CN1307231A - Centralized voice-recognizing remote control method and system for controlling equipment - Google Patents
Centralized voice-recognizing remote control method and system for controlling equipment Download PDFInfo
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- CN1307231A CN1307231A CN 00100758 CN00100758A CN1307231A CN 1307231 A CN1307231 A CN 1307231A CN 00100758 CN00100758 CN 00100758 CN 00100758 A CN00100758 A CN 00100758A CN 1307231 A CN1307231 A CN 1307231A
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Abstract
The system of the present invention includes a voice recognizing and treating subsystem to guide the user to input voice information and recognize it; an order forming circuit to form a order based on the integral command comprising the recognized voice information and store it in the voice recognizing and treating subsystem; a first coding module to encode the order into radio transmitted signal; and a first emitter module to emit via a first antenna to the controlled device.
Description
Relevant a kind of centralized speech recognition remote control thereof of the present invention and system, particularly relevant a kind of centralized speech recognition remote control thereof and system in order to controlling equipment.
Tradition all is built on the equipment (being called for short " voice-operated device ") of desire control in order to the phonetic order control system for identifying (for example common phonetic order is dialed the number and computer etc. imported in the phonetic order literal) of controlling equipment, utilizing voice to assign instruction when user's desire gives this " voice-operated device " preceding, must be earlier in this " voice-operated device " enterprising lang sound order training, and each " voice-operated device " all needs independently to possess speech recognition system, cause " voice-operated device " cost very expensive, to such an extent as to can't popularize, and because of its implementation of independent recognition system too simple and easy, cause accurately recognizing voice instruction, thereby can't reach the standard of practical application.
The purpose of this invention is to provide a kind of centralized speech recognition telechirics and method in order to controlling equipment, by cost that reduces voice-operated device and the accuracy that improves speech recognition, with the widespread use speech recognition system in food, clothing, live, go, educate, happy and various industrial.
Speech recognition telechirics of the present invention is achieved in that this system comprises at least: a speech processes and recognition system, and import voice messaging in order to the guiding user, and this voice messaging of this user's input is discerned; One order forms circuit, with this speech processes and recognition system coupling, can form a complete instruction when this voice messaging after identification, then forms an order; One first coding module, this command code that this order formation circuit is transmitted becomes the signal of a RTTY transport format; And one first emitting mould train, with this first coding module coupling, the data behind this coding are transmitted to the controlled device that this user institute desire is controlled by one first antenna.
The order that wherein above-mentioned order formation circuit more comprises this formation is stored in this speech processes and the recognition system.
Wherein above-mentioned speech processes and recognition system comprise at least: a speech processes module, be coupled with a phone mixing interface, import this voice messaging by this phone mixing interface to guide this user, and convert this voice messaging of this user's input to a numerical information; One user's controlled device database, the as-is data of the controlled device that stored user is set; One uses the phrase data base group, and with this user's controlled device database coupling, storage comprises controlled device title, controlled device setting state class phrase data; One phrase search and comparator circuit, use phrase data base group coupling with this speech processes module and this, receive this numerical information that this speech processes module transmits, and find out the present set condition of user's controlled device of institute desire inquiry or utilization in the controlled device database according to this user and be stored in these phrase data among this application phrase data base group, relatively this numerical information; And one the instruction complete detector, form which couple with this phrase search and comparator circuit, this speech processes module, this order, search and the comparator circuit result of this numerical information relatively according to this phrase, judge whether this numerical information can form a complete instruction, and this judged result is sent in this speech processes module handles, wherein when this numerical information can be formed a complete instruction and transmit this judged result to this order and form circuit.
Wherein above-mentioned system more comprises: a pending order ordering module, form circuit and this first coding module coupling with this order, the formation circuit is formed should to sort in order in order to ordering, and in regular turn this order is sent to this first coding module, to be encoded into the signal of this RTTY transport format.
Wherein above-mentioned system more comprises: one first reception module, by this first antenna to receive a command execution situation back information through this controlled device of wireless radio transmission form coding; And one first decoding module, with the coupling of this first reception module, this information that this first reception module transmits is decoded, and should decoded this information pass to this order formation circuit.
Wherein above-mentioned speech processes module comprises at least: a PAC circuit, with the coupling of this phone mixing interface, by this phone mixings interface to receive this voice messaging that this user imports; One speech data digitizing module with this PAC circuit coupling, converts this numerical information in order to this voice messaging with this user's input; Initial and the termination detecting device of one voice, search and the comparator circuit coupling with this speech data digitizing module and this phrase, in order to starting point and the terminating point that detects this numerical information, and this numerical information of inciting somebody to action after tested is sent in this phrase search and the comparator circuit; One quiz circuit, with this instruction complete detector coupling, the imperfect part of the instruction that is detected at this instruction complete detector forms problem automatically; One phonation circuit with this quiz circuit coupling, inquires that with this quiz circuit institute desire this user's problem converts a voice messaging to; And a telecommunication circuit, with this phone mixing interface and the coupling of this phonation circuit, will reach from this voice messaging of this phonation circuit among this user by this phone mixing interface, assign phonetic order to guide this user.
Wherein above-mentioned controlled device comprises at least: one second reception module, by one second antenna this coded data with this RTTY transport format of receiving this first antenna and transmitting; One second decoding module with this second reception module coupling, is decoded this coded data that this second reception module transmits; One controlled device command process module with this second decoding module coupling, is ordered the present state of this controlled device of adjusting according to this decoded this user; One second coding module, with the coupling of this controlled device command process module, the result that this controlled device is carried out this user's order is encoded into the signal of a RTTY transport format; And one second emitting mould train, with this second coding module coupling, the data behind this coding are transmitted to this first antenna by this second antenna.
Wherein above-mentioned system more comprises: a command execution results is reported circuit, form circuit and this speech processes and recognition system coupling with this order, form circuit by this order and receive the exectorial result of this controlled device, and after handling through this speech processes and recognition system, should exectorial result report and know to this user.
Wherein above-mentioned system more comprises: execution result ordering module, with this first decoding module coupling, sort the result of the command execution of all controlled devices passbacks; And one order follow the trail of circuit, form which couple with this execution result ordering module and this order, the result of the command execution that each controlled device is returned takes out from this execution result ordering module in regular turn, and notify this order to form circuit and handle, and the back information that will take out is deleted in this execution result ordering module.
Speech recognition telechirics of the present invention can also be achieved in that this system comprises at least: a speech processes module, be coupled with a phone mixing interface, import voice messaging by this phone mixing interface with the guiding user, and convert this voice messaging of this user's input to a numerical information; One user's controlled device database, the as-is data of the controlled device that stored user is set; One uses the phrase data base group, and with this user's controlled device database coupling, storage comprises controlled device title, controlled device setting state class phrase data; One phrase search and comparator circuit, use phrase data base group coupling with this speech processes module and this, receive this numerical information that this speech processes module transmits, and find out the present set condition of user's controlled device of institute desire inquiry or utilization in the controlled device database according to this user and be stored in these phrase data among this application phrase data base group, relatively this numerical information; One instruction complete detector, with this phrase search and comparator circuit and the coupling of this speech processes module, search and the comparator circuit result of this numerical information relatively according to this phrase, judge whether this numerical information can form a complete instruction, and this judged result is sent in this speech processes module handles; One order forms circuit, controlled device database coupling with this instruction complete detector and this user, judge when this instruction complete detector promptly to form order after this numerical information can be formed a complete instruction, and the order that will form is stored in this user's the controlled device database; One first coding module, this command code that this order formation circuit is transmitted becomes the signal of a RTTY transport format; One first emitting mould train with this first coding module coupling, is transmitted to the data behind this coding the controlled device of this user institute desire control by one first antenna; One first reception module, by this first antenna to receive a command execution situation back information through this controlled device of wireless radio transmission form coding; And one first decoding module, with the coupling of this first reception module, this information that this first reception module transmits is decoded, and should decoded this information pass to this order formation circuit.
Wherein above-mentioned system more comprises: a pending order ordering module, form circuit and this first coding module coupling with this order, the formation circuit is formed should to sort in order in order to ordering, and in regular turn this order was sent to this first coding module to be encoded into the signal of this RTTY transport format.
Wherein above-mentioned controlled device comprises at least: one second reception module, by one second antenna this coded data with this RTTY transport format of receiving this first antenna and transmitting; One second decoding module with this second reception module coupling, is decoded this coded data that this second reception module transmits; One controlled device command process module with this second decoding module coupling, is ordered the present state of this controlled device of adjusting according to this decoded this user; One second coding module with this controlled device command process module coupling, is encoded into the exectorial result of this controlled device the signal of one RTTY transport format; And one second emitting mould train, with this second coding module coupling, the data behind this coding are transmitted to this first antenna by this second antenna.
Wherein above-mentioned system more comprises: a command execution results is reported circuit, form circuit and the coupling of this speech processes module with this order, form circuit by this order and receive the exectorial result of this controlled device, and after handling through this speech processes module, should exectorial result report and know to this user.
Wherein above-mentioned system more comprises: execution result ordering module, with this first decoding module coupling, sort the result of the command execution of all controlled devices passbacks; And one order follow the trail of circuit, form which couple with this execution result ordering module and this order, the result of the command execution that each controlled device is returned takes out from this execution result ordering module in regular turn, and notify this order to form circuit and handle, and the back information that will take out is deleted in this execution result ordering module.
Wherein above-mentioned speech processes module comprises at least: a PAC circuit, with the coupling of this phone mixing interface, by this phone mixings interface to receive this voice messaging that this user imports; One speech data digitizing module with this PAC circuit coupling, converts this numerical information in order to this voice messaging with this user's input; Initial and the termination detecting device of one voice, search and the comparator circuit coupling with this speech data digitizing module and this phrase, in order to starting point and the terminating point that detects this numerical information, and this numerical information of inciting somebody to action after tested is sent in this phrase search and the comparator circuit; One quiz circuit, with this instruction complete detector coupling, the imperfect part of the instruction that is detected at this instruction complete detector forms problem automatically; One phonation circuit with this quiz circuit coupling, inquires that with this quiz circuit institute desire this user's problem converts a voice messaging to; And a telecommunication circuit, with this phone mixing interface and the coupling of this phonation circuit, will reach from this voice messaging of this phonation circuit among this user by this phone mixing interface, assign phonetic order to guide this user.
Speech recognition remote control thereof of the present invention is achieved in that this method comprises the following step at least: a user imports the phonetic order of controlling equipment or query facility present situation in a wireless radio transmission merchant equipment control system; This equipment control system utilizes a speech processes and recognition system to discern this phonetic order of this user's input; If this phonetic order of this user's input can be formed a complete instruction after identification, then form an order; This equipment control system becomes this command code the signal of one RTTY transport format; Signal after this equipment control system will be encoded is transmitted to the controlled device that this user is desired to control with wireless transmission method; And this controlled device is received this coded signal decoding, and carries out this user according to this decoded data message and desire to assign this instruction to this controlled device.
Wherein above-mentioned method more comprises: if this phonetic order of this user's input can't be formed a complete instruction after identification, then please this user re-enter phonetic order.
The step that wherein above-mentioned speech processes and recognition system are discerned this phonetic order of this user's input comprises the following step at least: this speech processes and recognition system convert this phonetic order of this user's input to a numerical information; And a plurality of phrase data that this speech processes and recognition system are used this numerical information and one among the phrase data base group do one relatively.
Wherein above-mentioned user imports the step of this phonetic order in this equipment control system of this wireless radio transmission merchant, can finish by a phone.
More than be the general introduction of system and method proposed by the invention, below conjunction with figs., system architecture composition of the present invention, remote control thereof, feature etc. are elaborated:
Fig. 1 is according to a preferred embodiment of the present invention, the synoptic diagram of forming in order to the centralized speech recognition telechirics structure of controlling equipment.
Fig. 2 is according to another preferred embodiment of the present invention, the synoptic diagram of forming in order to the centralized speech recognition telechirics structure of controlling equipment.
Fig. 3 is according to a preferred embodiment more of the present invention, the synoptic diagram of forming in order to the centralized speech recognition telechirics structure of controlling equipment;
Fig. 4 is according to a preferred embodiment of the present invention, in order to the synoptic diagram of the centralized speech recognition remote control thereof flow process of controlling equipment.
Fig. 5 is according to another preferred embodiment of the present invention, in order to the synoptic diagram of the centralized speech recognition remote control thereof flow process of controlling equipment.
The present invention provides a kind of centralized speech recognition telechirics and method in order to controlling equipment, with solve legacy speech recognition systems because of in be built in that the voice-operated device cost that is caused on the equipment (being called for short " voice-operated device ") of desire control is difficult for reducing and recognition accuracy is difficult for the problem of raising so that speech recognition system be widely used in food, clothing, live, go, educate, happy and various industrial.
Centralized speech recognition telechirics in order to the controlling equipment used in the present invention relatively phonetic order control system for identifying that is built on the equipment of desire control of tradition is that excellent part is described below:
(1) recognizing voice is required concentrated the building of device put in a system (a for example wireless radio transmission merchant speech recognition system), so then system promptly can carry out speech recognition than advanced person and larger process ability, and can provide this system's self-teaching to continue to increase recognition accuracy along with a large amount of use experiences.
(2) after desiring to assign phonetic order to controlled device and being identified, native system is encoded into this phonetic order radio formats and sends this controlled device to immediately.So then the user can reach phonetic order in the centralized speech recognition system with phone whenever and wherever possible, with the various controlled devices of commanding behind the scenes.
(3) because the required device of recognizing voice is to concentrate to build to put in a system, so each desires the speech recognition system that controlled device need not bought more costliness.
(4) by (1), (2) and (3), the present invention can impel that speech recognition system is widely used in food, clothing, lives, goes, educates, on the happy and various commercial Application.
The present invention is characterized in: (1) device that recognizing voice is required is concentrated to build and is put in a system.(2) after desiring to assign phonetic order to controlled device and being identified, native system is encoded into this phonetic order radio formats and sends this controlled device to immediately.
The preferred embodiment of the present invention of following foundation, composed as follows with Fig. 1 explanation in order to the centralized speech recognition telechirics structure of controlling equipment: a speech processes and recognition system 100, in order to guide the user to import voice messaging and the voice messaging of user's input discerned.One order forms circuit 116 and speech processes and recognition system 100 couplings, when voice messaging can be formed a complete instruction after identification, then form an order, command context comprises that device name (for example: baking box, No. two baking boxs, dining room baking box, kitchen oven, TV, air-conditioning etc.), (for example: when begin to set or end setup etc. open and close to set (opening or closing), required movement time.), target value (for example: temperature, humidity etc.) etc. data.Again, order forms circuit 116 and command result (being the state of the last controlled device of setting of user) is stored in speech processes and the recognition system 100.One first coding module 130 forms circuit 116 couplings with order, and order is formed the signal that command code that circuit 116 transmits becomes the RTTY transport format.One first emitting mould train 132 and 130 couplings of the first coding module are transmitted to the controlled device 200 that user institute desire is controlled with the data behind the coding by first antenna 133, second antenna 201.
The structure of above-mentioned speech processes and recognition system 100 is formed and comprised at least: a speech processes module 102, a user's controlled device database 110, is used phrase data base group 108, a phrase search and comparator circuit 112, an instruction complete detector 114.Wherein, speech processes module 102 and a phone mixing interface 101 couplings are imported voice messaging and are converted above-mentioned voice messaging to a numerical information with the guiding user by phone mixing interface 101.User's controlled device database 110 forms circuit 116 couplings with order, the as-is data of the controlled device of setting in order to stored user comprises that the present set condition of having set which controlled device, these controlled devices (for example: open or close, temperature is some or the like.) etc.Use phrase data base group 108 and user's controlled device database 110 couplings, the instruction that comprises controlled device title, controlled device setting state in order to storage (for example: open or close, temperature is some or the like.) wait the phrase data.Phrase is searched and comparator circuit 112 and speech processes module 102 and application phrase data base group 108 couplings, in order to receive the numerical information that speech processes module 102 transmits, and utilization is stored in the phrase of using among the phrase data base group 108, compare user's voice messaging, or find out the present set condition of user's controlled device of institute's desire inquiry in the controlled device database 110 according to the user
Instruction complete detector 114 is with phrase search and comparator circuit 112, order forms circuit 116 and speech processes module 102 is coupled, according to the result of phrase search and comparator circuit 112 more above-mentioned numerical informations, judge whether this numerical information can form a complete instruction.If through phrase search and comparator circuit 112 result relatively, found out several and the phrase that numerical information is complementary, then can be by instruction complete detector 114 according to the possible match phrase of instruction integralities judgement; Perhaps determine that by speech processes module 102 request users what person is correct from above-mentioned possible match phrase.Certainly, still can not form a complete instruction, then will utilize speech processes module 102 request users to continue to assign phonetic order according to insufficient section to finish a complete instruction if judged result is a numerical information.Again, if instruct completely, its judged result forms the circuit 116 except being sent to order, also can report the user with sound via speech processes module 102.
See also Fig. 2 again, another preferred embodiment of the centralized speech recognition telechirics in order to controlling equipment of the present invention comprises at least: a speech processes module 102, one user's controlled device database 110, one uses phrase data base group 108, one phrase search and comparator circuit 112, one instruction complete detector 114, one order forms circuit 116, one command execution results is reported circuit 120, one first coding module 130, one first emitting mould train 132, one first antenna 133, one first reception module 134, one second antenna 201, one first decoding module 136, one controlled device 200.
Wherein, speech processes module 102 and a phone mixing interface 101 coupling are imported voice messaging with the guiding user and voice messaging that the user is imported converts a numerical information to by phone mixings interface 101.User's controlled device database 110, the as-is data of the controlled device of setting in order to stored user comprises that the present set condition of having set which controlled device, these controlled devices (for example: open or close, temperature is some or the like.) etc.Use phrase data base group 108 and user's controlled device database 110 couplings, the instruction that comprises controlled device title, controlled device setting state in order to storage (for example: open or close, temperature is some or the like.) wait the phrase data.Phrase is searched and comparator circuit 112 and speech processes module 102 and application phrase data base group 108 couplings, in order to receive the numerical information that speech processes module 102 transmits, and utilization is stored in the phrase of using among the phrase data base group 108, compare user's voice messaging, perhaps find out the present set condition of user's controlled device of institute's desire inquiry in the controlled device database 110 according to the user.
Instruction complete detector 114 and phrase search and comparator circuit 112 and 102 couplings of speech processes module according to the result of phrase search and comparator circuit 112 more above-mentioned numerical informations, judge whether this numerical information can form a complete instruction.If through phrase search and comparator circuit 112 result relatively, found out several and the phrase that numerical information is complementary, then can be by instruction complete detector 114 according to the possible match phrase of instruction integralities judgement; Perhaps determine that by speech processes module 102 request users what person is correct from above-mentioned possible match phrase.Certainly, still can not form a complete instruction, then will utilize speech processes module 102 request users to continue to assign phonetic order according to insufficient section to finish a complete instruction if judged result is a numerical information.If instruction is complete, its result also can report the user with sound via speech processes module 102.
Order forms circuit 116 and instruction complete detector 114 and user's controlled device database 110 couplings, promptly form order after the above-mentioned numerical information of instruction complete detector 114 judgements can be formed a complete instruction, command context comprises device name, opens and closes data such as setting, required movement time, target value.Again, order forms circuit and command result (being the state of the last controlled device of setting of user) is stored in user's the controlled device database 110.Command execution results is reported circuit 120 and is formed circuit 116 and 102 couplings of speech processes module with order, forms the exectorial result of circuit 116 receiving slave devices by order, and utilizes speech processes module 102 that The above results is reported to the user and know.The first coding module 130 forms the signal that command code that circuit 116 transmits becomes the RTTY transport format with order.First emitting mould train 132 and 130 couplings of the first coding module send the data behind the coding to control to user institute desire controlled device 200 by first antenna 133 and second antenna 201.The first reception module 134 by first antenna 133 and second antenna 201 to receive a command execution situation back information through the controlled device 200 of wireless radio transmission form coding.The first decoding module 136 and 134 couplings of the first reception module are decoded the information that the first reception module 134 transmits, and decoded information are passed to order formation circuit 116.
Above-mentioned speech processes module 102 comprises at least: a PAC circuit 103, a speech data digitizing module 104, voice are initial and stop detecting device 106, a quiz circuit 118, a phonation circuit 122, a telecommunication circuit 124.Wherein, PAC circuit 103 and 101 couplings of phone mixing interface are by the voice messaging of phone mixing interface 101 with reception user input.Speech data digitizing module 104 and PAC circuit 103 couplings are in order to the voice messaging digitizing with user's input.Voice initial and termination detecting device 106 and speech data digitizing module 104 and phrase search and comparator circuit 112 couplings, in order to the starting point and the terminating point of the user's voice messaging after the detection digitizing, and the numerical information of inciting somebody to action after tested is sent in phrase search and the comparator circuit 112.114 couplings of quiz circuit 118 and instruction complete detector at the not clear and definite part of identifying, form problem automatically.Phonation circuit 122 is reported circuit 120 couplings with quiz circuit 118 and command execution results, and 118 desire inquiry users' of quiz circuit problem or command execution results report circuit 120 are desired to inform that user's data message converts voice messaging to.Telecommunication circuit 124 and phone mixing interface 101 and phonation circuit 122 couplings, by phone mixings interface 101 in the future the voice messaging on spontaneous acoustic-electric road 122 reach among the user, assign phonetic order to guide the user.
Wherein above-mentioned voice guide information can comprise: (1) is provided with discerning the problem of user's status: for example " may I ask your name? ", " may I ask telephone number? ", " may I ask the number-plate number? " Deng.(2) ask the user to inform the instruction desiring to assign: for example " please letting know the application that your institute's desire is set? ", " please letting know the controlled device that your institute desire is set? " Deng.(3) result of report user command execution: for example " command execution success ".
Again, above-mentioned controlled device 200 comprises at least: one second reception module 202, one second decoding module 204, a controlled device command process module 206, one second coding module 208, one second emitting mould train 210.Wherein the second reception module 202 is by the coded data of second antenna 201 with the RTTY transport format that receives first emitting mould train 132 and transmit.The second decoding module 204 and 202 couplings of the second reception module, the result decodes with reception.The controlled device command process module 206 and second decoding module 204 coupling are ordered the present state of controlled device 200 of adjusting according to decoded user.The second coding module 208 is coupled with controlled device command process module 206, controlled device 200 exectorial results is encoded into the signal of RTTY transport format.Second emitting mould train 210 and 208 couplings of the second coding module are transmitted to the first reception module 134 with the data behind the coding by second antenna 201.
In addition, in order to allow a plurality of users use native system simultaneously, to control the controlled device 200 that its desire is set, the order that the present invention can set each user institute desire controlled device 200 is sent to earlier in the pending order ordering module, is encoded in regular turn by the first coding module 130 then; And each controlled device 200 exectorial result also will be sent to earlier in the execution result ordering module, and the indivedual users that issue an order are given in passback in regular turn then.The system architecture of the invention described above embodiment is formed, and sees also Fig. 3.Only there is part different because Fig. 3 forms with the described invention structure of Fig. 2, therefore only system architecture shown in Figure 3 formed and done a narration with regard to different parts at this:
One pending order ordering module 128 forms circuit 116 couplings with order, will order to form circuit 116 formed order orderings.One first coding module 130 and 128 couplings of pending order ordering module become the signal of RTTY transport format with the command code of transmitting in regular turn in the pending order ordering module 128, and pass to controlled device 200 by first emitting mould train 132.One execution result ordering module 138 and 136 couplings of the first decoding module, the result of the command execution that all controlled devices 200 are returned sorts.One order is followed the trail of circuit 140 and is formed circuit 116 couplings with execution result ordering module 138 and order, the result of the command execution that each controlled device 200 is returned takes out from execution result ordering module 138 in regular turn, and notification command formation circuit 116 is handled.And the back information of this taking-up will be deleted in execution result sorts module 138.
Again, among above-mentioned three embodiment, the mode that phrase search and comparator circuit 112 compare comprises key phrase detection mode or best multiple phrase detection mode at least.If compare with the key phrase detection mode, then if by use find among the phrase data base group 108 one with user's voice messaging in the phrase that is complementary of arbitrary key instruction; If with the multiple phrase detection mode of the best, then can find out the phrase that arbitrary key instruction is mated most in several (for example three) and the user's voice messaging in the phrase data base group 108 by using.
In addition, search for quickening, each database of using among the phrase data base group 108 can be according to (such as the application phrase data base of the application phrase data base of Control of Automobile interior arrangement or control family electric equipment etc.) that should be used for hiving off.After use determining, use that phrase data base is searched by phrase at once and comparator circuit 112 is specified for one, to search and relatively.In same application phrase data base, can be divided into a plurality of subphrase databases according to present situation of living in again: (for example: baking box, No. two baking boxs, dining room baking box, kitchen oven, TV, air-conditioning etc. comprise device name.), (for example: when begin to set or end setup etc. open and close to set (opening or closing), required movement time.), target value (for example: temperature, humidity etc.) etc.Thus, when the user assigns a complete instruction, phrase search and comparator circuit 112 can compare application item that user institute desire sets earlier finding out the application phrase data base of coupling, and then according to use in the phrase data base a plurality of subphrase databases one by one relatively the device name set of its desire, open and close settings, required movement time, reach target value etc.In addition, the application item day that native system also can require the user to import its desire in regular turn to set, device name, keying setting, required movement time, and key instruction such as target value, finding out the phrase that is complementary in regular turn, and be organized into a complete instruction according to the multiple key phrase that finds.Certainly native system also can be strengthened explanation again to the key instruction request user that can't discern fully.
Here according to a preferred embodiment of the present invention, as follows in order to the flow process of the centralized speech recognition remote control thereof of controlling equipment: the phonetic order that a user imports controlling equipment or query facility present situation (step 402) in a wireless radio transmission merchant the equipment control system with Fig. 4 explanation.Then, the equipment control system utilizes the phonetic order (step 403) of a speech processes and recognition system identification user input.Then, the equipment control system judges whether the phonetic order of user's input can form a complete instruction (step 406) after identification, if can form a complete instruction, then forms an order (step 408); Otherwise, ask the user to re-enter phonetic order (step 402).Then, the equipment control system becomes command code the signal (step 410) of one RTTY transport format.Then, the data after the equipment control system will be encoded are transmitted to the controlled device (step 412) that the user is desired to control with wireless transmission method.At last, controlled device is the decoding of received coded data, and carries out the user according to decoded data message and desire to assign instruction (step 414) to controlled device.And above-mentioned user imports the step of phonetic order in wireless radio transmission merchant's the equipment control system, can finish by phone.
Again, according to a preferred embodiment of the present invention, the step (step 403) of the phonetic order of wherein above-mentioned speech processes and recognition system identification user input comprises the following step (seeing also Fig. 5) at least: (1) converts the phonetic order of user's input to a numerical information (step 404).(2) a plurality of phrase data among a numerical information and the application phrase data base group are done one and compare (step 405).
The above is preferred embodiment of the present invention only, is not in order to limit claim of the present invention; All other do not break away from the equivalence of being finished under the disclosed spirit and changes or modification, so long as utilize the speech recognition system identification phonetic order that the user imported, and the result that will the discern gained far-end controlled device that utilizes Wireless transmission mode to be sent to user institute desire to control (for example TV, refrigerator, baking box, automobile audio ... or the like.) middle person, all should be included in the following claim.
Claims (19)
1. centralized speech recognition telechirics in order to controlling equipment, it is characterized in that: this system comprises at least: a speech processes and recognition system, import voice messaging in order to the guiding user, and this voice messaging of this user's input is discerned; One order forms circuit, with this speech processes and recognition system coupling, can form a complete instruction when this voice messaging after identification, then forms an order; One first coding module, this command code that this order formation circuit is transmitted becomes the signal of a RTTY transport format; And one first emitting mould train, with this first coding module coupling, the data behind this coding are transmitted to the controlled device that this user institute desire is controlled by one first antenna.
2. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 1 is characterized in that: the order that wherein above-mentioned order formation circuit more comprises this formation is stored in this speech processes and the recognition system.
3. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 1, it is characterized in that: wherein above-mentioned speech processes and recognition system comprise at least: a speech processes module, be coupled with a phone mixing interface, import this voice messaging by this phone mixing interface to guide this user, and convert this voice messaging of this user's input to a numerical information; One user's controlled device database, the as-is data of the controlled device that stored user is set; One uses the phrase data base group, and with this user's controlled device database coupling, storage comprises phrase data such as controlled device title, controlled device setting state; One phrase search and comparator circuit, use phrase data base group coupling with this speech processes module and this, receive this numerical information that this speech processes module transmits, and find out the present set condition of user's controlled device of institute desire inquiry or utilization in the controlled device database according to this user and be stored in these phrase data among this application phrase data base group, relatively this numerical information; And one the instruction complete detector, form which couple with this phrase search and comparator circuit, this speech processes module, this order, search and the comparator circuit result of this numerical information relatively according to this phrase, judge whether this numerical information can form a complete instruction, and this judged result is sent in this speech processes module handles, wherein when this numerical information can be formed a complete instruction and transmit this judged result to this order and form circuit.
4. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 1, it is characterized in that: wherein above-mentioned system more comprises: a pending order ordering module, form circuit and this first coding module coupling with this order, the formation circuit is formed should to sort in order in order to ordering, and in regular turn this order was sent to this first coding module to be encoded into the signal of this RTTY transport format.
5. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 1, it is characterized in that: wherein above-mentioned system more comprises: one first reception module, by this first antenna to receive a command execution situation back information through this controlled device of wireless radio transmission form coding; And one first decoding module, with the coupling of this first reception module, this information that this first reception module transmits is decoded, and should decoded this information pass to this order formation circuit.
6. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 3, it is characterized in that: wherein above-mentioned speech processes module comprises at least: a PAC circuit, with the coupling of this phone mixing interface, by this phone mixings interface to receive this voice messaging that this user imports; One speech data digitizing module with this PAC circuit coupling, converts this numerical information in order to this voice messaging with this user's input; Initial and the termination detecting device of one voice, search and the comparator circuit coupling with this speech data digitizing module and this phrase, in order to starting point and the terminating point that detects this numerical information, and this numerical information of inciting somebody to action after tested is sent in this phrase search and the comparator circuit; One quiz circuit, with this instruction complete detector coupling, the imperfect part of the instruction that is detected at this instruction complete detector forms problem automatically.One phonation circuit with this quiz circuit coupling, inquires that with this quiz circuit institute desire this user's problem converts a voice messaging to; And a telecommunication circuit, with this phone mixing interface and the coupling of this phonation circuit, will reach from this voice messaging of this phonation circuit among this user by this phone mixing interface, assign phonetic order to guide this user.
7. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 5, it is characterized in that: wherein above-mentioned controlled device comprises at least: one second reception module, by one second antenna this coded data with this RTTY transport format of receiving this first antenna and transmitting; One second decoding module with this second reception module coupling, is decoded this coded data that this second reception module transmits; One controlled device command process module with this second decoding module coupling, is ordered the present state of this controlled device of adjusting according to this decoded this user; One second coding module, with the coupling of this controlled device command process module, the result that this controlled device is carried out this user's order is encoded into the signal of a RTTY transport format; And one second emitting mould train, with this second coding module coupling, the data behind this coding are transmitted to this first antenna by this second antenna.
8. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 5, it is characterized in that: wherein above-mentioned system more comprises: a command execution results is reported circuit, form circuit and this speech processes and recognition system coupling with this order, form circuit by this order and receive the exectorial result of this controlled device, and after handling through this speech processes and recognition system, should exectorial result report and know to this user.
9. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 5, it is characterized in that: wherein above-mentioned system more comprises: execution result ordering module, with this first decoding module coupling, the result of the command execution of all controlled devices passbacks is sorted; And one order follow the trail of circuit, form which couple with this execution result ordering module and this order, the result of the command execution that each controlled device is returned takes out in this execution result ordering module in regular turn, and notify this order to form circuit and handle, and the back information that will take out is deleted in this execution result ordering module.
10. centralized speech recognition telechirics in order to controlling equipment, it is characterized in that: this system comprises at least: a speech processes module, with phone mixing interface coupling, import voice messaging by this phone mixing interface with the guiding user and also convert this voice messaging of this user's input to a numerical information; One user's controlled device database, the as-is data of the controlled device that stored user is set; One uses the phrase data base group, and with this user's controlled device database coupling, storage comprises phrase data such as controlled device title, controlled device setting state; One phrase search and comparator circuit, use phrase data base group coupling with this speech processes module and this, receive this numerical information that this speech processes module transmits, and find out the present set condition of user's controlled device of institute desire inquiry or utilization in the controlled device database according to this user and be stored in these phrase data among this application phrase data base group, relatively this numerical information; One instruction complete detector, with this phrase search and comparator circuit and the coupling of this speech processes module, search and the comparator circuit result of this numerical information relatively according to this phrase, judge whether this numerical information can form a complete instruction, and this judged result is sent in this speech processes module handles; One order forms circuit, controlled device database coupling with this instruction complete detector and this user, judge when this instruction complete detector promptly to form order after this numerical information can be formed a complete instruction, and the order that will form is stored in this user's the controlled device database; One first coding module, this command code that this order formation circuit is transmitted becomes the signal of a RTTY transport format; One first emitting mould train with this first coding module coupling, is transmitted to the data behind this coding the controlled device of this user institute desire control by one first antenna; One first reception module, by this first antenna to receive a command execution situation back information through this controlled device of wireless radio transmission form coding; And one first decoding module, with the coupling of this first reception module, this information that this first reception module transmits is decoded, and should decoded this information pass to this order formation circuit.
11. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 10, it is characterized in that: wherein above-mentioned system more comprises: a pending order ordering module, form circuit and this first coding module coupling with this order, the formation circuit is formed should to sort in order in order to ordering, and in regular turn this order was sent to this first coding module to be encoded into the signal of this RTTY transport format.
12. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 10, it is characterized in that: wherein above-mentioned controlled device comprises at least: one second reception module, by one second antenna this coded data with this RTTY transport format of receiving this first antenna and transmitting; One second decoding module with this second reception module coupling, is decoded this coded data that this second reception module transmits; One controlled device command process module with this second decoding module coupling, is ordered the present state of this controlled device of adjusting according to this decoded this user; One second coding module with this controlled device command process module coupling, is encoded into the exectorial result of this controlled device the signal of one RTTY transport format; And one second emitting mould train, with this second coding module coupling, the data behind this coding are transmitted to this first antenna by this second antenna.
13, the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 10, it is characterized in that: wherein above-mentioned system more comprises: a command execution results is reported circuit, form circuit and the coupling of this speech processes module with this order, form circuit by this order and receive the exectorial result of this controlled device, and after handling through this speech processes module, should exectorial result report and know to this user.
14. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 10, it is characterized in that: wherein above-mentioned system more comprises: execution result ordering module, with this first decoding module coupling, the result of the command execution of all controlled devices passbacks is sorted; And one order follow the trail of circuit, form which couple with this execution result ordering module and this order, the result of the command execution that each controlled device is returned takes out in this execution result ordering module in regular turn, and notify this order to form circuit and handle, and the back information that will take out is deleted in this execution result ordering module.
15. the centralized speech recognition telechirics in order to controlling equipment as claimed in claim 10, it is characterized in that: wherein above-mentioned speech processes module comprises at least: a PAC circuit, with the coupling of this phone mixing interface, by this phone mixings interface to receive this voice messaging that this user imports; One speech data digitizing module with this PAC circuit coupling, converts this numerical information in order to this voice messaging with this user's input; Initial and the termination detecting device of one voice, search and the comparator circuit coupling with this speech data digitizing module and this phrase, in order to starting point and the terminating point that detects this numerical information, and this numerical information of inciting somebody to action after tested is sent in this phrase search and the comparator circuit; One quiz circuit, with this instruction complete detector coupling, the imperfect part of the instruction that is detected at this instruction complete detector forms problem automatically; One phonation circuit with this quiz circuit coupling, inquires that with this quiz circuit institute desire this user's problem converts a voice messaging to; And a telecommunication circuit, with this phone mixing interface and the coupling of this phonation circuit, will reach from this voice messaging of this phonation circuit among this user by this phone mixing interface, assign phonetic order to guide this user.
16. the centralized speech recognition remote control thereof in order to controlling equipment, it is characterized in that: this method comprises the following step at least: a user imports the phonetic order of controlling equipment or query facility present situation in a wireless radio transmission merchant equipment control system; This equipment control system utilizes a speech processes and recognition system to discern this phonetic order of this user's input; If this phonetic order of this user's input can be formed a complete instruction after identification, then form an order; This equipment control system becomes this command code the signal of one RTTY transport format; Signal after this equipment control system will be encoded is transmitted to the controlled device that this user is desired to control with wireless transmission method; And this controlled device is received this coded signal decoding, and carries out this user according to this decoded data message and desire to assign this instruction to this controlled device.
17. the centralized speech recognition remote control thereof in order to controlling equipment as claimed in claim 16, it is characterized in that: wherein above-mentioned method more comprises if this phonetic order of this user's input can't be formed a complete instruction after identification, then please this user re-enter phonetic order.
18. the centralized speech recognition remote control thereof in order to controlling equipment as claimed in claim 16 is characterized in that: the step that wherein above-mentioned speech processes and recognition system are discerned this phonetic order of this user's input comprises the following step at least: this speech processes and recognition system convert this phonetic order of this user's input to a numerical information; And a plurality of phrase data that this speech processes and recognition system are used this numerical information and one among the phrase data base group do one relatively.
19. the centralized speech recognition remote control thereof in order to controlling equipment as claimed in claim 16, it is characterized in that: wherein above-mentioned user imports the step of this phonetic order in this equipment control system of this wireless radio transmission merchant, can finish by a phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00100758 CN1307231A (en) | 2000-02-02 | 2000-02-02 | Centralized voice-recognizing remote control method and system for controlling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00100758 CN1307231A (en) | 2000-02-02 | 2000-02-02 | Centralized voice-recognizing remote control method and system for controlling equipment |
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| Publication Number | Publication Date |
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| CN1307231A true CN1307231A (en) | 2001-08-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 00100758 Pending CN1307231A (en) | 2000-02-02 | 2000-02-02 | Centralized voice-recognizing remote control method and system for controlling equipment |
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| CN (1) | CN1307231A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7023498B2 (en) | 2001-11-19 | 2006-04-04 | Matsushita Electric Industrial Co. Ltd. | Remote-controlled apparatus, a remote control system, and a remote-controlled image-processing apparatus |
| CN102881286A (en) * | 2012-09-12 | 2013-01-16 | 康佳集团股份有限公司 | Intelligent remote control system and control method thereof |
| CN103365733A (en) * | 2012-03-31 | 2013-10-23 | 联想(北京)有限公司 | Instruction processing method and electronic device |
| WO2017071645A1 (en) * | 2015-10-28 | 2017-05-04 | 中兴通讯股份有限公司 | Voice control method, device and system |
-
2000
- 2000-02-02 CN CN 00100758 patent/CN1307231A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7023498B2 (en) | 2001-11-19 | 2006-04-04 | Matsushita Electric Industrial Co. Ltd. | Remote-controlled apparatus, a remote control system, and a remote-controlled image-processing apparatus |
| CN100490559C (en) * | 2001-11-19 | 2009-05-20 | 松下电器产业株式会社 | Remote controlled object apparatus, remote controlling system and image processing device |
| CN103365733A (en) * | 2012-03-31 | 2013-10-23 | 联想(北京)有限公司 | Instruction processing method and electronic device |
| CN103365733B (en) * | 2012-03-31 | 2018-07-03 | 联想(北京)有限公司 | The method and electronic equipment of a kind of process instruction |
| CN102881286A (en) * | 2012-09-12 | 2013-01-16 | 康佳集团股份有限公司 | Intelligent remote control system and control method thereof |
| CN102881286B (en) * | 2012-09-12 | 2017-09-19 | 康佳集团股份有限公司 | Intelligent remote control system and its control method |
| WO2017071645A1 (en) * | 2015-10-28 | 2017-05-04 | 中兴通讯股份有限公司 | Voice control method, device and system |
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