JPS5861493A - Voice ticker device - Google Patents

Abstract

PURPOSE:To simplify operations by storing the information on the date and time to be assigned and the information on messages, registering the same as the information on arbitrary messages to be used frequently and the information on frequently used words, comparing the stored information on the date and time successively with the actual time, and the outputting the information on the messages and the information on the frequently used words corresponding at least to the information on the date and time that coincide with the actual time. CONSTITUTION:When the frequently used words to be stored are inputted from a key switch device 30, the data of the frequently used words are stored in the storage area of a storage circuit 34 for frequently used words assigned by parameters, whereby the frequently used words are registered. A collating and retrieving circuit 36 collates and judges whether the contents of a counter 31 coincide with all the times stored in the time storage circuit 40a of a memory device 40 at every transfer of said contents thereto. Here when it is judged that there is the coincident time, the data of the coincident time and the data indicating the contents of the intended and daily routines in a message storage part 40b corresponding to said data are transferred respectively to a time storage circuit 32 and a message storage circuit 33 through a memory writing circuit 38 respectively.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a voice tickler device that electronically stores and manages people's schedules and daily routines.

With the recent development of L8I manufacturing technology, various devices with complex functions can be supplied in large quantities and at low cost. As a result, for example, in the field of electronic desk calculators, electronic desk calculators have been developed that are equipped with various memo functions such as a telephone number storage function. Furthermore, even speech synthesis equipment, which has been difficult to miniaturize up to now, can now be easily incorporated into various equipment.

By the way, people generally record things that need to be memorized, such as activity plans, telephone numbers, and insurance verification numbers, in notebooks or memo sheets so that they do not forget them.

However, when using such a notebook, it is necessary to always refer to the notebook and memorize the time of the next schedule. There is a high possibility that important matters will be overlooked. Furthermore, when searching for items such as telephone numbers recorded in a random KV, it often takes a lot of time as the number of records increases.

Furthermore, notebooks are surprisingly inconvenient when viewed in dark places or when viewed by visually impaired people.

For this reason, there was a strong desire to develop a system that not only announces any schedule at a predetermined time by voice, but also makes it possible to easily search recorded information such as telephone numbers. The configuration of an audio tickler device, which is the basic principle of the present invention, will be explained with reference to the drawings.

This invention has been made in view of the above points.4, it stores the date and time information and message information to be specified, and 1. Any frequently used message information is registered as frequent word information, the stored date and time information is sequentially compared with the actual time, and message information or frequent word information corresponding to at least the matching date and time information is output. It is an object of the present invention to provide a convenient audio tickler device that is extremely useful and has a simplified operation.

That is, FIG. 1 is a mounting diagram showing the front appearance of this audio tickler device, in which the front and armpit 11 includes a speaker section 12 on the left side in the figure, and an operation section 13 on the right side in the figure. It is now possible to do so. Calendar, time, schedule, timer, which will be described later, are located at the lower part of the operation unit 13, and each mode key corresponds to each mode of talk, telephone, and memo, that is, calendar key K, time key K, and schedule key K. , Thai ml
mB
04. phone! Key Kffill,
A telephone ■ key K, a memo key Km7, and a repeat key KREPI read key KRD, which is part of the control keys, are arranged horizontally from left to right.

Also, above each mode key, press 6 e Kl *..., on the key corresponding to each number from 0 to 9.
1 (these are collectively referred to as numeric keys), and other control keys, including the hyphen key KIY I return key K1.
A clear key Kc, a write key KWI, and an entry key Kl included in the mode key are arranged in a matrix of 3 rows and 5 columns.

To the key above, to! ,..., ni-, hyphen key KIIY, entry key 8. The clear key Kc and the write key can be commonly covered with a lid 14 which is provided on one side of the main part of the mother flannel surface so as to be openable and closable. On the inside surface of this lid 14, there is a 50mm
A data table 15 for inputting sounds and frequent words to be described later/dalameter is provided, for example, in a printed form.

In Figure 1, IC is a knob for adjusting the volume of the synthesized sound, 11 is a knob for adjusting the pitch of the synthesized sound, and 18 is the above key @ 6 K1 m'' eK9 and mode key, control.・It is a slide switch that prohibits input from keys.

In addition, among the above numerical keys, . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . .

It is designed to also serve as the Saturday key, and is configured so that the key "." doubles as the Nl1W key indicating newly registered data, and the key "1" also serves as the OLD key indicating registered data.

As shown in FIG. 2, the inside of such a voice tickler device includes, for example, a processing unit W! t
It is designed to consist of 21 mag.

That is, the data bus of the processing device 21' includes a read-only memory (hereinafter referred to as ROM) 22 which is provided inside each of the processing devices 21 and stores the processed program, and a read/write memory for the P/F. (hereinafter referred to as RAM) 22 is connected, and together with this, an external RAM (hereinafter referred to as 1i1'XRAM) 24 is connected. In addition, the processing device 21/d, input, 1=
- The input end of the port is connected to the output terminal of the key switch device 25 consisting of the mode keys, control keys, numerical keys, etc., and the output end of the output port is the voice synthesizer @Xt;
is connected to the input end of the The output end of this speech synthesizer 2σ is connected to a speaker 28 via an amplifier 21.

The RAM 2M has addresses used in the following three parts. (1) Counter part 2 that counts and stores the month, day, hour, and minute.
31° (2) Buffer section 212° that temporarily stores the month, date, hour, and minute (3) Message 212° that temporarily stores the speech synthesis output (hereinafter referred to as sage). Fufu part 233° Also,
The gXRAM 24 is an audio buffer unit 2 that temporarily stores various data and parameters for audio synthesis corresponding to a message.
41, schedule mode, timer mode, telephone mode, telephone ■° mode, memo mode, and entry mode, respectively, and the following six memory sections are provided.

(1) A schedule storage unit 8TS0 (corresponding to the schedule mode) that stores the time of each schedule (including month and day) T□, . . . 2) Corresponding to the timer mode, a message M81. ..., the daily routine memory section STR that stores Mln.

(3) Compatible with telephone I mode, name N□,...

NFn and the phone number corresponding to each name T□1. ....

A telephone that stores T,... ■Storage unit 5TTF.

(4) Corresponds to the phone ■ mode, name N, 1. −・.

NIIm and the phone number corresponding to each name")ial'-・
・.

A phone that stores 8ml of TN ■Storage section S'rT's.

(5) Compatible with memo mode, name of matter Nr111
1..., N□ and their corresponding contents MEMI +
....

Memorai Soto STM remembers Hata Mn.

(6) Corresponding to entry mode, each frequently occurring word wl
, . . ., a word storage unit STW that stores WQ.

The audio tickler device shown in FIG. 1 and FIG. 2 has the following eight modes as described above.

(1) Calendar mode that lets you know the month, day, and day of the week with a synthesized voice and allows you to set the month, day, and day of the week. (2) You can notify the time (hours and minutes) with a synthesized voice and set the time. Time mode 0 (3) Schedule time (January, day, hour, minute) and contents (message) are registered, as well as correction and deletion of registration Schedule mode 0 (4) Daily schedule time (hour, minute) ) and content (message)
Timer mode for registering, correcting and deleting the registration (5) Telephone mode for registering and correcting names and telephone numbers and searching for the corresponding telephone number from one name ◇ (6) Phone mode I above Telephone ■ mode uses a separate storage area from Mori and performs the same operations as Telephone ■ mode.

(7) Memo mode for registering and searching for arbitrary names and their contents (messages), as well as correcting and deleting registrations.

(8) Entry mode for registering and deleting frequently appearing words ◇ Then, as shown in the flowchart in Figure 3, when the power is turned on due to battery replacement, for example, the ROM 22
According to the program stored in the processing unit 21, the processing unit 21 initializes the operating states of internal registers and input/output ports in step s1.

Below, based on the processing results of Step 7'81g, which will be described later in Step 51m8m+..., sl, check whether the mode of calendar, time, schedule, timer, telephone I, telephone memo, entry has been specified, Step SI・, 8 mouths,・
...branches to +817, processes each mode, and returns to stay7
``It is now possible to proceed to sts.

Ste, De81? For example, the operating state of the mode switch of the key switch device 25 is detected.

In step S, the time T registered in the schedule mode and timer mode, 1. ..., T□ and "ml"・
・The current time of the counter section 231 of a Tan and RAM z s (T,, s "" @ Ts m, month, day, hour, minute @ T11 e..., T1, only hour and minute) If they match, the corresponding message M, 11-# M, , to M□, -0M1/)
The processing device 21 drives the speech synthesizer 26 to output it through the amplifier 21 and the speaker 28, and the series of processes described above are sequentially executed again from the step S3. There is.

Next, Ste, DeS 1. An outline of the calendar mode processing shown in lfc will be explained with reference to the flowchart of FIG.

That is, Ste, DeS1. Read key "I" at JfC
Check whether D has been operated, and if not, branch to ST, DSMA, write key, check whether l has been operated, and if not, terminate calendar mode processing. It has become.

Ste, DeS1. ．． If it is determined that the read key K11D has been operated in step 8, branch to step 8, take out only the data of the current month and day from the counter section 231 of RkM 23, and read the prepaid tax in step 84. Only the data of the current day of the week is retrieved from the day of the week storage section of the RAM 23, which has been omitted.Then, the data of the day and day and the data of the day of the week are converted into a code suitable for the speech synthesizer in step and dess. This encoded data is converted to data, and the audio data of EXRAM 24 is transferred to the ST.
The audio data transferred to the audio amplifier 24 is sequentially supplied to the audio synthesizer f and is synthesized from the speaker 28 via the amplifier 21. The calendar mode process ends after a voice generation process is performed to display the current month, date, and day of the week.

If it is determined that the write key has been operated in step 8 m, [, the program branches to step 1, and the month and day data entered from the key switch device 25 are stored in the RAM.
The data is transferred to the PA and F section 232 of xJ, and this data is output as a synthesized voice for the user to confirm. This pa,
When the data transferred to the RAM 21 is confirmed by the user to be correct, the data transferred to the RAM 21 is transferred to the RAM 21 in the step S.
Transferred to the 0 counter section. In Ste, De 5sea, the day key is... , Kl,...
.

The day of the week data input from K- is sent to packer unit 2 of RkM2M! In addition to IIK transfer, the user is asked to confirm using a synthesized voice. When it is confirmed in step S1 that the day of the week data is correct, RAM 2! This data is transferred to the day of the week storage section of I.

Next, the processing of the time mode shown in step ψ de Sll in FIG. If it's not being manipulated, stay,
The program branches to f S , and checks whether the write key has been operated with □. If the write key has not been operated, the time mode processing is immediately terminated.

If it is determined that the read key KID has been operated in step 81b, the process branches to step 81b and the RAM is read.
Only the time is taken out from the counter section 231 of 23,
It is converted into encoded data suitable for the speech synthesizer 26 in step S4b, and is hereinafter referred to as step, step S, b, 8. At step b, data transfer processing and voice generation processing similar to step S sa + 871 in FIG. 4 are performed, and the time mode is ended.

In addition, if it is determined that the write key Kwm has been operated in ST, DE8B, it branches to ST, DES, b,
The time data input from the meeting to the keys KO, Kl, . . . are stored in the RAM ffi3. Is 2 J
Transfer to ffi. When the time data #i, step, and ssb transferred to the RAM 2J's P and F sections 232 are confirmed by the user to be correct data through synthesized voice, the counter section 231 of the RAM 2M・Transferred to the minute data part.

Then, the time mode ends.

Next, the processing in the schedule mode shown in FIG. 3 will be described with reference to the flowchart in FIG. 6.

That is, in step s1c, the read key KID
Checks whether or not has been operated, and if it has not been operated, branches to S3C to check whether the write key KwIl has been operated, and if it has not been operated, the process in the schedule mode is immediately terminated. ◎ If it is determined that the read key KID has been operated in ST/DE StC, the process branches to STATE DE 8SC and % RA
M 1 Key switch in the P and F parts 232 of M, and the child device 25
Transfer the time (month, day, hour, minute) entered from . And in Stetade 84C, RAu! EXRAM x 4 based on the time transferred to the buffer section 232 of M
Schedule storage unit 8〒SK memorized time Tits'”
” ' Search Tsn and store the message M,!, for the matching time T, in the RAM.
4. 17) RAM 2 J
Message 2. The message Mam transferred to the frame 1 section 231 is converted into code data suitable for the speech synthesizer 25 in step ssc, and thereafter, in steps S, S, c, S7c, the same steps as in S, D8@a187g in FIG. After data transfer processing and audio generation processing are performed, the schedule mode ends.

In addition, when it is determined that the write key KWl has been operated in Ste, De SaC, Ste,! Whether it is a new registration or an already registered schedule (me.

Sage) has been corrected so that it can be judged.

In other words, when the i[N11W key of the write key KWl is operated, it is judged that it is a new registration in step Sac, and branches to step v7'8g (〇step 97'
S@(Then, an empty area 5TYt for new registration is searched. In step S1o, the time inputted from the key switch device 25 is transferred to the buffer section 232 of RAM j J, and the user inputs it correctly using the synthesized voice. After confirming that the time in the buffer section 232 of %RAM2J is α
Step g of schedule storage section 878 in λ124 7” 8 @
The time "mt" is transferred to the empty area 8T8 searched by e. Next, the message input from the Φ-sui, chi device 25 is transferred to the RAM ffi.
1, and confirms that the user has entered correctly using synthesized voice.% 8
Message page of 1M23, message of F part 233 inAM ff Empty area 8T of schedule storage part 8T8 in J
The message "ml" is transferred to St. From this, a new schedule is registered from K and the process of the schedule mode is ended.

On the other hand, when the KOLID key is pressed after the write key is □, it is determined in step S-c that the message scheduled to be registered is to be corrected, and the process branches to step S-8tsc. Ste,
In the deBBc, after it is confirmed by the user that the time inputted from the middle switch device 25 has been correctly inputted by the user using synthesized voice, the RAM 1! The data is transferred to the A buffer section 232 of I. In ste, de s tsc, RAMjJ's pa,
The storage area 5TSk of the EXRAM 24 schedule storage section ST8 is searched, where the time Tmk that matches the time transferred to the far section xxz is stored. In the 514C, the key switch device 2 is similar to the 8110 mentioned above.
Message RkM 2 J's message input from 5-
21, the message is transferred to the message 233, and after confirming that the user's name has been correctly input using synthesized voice, the message 2. Data of ff1 part 233 is transferred to EXRAM ff
The message is transferred as a message 'ak to the area ST8k searched in step 1'' 813c of the in-J schedule storage section 8T8, and the schedule mode processing is ended.

Next, the stage in Figure 3! Processing in the timer mode indicated by 81+1 will be explained with reference to the chart 70- in FIG.

In other words, the read key KID is
Check whether or not it has been manipulated, and if it has not been manipulated, step 8. It branches to d to check whether the write key KID has been operated, and if it has not been operated, the process for that f is finished in timer mode. If it is determined, it branches to step ψde Ssd and stores the RAM.
! It is the turn to transfer the time (hours and minutes) input from the key switch device 25 to the buffer section 2jj of the RAM 2! Based on the time transferred to the buffer section 21 of the KEXRAM 24, the daily schedule storage section 5TRK''
Search the stored times T□, ..., Tln, and when they match, store the message M11 for @T,□ in RAM 1
The message is transferred to the message buffer unit 113 of No. 1. This R.A.
M j J's message 2,77 copieszxxwc The transferred message M1m is sent to the speech synthesizer 2 in step 8.4.
111C is converted into suitable encoded data, and the following is Stessive8@e*s? In c, the stage rent de S @h81 in Figure 4
The data transfer process and voice generation process similar to @ are performed and the timer mode ends.

Mata, Ste, De8, dVC, write key,
When it is determined that , has been manipulated, it is determined in steps 8 and d whether it is a new vertebrae or a correction to an already registered daily routine.

That is, when the N11W key is operated after the write key KWl, it is determined that it is a new registration in steps S and d, and steps S and D8. Branch to d.

Stella fS-d searches for an empty area 8TR4 for new registration. Ste, de st* (l, keisui.

The time input from the child device 25 is stored in the RAM 211.

7A section 232, and confirms that the user has entered correctly using synthesized voice, the RAM! , t's P and F sections 232 are stored in EXRAM 24's daily schedule storage section STH.
No.Ste, De8. It is transferred to the empty area 5TRt searched at d as time T1t. Next, in step 5ttd,
The message input from the key switch device 25 is sent to R7.
W 2 J's Me, Mojipa.

7A section 213, and after confirming that the user has entered correctly using synthesized voice, the message from RA&L2J's message 29 Fufu section 233 is transferred to EXRkM ffi.
The message MBt is transferred to the empty area S'rRt in the daily schedule storage section STH (4). This completes the new daily routine registration and ends the timer mode processing.

On the other hand, when 1 is placed in the OLD key next to the write key KW3, it is determined in step 8sd that the message of the spine department B has been corrected, and the process branches to step νd 811d. In step 8xl, key sui.

After confirming that the time input from the child device 25 was correctly input to the user using synthesized voice, the time is transferred to the RAM 2.
C station, de 5tsa transferred to J's pavfa department 212
Then, the gXRAM z 4 is stored at the time 〒lk'' which coincides with the time when it was transferred to the buffer section ZSZ of the RAM 23.
Storage area 5TRk of daily routine storage section 8TR is searched.

Step S std
Similarly, the message input from the key switch device 25 is stored in the RAM! II message/amount, F part 33, 1
When it is confirmed by the synthesized voice that the user inputted correctly, the message buffer section xsxor-p of RAM IJ is transferred to the daily schedule storage section 8 in mAM j4.
'Engineer IJA 8 searched in step 8tsd of TR? R
- message M1, and the timer mode processing is terminated.

The third figure, step 814, is then shown Telephone! Mode processing will be explained with reference to the flowchart of FIG.

In other words, Ste, DeS,. 10 on the read key
Check whether KWl has been operated, and if it has not been operated, branch to Ste, DeS, and write) - Check whether KWl has been operated, and if it has not been operated, terminate the phone mode process. I'm looking forward to it.

If it is determined that 0 has been operated on the read key in step S1o, the process branches to step step S16 and the RAM is read.
! J's message buffer section! :? The name input from the key switch device 25 is transferred to J. Then, in step S4°, message buffer section 2 of n1M23
Based on the name transferred to N21. ...
, N, n, and store the phone number T□□ for the matching name N in RAM! '3's paddle is transferred to the fa section 232. The phone number T□ transferred to the front part 232 of this RAM 2s is the voice synthesizer 25 in the second part Ss6.
It is converted into #c suitable code data, and the following steps are used.
,.

8! , the same data transfer processing and voice generation processing as in step S@@*St* in Fig. 4 are performed, and a telephone call is made! 0 is set to exit the mode.
. When it is determined that □ has been operated on the write key, the 6-box write key is used to determine whether it is a new registration or a correction of a registered phone number in step S$. When the Ni1W key is operated after □, step S1. It is determined that this is a new registration, and the process branches to step S, step S, and an empty area 8TTF for registration of special regulations.

Search for. In step S1, the name entered from the key switch device 25 is transferred to the message 2177 section 233 of the RAM and T I, and when it is confirmed by the synthesized voice that the user has input it correctly, the message of the RAM j J is transferred. 29f 1st part 2110 name is EXRAM j 4
Secret talk! It is transferred to the empty area 5TTF searched in step S- of memory 8T'l'F with the names N and t. Next, Step, DeS11. Then, the telephone number input from the key switch device 25 is stored in the buffer section 232 of the RAM 23.
After confirming that the user has entered correctly using synthesized voice, the telephone number in the buffer section 232 of the RAM 2J is transferred to the EXRAM 24 memory section 5TTF'.
The telephone number is transferred to the empty area 5TTF't as the telephone number TNFt. This allows you to register a new phone number and make a phone call! This ends the mode processing.

On the other hand, if 1 is operated on the OLD key after the write key KWl, it is determined that the telephone number for the registered name is being corrected in step Ss0, and the process branches to step Ss0. Ste, de81! . Then, after it is confirmed by the synthesized voice that the name inputted from the key switch device 25 has been correctly inputted by the user, the name is transferred to the RAM 23 and the module 233. Ste, de StS. Now, RAM
EXRAM x 4 telephone in which the names N and k that match the name transferred to the message buffer section 231 of 23 are stored! Storage area 87TFk of storage section 8T'rF is searched. For Ste, De 8x 4°, the above steps S■,
Similarly, the telephone number input from the key switch device 25 is stored in the RAM 2J. 7a section 232, and after confirming that the user has input correctly using synthesized voice, the data in the buffer section 232 of RkMxs is transferred to IXRjW.
j d Inner area summer memory part 8TTF ste, de s1. The telephone number is transferred to area 8TTFk searched by t as telephone number 〒□, and the telephone I mode processing is terminated.

In addition, as shown in FIG. 9, the telephone ■ mode of STEDADE 811 in the wIJ3 figure operates in the same manner as the telephone I mode, and the 8th step of each step.

Smft...*81B is each station in Figure 98, De81 @
es, 0. -... Corresponds to *814@, telephone seal storage section 87?8゜Name N, -, N, telephone number 〒□l
I ``” # 'f') jaml ■ are respectively telephone I storage section 8T'l'F, name NF t
m ”” #NFn, phone number “WFI #...,
It is compatible with T, , K, and EXRAM
The only difference is that 4 different storage areas are used.

Next, the memo mode processing shown in Step 81 of Figure 3 will be explained with reference to the flowchart of Figure 10.

That is, in step S11, the read key KID
It is checked whether the write key KWl has been operated or not, and if it has not been operated, the process branches to step S1g and it is checked whether the write key KW1 has been operated, and if it has not been operated, the memo mode processing is directly terminated.

If it is determined that 0 has been operated on the read key in Step/De S11, the process branches to Step/De 531rK and the RAM is read.
The name input from the key switch device 25 is transferred to the message buffer section 233 of the key switch device 23. And Ste,
In DeS4g, RAM! Message buffer part 2 of 3
Based on the name transferred to 33, K F, XRkM 2 a
The name Nrn11 stored in the memo storage unit STM of...
, Nrrln, and the matching name Nm! RAM the content MEMm corresponding to ll! J's message 2, 7
7 section 233. Contents MEMffl transferred to the message buffer section 233 of this RAM ffi j
is converted into code data suitable for the speech synthesis unit 25 in step 811, and in the following steps S m g $ 81g
In Figure 4, Ste, DeS @ @ m 8? The memo mode is terminated after data transfer processing and voice generation processing similar to those in a are performed.

Also, in ST, DES, , r, write key KW1
If it is determined that the memo has been manipulated, step S-1 will ask you to determine whether it is a new registration or a correction to the already existing memo. When * is operated on the sum MW key, it is determined that it is a new registration at Stella f8@t, and the process branches to Step Sode89.

Step S-3 searches for an empty area STMt for new registration. Ste, de S1/1, key sui.

Enter nine names from the slave device 15 and store them in RAM 2J.

Sage fψfa part 111! After IK is transferred and the synthesized voice confirms that the user has entered correctly, the RAM
1: The name of the main part of I, Mozino Kai, and the 7th part of the jss is E.
XRAM I a Memo Sozu 8? M's Ste, De S1.
The searched empty area STMtK name is transferred as Nrnt. Next is Ste, Zo81! , then, store the contents of the memo input from Yasui, Chi-Souflffi5 in RAM j
The memory of J is transferred to the mod buffer section, and when the user confirms that the user has input correctly using synthesized voice, it is transferred to the RAM.
23 messages 2. EX the contents of the memo in fufu section 233
Empty area STMt of memo/storage part STM in RAM 24
It was transferred to Nakaguro-cho. As a result, the memo contents are newly registered and the memo mode processing is completed.

On the other hand, when the OLD key is operated after the write key KWll, it is determined that the contents of the registered memo are to be corrected in step Ssg, and the process branches to step 1813g. Ste, 7”
In 81g, after it is confirmed that the name input from the key switch device 2j has been correctly input by the user to the synthesized voice,
Transferred to 33. In Ste, Destag, RAM I
J's me.

The area STMk of the E°CkM24 memo storage unit STM is searched, where the name Nmk that is transferred to the sage file section 233 and matches the nine names is stored. In ste, de s1ag,
Similar to the above-mentioned steps and steps, the contents of the memo input from the key switch device 25 are stored in the message 2. of RAM j J. Fufu part 2:! 13, and after confirming that the user has entered correctly using synthesized voice, the RAM
j 10th email, EXR the data of sage papufa part 233
The content is transferred to the area 8TMk searched by ST, DE 5xsr in the AM 24 internal memo storage section, and the memo mode processing is completed.

Next, we will explain the entry mode processing shown in ST and DES in FIG.
A mode provided to simplify the input of frequently occurring words is used to store abstracts, and any frequently occurring words are associated with and stored in the undefined area of the 15th!1 data table 14, for example, in schedule mode, timer mode, etc. It can be used as a message. In other words, the data table 14 defines the Japanese syllabary and frequently occurring word registration areas using the coordinates shown as (X) and (Y) on the diagram, and each position is defined as (X,
Y), (7, 6), (7, 7), ..., (7
,9),(8,0),(8゜1),...,(8,9)
, (9,0), (9,1), . . . , (9°9) are allocated for frequently occurring word registration.

That is, as shown in FIG. 11, the entry mode process checks whether or not the read key has been operated in the ST and DE Slh, and if the read key has not been operated, the ST and DE S are processed.
The process branches to 3h to check whether the write key Kwl has been operated, and if it has not been operated, the entry mode process is immediately terminated.

If it is determined that 0 has been operated on the read key in Step 81j, the process branches to Step 81j, and the processing branches to Step 81j, where the WKAM 24 nest words corresponding to the parameters of the frequent word registration area input from the key switch device 25 are displayed. Soto STW storage area 8'IW.

specify. Ste,! At step 84, the frequently appearing word W designated at step Ssk is transferred to the modifier pacifier section 233 of the RkM23. The frequently appearing words W transferred to the RAM z, v's main, modipa, and fa section 233 are
The voice synthesizer 215K converts it into code data suitable for the sk, and the following code data is written as STUDDE S@h*S? B on h! Figure 4 f) Steq Near” S a a a Sl, 1
The same data transfer processing and audio generation processing as in 1 are performed, and the entry mode ends.

Further, when it is determined that the write key KW has been operated in step ν de Sxk, step 88 s kIC
Branch out. Ste, De8. In -, similarly to step as&, the storage area 8TWt of the word storage unit STW of αRAMj4 is specified based on the parameter of the frequent word registration area inputted from the key switch device 25. Ste, de8s
In K, the frequently occurring words inputted from the key switch device 11 are transferred to the RAM 230, Sage Par, and Fa 233, and after the user confirms that the frequently occurring words have been input correctly using synthesized speech, specified lX
RAM 24 storage area BT%Vt of dead word storage unit STW
It is stored as K frequently occurring words Wt, and the entry mode ends.

In addition, in modes other than the schedule and timer mode shown in Figures 6, 7, . . . , and 11, in order to make the explanation easier to understand, a terminator indicating the end of the process is used and a loop that repeats the same process is not created. However, in reality,
In the terminator part indicating the end of the process, there is a step and a step to determine whether the return key has been pressed to 1. If it is determined that the return key has been pressed, the process shown in the flowchart in Figure 3 is executed. When the routine returns and it is determined that the return key KR has not been operated, the process is restarted from the first step, f, shown in each flowchart.

Also, processing equipment! Although not shown in the drawings, the JFi is configured to receive an interrupt at a predetermined cycle, and various processes are performed as shown in FIG.

That is, when an interrupt occurs, the contents of each register of the processing device 21 and the contents of the input/output port are saved in step Sli, and the RAM ffi is saved in step Sli.
In the 0 step Ssi, which counts the contents of the counter section 211 of No. 3 to be equal to the actual time, it is called a synthesizer controller and supplies control signals necessary for speech synthesis to the speech synthesizer 26. In order to eliminate malfunctions due to chattering of each key of the key switch device 25, the Oste, De 84i detects whether any key has been operated for a predetermined period of time or more, and then detects whether any key has been operated for a predetermined period of time or not. For example, the operating system 8Ii performs processing to ensure that the key operation device of the key switch device 25 is detected, and updates the counter for dynamic scanning. It is designed to do this.

Finally, in step S6, the contents of each register and input/output port saved in step D81i are restored to their original states.Then, the processing device 21 returns to its original state before the interrupt was generated. It returns to perform processing.

By the way, in each of the above-mentioned modes, if the user determines that the various data inputted from the key switch device 25 are correct based on the synthesized voice, the processing device z1 moves to the next process by operating the write key KWl. , and if the data is determined to be incorrect, clear key Kc
Data can be re-entered by manipulating the . The repeat key KIIP is operated to confirm the synthesized voice message again.

Such a voice tickler device is operated as shown below for each mode, for example.

In order to simplify the explanation, 1. For example, the calendar key Kr.
The operation of n1 is simply displayed as a decoy (that is, the symbol attached to the surface of each key is shown enclosed in a square).In addition, the synthesized voice output is shown as "".[1] Calendar mode (1) When setting the day of the week and date ■ Four times $: Enters calendar mode.

■ "Please enter the date and day of the week" ■ Dro day Roro Diagram Roro ■ rto Friday the 9th of the month'' ■ Im (if entered correctly): This ends calendar mode 0 Mouth (if entered incorrectly): Go to ■ Go back and enter the date and day of the week again. (2) To read the date and day of the week ■Kuniguchi■ "Friday, October 9th": This ends calendar mode. [2] Time mode (1) Set the current time ■ Roro ■ "Time please" ■ [lO Mikuni Kokui ■ "3:15 p.m." District 0 (when entered correctly): At this time, the contents of the counter section 231 of RAM 23 are 15:15
It is set to 5 minutes OO seconds and the time mode ends.

口 (If entered incorrectly): Return to ■.

Input the time again. (2) When reading the current time■ Rollo■ "3:15 p.m.": This ends the time mode.

[3] Schedule mode (1) When registering a new schedule ■Kuchiba Shikuguchi ■　Please enter the date and time.'' ■[l[Ie[10kokukokurorodanroro ■ “November 10th 2:30pm” ■■ B (when entered correctly): Proceed to ■.

■ Country (if you check again, it will return to 1: Return to ■ O ■ 0 (if entered incorrectly): Return to ■ and enter the time again. ,・ When registering a meeting as a meeting・ ■ ``Meeting (kai jl') J ■■ Garden (when entered correctly): Memorize the contents of the schedule.

■ IId (When checking again) Return to 20.

■ B (When entered incorrectly) Go back to 20 and enter again. Country O: Exit schedule mode (2) When changing an already registered schedule (1)
Directly specify■ i Prisoner 5 Genkoku■ "Please give the date and daily rate" ■Kokukokuro Kokudan Rokokukuhi Rororo Prisoner 111120813:30■■ rl111/20 10 pm meeting] (The schedule has been registered. (When there is) [F] "No" (When no schedule is registered)
: Proceed to ■■ ■■ School (when changing) Proceed to ■ ■ [m (If you check again, go back to 1: ■).

0 B (When deleting registration): Delete the registered schedule.

■ (M (when no schedule is registered): Search for schedule again and return to ■.

■ i (Change the time and contents of the schedule 1. Otherwise: Exit the schedule mode.

■ "Date and time please" ■[1m day figure mouth Japan n Roro Dan Roro (Changed to 1:30 p.m. on 11420) and when) ■ [d (when not changing the time): Proceed to ■ ■ “11420th 1:30 p.m.” ■■ Field (when entered correctly): Proceed to @).

■ B (to confirm again): Return to ■ Ru.

■　[D (When incorrectly entered): Return to ■■.

Please send me a memo.'' 0 ■ School (when not changed): Return to ■ (however, the contents of the message are different).

■ Country (when checking the contents again): Go to @ @ "Meeting J: OK Return 0 ■ "Meeting" 0 ■ Field (when entered correctly): Return to ■ (However, the contents of the message are different) .

■ 1Id (When checking the contents again) Return to 20.

■ El (when inputted incorrectly) Return to #20 ■.

61) Partial restoration, designation ■ Ward Goro-cho ■ “Please give the date and time” ■ [] [1 Eld (When restoring plans for November) ■■ “Meeting on November 4th at 10:00 a.m.” (When the schedule is registered) ■ "No" (When the schedule is not registered) ■■ B (When changing the schedule): From here on, the change procedure is performed in the same way as in ■~■.

■ B (when checking the contents again): Return to ■■ B (when deleting the schedule): Delete the schedule in ■ and return to ■ again.

■ Country: Exit schedule mode.

■ [m (When searching for other schedules): Search for other schedules and return to ■.

(lii) Complete restore, designation ■ Circle 5m 1 question ■ r Please enter the date and time.'' ■ Overturn 7 (Restore and delete all schedules in EXRAM z 4's schedule storage section ST8): In any order 〇 ■■ "10 "Meeting at 10:00 a.m. on the 15th of each month" (when the schedule is registered) ■ "No" (when the schedule is not registered) ■■ B (tk when changing the schedule): The change procedure is as follows (
Same as ■～[phase] in 1) (it is harmonious so that it is performed) ■ Mouth n (t when you check the content again): Return to ■.

■ B (when deleting a schedule): Delete the schedule in ■ and return to ■ again. ■ Box: Exit schedule mode. return.

(2) When reading registered schedules (1) Direct specification ■　Soshiji ■ [Date and time please.] ■Roro Mimero Japanese Yen Roro Japanese Roro Japanese Doujin (When searching for a schedule for 1:30 pm on the 11420th.

■■ "November - 20th 1:30 p.m. meeting" (when the schedule is registered) ■ "No" (when the schedule is not registered) ■■ Country - (when checking the existence again) [ [Yes] Kokushi:
Exit schedule mode.

(11) Partial restore! Specification■ Tadashi Ro■ "Date and time please" ■ D[]El[D (When restoring and deleting November's schedule): In no particular order.

■■ Scheduled output “Meeting on November 4th at 10:00 am” (
When a schedule is registered) ■ "No" (when G even if a schedule is registered) ■■ [d (to confirm the contents again): Return to ■ B: Exit schedule mode ■ [d (When searching for other schedules): Search for other schedules and return to ■ (however, the message is different).

(lii) Complete restore, designation ■ ro prisoner punishment officer ■ r date and time” ■ 塡可(When restoring all schedules stored in the schedule storage unit STS of KXRAM j 4) ■■ Schedule output rlO "Meeting at 10:00 a.m. on the 15th of May"
(When a schedule is registered) ■ "No" (When no schedule is registered) ■■ Mouth (to confirm the contents again): Return to ■Country: Exit schedule mode.

■　b (Search for other schedules to get 1: Search for other schedules and return to Tsage is different).

[4] Timer mode (1) When registering a new daily routine 051m 1 mouth ■ "Please tell me the time" ■ QEIQEIO (when specifying 6:00) ■ "6:00 a.m." ■■　■ml (when checking the time again): Return to ■.

■Toro (when entered correctly) ■C (When inputted incorrectly): Return to ■.

■ “Please take notes” (4) (b) (@(v■[l[1 day m
Kunihi m Zumi Rororoen (when you enter ``Get up'') ``Get up'' ■■ Farm (when entered correctly) ■ ro (@ when you check the content again): Return to ■.

■ 0 (when entered incorrectly): Return to ■.

@Country: End of timer mode (2) To change the registered gaze point (1) Directly specify ■Tarorodo■ ``Time please'' ■Rororo day zone■■ Daily routine output ``Wake up at 6:00 a.m.'' ( (When a daily routine is registered) ■ "No" (When a daily routine is not registered): ■
Proceed to ■.

■■l1d (when making changes): Proceed to ■■i (when checking the contents again): Return to ■.

ω 口 (When deleting a registration): Delete a registered schedule.

■　Four (when no daily routine is registered) : Search for schedule again and return to ■.

■ Country n (when not changing the time or contents of the daily routine): Exit the schedule mode.

■ "Time please" ■■ Rororo, same day m (when changing the time to 6:30) ■ Circle (when not changing the time) Proceed to O.

■ "6:30" ■■ Field (when entered correctly): Proceed to [Phase].

■ Section (when checking again): Return to ■.

■　Same (when entered incorrectly): Return to ■■.

■ "Please take a note" 0■ (When not changing the contents of the daily routine): Return to ■ (however, the message is different).

■ (When checking the contents of gland 8 again): Go to @.

When changing to Desu J): OK proceed.

@ "Wake up": OK Return ■ "Wake up" Φ■ B (when entered correctly): Return to ■ (however, the message is different).

■　Cero (when checking the contents again) Return to 20.

■ 0 (when entered incorrectly): Return to 0 ■.

(11) Partial restore, designation ■　is Shiguchi Kaido ■ "Please tell me the time" ■　0-IIm (Restore the 6 o'clock daily routine.

D) ■■ Daily routine output 16:40 Public lunch" (when the daily routine is registered) ■ "No" (when the daily routine is not registered) ■ω B (when changing the daily routine): Below is the change procedure but(
This is done in the same way as 1) to 0.

■ Country (when checking the contents again): Return to ■.

■　口 (when deleting daily routines) ■Box: Exit schedule mode.

■ e (when searching for other schedules): Search for other schedules and return to ■.

611) Specify entire restore ■ Large mouth ■ "Please give the time" ■ Field (when restoring and deleting all the daily routines stored in the daily routine memory section 8TH of EXRAM 24): In no particular order.

■■ "Wake up at 6:00am" (when the daily routine is registered) ■ "No" (when the daily routine is not registered) ■■ 1m (1m when changing the daily routine: Below is the change procedure (1) 0 ■ Huge (when reconfirming the content): Return to ■.

■ 0 (when deleting the daily schedule): Delete the schedule of ■ and return to ■ again.

■ Box: End schedule mode O ■ Shiji (when considering other daily routines): Search for other daily routines and return to ■.

(2) Directly specify when reading registered daily routines ■Toshim ■ "Please tell me the time" ■ Roro Kunimi Tadashi Mimi (6:30 daily routine ) ■ω “Wake up at 6:30 a.m.” ■ “No” ■■　　(When checking the contents again): Return to ■.

■　Oka: Paperwork in timer mode.

(11) Partial restore! Designation■ Tsukasa Chiguchi■ ``Time please'' ■ (nEl(m (When restoring or zoing a 6 o'clock daily routine) ■■ ``6:40 public hearing meal'' (when a daily routine is registered) ■ ``No ” (When no daily routine is registered) ■■ Country (When checking the contents again): Return to ■.

■ i-da: End timer mode.

■ [m (When considering other schedules): Search for other daily routines and return to ■.

G11) Complete restore, designation ■ ■ "Time please" ■ Times (EXRAM 240 daily routine storage section 87R [When restoring all stored daily routines) ■■ "Wake up at 6:30" (daily routine) is registered) ■ "No" (when no daily routine is registered) ■■ nap (If you check the contents again, it will return to 1: ■ Return to ■ ORET: End timer mode 6 ■ RD
(Search for other daily routines tl): Search for other daily routines ■
Return to

[5] Telephone lmoy (1) When registering a new phone number ■Cero drawing episode ■ “Please give me the label” Roro Electric Company (Toshiba Isogo) (when recording) ■■　Cd (when entered correctly) ■ Ib (when checking the contents again): Return to ■.

■ 0 (when entered incorrectly): Return to ■.

■ "Please give me the number" ■ Rorororo Niron n Rorororororo 匝 (When registering (045) -753-1111)■
“Toshiba Isogo 045-753-1111 J ■■ Prisoner (
(Just to make sure it's entered correctly) ■ Box (to check the phone number again) - Return to ■.

■C (When input by mistake): Return to ■.

[Phase] Country: Phone ■Exit mode.

(2) When changing a registered phone number (1) Direct designation■ Decoy Lenshunguchi Rokokurozu Yotsuka Rorororo (when specifying Toshiba Isogo) ■ "Toshiba Isogo 045-753-11i1 J■d (When changing the registration) [m (When confirming the phone number again): Return to ■.

0 (When deleting phone number registration) Proceed to knee.

■ "Please give me the label." (A) Kan No. (If you do not change the name to "Toshiba Onkyo") ■ "Toshiba Onkyo" or "Toshiba Isogo" ■■ (When entered correctly) ■ Then (Please confirm the name again) When the stone solves); Return to ■.

■ Japanese (when entered): Return to ■ ■ "Please enter the number" 1122) ■ [d (When not changing the phone number) C1r 045
-753-1122 J or r 045-753
- 1111 1 0 Country: End telephone summer mode 〇 (11) Partial restore, designate ■ Section hml (6) Same ■ "Please label" ■ 0[]Roro (Restore all names starting with "T", restore all names starting with "T", Tori ■ Phone number output “Toshiba Isogo 045-753-1111
J ■■ prisoner (when changing): Below is the change procedure (1)
0■ done in the same way as ■～@ B (when confirming the phone number again): Return to ■.

0 111m (When searching for other phone numbers with names starting with "G"): Search for other phone numbers with names starting with "G" and return to ■.

■ 0 (when deleting the registration of a phone number): Delete the registration and return to ■ 0 ■ Country: Telephone ■ Exit mode 0 (iijl Total restore, designation ■ Times 4 circle ■ "Please label" ■ Field (EXRAM j 4 telephone I storage area ST'r
(When restoring or deleting all phone numbers stored in F) ■ Phone number output "Japan Patent Office 03...--1 ■■
Enclosed (when changing): The following change procedure is performed in the same way as ■~@ in the middle.

■Roml (again! Confirm the east number!ri■ [m
(When searching for a phone number with another name): Search for a phone number with another name and return to ■.

■ B (when deleting your phone number registration): Delete your registration and return to ■ ■ Dansan: Call! Exit mode.

(3) When reading a registered phone number ()) Direct specification ■Taikai old ■ "Please label" ■Rotu Ron n diagram Japan Rota Japan Rororo Nippon Roro Nippon Roro Punishment (Name: Toshiba Isogo ) ■■ Phone number output [Toshiba Isogo 045-753-111
1J (If the name "Toshiba Isogo" is registered! ■ "No" (When the name "Toshiba Isogo" is not registered) ■■ Lo area: Exit the telephone I mode.

■　　(If you check the contents again, it will be 1: Search again and return to ■.

■ Tadashi (when searching for a phone number with the name "Toshiba Isogo" again): Search for a phone number with the name "Toshiba Isogo" and return to ■.

(11) Partial restore, specify country ■ Country l allowed ■ "Please label" ■ [n[]e[tsukasa] (Restore a phone number with a name starting with "T", if you deselect it, you will get 1: Name starting with "T" Search for phone numbers (in no particular order) O ■■ Phone number output “Tokyo Shiba Isogo 045-753-11
114 (When registered) ■ If "A-Sho-Maisu" is not registered) ■■ Country: Exit T mode O ■ nA (When confirming the phone number again): ■ Return to

■ d (When searching for a phone number with another name): Search for a phone number with another name and return to ■.

4i+) Complete restoration! Designation ■ Tadashi Umai ■ “Please give me the label” ■ Toro (EXRAM 2 a cr > Telephone ■ Storage section 5
When reading all phone numbers stored in TTF):
@In no particular order.

■■ Phone number output “Toshiba Isogo 045-753-++n
j (When registered) ■ "No" (When not registered) ■■ Hanging: Exit Telephone 1 mode.

■ Kokushi (when checking the phone number again): Return to ■.

■ e (When searching for a phone number with another name): Search for a phone number with another name and return to ■.

[6] Telephone n mode Regarding the telephone ■ mode, the operation procedure is exactly the same as the company telephone I mode, just press the telephone ■ key □ instead of the telephone ■ key -1. In other words, the country is operating in such a way that it becomes the party.

[7] Memo Mor (1) When registering a new memo■ Toro 4 circles■ ``Please take a note'' (When registering the name as ``Dyny'')■ ``Dyny'' ■■ 1m (When entered correctly) ■ b (When checking the name again): Return to ■.

■ DC (when entered incorrectly); Return to ■.

■ "Please take a note" ■ Rororo Kasumi-ku Kuchikuni (When registering the contents as r-肂yJ) ■ "・Zon" 0 items Prisoner (When entered correctly) Back f (When checking the contents again) ■ 口 (when entered incorrectly) @Country: Exit memo mode □ (2) When changing the memo contents■ Kaikan 匝口■ ``Please label 1 ■0 ro day ■ Kunimi roro day■ Roro (when specifying the name "Dyny") ■ [Dyny Quantity 1 ■■ Ro (when changing the registration) ■ [1il (If you check the contents again, return to ■).

■ 0 (when canceling registration) ■ Figure yo: Exiting memo mode・ ■ “Please give me the label” ■■ Im (when not changing name) (When changing the name to "Toshiba") ■ “Dyney” or “Toshiba” ■■ Garden (when entered correctly) ■ [□ (To confirm the name again): Return to ■.

■　B (When entered incorrectly) Return to ■.

■ "Please take a note" Change to Sui and Tri @ “Rice” 0■Cm (when entered correctly) ω Ward (when checking the contents again) 2 Return to 〇.

■ [3 (When entered incorrectly): Return to @.

Country O: Exit memo mode. (3) When reading the registered memo ■　Side mouth ■ “Please give me the label” (If you specify the memo name “Dyny”, you will receive 1 (Wa “Guyeno mother, 1 ■　B: Exit memo mode.

[8] Entry mode (1) When registering a new frequent word ■ Rural ■ "Please register" ■ CQEl[E (When specifying the frequent word registration area indicated by (7, 6)) ■ "Please register"Please" When registering "meeting" as a word) ■・"meeting" ■■ B (when entered correctly) ■ Blood (when checking the content again): Return to ■ (time): Return to ■ ■ nn: End entry mode When specifying the frequently occurring word registration area) ■ "Meeting" ■■ Russia: End entry mode.

■ Rororo (when continuously reading out the frequent word registration area indicated by (n, m)): Search the contents of the frequent word registration area indicated by (n, m) and return to step (■).

For example, in the schedule mode, after specifying the month, day, and time of the waiting room, after the message "Please take notes," go to the frequently used word registration area indicated by (7, 6). If the word "meeting" is registered in , by operating 0nEllld,
A schedule called "Meeting" will be registered on the specified month, day, and time.By the way, when the schedule or daily routine is registered in the schedule mode and timer mode described above, the audio tickler device will Step s1゜ss s ”' +
If it is in a standby state that does not belong to any mode, such as executing s, a 8ss+ st*, ste, 7"
81-, the time indicated by the counter section 211 of the RAM 2J is stored in the four constant storage sections ST8 to the daily schedule storage section 8TR of the EXRAM 24 [stored time T].

l..., T to TR,...I When it is determined that TRnK matches, the time and contents of the schedule or daily routine stored in the schedule storage unit STS or daily routine storage unit STR are stored in the RAM 21f.
:) 14977 part 232 and message patch part 2
Transferred to 33. The time and contents transferred to the RAM 23 are appropriately converted into data by the processing device 2, transferred to the speech synthesizer j6, and output as synthesized speech via the amplifier 21 and the speaker 28, so that the user can start the next schedule or daily routine. The clock is set so that you know that the time has come.

However, if the content of the schedule or daily routine stored in the schedule or daily routine storage unit 8R from the schedule storage unit ST8 is a parameter of a frequently occurring word, the frequently occurring word corresponding to the meter to be compared is stored in [RAM
:I 4's word storage unit 11'fW to internal RAM Todoroki 2
Based on the principle of the voice tickler device configured as described above, the part that has the functions of schedule mode, fare mode, and entry mode, A specific example thereof is constructed as shown in FIG. 13.

That is, the key switch device 30
is the input part of the counter 31, the first input part I of the time storage circuit 32, and the first input part Il of the message storage circuit 33.
l' and the input section of the frequent word storage circuit 34, and the second output section Om is connected to the input section of the schedule timer switching circuit 11. The output section of the counter 11,
It is connected to the first input section Ill of the matching search circuit 36. This verification search circuit 36 has a second input section INN connected to the output section of the time storage circuit s2, and a control input section 3.
1 is connected to the output part of the schedule timer switching circuit 35,
1st. The second and third control output sections 031+O port and 033 correspond to the memory readout circuit 37. Memory write circuit 38. It is connected to each control input terminal of each control input section of the decoding circuit 39.

The input section of the memory read circuit 310 and the output section of the memory write circuit 38 are connected to the time storage section 40, respectively.
a, a memory device 4 comprising a message storage section 40b;
0 read output and write input, respectively. Further, the output section of the memory readout circuit 39 is connected to the time storage circuit 32 and the output section of the memory readout circuit 39.

Each second input section 11 of the sage storage circuit 33. and ra
n in common. The output section of the time storage circuit 32 is the I! of the verification search circuit 36. 2nd input section! ■, First input section of memory write circuit 38 ■41. It is commonly connected to the first input section Ill of the decoding circuit 19. The message storage circuit ISO output section is the @20 input section of the memory write circuit 38! 0 Common (connected) to the second input section Iit of the decoding circuit 3g The output section of the frequent word storage circuit 34 is connected to the message storage circuit 3
No. 3 input section XlK is connected.

Further, the output terminal of the decoding circuit 3 is connected to the input section of the speech synthesis circuit 41.
The output terminal of 1 is connected to a speaker 43 via an amplifier 42.

By the way, the above counter! J#ib The date and time can be preset from the key switch and the child device jlOK, and the date and time data can be transferred to the verification search circuit 36. The time storage circuit 32 is configured to select and temporarily store date and time data supplied from the key switch device 30 and the readout circuit 37, and collates this date and time data. Search circuit 36. Memory write circuit 38. The signal is supplied to the decoding circuit 39. Also, the message storage circuit 31, the key switch device 30, the memory readout circuit 38. Frequently occurring word memory circuit 340me.

The button is used to select and temporarily store the message data, and the message data is transferred to the memory write circuit 3.
8 and the decoding circuit 39.The above-mentioned frequent word storage circuit 34, key switch device 3o
Frequently appearing words corresponding to the input and f parameters are stored, and data of the frequently appearing words are supplied to the message storage circuit and the decoding circuit 39.

The nine matching search circuit 38 has first and second input sections! 3
The memory reading circuit 37. checks whether the data supplied from the 凰 and I3m match. Memory write circuit 38. The decoding circuits 39 are controlled respectively.

That is, in the device configured as described above, when registering a new schedule or daily routine, the date/time data (or only time data) supplied from the key switch device 10 is stored in the time storage circuit 3J. This date/time data (or time data), which is summed to be temporarily stored, is now transferred from the time storage circuit S2 to the decoding circuit 19 by a control signal from the key switch device 30. The time data transferred to decode circuit 3# is.

The data is converted into data suitable for the speech synthesis circuit 41 by the decoding circuit 39 and transferred to the speech synthesis circuit 41. The data transferred to the voice synthesis circuit 41 is converted into a synthesized voice signal by the voice synthesis circuit 41 and outputted via the amplifier 42 and the speaker 41. Date/time data is output from the speaker 43 as a synthesized voice. (or time-only data) is rejected by the user, the user operates the write key of the key switch device 10 and the date/time data stored in the time storage circuit 32 is The data (or only the time data) is stored in the empty area of the time storage section 40a of the memory device #40 searched by the collation and search circuit 3d.

On the other hand, if the date and time data are not input correctly, the user inputs them again from the key switch device 30 using the same procedure as described above.

9, Metsu 4-Memory Admiration Circuit 1! In this case, data indicating the contents of the date and time (or only the time) corresponding to the FC schedule (or the date 11I) is stored in the memory device 40FC by the user from the key switch device SO and corresponds to 50f. It is now entered using a meter.

In other words, if the above-mentioned schedule (or day II) is stored in the frequent word memory W534, the data of the frequent word specified by the irameter input from the switch device J0 is stored in the frequent word memory circuit. 34 to be transferred to the message storage circuit S1.

The data transferred to the storage circuit 39. and 39.3 is sent to the decoder pH path 39.3 as described above. The voice synthesis circuit 41 converts the signal into a synthesized voice signal, and outputs it via the amplifier 4/42 and the speaker 43.

If it is determined that the contents of the schedule (or daily routine) have been correctly input by the user, a message is sent to the corresponding time storage section 40mK of the memory device t4o in which the time of the schedule (or daily routine) is stored. The data of frequently appearing words stored in the stage distribution circuit 33 is stored in the stage N40b area via the stage memory writing circuit 38. The above schedule (early day #4)
If the contents of the schedule (or daily routine) are input by mistake, the user inputs data indicating the contents of the schedule (or daily routine) into the memory circuit 33 from the restart key switch device 11J#. There is. Below, message memory circuit 33
(The nine input data are sent to the decoding circuit 39, the voice synthesis circuit 41, the amplifier 42, and the speaker 4 in the same way as in the above case.
1 to be confirmed by the user.

Next, the schedule registered as described above (or
) will be explained below.

That is, date and time (or only time) data input by the user from the key switch device 30 is input to the verification and search circuit 16 via the time storage circuit 32. Then, the -match search circuit Je performs the memory reading circuit 3.
1. The date and time (or only the time) K that match the date and time input from the key switch device 30 from the time storage section 40a of the memory device 4# via the time storage circuit S2. ) is stored.

Then, date/time (or only time) data is transferred from the searched area to the time storage circuit J2 via the memory readout circuit 31 by the verification search circuit S2 of the time storage section 40a of the memory device 40. Time memory circuit J
jK stored date φ time (or time only) K corresponding data of the message and the seventh page are read from the dragon storage section 40b and sent to the message storage circuit I via the message reading circuit JF.
JK is starting to be remembered.

This time storage circuit 1j and the memory circuit JJK
Each stored data is sequentially decoded by the decoding circuit 3g.
Speech synthesis circuit 41, amplification@41, speaker 4
1, a message that shows the date and time (or only the time) of the schedule (or daily routine) and its contents in synthesized voice.
It is designed to output zo.

If you want to change the date and time (or only the time) of the schedule (or day n>), press the key switch 3 in the same way as when registering a new schedule (or day 11).
The date/time data to be changed from 0 is stored in the time memory circuit 3.
Later, the nine data stored in this time storage circuit J2 are transferred to the decoding circuit 19 and outputted as synthesized speech from the speaker 43 via the speech synthesis circuit 41 etc. ing. If this date/time (or only the time) is determined to be correct, the data stored in the time storage circuit J2 is transferred to the memory write circuit sa.
t, the collation search circuit 1d of the above-mentioned memory device 40
The time information is stored in the area of the time storage section 40a searched from K.

Meanwhile, the contents of the above schedule (or day S) are ML'S!
In the case of new registration, data indicating the contents of the schedule (or day II) is stored in the message storage circuit JJK from the key switch device 30 in correspondence with the 50 syllables, and the input data is After confirming whether the input was correct (using a synthesized voice), the time storage section 4 of the memory device 40 is sent to the memory device 40 via the memory writing circuit JIJI.
This is stored in the area of the message storage unit 40b that corresponds to the area searched by the matching search circuit Sσ of zero. If you want to change the contents of the page to 11, just specify the quantity parameter in the same way as in the case of new registration O described above.

In addition, the collation search circuit 3# performs partial restore, f specified and I
The IK is designed to mask the data in the memory device rxa no time storage section 40a according to the IFK and compare it with the data input from the key switch device 30. Memory l! ! The storage area of the lid 40 is updated.

For this reason, it is a partial store! Specified and full restore,
The f designation is also changed in the same manner as the above-mentioned direct designation.

In addition, when retrieving a registered schedule (or daily routine), the date and time (or only the time) and the contents of the schedule (or daily routine) retrieved from the matching search circuit S6 are shown in the same way as in the above case. Messages are stored in a time storage circuit 32 and a message storage circuit 33, respectively, and a decoder circuit 39. Speech synthesis circuit 41. The synthesized voice is output via an amplifier 42 and a speaker 43. Note that even when reading out a schedule (or daily routine), a partial restore is performed in the same way as when changing a schedule (or daily routine). It goes without saying that specification, full restore, and f specification are possible.

Next, the operation in entry mode will be explained.

That is, when registering a frequently appearing word in the frequently appearing word registration W6J4, the frequently appearing word storage circuit 54Fi and the key switch device 3
A desired storage area is specified by the parameter input from 0. Then, when a frequently occurring word to be memorized is input from the key switch device djso, the data of the frequently occurring word specified by the above-mentioned parameter is stored in the storage area of the nine frequently occurring word memory circuit J4, and the frequently occurring word is registered. 40 to be done.

On the other hand, when reading out the registered frequent word tIt, the data of the desired frequent word stored in the frequent word storage circuit 34 is decoded by the two-band parameter input from the key switch 30 via the message storage circuit 13. The signal is transferred to the circuit 19. The data transferred to this decoding circuit 3# is transferred to the speech synthesis circuit 41. Amplifier 42. The synthesized voice is output via the speaker 4S.

When such a device is in the waiting state 11, which is not in the schedule mode, timer mode, or each entry mode, the contents of the counter 31 are transferred to the collation search circuit 36 every time the counter 31 is updated. It's starting to look like this. The collation and search circuit J- stores the contents of the counter 31 in the time stamp N40m of the memory device 40 every time the contents of the counter 31 are transferred, and collates and determines whether the contents match all nine times.

If it is determined that there is a matching time, the data of the matching time and the corresponding menu will be displayed.

Data indicating the contents of schedules or daily routines stored in the message storage section 40b are sequentially transferred to the time storage circuit S2 and the message storage circuit 33 via the memory writing circuit S1.

These time memory circuit 32 and message memory circuit 3
The time and the contents of the schedule or daily routine transferred to the decoding circuit 39 are sequentially transferred to the audio threat circuit 4, the amplifier 42. The synthesized voice is output through the speaker 43.

As a result, the notebook can be informed by synthesized voice without forgetting schedules and daily routines without having to constantly refer to desk memos, clocks, etc., which is extremely convenient for busy business people. It is something.

In addition, we have provided a means for storing frequently occurring words in correspondence with predetermined parameters, making it possible to memorize frequently occurring words as contents of a schedule or daily routine with a simple operation. Accordingly, it is possible to provide a voice tickler device that can eliminate the troublesome times and is easier to use. In addition, in this implementation, by providing selectivity to each input terminal of the time storage circuit 32 and message storage circuit 31), a key switch is provided.

Although the key device 30 is used as both the first key group and the second key group, it is clear that similar effects can be obtained even if they are configured separately.

As described above, in addition to storing the date and time information and message information to be specified, any message information used in S* is registered as frequently-used word information, and the stored date and time information is sequentially updated to the actual time. By having a configuration that can output message information or frequently appearing word information corresponding to date and time information that at least match compared to the above,
This is the characteristic feature of this invention and is the gist of the invention.

In addition, 41! of the phone mode, phone mode, and memo mode of the Shimaru voice tickler device mentioned above! The functional portion is constructed as shown in FIG. 14 as a specific example. However, the same parts as those in FIG. 13 are given the same reference numerals and the explanation thereof will be omitted.

That is, the key switch device 50
1 is the output section KII of the message storage circuit 51! continued,
Second output section 0. - Connected to the 3μ telephone basket switching circuit 520 input section. The above message.

The output section of the sage storage circuit III is the first input section of the collation search circuit 53 and the first input section of the Ill5 decode circuit 864! ! ! and is connected to the input section of the memory write circuit 55. Additionally, the output section of the telephone memo switching circuit 52 is connected to the control input section of the verification and search circuit 53.

The collation search circuit 51 corresponds to the output part O@1 of Ml and the output part OSm of the second output part 0sse@3 to the memory write circuit 55. Memory read circuit 56
．． It is connected to each control input section of the decoding circuit 54. The output terminal of the memory writing circuit 55 is a memory device comprising a name/name storage section 51a for storing telephone subscriber names and memo names and a number/memo storage section jFb for storing telephone numbers and memo contents. It is connected to the write input section of 5r.

The input section of the memory read circuit 5g is connected to the memory read output section of the memory device 51, and the output section is the second input section of the collation search circuit 5J! It is commonly connected to the second input Iy of the decoding and decoding circuit 54.

The output section of the decoding circuit 54 is connected to the speech synthesis circuit 41. as in FIG. It is connected to the speaker 43 via the amplification f542f.

The message storage circuit 51 is configured to temporarily store the name (or appellation) and telephone number (or the contents of the memo) input from the key switch device 50. The telephone/memo switching circuit 52 is configured to switch the collation/retrieval circuit 5J between the telephone l mode (or telephone ■ mode) and the memo mode using the key device cover 50. The collation search circuit 53 collates the name (or name) input from the key switch device 50 with the name (or name) stored in the name/name storage section 57mK of the memory device 510 to find the desired telephone number (or name). ), and along with this,
The decoding circuit 54 is driven to generate synthesized speech.

That is, when the device configured as described above registers a new telephone number (or the contents of a memo), the name (or name) supplied from the key switch device 5o is used.
The name (or name) stored in the message storage circuit 51 is temporarily stored in the message storage circuit 51, and is transferred to the decoding circuit 41. Amplifier 42. After being confirmed by the user via the speaker 43, the memory writing circuit 55 writes the name searched by the matching search circuit 53 via the memory reading circuit 56 into the empty area of the name storage section 51m of the memory device 51.
It is now stored via . Then, the telephone number (or the contents of the memo) corresponding to the above name (or name) is stored in the message storage circuit 51 from the key switch device 50. The telephone number (or the content of the memo) stored in the message storage circuit 51 is transferred to the name (or the content of the memo) stored in the name storage section 17m in the memory device 5r through the memory write circuit 55 driven by the collation and search circuit 55. Name) is stored in the empty area of the number/memo storage section 57b corresponding to the empty area where the name is stored.

Next, the case of changing the registered telephone number (or the contents of the memo) will be explained.

That is, when a desired name (or name) is input from the key switch device 50, the message storage circuit 5
1 to the verification and search circuit 13. Then, the collation search circuit 53 reads the memory device fl1 via the memory read circuit 5# based on the input name (or name).
Search for the area where the same name (or name) of gy's name/name storage IRs#7aQ is stored. and,
The name (or name) stored in the searched area of the memory device 510 name/name storage section 57a and the corresponding number memo storage section 5rbK stored telephone number (
or the content of the memo) is transferred to the decoding circuit 54 via the memory reading circuit 56, and then the speech synthesis circuit 4
1 + amplifier 4z and speaker 41 to output synthesized speech.

If you wish to change the registered name (or name),
The name (or name) input from the key switch device 50 is stored in the registration area of the searched memory device 570 name memory section 51a via the memory write circuit 5s driven by the collation search circuit 5S. It has become. Also, if you want to change the registered phone number (or the contents of the memo), use the key switch! A memory writing circuit 5 in which the telephone number (or memo content) input from 50 is driven by a matching search circuit jJtc.
5, the name (or name) of the name/name storage section j1a of the memory device searched above is stored in the number/memo storage section ttvb corresponding to the area where it is stored.

It should be noted that the collation search circuit 53 performs masking on the data in the name/name storage section 511 of the memory device 510 as necessary when performing a partial restore or a de-voice determination, and compares the data input from the key switch device 50 with the data input from the key switch device 50. This is a button for comparison, and is a trap to update the storage areas of the memory device jF sequentially when performing a complete restore or designation.

For this reason, the registered contents are changed in the same way as for the above-mentioned direct designation for partial restore designation, whole restore designation, and f designation.

Further, the registered name (or name) may be an abbreviation, and when reading out the telephone number (or the contents of the memo), it is necessary to read out the phone number (or the contents of the memo) via the memory reading circuit 56, as in the case of changing the registered contents. The name (or title) and telephone number (or the contents of the memo) retrieved by the collation search circuit 53 #c are transferred from the memory device 51 to the decoding circuit 54 via the memo 1 readout circuit wrttg, and then to the speech synthesis circuit 41. ．． Amplifier 42. The synthesized voice is output via the speaker 43.

In this case, the above name (or title) and telephone number (
In the same way as when changing the contents of a memo, specify a partial restore and restore the whole 1J! Needless to say, it can be specified.

Further, if the verification and search circuit 53 is provided with a function of verifying and searching the telephone number input from the key switch device 50 and the telephone number stored in the reference number/memo storage section 57a of the memo I device 51. You can also search for a name that corresponds to a phone number. As mentioned above, you can electronically store a name (or name) and the phone number (or memo content) that corresponds to this name (or name) and use it as needed. By outputting the desired telephone number (or the contents of the memo) in a synthesized voice according to ) is extremely useful when searching for. Furthermore, by providing the functions of partial restore, f specification, and complete restore specification, you can reliably retrieve the desired phone number in cases where you vaguely remember the name (or name) or have completely forgotten the name (or name). It is extremely convenient to be able to search for (aru - is the content of the memo).

As described above, according to the present invention, the date and time information to be specified and the message information are stored, and any message information that is frequently used is registered as frequently used word information, and the stored date and time are stored. Convenient voice with extremely high utility value that simplifies operation by sequentially comparing information with real time and outputting message information or frequently occurring word information corresponding to at least matching date and time information. A tickler device can be provided.

[Brief explanation of drawings]

FIG. 1 is an implementation diagram of a voice titara device used to explain the present invention in detail, FIG. 82 is a block diagram of the device shown in FIG. 11g1, second factor, third factor 1. -1 Figure 12 is a flowchart used to explain the operation of the device in Figure 1.
Fig. 3 is a specific configuration diagram showing an embodiment of the voice titara device according to Jin's invention, and Fig. 14 is a device having the functions of the device of Fig. 1, including telephone mode, talk mode, and memo mode. FIG. U...Front armpit, 12...Speaker section, 13.
・・Operation unit, Km, -calendar key, Kr111・・
・Time key, K...Schedule key, Km4...Timer key, Kmll...Telephone! Key, Km6...Telephone■
Key, -2...Memo key, KIIIP...Repeat key, KRD...Read key, K. to 9...
Numeric key% KHy...Hyphen key kKm...Return key, K,...Clear key, K, l-...Write key, Ki,...Entry key, 14...Chopsticks,
l1i--data table, 16...volume adjustment knob, 11-bi, chi adjustment knob ζ, I II-...
Slide switch, 21... processing stomach, j! −・・
Read-only memory ROM, j,! ...Read/write memory RAM, JJ...Outside MRA! To, JJ...
・Key switch device, zg-・Voice synthesis device, 21・
・・Amplifier, 2a-Speaker, 8T8・-Schedule storage unit,
8TR-・Daily routine memory section, 5TTF-・Telephone r memory g
, 8TT8-・Telephone summer memory section, 87M, , Memo memory section,
Sff...Word storage unit, 30...Key switch device, 11...Power 9 terminal, 12.One time memory circuit %JJ-
・Me, Moso memory circuit, 34...Frequent word memory circuit,
jj-・Planned tie! Switching circuit, 3#-verification search circuit, j
l...Memory read circuit, J8...Memory write circuit, 3#-decode circuit, 4o/Q memory device,
41...Speech synthesizer, 42-amplifier, 4B-...
Speaker, 50 - key switch device, 51...me,
Moso memory circuit, 52・-Telephone memo switching circuit, J J-
・・Verification search circuit, 54・−Decoding circuit 1・55・・
-Memory write circuit, 56...Memory read circuit, 5r--Memory device. Applicant's Representative Patent Attorney Suzu Jiang Wu Liao Figure 1 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 [1! lゎ5'! , 3 n24a Commissioner of the Japan Patent Office Shima 1) Mr. Haruki ■, Indication of the case Patent application No. 159844/1983 2, Title of the invention Audio tickler device 3, Person making the amendment Relationship with the case Patent applicant (307) Tokyo Shibaura Denki Co., Ltd. 4, Agent 5, Date of amendment order February 23, 1980 6, Page 88, line 4 to line 12, 1 of the specification subject to amendment; It is a concrete block diagram of the apparatus which has each function of... '' should be corrected as follows. FIG. 1 is an implementation diagram of the audio tickler device used to explain the present invention in detail, FIG. 2 is a configuration diagram of the device shown in FIG. 1, and FIGS. In order to explain the operation of the device (= flowchart used, FIG. 13 is a wing body configuration diagram showing an embodiment of the audio tickler device according to the invention I), and FIG. 14 is a telephone 1 mode of the device of FIG. 1. FIG. 2 is a diagram showing a specific configuration example of a device having the functions of , telephone card mode, and memo mode.

Claims (1)

[Claims] 111 in which the date and time information to be specified can be specified; the first key group and message information can be specified one word at a time;
a second group of keys; a first means for converting frequently used message information word by word as frequently-occurring word information corresponding to a predetermined key using the second group of keys; The date and time information selectively specified by the key group] and the message information or the frequently appearing word information obtained by the first means are stored separately.II! 20 means, a third means for matching the date and time information stored by the second means with the actual time, and a stage of the Kugami arrangement 111 where the match is made by the third means. A voice tick-toe device comprising: fourth means for reading out message information to frequently appearing word information out of each information stored in the computer and outputting it as a synthesized voice.