JPS60113181A - Recorder device - Google Patents

Abstract

PURPOSE:To use a device as a recording means of messages, memorandum, etc. by providing a memory part and storing many sounds or the like and outputting set data and time to this memory part. CONSTITUTION:When input keys 1, 2, and 3 for date and time are depressed, set date and time are recorded in a memory 12 through a control circuit 4. Next, when a recording key 6 among operation keys 6-10 of recording, reproducing, etc. is depressed and is inputted to an operating circuit 11, a tape in a recorder part 14 is driven to a prescribed position corresponding to set date and time by an address from the memory 12. Next, sounds are recorded on the tape by a microphone 15. The set time is inputted from a clock 17 to the memory 12; and when a predeterminate time comes, the address is sent to the recorder part 14, and the tape is driven to the position corresponding to the predeterminate time, and sounds are reproduced. Consequently, sounds are outputted at predeterminated date and time if they are inputted preliminarily to the recorder device.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a recorder device that outputs prerecorded audio at scheduled dates, times, and the like.

There are some devices that connect a timer or the like to a normal tape recorder and drive the tape recorder at a scheduled time to play back pre-recorded audio, etc. Only approximately - times of playback operations can be obtained.In addition, in this case, the tape must be set in a predetermined position.

This invention not only records a large number of voices, etc.

It is intended to be used as a recording device for a recorder device that automatically outputs the corresponding audio when the VC reaches the set date and time.

To this end, the present invention provides an input key for inputting signals such as a scheduled date and time, a memory for storing this input signal in a predetermined position G1, and an operation circuit linked to the operation keys to store the values stored in the memory. a recorder unit that records audio on a tape along with a signal corresponding to 11a; a clock that displays the entire time; and when the displayed time matches a value stored in the memory, the recorder unit is driven based on the storage position t. and a control circuit for outputting the audio recorded on the tape together with the storage position signal.

That is, when recording audio kMi2 onto a tape, the scheduled date and time for all audio output is stored in the memory, and the audio is recorded while giving an address to the tape using a signal corresponding to the storage location.

Then, when the scheduled date reaches the 9th time, the recorder section is driven based on the storage location in the memory, and the tape position where the corresponding audio was recorded is found from the storage location signal, thereby recording the scheduled audio on the scheduled date 1. It is output at the time.

This makes it possible to output a number of voices and the like at a set date and time.

Embodiments of the present invention will be described below based on the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention, and input keys 1 to 3 input signals such as scheduled date and time to the control circuit 4. Input keys 15 input set signals and reset signals to the control circuit 4. Send set keys 6 to 10 are operation keys that send drive signals to the operation circuit 11.

The input keys consist of number keys 1 from O to 91, key 2 to distinguish between AM and PM, and key 3 to distinguish between today and tomorrow.The operation keys are record key 6, play key 7, and fast forward. It consists of a key 8, a rewind key 9, a stop key 10, etc.

The control circuit 4 sends the date 1 time signal to the memory 12 when a set signal is commanded from the set key 5 and signals such as date 1 time are inputted from the input keys 1 to 3.

The memory 12 is a large-capacity storage circuit, and the sent date 2
The time signal is stored at a predetermined location in the memory 12, and a signal (address signal) corresponding to the storage location is sent to the entire control circuit 4.

The address signal and the due date 2 time signal are displayed on the display 13 by the control circuit 4, and at the same time, the address signal is sent to the operation circuit 11.

When a recording signal is output from the recording key 6 in this state, the operation circuit 11 operates the recorder section (tape recorder) 14.
The microphone 15 is driven to record the address signal at a predetermined position (described later) on the tape.
Record the audio input from 2.

Thereafter, when a stop signal is issued from the stop key 10, the operation circuit 11 stops driving the recorder section 14, and when a reset signal is then issued from the set key 5, the control circuit 4 completes the above operations. .

As a result, the audio input from the first microphone 15 is recorded on the tape with an address corresponding to the time and day on which the entire audio is to be output.

Then, when you want to output another sound at another date and time, by repeating the above operation sound, the date and time signal will be stored in another predetermined location of the memory 12, and at that storage location. The address signal corresponding to
It is recorded on tape along with the audio input from 5.

The audio and address signals are recorded by the recorder section 14 in parallel on one side R of the tape 16, for example, as shown in FIG. recorded. Note that the address signal may be recorded before and after the voice.

The recorder section 14 also records the voice and address signal on one side R of the tape 16 when the today signal is input from the input key 3, and records the voice and address signal on the opposite side R when the tomorrow signal is input. It is configured to record to S. Specifically, that R,! :Equip two recording heads, etc. corresponding to S, or make the recording heads, etc. movable.

In this case, the recorder unit 14
is the address signal sent from the control circuit 4 and the tape 1
It is driven based on the address signal recorded in 6.

For example, the sounds already recorded on the tape 16 are all"2+..., an, in the recording order, and the corresponding address signals are bI e bt +..., in the same recording order.
bn.

From now on, the tape position is a7. When B is sent from the control circuit 4 at the time of B, at that point the operation circuit 11
drives the recorder section 14 (fast forward, ), tape position f
Set immediately after tan and b+1. After this, A and B are recorded on the tape 16.

Tape 1 is used for today's signal and tomorrow's signal in input key 3.
The recording location of 6 is different as shown in Fig. 2, and is divided into the R side and the S side, but in this case, the bl.

bt +..., recorder section 1 based on bn and B
4 is driven and the tape 16 is set in the proper position,
A and B are recorded on the tape 16.

Note that when recording on A, Bi tape 16, tape 1
6 is in the bl, bt, ..., bn position, the operation circuit 11 once rewinds the recorder section 14,
After detecting bn, the tape position is set immediately after an and bn.

17 is a clock, which displays the time on a full time display 18 and sends its time signal to the control circuit 4.

When the time signal matches the date 2 time signal stored in the memory 12, the control circuit 4 sends an address signal and a reproduction command signal corresponding to the storage position of the date 1 time signal to the operating circuit 11.

When the operating circuit 11 receives these signals, it drives the recorder section 14 based on the address signal, and outputs the audio previously recorded on the tape 16 along with the address signal.

Specifically, if the sounds recorded on the tape 16 are set as al + a2 +..., an in the recording order, and the address signals are set as bl + bt J..., bn in the same recording order, then the tape position is, for example, a2. When b3 is sent from the control circuit 4 at the time of bt, the operation circuit 11 drives the recorder section 14 based on bt (fast forward), sets the tape position immediately before 'ir as r bs, and sets it to as'. It is output from the speaker 19 or the like. Tape position is a4 r
At the time of b4, the recorder section 14 is rewound and similarly set just before the tape position t as + bs, and as
Output k.

In this case, all the time signals sent from the clock 17 to the control circuit 4 are today's time, so the control circuit 4 reads out the date of today's signal and the address signal of the memory 12 that stores the time signal, and sends this to the operating circuit. At this time, when the time signal sent from time 1t17 passes midnight, the control circuit 4 stops reading the address signal of the memory 12 corresponding to today's signal, and instead reads tomorrow's signal. The address signal of the memory 12 storing the due date and time signal is read out, and this is commanded to the operating circuit 11.

That is, before midnight, the operating circuit 11 drives the recorder unit 14 based on the address signal corresponding to today's signal, and on the other hand, after midnight, the tomorrow's signal stored in the memory 12 is replaced by today's signal. Based on this, the operation circuit 11 drives the recorder section 14' (t-drive).

The method of outputting recorded audio for today's signal and tomorrow's signal is almost the same as the recording method described above.
If it is today's signal, the audio recorded on the BL side of the tape 16 is output, and if it is tomorrow's signal, the audio recorded on the S side of the tape 16 is output.

By the way, the above input/output operations are repeated every day.
Therefore, when inputting the date 1 time signal from input keys 1 to 3, for example, tomorrow's signal input on the previous day and today's signal input on the current day are not distinguished.

Therefore, every time the time signal sent from the clock 17 passes midnight, the control circuit 4 reads the today's signal and the tomorrow's signal input from the input key 3 and sends them to the memory 12. For example, today's signal and tomorrow's signal input on the first day are sent as they are to the first memory 12, but today's signal input on the second day is read as tomorrow's signal, and tomorrow's signal is read as today's signal and stored in memory. Today's signal and tomorrow's signal input to the third white are sent to the 11 memory 12, and these ft are repeated.

The same applies to the case where the address signal is output from the memory 12 in response to the time signal from the clock 17.As described above, the control circuit 4 outputs the today's signal stored in the memory 12 every time midnight passes. The signal will be reread tomorrow and the corresponding address signal will be commanded to the operating circuit 11.

Specifically, the memory 12 corresponds to today's signal and tomorrow's signal.
Two systems are provided, and each time after midnight, two systems of memory 1 are set up.
If all today's signals and tomorrow's signals are stored alternately in 2, control becomes easier.

Note that the due date 1 time signal of today's signal input on the previous day is
When the due date 1 time signal of tomorrow's signal is input on that day, it is erased from the memory 12. The address signal and voice recorded on the tape 16 corresponding to the today's signal that arrived are also erased from the tape 16 when the address signal and voice corresponding to the tomorrow's signal are recorded.

In this way, a number of sounds are recorded on the tape 16, and each is output exactly at the scheduled date and time.

According to this, you can record your action plans, messages, and things you want to take notes on for the day or the next day, and write them down on a given date.

The time can be automatically notified by voice, and therefore, unlike memo paper or a schedule, there is no chance of forgetting to read it, making it reliable and extremely convenient. For example, it becomes possible to wake up in the morning, send a message to another person, run an errand, etc., at the appropriate time.

Furthermore, since the tape 16 is used to record the audio, there is no limit to the recording time compared to the case where a recording IC is used, making it possible to record for an extremely long time, which significantly improves practicality. Excellent.

Although this embodiment describes the input/output operations on the same day and the next day, it is also possible to easily output the audio input on the same day several days later, or output the audio input once at a predetermined time every day. It is also easily possible to provide functions such as

As explained above, according to the present invention, it is possible to record a number of voices and output them at one time on each set date, which is extremely convenient as a recording means for messages, schedule memos, etc. Moreover, since long-time recording is possible, it has the effect of being excellent in practicality.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the present invention, and FIG. 2 is a schematic diagram showing an example of recording on a tape. 1-3...Input key-14...Control circuit, 5...Set key, 6-10...Operation key, 11...Operation circuit, 12...Memo IJ, 14... Recorder section, 15
...Microphone, 16...Tape, 17...
Clock, 19...Speaker.

Claims (1)

[Claims] An input key for inputting signals such as the scheduled date and time, a memory for storing these input signals in a predetermined position, and an operation circuit linked to the operation keys to tape audio along with signals corresponding to the storage positions in the memory. a recorder section that records on the
A clock that displays the time, and a control that drives the recorder section based on the storage position when the displayed time matches a value stored in the memory, and outputs the audio recorded on the tape together with the storage position signal. A recorder device consisting of a circuit.