating element, a gvec surface, and a GVEC HD transmission interface 'where at least one is at least-place! Device "and said the at least one processor and the two: dagger: pieces of each other's parental signals, and the spontaneous universal remote control mechanism at least includes the at least -GVEC issued a UID 'where the ⑽ is determined by the _ Generated by the generating component and performing a UID transmission, the UID transmission is performed through the transmission interface and the GVRC UID transmission interface. D obtains and identifies the UID, wherein the GVRC obtains the ^ through the uid, and The UID identification element identifies the {/ 11); Xunda " surface drives the speech model grasping element; Scope of Patent Application 200527840 4b X 4+ O, which captures a voice model, is created by Xi ^ Wu Li 楛 Scissors ^ 7, one in ~ the command to capture the voice model, and output by the M m branch type capture element to the GVRC The hunting is distributed by the GVRC decentralized transport-gb bucket. The GVRC data transmission interface, the 7th first data transmission of the Japanese chopsticks, wherein the first data transmission is from the GVRC data. The special interface sends the command for capturing the voice model to the ... data transfer interface; sends the command for capturing the voice model to the GVEC decentralized transport element; and transmits the command for capturing the voice through the GVEC decentralized computing element Instructing the speech model generating element to generate a speech model; transmitting the speech model to the GVEC data transmission interface; and performing second data transmission, wherein the second data transmission is transmitted by the "data transmission interface" To the mouth ... Data transmission interface =; Send the voice model to the voice model capture element; 1 Send the voice model to the voice model translation element for interpretation / information; Display the information, where the information is played out by the voice interface; Generate and pass a command to the GVRC is generated through the voice interface; Through the GVRC decentralized computing element interface; From the voice model translation element to the decentralized Type computing element, wherein the command outputs the command to the GVRC data transmission for the third data transmission, wherein the third data transmission is transmitted from the ^ gVRC data transmission interface to the GVEC data transmission interface. Μ 200527840 6. The patent application scope sends the command to the GVEC distributed computing element; the GVEC distributed computing element passes the command to the at least one processor of the at least one controlled body for processing to control the at least one The controlled entity sends a response message; 'sends the response message to the "^ transmission interface through the GVEC distributed computing element;.,'" Performs fourth data transmission, wherein the fourth data transmission is performed by the "仳The data transmission interface reports the response message to the GVRC data transmission interface;, sends the response message to the GVRC distributed computing element; and displays the response message, wherein the response message is sent from the GVRC distributed computing element to the voice interface And it shows. 11 · The spontaneous universal silver tone remote control mechanism described in item 10 of the scope of patent application, wherein the UID generating element, the voice model generating element, the GVEC decentralized computing element are designed in an embedded operating system In addition, the GVEf data transmission interface and the GVEC UID transmission interface are manufactured together as follows: a system single chip or a silicon intellectual property, so as to be conveniently installed on the at least one controlled body or integrated with other silicon intellectual property. On a controlled body. 1 2. The spontaneous universal Nuri remote control mechanism described in item i of the scope of the patent application, 'where the system, the monolithic chip, or the Shi Xizhibei can be made into a `` y-box-like device or More powerful system chip to install at least 200527840 、 Gubei soap benefit Ifl ^ 3. The spontaneous universal voice remote control mechanism described in item 10 of the scope of patent application, including the IHD identification element, the speech model grabbing element, and the speech model translation element And 70 GVRC distributed transport variants belong to the core of the GVRC, and can be designed on the embedded operating system, and can be made into a system single chip or a silicon intellectual property. 1 4 · The spontaneous universal voice remote control mechanism described in item 13 of the scope of patent application, wherein the GVRC UID transmission interface and the GVRC data transmission interface can be made on the system single chip or the Shi Xizhicai. 15 · The spontaneous universal voice remote control mechanism as described in item 10 of the scope of patent application, wherein the U ID is composed of the number of the at least one controlled entity and the network address. 16 · The spontaneous universal speech remote control mechanism described in item 10 of the scope of patent application, wherein the speech model further includes at least: a method of encoding and data compression; and a digital signature. 17. The spontaneous universal voice remote control mechanism as described in item 10 of the scope of patent application, wherein the voice interface includes at least a voice input device and a voice output device. 18 · The spontaneous universal voice remote control mechanism as described in item No. 丨 0, wherein the GVEC UID transmission interface and the GVEC data transmission interface Page 26 200527840 6. The scope of patent application can be the same interface; and the GVRC UID transmission interface and the GVRC data transmission interface can be the same another interface. ΪΗΪ Page 27