CN1102822C - Radio receiver having function which is convenient in reproducing received message - Google Patents
Radio receiver having function which is convenient in reproducing received message Download PDFInfo
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- CN1102822C CN1102822C CN96106490A CN96106490A CN1102822C CN 1102822 C CN1102822 C CN 1102822C CN 96106490 A CN96106490 A CN 96106490A CN 96106490 A CN96106490 A CN 96106490A CN 1102822 C CN1102822 C CN 1102822C
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- wireless receiver
- phonetic matrix
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B3/00—Audible signalling systems; Audible personal calling systems
- G08B3/10—Audible signalling systems; Audible personal calling systems using electric transmission; using electromagnetic transmission
- G08B3/1008—Personal calling arrangements or devices, i.e. paging systems
- G08B3/1016—Personal calling arrangements or devices, i.e. paging systems using wireless transmission
- G08B3/1025—Paging receivers with audible signalling details
- G08B3/1033—Paging receivers with audible signalling details with voice message alert
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
- H04B1/38—Transceivers, i.e. devices in which transmitter and receiver form a structural unit and in which at least one part is used for functions of transmitting and receiving
- H04B1/40—Circuits
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B7/00—Radio transmission systems, i.e. using radiation field
- H04B7/24—Radio transmission systems, i.e. using radiation field for communication between two or more posts
- H04B7/26—Radio transmission systems, i.e. using radiation field for communication between two or more posts at least one of which is mobile
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- Computer Networks & Wireless Communication (AREA)
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Abstract
A radio receiver voice-synthesises voice patterns indicated by a received message, to output the voice patterns. Responsive to the operation of a switch 27 a control unit 22 reads a message from a memory unit 23 and successively produces 24 a plurality of voice patterns in accordance with the message. The voice patterns are voice-synthesized 25 and then supplied to a loudspeaker 26. A counter counts 28 up a count result whenever each of the voice patterns is produced. Responsive to a reproduction request signal from a holding key 29, the control unit 22 produces a predetermined number of previous voice patterns preceding a current one of the voice patterns, with reference to the count result.
Description
Technical field
The present invention relates to a kind of wireless receiver, particularly relate to a kind of being used for synthetic to receive the determined phonetic matrix of information, and export the wireless receiver of this phonetic matrix by one.
Background technology
The wireless receiver of a certain receiving speech information type of usually said storage, when a certain wireless receiver user wondered the information content, he just pushed the reproduction switch.At this moment, the control unit of receiver response is from the signal that reproduces switch, and requires the VODER unit to reproduce this voice messaging, so the voice messaging of the reception of being reproduced by the VODER unit is sounded through loud speaker.
When the wireless receiver receiving speech information of routine, during especially tediously long voice messaging, the unintelligible part that voice messaging comprised usually is to be difficult to not hear, or does not hear and leak part in the past.This is because voice messaging is ceaselessly exported as a series of sound voice, when those that especially comprise factor such as word in full when voice are difficult to recall info, must repetition operate and remove to start anew to listen to voice messaging, and this has caused losing time.
Still uncensored in Japan and in the patent (NO.221720/1988) announced, discussed a kind of have reproduce switch with operation and come the wireless receiver of repetition received content function, in this technology, the content that receives of leaking is by using the VODER unit to reproduce, but because the received content of storage continuously changes in time, therefore can not twice or repeatedly repeat identical content.
Summary of the invention
Therefore, the object of the present invention is to provide a kind of wireless receiver of being convenient to reproduce the reception informational function that has.
Another object of the present invention is to provide a kind of wireless receiver of described pattern, it can be easily and reproduces the unintelligible of voice messaging exactly or leak the part hear, and the voice messaging that repeats to listen to of not starting anew.
Other purpose of the present invention, the carrying out along with narration will become very clearly.
According to a kind of situation of the present invention, a kind of wireless receiver that is provided includes information-storing device, it is used to store a kind of information that is received by wireless receiver, and with the type generating device that storage device links mutually, be used for producing a plurality of phonetic matrixs continuously according to information.The feature of the combination representative information of phonetic matrix.Wireless receiver also further comprises the counting device that links to each other with type generating device, is used for when producing each phonetic matrix accumulated counts result; Signal generation device is used to produce one and reproduces request signal; Producing device, its linking format generation device, counting device and signal generation device, and in response to reproducing request signal, make type generating device according to relevant with result of calculation predetermined number, produce prior to one of current phonetic matrix phonetic matrix the preceding; And the voice generation device, its linking format generation device is used for producing voice according to each phonetic matrix.
According to another situation of the present invention, it provides a kind of wireless receiver that is used for the phonetic synthesis phonetic matrix pointed out by a certain information.Wireless receiver output is as each phonetic matrix of an internal signal.This wireless receiver includes information-storing device, is used for stored information; Counting device is used for computing voice form output order to produce a count results; The phonetic matrix memory cell, it is used to store each said phonetic matrix corresponding to said count results; And between the period of output of phonetic matrix, be used to receive the device of external request, this external request requires to reproduce the phonetic matrix of having exported, so that count results constantly that is provided with external request is as the criterion, one of predetermined format number form is the preceding exported those phonetic matrixs continuously before at that moment the count results.
Another situation of the present invention provides a wireless receiver, and it includes the reference format storage device, is used to store the reference format corresponding to predetermined format number.Wireless receiver is to be used for the selected phonetic matrix of phonetic synthesis with output, and this phonetic matrix is corresponding to by the represented special format of reception information number, and each selected phonetic matrix is as an internal signal.Wireless receiver further includes storage device, is used for stored information; Counting device is used to calculate selected voice output instruction; And receiving system, in selection phonetic matrix output procedure corresponding to special format number, when using external request, a certain external request requires to reproduce the voice output form of the selection of having exported, according to that count results of calculating of counting device constantly, from prior to this result's a predetermined format number, export those phonetic matrixs continuously.
Description of drawings
Fig. 1 is the calcspar of a conventional wireless receiver.
Fig. 2 is the wireless receiver calcspar of one embodiment of the invention.
Fig. 3 is the part flow chart of wireless receiver operation part shown in Figure 2.
Fig. 4 is another part flow chart of wireless receiver operation part shown in Figure 2.
Fig. 5 is the employed received pronunciation format unit of a wireless receiver key diagram shown in Figure 2.
Fig. 6 is that wireless receiver shown in Figure 2 reproduces the key-drawing of operation.
Embodiment
Shown in 1, at first be to describe about a conventional wireless receiver, it is used for understanding better the present invention, this routine wireless receiver comprises a receiving circuit 11, one control unit, 12, one memory cell, 13, one received pronunciation format unit 14, one VODER unit, 15, one loud speakers 16 and a switch 17.Voice messaging is received by receiving circuit 11 by wireless transmission path 200, is stored under the control of control unit 12 in the memory cell 13.Control unit 12 is corresponding to from the reproduction request of switch 17 and read the voice messaging of storage from memory cell 13.Phonetic matrix corresponding to voice messaging is to be removed from received pronunciation format unit 14, and by VODER unit 15 synthetic speechs.
By the phonetic matrix of VODER unit 15 phonetic syntheses, export from loud speaker 16 as voice.14 storages of received pronunciation format unit are corresponding to the phonetic matrix of format number preliminary election.Voice messaging comprises the format number that expression will be transmitted a plurality of selections of content.Control unit 12 each part of control wireless receiver.
Shown in Figure 2, it is the wireless receiver about one embodiment of the invention, this wireless receiver includes a receiving circuit 21, one control units 22, one memory cell 23, one received pronunciation format unit 24, one VODER unit, 25, one loud speakers, 26, one switches 27, one counter 28 and one keeps key 29.A certain voice messaging is to be received by receiving circuit 21 by wireless transmission path 100, and is stored under the control of control unit 22 in the memory cell 23, and at this moment, memory cell 23 is considered to the device of information stores.
Corresponding to operation, switch 27 produces one and reproduces request signal, and at this moment, switch 27 is equivalent to the device that a signal produces.
For reproducing request signal, control unit 22 is read the voice messaging that is stored in the memory cell 23.Corresponding to the phonetic matrix of voice messaging, from received pronunciation format unit 24, take out.In other words, control unit 22 produces many phonetic matrixs in succession according to information.At this moment, control unit 22 is equivalent to type generating device.In addition, phonetic matrix is to synthesize the synthetic speech form by VODER unit 25.
Corresponding to the synthetic speech form, loud speaker 26 produces a voice messaging or a language.The combination of VODER unit 25 and loud speaker 26 can be referred to as the voice generation device.The output order of counter 28 computing voice forms.In other words, when at any time producing each phonetic matrix, counter 28 adds a count results.
A plurality of the giving of received pronunciation format unit 24 storages selects phonetic matrix as reference format, and it selects format number corresponding to giving singly, if like this, received pronunciation format unit 24 will be referred to as the reference format storage device.
Voice messaging includes the format number that expression will be transmitted a plurality of selections of content.In other words, voice messaging is to be represented by the combination of more selected predetermined formats number.
Each of control unit 22 control voice output wireless receivers partly.Corresponding to the maintenance request that comes self-sustaining 29, control unit 22 temporarily stops the reproduction operation of voice messaging, this voice messaging be by VODER unit 25 phonetic syntheses and by as voice from loud speaker 26 outputs.Self-sustaining key 29 provides the preselected range that keeps request, control unit 22 to reproduce the voice messaging relevant with counter 28 again once more.
In addition, as shown in Figure 3 and Figure 4, it will directly narrate the operation of wireless receiver, and voice messaging is by wireless transmission path 100 emissions.Receive with receiving circuit 21, voice messaging is stored in the memory cell 23 under the control of control unit 22.User operable switch 27 goes to select the mode of a certain information regeneration, and push switch 27 enters voice messaging reproduction request (the step S1 among Fig. 3) then, and like this, control unit 22 is corresponding to the request of reproducing, and reads the voice messaging of storage from memory cell 23.Pick up from received pronunciation format unit 24 corresponding to the selection phonetic matrix of voice messaging.More particularly, control unit 22 select (as phonetic matrix) those with selected predetermined format number relevant reference format.At this moment, control unit 22 will be referred to as choice device.The phonetic matrix of selecting is to be the synthetic speech form by VODER unit 25 phonetic syntheses.
Like this, control unit 22 control counters 28 produce count value i and equal 1 (the step S2 among Fig. 3), and after this, VODER unit 25 phonetic syntheses are corresponding to the message part of first form in the voice messaging.Message part sends (the step S3 Fig. 3) from loud speaker 26.
Especially, control unit 22 takes out a certain specific human voices form corresponding to first format number that is comprised in voice messaging from received pronunciation format unit 24.The specific human voices form is broadcasted from loud speaker 26 as language by VODER unit 25 synthetic speechs.At this moment, control unit 22 makes first format number of memory cell 23 storages corresponding to output order m (1) (the step S4 among Fig. 3), and like this, memory cell 23 will be referred to as a format number storage device.
After the first information was play, control unit 22 orders added 1 (the step S7 among Fig. 3) to the count value i (this count value is represented output order) of counter 28.Corresponding to the message part of i form phonetic synthesis by VODER unit 25, and (the step S8 Fig. 3) that play from loud speaker 26.At this moment, control unit 22 makes i the format number (at the step S9 of Fig. 3) of the corresponding output order m (i) of memory cell 23 storages.
Like this, finish up to the voice messaging that receives, the selection phonetic matrix that control unit 22 takes out corresponding to format number the voice messaging from received pronunciation format unit 24 in succession, the phonetic matrix of selecting is by VODER unit 25 synthetic speechs, and from loud speaker 26 broadcasts (among Fig. 3, step S5 is to S9).
Reproduce in the operating process at above-mentioned voice messaging, can not clearly understand the user who reproduces language, in order to listen voice messaging again one time, push and keep key 29, keep key 29 to produce one and stop request signal,, keep key 29 will be referred to as an additional signal generation device if like this as a maintenance request.
Corresponding to stopping request signal, the voice messaging that control unit 22 suspends corresponding to the signal that comes self-sustaining key 29 reproduces operation.At this moment, control unit 22 will be referred to as an arresting stop.
After this, when the user pushes when keeping key 29 to ask operation hard of hearing again, control unit 22 judges whether to ask the operation (step S6 among Fig. 3) of voice messaging hard of hearing according to the secondary signal of coming self-sustaining key 29.The judgement (the step S10 among Fig. 3) whether the count value i that makes counter 28 is bigger than predetermined value 5.
When control unit 22 judged that the count value i of counter 28 is not more than predetermined value, operation rotated back into step S2 and removes to reproduce those phonetic matrixs that begin from the phonetic matrix corresponding to first format number the voice messaging.When control unit 22 was judged count value greater than predetermined value, voice messaging reappeared since the form of the 5th front again so, and this form reproduces interrupted (the step S11 to S15 Fig. 4) that stops the part counting from voice messaging.When carrying out these reproductions, control unit 22 will be referred to as supplementary device.Initial current again and again, control unit 22 will be referred to as initiating means.
Especially, the count value i that judges counters 28 when control unit 22 is during greater than predetermined value, in order to turn back to predetermined number previous section prior to form, and listens to voice messaging from previous section once more, returns several S and is set to equal 5 (the step S11 among Fig. 4).
After this, control unit 22 subtracts 1 (step S12 Fig. 4) from returning several S.Phonetic matrix number corresponding to the format number of the output order m of storage in memory cell 23, from received pronunciation format unit 24, pick, and phonetic synthesis synthesizes language by VODER unit 25, and this language plays out (the step S13 Fig. 4) from loud speaker 26.
More particularly, control unit 22 makes type generating device produce the phonetic matrix that one of front has precedence over the current speech form predetermined number by relevant with count results [giving] corresponding to reproducing request signal, like this, control unit 22 will be referred to as to form device.
In operating process hard of hearing, the user can push maintenance key 29 in order to carry out another kind of operation hard of hearing, and like this, control unit 22 reproduces operation corresponding to the voice messaging that comes self-sustaining key 29 a certain signals.
After this, when the user pushed maintenance key request operation hard of hearing again, control unit 22 was corresponding to the secondary signal of coming self-sustaining key 29, and judges whether to ask the operation (step 14) among Fig. 4 of voice messaging hard of hearing.Whether the value of judging gained deducts returns several S greater than predetermined value, i.e. 5 (step S16 among Fig. 4) from counter 28 count value i.
When control unit 22 judged that the count value i of counters 28 deducts the value of returning several S gained and is not more than predetermined value, operation turned back to step S2 phonetic matrix corresponding to first format number from voice messaging and begins to reproduce phonetic matrix.
Judge the count value i of counters 28 when control unit 22 and deduct the value during of returning several S gained greater than predetermined value, then return the count value i (the step S17 among Fig. 4) that several S remove down counter 28, operation turns back to step S12 and goes repeatedly to carry out above-mentioned operation hard of hearing, becomes and equals 0 (the step S12 to S15 among Fig. 4) up to returning several S.
In conjunction with shown in Figure 5, directly description standard phonetic matrix unit 24, in the mode that is about to narration, received pronunciation format unit 24 comprises first, second and the 3rd memory block 24a, 24b and 24c, is used to begin symbol, word and the conventional short sentence of the corresponding format number that storage standards phonetic matrix respectively represents.
In the first district 24a, the digital " 0 " that the received pronunciation form is represented, " 1 ", " 2 ", " 3 ", " 4 ", " 5 ", " 6 ", " 7 ", " 8 " and " 9 " are to be stored in corresponding format number " 00 " respectively, " 01 ", " 02 ", " 03 ", " 04 ", " 05 ", " 06 ", " 07 ", " 08 " and " 09 ", other characters can be stored in respectively in the corresponding extended formatting number.
In the second district 24b, the word that the received pronunciation form is represented " urgent ", " that ", "Yes", " have ", " because ", " to " and " morning " is stored in corresponding format number " 20 ", " 21 " respectively, " 22 ", " 23 ", " 24 ", in " 25 " and " 26 ", and then, the word that the received pronunciation form is represented " a ", " i ", " u ", " e ", " o ", " ka ", " ki ", " ku ", " ke ", " ko " are stored in corresponding format number " 27 " respectively, " 28 ", " 29 ", " 30 ", " 31 ", " 32 ", " 33 ", " 34 ", in " 35 " and " 36 ", other word can be stored in the corresponding extended formatting number.
In the 3rd district 24c, the conventional phrase that the received pronunciation form is represented " please be exhaled ", " good morning ", " thank you ", " will contact ", " answer a call " and " good night " is to be stored in corresponding format number " 50 " respectively, " 51 ", " 52 ", " 53 ", " 54 " and " 55 ", other special phrase can be stored in respectively in other corresponding format number.
As mentioned above, in first to the 3rd district 24a to 24c, arbitrary format number is any one that is designated as in symbol, word and the special short speech, VODER unit 25 is one by one corresponding to those format number synthetic standards phonetic matrixs by loud speaker 26 outputs, for example, language " 0 " is to produce with format number " 00 ", and " urgent " voice produce with next format number " 20 ".
In addition, in conjunction with shown in Figure 6,,, suppose that a user has a Japan to be named as " keiko " here, and supposition there is an information " keiko please promptly exhales 0315370864 " to be launched into wireless receiver with the reproduction operation of narration about wireless receiver.If like this, receiving circuit 11 reception information " 35/28/36/20/25/00/03/01/05/03/07/00/08/06/04/50 " are as voice messaging, and in fact, received voice messaging is " 352836202500030503070008060450 ".
Above-mentioned information is under the control of control unit 22, be stored in the memory cell 23, when user operable switch 27 goes to select a certain information regeneration mode, when push switch 27 enters voice messaging reproduction request then, then control unit 22 is read and is stored in the voice messaging that corresponds to the request of reproducing in the memory cell 23, is that pick up and by VODER unit 25 synthetic speechs from received pronunciation format unit 24 corresponding to the phonetic matrix of voice messaging.
If like this, at first make the count value i of counter 28 equal 1 by control unit 22, correspondingly, corresponding to the received pronunciation form " ke " of first format number " 35 " in voice messaging by the synthetic voice that will play back from loud speaker 26 in VODER unit 25, at this moment, control unit 22 makes memory cell 23 by corresponding output order m (1) storage first format number " 35 ".
In order to continue to reproduce the message part of back, control unit 22 makes the count value i of counter 28 equal 2.Received pronunciation form i corresponding to second format number " 28 " in voice messaging also will be played back from loud speaker 26 by VODER unit 25 synthetic speechs.At this moment, control unit 22 makes memory cell 23 by corresponding output order m (2) storage second format number " 28 ".
Similarly, control unit 22 links to each other and makes the count value i of counter 28 equal 3,4,5,6,7,8 and 9, correspondingly, received pronunciation form " ko ", " urgent ", " to ", " o ", " 3 ", " 1 " and " 5 " correspond respectively to the format number " 36 " in the voice messaging, " 20 ", " 25 ", " 00 ", " 03 ", " 01 " and " 05 " is synthesized the voice that play back from loud speaker 26 by VODER unit 25.
At this moment, control unit 22 makes the three, the four, the the five, the six, the 7th, the the 8th and the 9th format number " 36 ", " 20 ", " 25 ", " 00 ", " 03 ", " 01 " and " 05 ", and respectively by corresponding output order m (3), m (4), m (5), m (6) i, m (7), m (8) and m (9) store.
Here suppose that the user can not clearly hear received pronunciation form " 3 ", any one of " 1 " and " 5 ", and after hearing received pronunciation form " 5 ", push immediately and keep key 29, if like this, control unit 22 suspends corresponding to the received pronunciation form " 3 " of the 9th format number " 03 " in voice messaging and the phonetic matrix reproduction operation of back.
After this, when the user pushes when keeping key 29 to go for asking a certain operation hard of hearing again, control unit 22 is with respect to from keeping second signal of key 29, and judges that the reproduction of the voice messaging of being asked operates.Then, whether the count value i that finishes counter 28 greater than the judgement of predetermined value, and promptly 6.
In this case, the count value i of counter 28 equals " 9 ", and therefore, control unit 22 judges that the count value of counters 28 is greater than predetermined value, and the part that is suspended of voice messaging plays preceding 5 format informations and reproduces and be repeated so.
Especially, return several S be set equal 6 after, control unit 22 calculates as follows and returns number:
S＝S-1＝6-1＝5
In addition, control unit 22 calculates the output order m (i-S) in memory cell 23 as follows:
M (i-S)=m (9-5)=m (4) picks up from received pronunciation format unit 24 corresponding to the received pronunciation form " urgent " of the format number " 20 " of the output order m (4) of storage in memory cell 23, and being converted to language by VODER unit 25 synthetic speechs, " urgent " language is play from loud speaker 26.
Similarly, control unit 22 calculates as follows and returns several S:
S=S-1=5-1=4 in addition, control unit 22 calculates the output order m (i-s) in memory cell 23 as follows:
M (i-s)=m (9-4)=m (5) picks up from received pronunciation format unit 24 corresponding to the standard language form " to " of the format number " 25 " of the output order m (5) of storage in memory cell 23, and by VODER unit 25 synthetic videos language, this language " to " is play by loud speaker 26.
Then, control unit 22 calculates as follows and returns several S:
S=S-1=4-1=3 in addition, control unit 22 calculates the output order m (i-s) in memory cell 23 as follows:
M (i-s)=m (9-3)=m (6) picks up from received pronunciation format unit 24 corresponding to the received pronunciation form " 0 " of the format number " 00 " of the output order m (6) of storage in memory cell 23, and synthesizing a certain language by VODER unit 25, this language " 0 " is play from loud speaker 26.
Then, control unit 22 calculates return code S as follows:
S=S-1=3-1=2 in addition, control unit 22 calculates as follows in memory cell 23 output order m (i-s):
M (i-s)=m (9-2)=m (7) picks up from received pronunciation format unit 24 corresponding to the received pronunciation form " 3 " of the format number " 03 " of the output order m (7) of storage in memory cell 23, and by VODER unit 25 synthetic be a certain language, this language " 3 " is from loud speaker 26 broadcasts.
And then control unit 22 calculates as follows and returns several S:
S=S-1=2-1=1 in addition, control unit 22 calculates output order m (i-s) as follows:
(9-10=m (8) picks up from received pronunciation format unit 24 corresponding to the received pronunciation form " 1 " of the format number " 01 " of the output order m (8) of storage in memory cell 23 m (i-s)=m, and synthesizing language by VODER unit 25, this language " 1 " is play from loud speaker 26.
Thereupon, control unit 22 calculates as follows and returns several S:
S=S-1=1-1=0 in addition, control unit 22 calculates output order m (i-s) as follows:
M (i-s)=m (9-0)=m (9) picks up from received pronunciation format unit 24 corresponding to the received pronunciation form " 5 " of output order m (i-s) format number " 05 " of storing in memory cell 23, and synthesizing language by VODER unit 25, these voice " 5 " are to play back from loud speaker 26.
When reproducing language " 5 ", return number and equal 0, correspondingly, control unit 22 continues to reproduce the phonetic matrix of received pronunciation lattice " 3 " and back, and this received pronunciation form " 3 " is to be " 03 " according to counting 9 corresponding to the 9th form.
In above-mentioned operation hard of hearing, can require another kind of operation hard of hearing, if like this, when the user kept key 29 for using another operation hard of hearing to push, control unit 22 suspended the reproduction operation of voice messaging according to the corresponding signal that keeps key 29.
After this, the user pushes once more and keeps key 29 to go for asking operation hard of hearing.Then control unit 22 is corresponding to second information of coming self-sustaining key 29, and judges voice messaging operation requests hard of hearing.When the count value i of counter 28 deducts the value during greater than predetermined value of returning several S gained, return the count value i that several S deduct counter 28, in order that turn back to the operation hard of hearing of the previous section of predetermined format number formerly, adopt to be similar to above-mentioned method and to carry out once operation hard of hearing again.
Judge the count value i of counters 28 when control unit 22 and deduct the value during of returning several S gained, then begin to reproduce from phonetic matrix corresponding to first format number of voice messaging less than predetermined value.
In above-mentioned operation hard of hearing, suppose when language " 1 " and finish when reproducing that at that time, the user pushes immediately and keeps key 29, if like this, return several S and be and equal " 1 ", control unit 22 deducts from the count value of counter 28 as follows and returns number:
i-S＝9-1＝8
Correspondingly, control unit judge the count value i of counter 28 deduct return several gained value whether greater than predetermined value 6, get back to formerly predetermined format previous section in order to carry out operation hard of hearing, the count value i of counter 28 deducts and returns several S.By on be similar to above-mentioned method and reproduce operation again.In this case, language " the urgent to 031 of i ko " is reproduced.
As mentioned above, when the arbitrary part in the reproduction process of user at voice messaging was pushed maintenance key 29, voice messaging temporarily stopped to reproduce.After this, when the user pushed maintenance key 29 again, the content that he will listen again was reproduced again.
Like this, in the operation hard of hearing of voice messaging, need not to repeat from the outset to listen to voice messaging, correspondingly, the voice messaging content can hear exactly, and especially when voice messaging when being long, it can be saved and repeat the time loss of hearing that voice messaging is required from the outset.
The temporary transient interruption that voice messaging reproduces when record numeral and out of Memory, also is helpful.Make comparisons as prior art, this is very favourable, in the prior art, for arbitrary unintelligible or leak the content of hearing in the voice messaging that obtains to hear ending, must from the beginning repeat to listen to voice messaging.
As mentioned above, the wireless receiver of voice output includes VODER unit 25, be used for synthetic phonetic matrix of indicating to exporting phonetic matrixs from loud speaker 26 by the voice messaging that receives, counter 28 calculates according to the output order that is stored in voice messaging output phonetic matrix in the memory cell 23.In the output procedure of the phonetic matrix of indicating,, can use external request from keeping the reproduction of key 29 to the phonetic matrix of asking to have exported by voice messaging.Correspondingly, when using external request, at this moment, in conjunction with output order, carry out a series of reproductions from the phonetic matrix of front by predetermined number of form, like this, voice messaging is arbitrary unclear and to miss part be can be easy to and reproduce exactly.
Correspondingly, when the information that receives comprises the factor that those are difficult to hear, numeral for example, perhaps even when the information of reception is very long, this information can obtain very accurately and from the beginning not listen to information again.
Therefore, can shorten and be used for operation required time hard of hearing and simplify the information regeneration operation.In addition, the content utilization of information keeps the pause function of key 29 and is recorded.
Claims (7)
1. wireless receiver is characterized in that it includes:
Information-storing device is used to store the information that is received by said wireless receiver;
Type generating device, it is connected in said storage device, is used for producing a plurality of phonetic matrixs continuously according to said information, and said information is represented in the combination of phonetic matrix;
The counting device that connects said type generating device is used for when producing each said phonetic matrix accumulated counts result;
Signal generation device is used to produce one and reproduces request signal;
Producing device, it is connected in said type generating device, counting device and said signal generation device, and respond said reproduction request signal, be used to make type generating device, according to relevant with said result of calculation predetermined number, produce prior to one of current speech form phonetic matrix the preceding, and
Be connected in the voice generation device of type generating device, be used for producing voice according to said each phonetic matrix.
2. according to the said a kind of wireless receiver of claim 1, it is characterized in that said information, is that said type generating device includes by the combination representative of the predetermined format of selecting number:
The received pronunciation storage device is used for number storing a plurality of reference formats one by one accordingly with said predetermined format;
Be connected in the choice device of said information-storing device and said form storage device, be used for predetermined format choice criteria form in conjunction with said selection.
3. according to the said a kind of wireless receiver of claim 2, it is characterized in that it further includes:
With the format number storage device that said type generating device is connected with said counting device, be used to store corresponding to each said voice selecting predetermined format of said count results number;
With the feedway that the format number storage device is connected with said voice generation device, it is used for providing the predetermined format selected from said format number storage device number to said voice generation device; And
With the starting device that said feedway is connected, it is used to start the operation of said starting feedway.
4. according to the said a kind of wireless receiver of claim 1, it is characterized in that it further includes:
The additional signal generation device is used to produce a kind of request signal that stops; And
Be connected in the arresting stop of said additional signal generation device and said type generating device, it is used for stopping the operation of said type generating device in response to the said request signal that stops.
5. wireless receiver that is used for by the phonetic matrix of the phonetic synthesis of information representation, said wireless receiver output is characterized in that as each phonetic matrix of an internal signal said wireless receiver includes:
Information-storing device is used to store said information;
Counting device is used to calculate the output order of said phonetic matrix to produce a result of calculation;
The phonetic matrix memory cell, it is used to store each said phonetic matrix corresponding to said count results;
In the said phonetic matrix process of output, be used to receive the device of external request, this external request requires to reproduce the phonetic matrix of having exported, so that the count results of that time that is provided with external request is as the criterion, from one of predetermined format before the count results of described that time number form the preceding, export said phonetic matrix continuously.
6. according to the said a kind of wireless receiver of claim 5, it is characterized in that said wireless receiver responds the said external request output said phonetic matrix relevant with count results.
7. according to the said a kind of wireless receiver of claim 5, it is characterized in that it further includes: a device, it is in response to one first pressing operation, be used to produce the reproduction that an external request temporarily stops said phonetic matrix, and corresponding to one second pressing operation, be used to produce another external request, the reproduction of the said phonetic matrix that request has been exported.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP07208948A JP3105767B2 (en) | 1995-08-17 | 1995-08-17 | Audio output wireless receiver |
| JP208948/95 | 1995-08-17 | ||
| JP208948/1995 | 1995-08-17 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1145000A CN1145000A (en) | 1997-03-12 |
| CN1102822C true CN1102822C (en) | 2003-03-05 |
Family
ID=16564801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN96106490A Expired - Fee Related CN1102822C (en) | 1995-08-17 | 1996-08-16 | Radio receiver having function which is convenient in reproducing received message |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP3105767B2 (en) |
| KR (1) | KR100194309B1 (en) |
| CN (1) | CN1102822C (en) |
| GB (1) | GB2304441B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000194399A (en) * | 1998-07-06 | 2000-07-14 | Omnivoice Corp | Method and device for reproducing voice in paging system |
| JP2007086185A (en) * | 2005-09-20 | 2007-04-05 | Mitsubishi Electric Corp | Speech synthesizer |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1991002433A1 (en) * | 1989-08-02 | 1991-02-21 | Motorola, Inc. | Stored voice receiver having user controllable message retrieval |
| JPH05281988A (en) * | 1992-04-03 | 1993-10-29 | Sanyo Electric Co Ltd | Portable document reading-out device |
| JPH06326648A (en) * | 1993-05-17 | 1994-11-25 | Daihatsu Motor Co Ltd | Voice information presenting device for vehicle |
-
1995
- 1995-08-17 JP JP07208948A patent/JP3105767B2/en not_active Expired - Fee Related
-
1996
- 1996-08-16 CN CN96106490A patent/CN1102822C/en not_active Expired - Fee Related
- 1996-08-16 KR KR1019960033919A patent/KR100194309B1/en not_active IP Right Cessation
- 1996-08-16 GB GB9617281A patent/GB2304441B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JP3105767B2 (en) | 2000-11-06 |
| KR100194309B1 (en) | 1999-06-15 |
| JPH0955670A (en) | 1997-02-25 |
| GB9617281D0 (en) | 1996-09-25 |
| GB2304441A (en) | 1997-03-19 |
| CN1145000A (en) | 1997-03-12 |
| KR970013824A (en) | 1997-03-29 |
| GB2304441B (en) | 1999-10-27 |
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