JPS5867480A - Data display system containing signal recording and/or regenerating device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The invention comprises a reading device for reading recorded material in a recording and/or reproducing device and a device for detecting recorded signals representing labels, symbols, marks or similar data, The present invention relates to a method of displaying a data string recorded on a recording medium whose start and end points are marked with the above-mentioned labels, symbols, marks, or similar data. This type of method is a dictation machine or an answering machine.

It can be used in audio and video devices and similar devices.

DE 2717198 A1 describes a device consisting of an array of selectively operable light sources and an indexing or switching mechanism that scans the light sources in synchronization with the reading of the recording medium and is connected to each light source in turn. There is. The activation signal is stored in the storage loop until the switching mechanism is connected to the unswitched light source to activate the light source. In this known device, the switching unit, which reproduces the identification label or the output command with reference to a reference point by means of a display, is a switching mechanism and is mechanically actuated by electrical switch contacts. This configuration is expensive to repair and has slow display speeds due to poor mechanical functionality.

German Publication No. 2816732 discloses a device for indicating the position of specific data, labels, or commands on a recording medium, in which a switching device is used to display each specific data whose temporary position is identified by a label identification device.

It shows a counter that is fixed to a number of - in memory at the location of the label or instruction. When the recording medium is read, the stored contents are all specific data.

A selectively operable light source in the microphone processor reproduces the positional image of the label or instruction. data, labels or instructions on the recording medium are assigned to the light source;
It is directly reprocessed as an electrical value without selecting a mechanical path. Reliability is significantly improved due to the lack of mechanical components. Also, the marks recorded on the recording medium during recording are usually retranslated when the recording medium returns to the starting point after transmission is completed, and the reference is automatically moved from the predetermined starting point when the recording medium is inserted for playback. Made.

It is an object of the invention to provide a numerical display of both recording and playback of a recording medium, which allows individual and entire series of operations, the location of specific points in a text, and the display of data and time during the entire recording.

In one embodiment of the present invention, the recording/reproducing device is connected to an operating time counter, which is a forward and reverse direction counter, by a stepping line and a meter pulse line passing 1 and reverse signals. The forward and reverse signals of the recording/reproducing device are supplied to both the intermediate storage/computer and the printer by lines branching off from the forward/reverse stepping line.

In a further preferred embodiment, the line from the recording/playback device is connected to the counter both directly and through the first time function element, and during a return operation of the dictation and playback device, the time function element operates in response to the return signal. Return the counter. Second
A time function element is connected to the output of this first time function element and is connected by a line to the recording/playback device and restarts the device after being reset by the first time function element.

By inserting a storage unit between the operating time counter and the printer, the total processing time is reduced to 2 individual processing times.

F: + (4) and the start point of the process as well as other data such as time can be printed out. One of the advantages of the present invention is that the recording/playback device printer can print out the The index tag can be created in digital form.A computer can begin reading data at a desired point on a recording medium, and a printer can also begin printing out data at a desired point on a recording medium. It is preferable to start printing out the end of the recording, and after the return operation of the recording medium, all recorded data is converted so that the predetermined starting point of the recording medium is used as a base.

As a result, the mark spacing and position are printed out on the index slip in relation to the starting point of the recording medium.

However, it is also possible to read and print out the symbols during the reversing operation, in which case the symbols are printed out upside down. When rewinding is complete, the total operating time is also printed out.

As shown in FIG. 1, the recording/reproducing apparatus 1 is connected to operating time forward and reverse counters by a stepping line 12 and a meter pulse line 11 using forward and reverse signals. The recording/reproducing device 1 includes a tape drive (not shown) for a recording medium such as a magnetic tape, which transmits a rotation signal generated when a winding or rewinding spool is rotated. This tape drive is connected on one of its outputs to an operating time counter which counts the winding or unwinding length of the recording medium. The forward and reverse signals of the recording medium drive mechanism provided in the recording/reproducing device 1 or device 1- are supplied to the operation time counter 3 through the stepping line 12 to distinguish between forward and reverse operation of the recording medium. Before the operating time counter 3, the line 13 branches off from the stepping line 12, and the intermediate line 11! /Connected to both computer 10 and printer 6. Intermediate memory / ] - Continuously counts the data recorded by 10, identifies the data string between two 77 intervals, and stores the individual data strings, the sieve data string, the typewriter line, the g section, into the form of standard terminology, standard printed page instructions, etc., which the connected printer 6 prints out digitally with serial numbers, if necessary, during recording on the recording medium or after playback and reversal operations. .

An additional line 4 connects the recording/playback device 1 directly to the operating time counter 3 and also provides a first time function for resetting the operating time counter 3 during a return operation of the recording/playback device 1 in response to a return signal. Connect via element 7. The second time function element 8 is connected to the output J side of the first time function element 7 and is connected to the line 9
is connected to the recording/reproducing device 1 and restarts the device 1 after the first time function element 7 has been reset by J. The recording/playback device is closed for data transmission,
At the same time, the switch 2 which starts the return operation of the device 1 is displayed. Switch 2 is connected by line 14 to printer 6, which prints individual labels.

Symbols, marks and similar data are printed at each stop of the device 1 or, if appropriate, during the transmission of this data.

The impulse train of impulses supplied from the drive mechanism of the device M1 to the operating time counter 3 increases the processing time or the number of lines of the typewriter! is designed to.

Upon a stop due to a mark, the reading of the counter in the intermediate storage/computer 10 is supplied to the printer 6 via line 5 and to the C operating time counter 3 via line 13. At this time, the printer prints the movement direction between the two marks as well as the counter reading.

A clock can be incorporated into the recording/playback device to control the printing of the total recording time 1 individual recording time, recording start time 1 date and similar data and to provide corresponding signals to the printer 6 . This clock can be structurally integrated into the device or in the form of a separate structural element fixed to the device 1 and attached to the recording/playback, such as an adapter that receives control signals from the device 1. good.

The printer 6 is capable of producing an index field 15 as shown in FIGS. 2a and 2b. Index vote 1
5 is the processing data generated during recording on the recording medium, for example as shown in FIG. 2a. That is; Sequence number Data string Accumulated data string 0 00.00 00.001 01
．． 25' 01.252 03.45
0/1.70! 05.20
3 02.73 07.43!
08.124 03.85
11.28 Date: 01.06.81 Time: 19:00 In one embodiment of the present invention, up to 30 pieces of data can be stored. It is of course possible to store smaller or larger numbers of data. - In one embodiment, printing is carried out only during stoppage or reversal operations, and a small storage capacity storage, for example 5 or 6 digits, is suitable.

FIG. 2b shows the index card printed out after the markings have been processed, ie after the recording medium has been returned and before playback begins. Since, as mentioned above, such data operations are in each case referenced to the start of the recording medium, the printout on slip 15 contains in this case 1.5 units and 19
It begins with the first dictation ending at :00.

Serial number Data string Accumulated data string o
oo, oo oo, o.

1 01.25 01.252 03
．． 45 04.703 02.73 0
7.434 03.85 11.
38 Date: 01.06.81 Time: 19:00 If a mark is made at the playback position of the device 1, this means that an insertion has been made, for example, by the person dictating at a given point on the recording medium. These data insertions can, for example, be printed out after the printout of each dictation data string, together with corresponding markings, for example in the following pattern.

Sequence Number Operating Time 1 05.20 2 08.12 Two insertions are indicated by sequence numbers 1 and 2. Thirty inserts are typically used, but this number can be larger.

In operation, when a recording medium, for example a tape cassette, is inserted into the recording/playback device 1 and comes into contact with the cassette, the date and time will be printed out if the printer 6 is switched on.

The impulses generated by the tape drive are fed through line 11 to an operating time counter 3 which likewise converts the impulses into operating times. At the markings in the recording position of the device 1, the impulses are converted to print out serial numbers, data strings, cumulative data strings, and similar data. Place! j
The printout is always done at the same time as the marking.

You can also print out the date and time after recording by using a switch attached to the printer.

If there is a mark at the reproduction position of the recording/reproduction bag N1, this means the above-mentioned insertion. For example, when printing out the recorded dictation data during recording and the insertions made during playback, the tabular printout described above will not be done in a given pattern, but rather as shown in Figure 2C. will be printed out in the order in which they occur.

In a second type of operation of the recording/playback device 1, all data generated are stored and then played back.

During recording by device N1, data is printed out in the above-mentioned tabular pattern. When the recording/playback device 1 is switched to playback operation, all data stored on the recording medium is first scanned, then stored, and printed out on the index slip 15 after the recording medium is returned.

The processing sequence can also be printed out during rewinding on the playback device. The printout at this time was upside down, and after removing the index slip, the 2nd d
The data is available in the correct order from top to bottom as shown. For this purpose, a switch 16 is provided in the printer, intermediate storage/computer or recording/playback device. When the switch is closed, the recording/playback device is in the return operating state.

The above-described device is in no way limited to [] statement operation, but can also be used, for example, as an accessory to a telephone answering and dictation system. Similar to its use in all fields of audio, its application to the field of video is also conceivable.

The present invention is not limited to the above embodiments, but may be modified and changed as appropriate within the scope of the present invention.

[Brief explanation of the drawing]

Fig. 1 is a block diagram of a data string display method according to a major embodiment of the present invention, and Figs. 2a to 2d show a recording/reproducing device for recording/reproducing data during insertion during playback or during rewinding. This is the 7 aximil of the index slip printed for out. 1... Recording/playback device, 2, 16... Switch, 3
...Operation time counter, 4,5.9.13.1/I
... line, 6 ... printer, 7 ... first time function element, 8 ... second time function element, 10 ... intermediate arrangement i! /, 1 meter, 11... meter pulse line, 12... stepping line, 15... index vote. Fig, 1

Claims (1)

[Scope of Claims] 1. A signal recording/reproducing device for displaying a data string recorded on a recording medium and whose start and end points are marked with a label, symbol, mark, or similar f-mark; / a reading stage for reading the recording medium in the playback device; a detection means for detecting a recorded signal indicating a label, symbol, mark or similar data; An intermediate memory that identifies columns and converts them into forms such as individual data columns, cumulative data columns, typewriter lines, syllables, standard terminology, standard page printing instructions, etc.
A data display system consisting of a computer and a printer that digitally prints the data in the correct order after recording, during recording, before reproduction, and after the return operation of the recording medium is completed. 2. Means for connecting the counter and the recording/reproducing device, consisting of a time counter operating in forward and reverse directions, a stubbing line and a meter pulse line;
2. The system according to claim 1, further comprising means for supplying is';'y to both the intermediate storage and the printer. a further comprising a step connecting the recording/reproducing device and the time counter directly and in red and white to the first time function element;
4. The method according to claim 1 or 2, in which the time function element covers the operating time counter during the return operation of the recording/reproducing device according to the return signal. 11. A second time function element connected to the output side of the 'J function element and connected to the recording/playback device (which starts the device after being retold by the first time function element); Furthermore, in particular, the method described in Clause 3 of Clause 11. 5. It further comprises a switch for returning the recording/reproducing device to the operating state, the switch having an individual label. Symbol, mark or similar 6. The method according to claim 1, wherein the method is taken by a printer for printing data at each stop or during transmission of the data. 6. Reading a counter in the intermediate storage/computer. further comprising means for supplying the brimeter and the time counter upon a stop by a mark, the printer printing out the direction of movement from one mark to the next along with a counter reading of the time counter. 7. The method according to claim 1, in which the printer constructively cooperates in the recording/reproducing device. 8. The printer is an independent structural element. 9. The system according to claim 1, wherein the intermediate storage/computer is controlled by a clock in the intermediate storage/ambicoater, and is installed as an adapter in the recording/reproducing device.9. 1. The system according to claim 7 or 8, which sieves the individual recording time, recording start time, 2 date, and similar data to a printer for printing. The system according to claim 1, wherein the recording/reproducing device is capable of inserting labels, symbols or similar data into the recording after recording and during subsequent reproduction.11. , or in a recording/reproducing device, and when opened, returns the recording/reproducing device to an operating state and controls the printer and the intermediate storage/computer to scan labels, symbols, and data, and 2. The method according to claim 1, further comprising a switch that is turned over and prints out digitally in the order in which they arrive from the recording/reproducing device.