KR100356128B1 - Repetitive playback system for entering data into separate repeaters and players - Google Patents

Abstract

The present invention relates to a computer that can input voice messages to a storage medium, and more particularly, to a system for recording and storing voice messages stored on a hard disk or CD-ROM of a computer, such as a cassette tape or a voice card. In that,

A central processor for controlling and processing a system according to a predetermined program, a memory unit for storing program data, protocol data, text data, and recorded voice data to access or store data according to the control of the central processor; A signal generating device having input keys to which a user can apply predetermined control commands to the control panel, and an operation panel which displays the state and various information of the system under the control of the central processor; And a repetitive reproducing system, which receives and stores some of the data stored in the memory unit from the signal generator, and repeatedly reproduces the data, and includes a detachable repetitive player that is detachable from the signal generator.

Description

Repeated playback system for inputting data to a separate repeater and player

The present invention relates to a data input device for inputting voice data to a storage medium, a removable player detachable from the data input device, and a system for a data input device including the player.

Since the advent of computers, its functions have been advanced, and complexities for performing multimedia functions have been progressed. One of the main functions of computers is a learning function using multimedia functions. Computers have the advantage of being able to repeat certain sections indefinitely due to their characteristics.

A conventional language learner that repeats a certain period may include a recorder having a repeating function. A recorder for performing a repeating function may be set to a predetermined time. The automatic repeat function was performed while repeating the rotation. Also, instead of setting the time, a method of detecting the discontinuity of sound between sentences and repeating it in sentence units has been developed.

In addition, a memory capable of storing a certain amount of voice data was installed in a small recorder to perform the repetition function, and the voice data stored in the memory was read out to perform the repetition function.

However, such a device that rotates the reel tape forward or reversely has a disadvantage in that the mechanical or electronic device becomes expensive, and the contact noise caused by the relay operation at the time of repetition implies a large problem, and the voice data memory of the small recorder. Since the method basically has all the components of the recorder, it has a limitation in miniaturization, which causes inconvenience in moving. In addition, in such a small recorder, the auto-repeat function is only one additional function, so that the cost of the cost increases due to the cost increase of the recorder itself to increase the memory capacity. In addition, the repeater of the recorder has a problem in that only half of the learning proceeds in the learning involving letters by simply repeating only the voice.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and is intended to enable the manufacture of a slimming voice data repeater which is convenient for movement at low cost.

In addition, another object of the present invention is to provide a learner to enable simultaneous voice replay and character repeat play.

The present invention to achieve the above object

And a storage device for storing data and an output device for outputting the data stored in the storage device to an external device. A detachable repeater that can be carried separately from a signal generator, wherein the detachable repeater

A semiconductor chip for storing text data and voice data output from the text signal and voice signal generator; And

Output means for outputting the text data and voice data stored in the semiconductor chip to the outside;

A key input unit for key input to store and output the text data and voice data; And

The text signal and the voice data from the text signal and voice signal generator are stored in the semiconductor chip by the input of the key input unit, and the text and voice data stored in the semiconductor chip are output according to the input of the key input unit. And a control unit for controlling to display the means.

In addition, in the present invention, the detachable repeater further includes a microphone device, and it is preferable to store data in the semiconductor chip by inputting voice into the microphone.

In the present invention, it is preferable that the split type repeater further includes voice recognition means for recognizing the voice data to generate text data corresponding to the voice data, and displaying the text data on the display means.

In the present invention, it is preferable that the text signal and voice signal generating apparatus recognizes the voice data as a personal computer to generate text data corresponding to the voice data, and output the voice data and the text data.

Another feature of the present invention is a separate type for simultaneously inputting the same voice data to a plurality of separate players having a semiconductor chip for storing voice data and the voice data to the semiconductor chip, and a charging unit for performing a charging function. In the input system of the players:

Power supply means for supplying power to the charging unit of the separate player;

A central processor for controlling and processing the input system according to a predetermined program;

A memory unit for storing the voice data;

Input keys for inputting a control command to the central processor; And

And a plurality of separate player insertion slots, and a plurality of separate player insertion slots provided with connection terminals electrically connected to the separate player to input the voice data to the separate player when the separate player is inserted. To include them.

Further, in the present invention, it is preferable that the separate player further includes means for storing and outputting text data, and the input system of the separate players further includes means for inputting text data into the separate players.

Another feature of the present invention is an input port for inputting text data and voice signals from the outside;

A voice data storage unit converting the voice signal input through the input port into digital voice data and storing the voice signal in a semiconductor memory;

A voice reproducing unit reproducing voice data read from the voice data storage unit as an analog voice signal;

An output unit which outputs the voice signal reproduced by the voice reproducing unit to the outside;

A storage unit for storing the text data for storing the text data;

A character output unit for outputting the stored character data of the character data storage unit to a display unit;

A display unit displaying a different operation state and a control state in response to a command input through the operation unit;

A charging unit for charging the battery by inputting electrical energy provided from the outside and supplying a power voltage to each circuit unit; And

In response to a command signal provided through the operation unit, a voice signal input through the input terminal is stored in the voice data storage unit, the stored voice data is read out and output to the outside through the voice reproducing unit, and an operation state is displayed. It includes a control unit displayed on the display unit.

In the present invention, it is preferable that the voice signal input to the input port is output from the telephone.

Another feature of the present invention

An input port for inputting voice data and text data downloaded from the outside;

A voice processor configured to store voice data and text data downloaded through the input port in a semiconductor memory;

A voice output unit for reproducing and outputting voice data read from the voice processor as an analog voice signal;

A character processor configured to recognize the voice data, convert the voice data into a corresponding character, and store the same in a semiconductor memory;

A text output unit which displays text data provided from the text processing unit;

An operation unit including command keys for inputting a command; And

And a controller configured to control the voice processing unit and the text processing unit to store voice and text data in response to a command signal provided from the operation unit, and to read and store the stored voice and text data through the voice and text output unit. .

Hereinafter, features of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a recorder and a separate repeater as an embodiment of the present invention.

2 is a bottom view of a first embodiment of a split type repeater applied to the present invention.

3 is a block diagram of a first embodiment of a split type repeater applied to the present invention.

In a first embodiment of the present invention, a data input means is implemented as a recorder, and a separate repeater has a memory chip for storing and outputting voice data and a sound reproducing means for reproducing voice data output from the memory chip to the outside. Installed in

As shown in FIG. 1, the recorder 10 is provided with operation keys 11, 12, 13, and 14 for performing a general function of the recorder, and for displaying a function according to the operation of the operation key. The character display panel 15 is provided. In addition, the repeater insertion slot 16 is formed so that the separate repeater 20 can be inserted. The repeater insertion slot 16 may be formed anywhere, but in this embodiment, the repeater insertion slot 16 is provided above the recorder 10.

In the recorder 10, when the tape is being played by the recorder 10, or when the radio sound is output from the radio receiver integrally installed in the recorder 10, the sound data of the recordable repeater 20 is recorded. A data input prevention key 18 for instructing storage to be stored in the storage unit 31 is provided.

As shown in FIG. 2, a voice input contact terminal 26 is installed at the bottom of the detachable repeater 20, which is in contact with a voice output contact terminal (not shown) of the recorder 10. After the detachable repeater 20 is mounted in the mounting hole, the voice data output from the recorder 10 by the storage command of the storage key 18 is contacted with the voice output contact terminal of the recorder 10 ( 26 is stored in the voice data storage as shown in FIG.

Also, as shown in FIG. 2, the repetitive repeater 20 has a built-in charging unit to charge the power output to the recorder 10 through the charging terminal 27. In general, since the power consumption of the memory semiconductor chip for storing the voice data is very small compared to the power consumption of the recorder 10 that operates by driving a motor, even a small charging power is sufficient.

As shown in FIG. 3, when the voice data is input to the voice data storage unit 31 of the detachable repeater 20, a playback switch (not shown) installed in the operation unit 36 is operated to control the control unit 35. Is entered. Accordingly, the voice data is transmitted from the voice data storage unit 31 to the sound reproducing unit 32 in the control unit 35. In this case, the voice data storage unit 31 and the sound reproduction unit 32 may be made of one IC chip or separately made of each IC chip. The sound reproduction unit 32 converts the voice data into an analog signal, and amplifies it so that it can be heard by the output unit 37, for example, a speaker or a header phone. In the current state of the art, since the voice data storage unit 31 and the sound reproducing unit 32 are manufactured by one semiconductor chip 30, there is no need to describe the two parts as described above. The description will be divided into three parts.

In addition, the separate repeater 20 may be charged using a power source of the recorder 10 or an external power source other than the recorder 10, and may be operated using the battery 34. The detachable repeater 20 is provided with a power jack 28 that can be charged using an external power source, and is provided with a power contact terminal 27 connected to a power terminal (not shown) of the recorder 10.

After inserting the separate repeater player 20 into the repeater player insertion slot 16, the power supply terminal of the recorder 10 and the power contact terminal 27 are brought into contact with each other. The charging unit is charged by this command. At this time, the charging state of the charging unit is sensed by the charging unit and the data is sent to the control unit, and this is displayed on the display unit 38. In addition, when the charging amount of the charging unit 33 is insufficient, it can be configured to automatically charge without a charging command, it can be said that a wide variety of modifications.

1 and 3, a separate repeater 20 is provided with a microphone, and the display unit 38 displays memory space stored in the voice data storage unit 31 and available memory space in the future. The voice may be directly input to the available memory space through the microphone 29 to be converted into electrical voice data by the microphone 29 and stored in the voice data storage 31.

Hereinafter, an operation process of the embodiment will be described.

First, in order to store the voice data in the detachable repeater 20, it is mounted in the repeat player insertion slot 16 of the recorder 10, and then the operation unit voice input key 36 of the detachable repeater 20 is pressed. Then, the tape of the recorder 10 is operated or continuously inputs the generated voice data or the voice data generated from the radio receiver integrated in the recorder 10 to the voice data storage unit 31 of the detachable repeater 20. Can be stored. If the data input prevention key 18 is operated during this operation, further data is prevented from being input, so that the voice data stored for a predetermined time before the data input prevention key 18 is activated is stored in the voice data storage unit 31. Will be saved.

However, this operation can be modified in a variety of configurations by varying the configuration.

For example, when this key is pressed instead of the input prevention function on the data input prevention key 18, the voice data generated by the recorder 10 for a predetermined time is transferred to the voice data storage unit 31 of the detachable repeater 20. It can be configured to operate. Such various modifications are a technology that can be transformed by those skilled in the industry.

In this manner, the data stored in the voice data storage unit 31 is converted into a voice signal by issuing a control command from the control unit 35 to the voice reproduction unit 31 by means of a playback key provided in the operation unit 36. The sound is output from the output unit 37 configured by means such as a header phone.

In addition, the display unit 38 may display the state of each element by a signal input from each control object input to the control unit 35. In addition, by setting the predetermined storage area of the voice data storage unit 31 into a space that can be input through the microphone 29, it can also be used as a voice recording device. In addition, such a memory area may store voice data through the microphone 29 in the surplus storage area remaining after using it for a predetermined time without setting any area.

4 is a block diagram for illustrating another second embodiment of the present invention.

This embodiment is an embodiment in which the separate repeater and the radio receiver of the first embodiment are integrated.

The radio receiver 41 is connected to the voice data storage 31, and the radio receiver 41 is also connected to the output 37. Each of the elements is connected to the controller 35 as shown in FIG. 4. Under control.

The second embodiment of such a configuration is a radio receiver in addition to the recording and reproducing functions of the tape recorded voice data of the recorder and the voice data generated from the radio receiver integrated with the recorder in the first embodiment. By including (41), even when carrying only a separate repeater, the regular broadcast of the radio can be continuously heard, and the voice data desired to be stored during these regular broadcasts can be stored.

Hereinafter, an operation process of the second embodiment will be described. In addition, the overlapping description of the storage process of the sound generated from the recorder 10 and the microphone 29 overlapping with the first embodiment will be avoided.

First, the operation unit 36 of the detachable repeater 20 is provided with a deletion key for deleting previously stored contents. When this deletion key is operated, the voice data stored in the voice data storage unit 31 is stored. Will be erased. In this state, when the radio key for operating the radio receiver is operated, the control unit 35 transmits the reception sound of the radio receiver 41 to the voice data storage unit 31 and the output unit 37 by the operation of the radio key. Done. Therefore, the received sound received from the radio receiver 41 is output to the outside through the output unit 37 and stored in the voice data storage unit 31, and by operating the play key of the separate repeater 20, the radio from the control unit The receiving operation of the receiving unit 41 is stopped, and the voice data stored in the voice data storage unit 31 is transmitted to the voice reproducing unit 32, thereby outputting the stored sound stored in the voice data storage unit 31. Will be output from

In addition, if the delete key is not operated, the voice data stored in the voice data storage unit 31 is not deleted. In this state, when the radio key operating the radio receiver is operated, the control unit 35 does not input the reception sound of the radio receiver 41 into the voice data storage unit 31 by the operation of the radio key. 37). Therefore, the reception sound received from the radio receiver 41 is simply output to the outside through the output unit 37. In this case, when the play key of the detachable repeater 20 is operated, the control unit stops the reception operation of the radio receiver 41 and transmits the voice data stored in the voice data storage unit 31 to the voice player 32. As a result, the sound stored in the voice data storage unit 31 is output by the output unit 37. In this case, if the play key is reactivated, the reception sound of the radio receiver 41 is output from the output unit 37 in reverse.

Fig. 5 is a block diagram showing a third embodiment of the split type repeater of the present invention.

As shown in Fig. 5, the voice data storage section 31 and the voice reproducing section 32 of the second embodiment are displayed as the voice processing section 51.

Voice voice data of the electrical signal is input to the voice processor 51 and stored. At this time, the stored voice data is output to the voice output unit 53, thereby outputting repeatedly stored voice data. At this time, the voice processing unit 51 is connected to the character recognition unit 52, the character recognition unit 52 outputs to the character output unit 54 capable of displaying characters. In this case, the character recognition unit 52 recognizes a character corresponding to the voice data received from the voice processing unit 51. In this way, the character recognized by the character recognition unit 52 is output from the character output unit 54. The controller 55 controls the character recognition unit 52 and the voice processing unit 51 by the operation of the operation unit 56.

The operation of the third embodiment will be described below.

When the character output corresponding to the voice data is output to the character output unit 54, the character output key of the operation unit 56 is operated to output the voice data existing in the voice processing unit 51 to the character recognition unit 52, The character recognition unit 52 outputs the character to the character output unit 54 based on the voice data input from the voice processing unit 51.

If the text data and the voice data are simultaneously input in the form of capson, the voice data is input to the voice processing unit 51 by the operation of the operation unit 56 and the control of the control unit 55, and the character data is character recognition. It is input to the unit 52 and is output to the character output unit 54.

Fig. 6 is a perspective view of a computer exterior for explaining the fourth embodiment of the present invention.

Although the configuration of the general computer 60 is shown as it is in FIG. 6, the new configuration is provided with a mounting hole 67 for inserting the removable repeater 20 into the computer 60.

7 is a block diagram for explaining a system for inputting voice data and text data to the detachable repeater 20. As shown in FIG.

Nowadays, the computer 60 is configured to store various information in various storage media, that is, CD-ROM title 77, hard disk 78, floppy disk 80 so that users can enjoy video and audio information. The modem 82 is configured to receive and provide various kinds of information provided from the outside. In addition, a central processor 71 is connected to the inside of the computer main body 68, and a CD-ROM driver 76, a hard disk driver 79, and a floppy disk driver 83 are connected to the central processor 71. These driving states are controlled, and the information stored therein is output to the RAM 72, and these are output to the outside by output means such as a monitor 61 or a speaker (not shown) as necessary. In addition, the central processor 71 is connected to a ROM that stores the specific software, and the input device 81 for inputting a command desired by the user is connected. In addition, the central processor is connected to a player driver 75 for storing voice or text data in a separate type of repeater 74. At this time, the player driver 75 provides a connection device that reads the information stored in the RAM in a simple form from the central processor and inputs it to the data storage unit of the detachable repeater 74. There are various types of inputs to perform the charging function by the control command from the central processor 71.

The configuration of the separate repeater 74 is basically the same as that shown and described in the embodiments of the first, second and third embodiments.

Hereinafter, a description will be given of the detachable repeater 74 as described above and an operation process of a computer for inputting data thereto.

Using a CD-ROM title as a storage medium, the CD-ROM title can contain image information and audio information. In particular, the image information includes character information to aid language learning.

8 is a form of a lookup table for illustrating an example in which data of video information and audio information is recorded.

In order to simplify the description, the image data is limited to text data.

Headers for specifying respective numbers are set in front of each voice data and text data to form a lookup table, and the text data and their corresponding headers are displayed on the monitor 61 under the control of the central processor 71. May be displayed on the monitor 61 separately. At this time, if the user operates the input device to select all the character headers 1 ', 2', 3 '......... n' or only one of them, the corresponding voice data And the character data are input to the separate type repeater through the player driver 75 by the control command of the central processor 71. If a program for converting text into voice information is prepared in this computer, the voice data can be input directly from the text data into the separate repeater 74 without the need for separately preparing the voice data and the text data.

In this case, in order to perform the above operation, as shown in Embodiment 4, the separate type repeater may have a character output unit 53 and a voice output unit 53 at the same time. In the configuration, only the voice data according to the text data can be simply input to the voice processing unit 51 and stored.

9 is a perspective view for illustrating a fifth embodiment of the present invention.

9 is a device for simultaneously inputting text data and voice data to the separate type repeater 74 or inputting only voice data, and at the same time, can be used independently for language learning.

As shown in FIG. 9, the learner 100 includes repeater player insertion slots 102, 103, 104, 105, and 106 configured to store voice data by mounting a plurality of separate repeater 74 on one surface thereof. The inside of the learner 100 has the same configuration as the computer main body shown in FIG.

FIG. 10 is a block diagram illustrating an internal configuration of the learner 100.

The central processor 111 outputs a video message such as a RAM 112 which is a temporary storage location, a ROM 115 which stores driving programs and the like, a speaker 101 which is an audio output means, and text messages. The panel 108 is connected, a CD-ROM driver 113 for driving a CD-ROM 110 or a hard disk storing data, and a hard disk driver 114 are connected, and an operation unit 107 ) As the user manipulates the signal, the signal is input to the central processor 111, thereby controlling each control object. In addition, a separate repeater 74 is inserted into the player driver 102 ', 103', 104 for inputting image data and audio data to the detachable repeater 74 under the control of the central processor 111. '), 105', and 106 'are operated.

In this case, the separate type repeater 74 is a type capable of simply reproducing voice data as shown in FIG. 3, a type having a radio receiver as shown in FIG. 4, and capable of reproducing voice data, as shown in FIG. As described above, various types, such as a method of reproducing voice data and converting the voice data into text, may be used, and various types of technical modifications may be possible by combining them.

According to the present invention having the above configuration and operation, it is convenient to carry by storing a certain amount of audio and video information in a separate repeater from a recorder, a radio, and a computer, or by repeatedly storing only one of these information. The device can be provided at low cost.

1 is a perspective view showing a recorder and a separate repeater as an embodiment of the present invention.

Fig. 2 is a bottom view of a first embodiment of a split type repeater applied to the present invention.

Fig. 3 is a block diagram showing the construction of a first embodiment of a detachable repeater applied to the present invention.

4 is a block diagram for illustrating another second embodiment of the present invention.

Fig. 5 is a block diagram showing a third embodiment of the split type repeater of the present invention.

Fig. 6 is a perspective view of a computer exterior for explaining the fourth embodiment of the present invention.

FIG. 7 is a block diagram for explaining a system for inputting voice data and text data to the removable repeater 20. As shown in FIG.

8 is a form of a lookup table for illustrating an example in which data of video information and audio information is recorded.

9 is a perspective view for illustrating a fifth embodiment of the present invention.

FIG. 10 is a block diagram illustrating an internal configuration of the learner 100.

[Description of the symbols on the main parts of the drawings]

10: recorder 20: detachable repeater

26: contact terminal 31: storage of voice data

Claims (9)

And a storage device for storing data and an output device for outputting the data stored in the storage device to an external device. A detachable repeater that can be carried separately from a signal generator, wherein the detachable repeater A semiconductor chip for storing text data and voice data output from the text signal and voice signal generator; And Output means for outputting the text data and voice data stored in the semiconductor chip to the outside; A key input unit for key input to store and output the text data and voice data; And The text signal and the voice data from the text signal and voice signal generator are stored in the semiconductor chip by the input of the key input unit, and the text and voice data stored in the semiconductor chip are output according to the input of the key input unit. And a control unit for controlling the output to the means. 2. The separate repeater according to claim 1, wherein the detachable repeater further comprises a microphone device, and stores data in the semiconductor chip by inputting a voice into the microphone. The method of claim 1, wherein the repetitive repeater further comprises voice recognition means for recognizing the voice data to generate text data corresponding to the voice data, and displaying the text data on the display means. Detachable repeater. The apparatus of claim 1, wherein the text signal and voice signal generating apparatus recognizes the voice data as a personal computer, generates text data corresponding to the voice data, and outputs the voice data and the text data. Detachable repeater. In the input system of a separate player for simultaneously inputting the same voice data to a plurality of separate players having a semiconductor chip for storing the voice data and the voice data to the semiconductor chip, the charging unit for performing a charging function: Power supply means for supplying power to the charging unit of the separate player; A central processor for controlling and processing the input system according to a predetermined program; A memory unit for storing the voice data; Input keys for inputting a control command to the central processor; And And a plurality of separate player insertion slots, and a plurality of separate player insertion slots provided with connection terminals electrically connected to the separate player to input the voice data to the separate player when the separate player is inserted. Input system of a separate player, characterized in that it comprises a. 6. The separate player according to claim 5, further comprising means for storing and outputting text data, wherein the input system of the separate players further comprises means for inputting text data into the separate players. Input system of discrete players. Input ports for inputting text data and voice signals from the outside; A voice data storage unit converting the voice signal input through the input port into digital voice data and storing the voice signal in a semiconductor memory; A voice reproducing unit reproducing voice data read from the voice data storage unit as an analog voice signal; An output unit which outputs the voice signal reproduced by the voice reproducing unit to the outside; A storage unit for storing the text data for storing the text data; A character output unit for outputting the stored character data of the character data storage unit to a display unit; A display unit displaying a different operation state and a control state in response to a command input through the operation unit; A charging unit for charging the battery by inputting electrical energy provided from the outside and supplying a power voltage to each circuit unit; And In response to a command signal provided through the operation unit, a voice signal input through the input terminal is stored in the voice data storage unit, the stored voice data is read out and output to the outside through the voice reproducing unit, and an operation state is displayed. A detachable repeater comprising a control unit for displaying on a display unit. 8. The separate repeater according to claim 7, wherein the voice signal input to the input port is output from a telephone. An input port for inputting voice data and text data downloaded from the outside; A voice processor configured to store voice data and text data downloaded through the input port in a semiconductor memory; A voice output unit for reproducing and outputting voice data read from the voice processor as an analog voice signal; A character processor configured to recognize the voice data, convert the voice data into a corresponding character, and store the same in a semiconductor memory; A text output unit which displays text data provided from the text processing unit; An operation unit including command keys for inputting a command; And And a controller configured to control the voice processing unit and the text processing unit to store voice and text data in response to a command signal provided from the operation unit, and to read and store the stored voice and text data through the voice and text output unit. Detachable repeater, characterized in that.

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