JP6262424B2 - Reading sound playback system - Google Patents

Description

  The present invention relates to a reading sound reproduction system that reads contents displayed on a sheet body and reproduces a reading sound corresponding to the reading contents.

  2. Description of the Related Art Conventionally, a system is disclosed in which product information and text are transmitted by voice by printing code information on a product catalog or book and optically reading the code information. As such a print information voice conversion reproduction system, for example, a print information voice conversion system composed of a precinct map and a reading device, and the precinct map is provided with a language information print column representing the flags of a plurality of countries. In the language information print column, voice information indicating a language is printed in an overlapped manner with a dot code, and the user selects a desired language from the language information and reads it with a reading device. What is converted into a desired language and reproduced is disclosed (for example, see Patent Document 1). Thereby, it is supposed that explanations related to buildings, Buddha images, various facilities, and the like can be provided to the voice in the language desired by the user.

JP 2010-231687 A

  However, the conventional transmission system does not have a function of notifying the operation state of the transmission system, and cannot prevent erroneous transmission of information based on erroneous operation or malfunction. For example, when the above transmission system is used as a highly specialized information transmission, explanation or work communication tool, the importance of accurately transmitting information increases, but the information to be accurately transmitted Since the number of written characters for representing the amount increases, it is conceivable that the amount of printed matter including codes increases or the number of types of dot codes included in one printed matter increases. In such a case, there is a problem in that an error is likely to occur in an operation for specifying dot codes that are more finely divided into regions and arranged in a large amount, and the operation cannot perform information transmission by reading voice more accurately. It was happening. If an attempt is made to solve such a problem with a reading device or a playback device, it is necessary to improve not only the data but also the hardware, making it difficult to construct an inexpensive system.

  Therefore, the present invention provides an inexpensive voice reproduction system capable of preventing erroneous transmission of information based on an erroneous operation or malfunction by notifying an operation state of the translation system and more accurately performing information transmission by reading aloud. Let it be an issue.

In order to solve the above problems, the present invention adopts the following configurations (1) to (5).
(1) The reading sound reproduction system of the present invention is
A plurality of two-dimensional display portions (11/12/21/22/31/41) are formed on the sheet surface, and within the display area of each two-dimensional display portion (11/12/21/22/31/41) Alternatively, in the vicinity thereof, one or a plurality of sheet bodies (S) in which a reading code corresponding to each display content is embedded,
A reading device (P) having a reading unit (P1) for acquiring any one of the reading codes embedded in the sheet body by a reading operation to bring the reading code embedded in the reading position of the sheet body (S);
An audio file recording unit (M) in which a plurality of audio files corresponding to each read code are recorded in advance;
The reading device (P1) and the audio file recording unit (M) are electrically connected by wire or wirelessly, and an audio file corresponding to the reading code acquired by the reading device (P1) by the reading operation is called to obtain a predetermined audio. A playback device (P2) for playback as a read-out voice playback system,
A part of the plurality of audio files is composed of one or a plurality of operation explanation sound files that explain the situation of the immediately preceding or immediately following reading operation,
A part of the plurality of two-dimensional display units is composed of one or a plurality of operation display units (31/41) for displaying the status of the reading operation immediately before or immediately after,
Predetermined operation reading codes respectively corresponding to the operation explanation sound files are embedded in display positions of the operation display section (31/41) of the sheet body (S).

Here, the status of the reading operation immediately before or immediately after the operator means that the previous reading operation or reproduction audio error, correction of the reading operation or reproduction audio error, repetition of the previous reading operation or reproduction audio, and reading Includes any or all of the start or stop of operation or playback audio.
In the reading voice reproduction system, the reading unit of the reading device P1 approaches (approaches) or presses (contacts at a predetermined pressure) a specific operation display unit (31/41) formed on the sheet surface of the sheet body. Thus, the reading unit reads a specific operation reading code embedded in the portion. Then, the playback device (P2) calls and plays the operation explanation sound file corresponding to the specific operation reading code from the plurality of sound files. By displaying and reproducing the explanation of the reading operation status as well as the explanation and explanation of the display contents of the two-dimensional display section and the explanation, the operation status by the operator of the reading apparatus can be clearly communicated.

(2) In the reading voice reproduction system,
At least one of the plurality of two-dimensional display units includes a character string display represented by a symbol or character in a specific first language,
The plurality of audio files include linguistic sound data (first linguistic sound data) that utters display content corresponding to each of all two-dimensional display units in the specific first language, and the display content is the first language. Includes linguistic sound data (second language sound data, third language sound data,...) Uttered in one or more different specific languages,
The operation explanation sound file includes language sound data (first language sound data) that utters the content of the reading operation immediately before or immediately after corresponding to each of all the operation display units (31/41) in a specific first language. And linguistic sound data (second linguistic sound data, third linguistic sound data,...) That utters the display content in one or more specific languages different from the first language. ,
And it is preferable that the said reproducing | regenerating apparatus (P2) reproduces the language sound data of the at least 1 specific language preset among said 1st language sound data and 2nd language sound data.

In the system described above, the read-out sound obtained by reading the display area of the two-dimensional display unit or the vicinity thereof is translated and reproduced in at least one specific language set in advance. Then, the read-out sound obtained by reading the operation display unit (31/41) is translated and reproduced in at least one specific language set in advance. When the language that can be understood by the operator of the reading device is different from the language that can be understood by the listener who reads and reproduces, the specific language to be translated and reproduced is set in advance to at least a language that can be understood by the listener. As a result, it is possible to reproduce the operation description in the listener's understanding language and reliably convey the intention of the operator's operation description.
In the above system, the audio file of the audio file recording unit (M) includes first language sound data in a plurality of languages, second language sound data,... For each display content of each two-dimensional display unit. Only the linguistic sound data of a specific language set before the reading operation of the playback device P2 is read out. The operation explanation sound file of the sound file recording unit (M) includes first language sound data, second language sound data,... In a plurality of languages for each display content of each operation display unit (31/41). In addition, language sound data of at least one or both specific languages set before the reading operation of the playback device P2 is read out. The sound of the first language sound file, the second language sound file,... Corresponding to each two-dimensional display unit / each operation display unit (31/41) is uttered by translating the same display contents in different languages. It is a sound file.

Among the above, the playback device (P2), particularly for the sound file of the operation explanation sound file, of the first language sound data and the second language sound data, language sound data of two preset specific languages. May be reproduced continuously. In this case, the read-out voice reproduction system has the following configuration.
A plurality of audio files including operation explanation sound files include first language sound data that utters display contents corresponding to each of all two-dimensional display units in a specific first language, and the display contents are converted to the first language. Second language sound data uttered in a specific second language different from the third language sound data uttered in a specific third language different from the first language and the second language, and Comprising
The playback device (P2), for audio files other than the operation explanation sound file, sets language sound data (first language sound data, second language sound data, third language sound data) of a specific language set in advance. Only one of the set) is reproduced, and two specific language sound data set in advance including the one specific language are continuously reproduced for the operation explanation sound file.
In this system, when the language understandable by the reader operator and the language understandable by the reader of reading / playing are different, the operator and the listener can understand two specific languages to be translated and played back. Two languages are set in advance. Accordingly, it is possible to continuously reproduce the operation explanation in the understanding language of both the operator and the listener, and to surely convey the intention of the operation explanation to the listener while the operator confirms the contents of the operation explanation.

(3) In the read-out voice reproduction system, the two-dimensional display unit on each sheet surface includes a plurality of two-dimensional character strings 11/12 composed of character strings in a specific first language. At the beginning or end of the column 11/12, an identification part 21/22 consisting of a short region of characters, numbers, symbols or figures corresponding to each of the two-dimensional character strings 11/12 on a one-to-one basis is written together.
The voice file corresponding to the reading code embedded in or near the display area of the two-dimensional character string part 11/12 is identified with the identification sound corresponding to each of the identification parts 21/22 of the short area and the specific language. It is preferable that the read-out sound that reads out the content of the character string with a specific content is continuously generated.
The identification sections 21 and 22 are identification displays that are written one by one corresponding to the two-dimensional character strings 11 and 12, and the plurality of identification sections are permuted as being different from each other. For example, in Examples 1 and 2 to be described later, an identifying part 22 of a heading part made up of Arabic numerals is written at the head of a text string 12 of the heading indicating the contents of each sheet surface. The identification part 22 of the heading part is numerically displayed in order with parentheses corresponding to the sheet page of each sheet surface spelled in a booklet shape. Also, in each sheet surface, the identification part 21 of the explanation part made up of Arabic numerals as well as the character string is written one by one at the head of each of the character strings 11 of the plurality of explanation sentences listed in the upper and lower parts in each sheet. . The identification part 21 of this explanation part is numerically displayed in order with circled numbers in accordance with the order of a plurality of explanations.
Further, for example, in Example 3 to be described later, a plurality of explanatory texts in which individual symbol identification portions 21 formed of circles, rhombuses, squares, equilateral triangles, pentagons, stars, or filled shapes thereof are listed in the upper and lower sides in each sheet body. One character string 11 is written at the head of each sentence.

(4) In the read-out voice reproduction system, a plurality of sheet bodies (S) having substantially the same shape are bound by the binding section (5), and the one or the plurality of operation display sections (31/41) are all It is preferable that it is formed in the sheet | seat surface of this sheet body by the arrangement | positioning which is common to all the sheet | seat surfaces.
In such a spelling of sheet bodies, one or a plurality of operation display sections (31/41) are displayed in a specific arrangement common to each sheet body S, even when any sheet body (S) is rolled up. Is done. The operation display unit is arranged at a predetermined position. Therefore, it is easy for the operator to read the operation display unit, and the operation display reading operation itself can be performed more quickly and reliably. In addition, it is easy for the listener to visually confirm to which operation display unit the operator has performed a reading operation, and the operation description can be recognized with sound.
In Example 1 described later, a plurality of binding holes are provided in the common vertical side portion of each sheet body, and a booklet-like binding body is formed by inserting a ring-shaped binding portion into the binding hole. It becomes. Further, on each of the front and back sheet surfaces of each sheet body S to be each page of the spelling body, a speech bubble-shaped first operation display unit 31 composed of a Japanese character string “error” is located near the lower center of the sheet surface. A balloon-shaped second operation display unit 41 composed of a Japanese character string “repeat” is displayed and formed at the lower right end of the sheet surface and right next to the first operation display unit 31. The positions where the first operation display unit 31 and the second operation display unit 41 are formed are common to the front and back sheet surfaces of the sheet bodies constituting the middle page of the binding body.

(5) In the reading sound reproduction system, the plurality of sheet bodies (S) are bound in a booklet shape with the common one side of the spelling side aligned.
In at least one of the sheet bodies (S), one or a plurality of tab-like pieces (30/40) are formed so as to protrude from a part of the side excluding the binding side,
It is preferable that the one or more operation display portions (31/41) are formed on the tab surface of the protruding tab-like piece (30/40).

  The reading system corresponds to Examples 2 and 3 described later. With such a reading system, reading the inside of the tab-like piece (30/40) protruding for operation display makes it easy to read the operation display accurately even when any booklet page is opened. And can be done quickly.

In Example 2 to be described later, a plurality of binding holes are provided in a common vertical side portion of each sheet body, and a booklet-shaped binding body is formed by inserting a ring-shaped binding portion into the binding hole. It becomes. Further, of the plurality of sheet bodies S constituting the binding body, only two sheet bodies are formed with tab-like pieces 30/40 which are formed to protrude sideways from a part of the release side opposite to the binding side. Is done. Here, each tab-shaped piece is formed by shifting the formation position in the release side vertically. In each tab-like piece, a first operation display unit 31 composed of an English character string “Repeat” and a second operation display unit 41 composed of an English character string “Error” are displayed and formed. The Here, since the operation display unit is displayed corresponding to each of the plurality of tab-like pieces 31 and 41, erroneous operation of reading to the operation display unit is reduced. Further, in any spelling state in which each page is opened, all the operation display portions of the plurality of tab-like pieces 31 and 41 are projected and displayed sideways. For this reason, the operability of reading to the operation display unit is good.
In Example 3 to be described later, a plurality of binding holes are provided in a common vertical side portion of each sheet body, and a booklet-like binding body is formed by inserting a ring-shaped binding portion into the binding hole. It becomes. Further, of the plurality of sheet bodies S constituting the binding body, only two sheet bodies are formed with tab-like pieces 30/40 which are formed to protrude sideways from a part of the release side opposite to the binding side. Is done. Here, the tab-like pieces are formed with a common formation position in the vertical direction within the release side. Then, a first operation display section 31 composed of an English character string “Repeat” is formed on the tab surface on the front side of each tab-like piece, and a first operation display portion 31 composed of an English character string “Error” is formed on the tab surface on the back side. A two-operation display unit 41 is displayed. Here, two types of operation display sections are displayed corresponding to each of the tab surfaces on the front and back sides of the plurality of tab-like pieces 31 and 41 formed at a common vertical position, thereby displaying the operation display. There are fewer erroneous reading operations.

At least one or a plurality of sheet bodies are formed, and a plurality of two-dimensional display parts made of any of symbols, characters, images, and patterns are formed on the sheet surface of each sheet body, and at least each of the two-dimensional display parts A sheet body in which a reading code recording unit corresponding to the display content of the two-dimensional display unit is embedded in any of the formation positions or positions near the periphery thereof,
From the surface of this sheet body, a reading device that can obtain the reading code of each reading code recording unit,
A reading sound reproducing system comprising: a reproducing device that reproduces a reading sound corresponding to the reading code acquired by the reading device;
At least one of the plurality of two-dimensional display units includes a reading operation explanation display that indicates any one of a malfunction, repetition, start, or stop of the reading operation.

  The present invention takes the above-mentioned means, and provides a reading sound reproduction system capable of preventing erroneous transmission of information based on erroneous operations and malfunctions by notifying the operation state of the translation system and more accurately performing information transmission by reading voice. It was decided to provide it cheaply.

1 is a perspective view showing a configuration of a reading sound reproduction system of Example 1. FIG. The perspective view which shows the structure of the reading sound reproduction | regeneration system of Example 2. FIG. FIG. 9 is a perspective view illustrating a configuration of a reading sound reproduction system according to a third embodiment. The data block diagram of a reading code and an audio | voice file. 2 is a spread page example of a booklet-like sheet body of Example 1. FIG.

BEST MODE FOR CARRYING OUT THE INVENTION The best mode for carrying out the present invention will be described together with the drawings shown as Example 1 (FIGS. 1 and 4 and 5), Example 2 (FIG. 2), and Example 3 (FIG. 3). In any embodiment, the reading sound reproduction system of the present invention has at least one or a plurality of sheet bodies S, and a plurality of two sheets consisting of any one of symbols, characters, images, and patterns on the sheet surface of each sheet body S. A sheet body in which a two-dimensional display unit is formed and a reading code recording unit corresponding to the display content of the two-dimensional display unit is embedded in at least one of the two-dimensional display unit formation positions or the vicinity thereof S and
From the surface of the sheet body S, a reading device that can obtain the reading code of each reading code recording unit,
And a reproducing device that reproduces a reading sound corresponding to the reading code acquired by the reading device.
At least one of the plurality of two-dimensional display units includes a reading operation explanation display that indicates any one of a malfunction, repetition, start, or stop of the reading operation.

  Here, the status of the reading operation immediately before or immediately after the operator means that the previous reading operation or reproduction audio error, correction of the reading operation or reproduction audio error, repetition of the previous reading operation or reproduction audio, and reading Includes any or all of the start or stop of operation or playback audio.

In the reading voice reproduction system, the reading unit of the reading device P1 approaches (approaches) or presses (contacts with a predetermined pressure) a specific operation display unit (31/41) formed on the sheet surface of the sheet S. Thus, the reading unit reads a specific operation reading code embedded in the portion. Then, the playback device (P2) calls and plays the operation explanation sound file corresponding to the specific operation reading code from the plurality of sound files. By displaying and reproducing the explanation of the reading operation status as well as the explanation and explanation of the display contents of the two-dimensional display section and the explanation, the operation status by the operator of the reading apparatus can be clearly communicated.

(Translated speech playback system)
The above-described system is established as a read-out speech reproduction system for translated speech, which is generated by reading a character string of the sheet S including a character notation of a specific language and translating it into different languages. In this case, at least one of the plurality of two-dimensional display units includes a character string display represented by a symbol or character in a specific first language,
The plurality of audio files include linguistic sound data that utters display content corresponding to each of all the two-dimensional display units in the specific first language, and one or more specific display contents different from the first language. Linguistic sound data uttered in each kind of language,

In addition, the operation explanation sound file includes language sound data that utters a reading operation content immediately before or immediately after corresponding to each of all operation display units in a specific first language, and the display content is the first language. Linguistic sound data each uttered in one or more different types of languages,
The reproduction apparatus reproduces language sound data of at least one specific language set in advance among the first language sound data and the second language sound data.

In the system described above, the read-out sound obtained by reading the display area of the two-dimensional display unit or the vicinity thereof is translated and reproduced in at least one specific language set in advance. Then, the read-out sound obtained by reading the operation display unit (31/41) is translated and reproduced in at least one specific language set in advance. When the language that can be understood by the operator of the reading device is different from the language that can be understood by the listener who reads and reproduces, the specific language to be translated and reproduced is set in advance to at least a language that can be understood by the listener. As a result, it is possible to reproduce the operation description in the listener's understanding language and reliably convey the intention of the operator's operation description. Hereinafter, the configuration of each embodiment will be described in detail.

The reading sound reproduction system of the present invention has at least one or a plurality of sheet bodies S (S),
Each sheet body S (S) has a plurality of two-dimensional display parts (11/12/21/22/31/41) formed of any one of symbols, characters, images, and patterns on at least one sheet surface. At the same time, a reading code corresponding to each two-dimensional display unit is embedded in at least one formation position of each two-dimensional display unit (11/12/21/22/31/41) or in the vicinity of the position.

As a method of the reading code, for example, a code consisting of a radio wave identification unit (RFID) in which predetermined individual information (ID information) is embedded, a code consisting of a magnetic recording medium, a dot code, a one-dimensional barcode, or a two-dimensional barcode Any of the printing type display codes such as In particular, when a dot code or a radio wave identification unit (RFID) that is difficult to visually check is used, it can be read in an invisible state that does not appear on the sheet surface, so that the two-dimensional display unit can be embedded without visually hindering the appearance. In addition, since it can be read by simply tracing the two-dimensional display unit itself, it can be operated more intuitively. Then, an identification portion made up of a symbol, a character, an image, a pattern, or a combination thereof is formed at the position where the reading operation explanation display is formed or at a position near the periphery thereof.
Specifically, the content of the reading code is managed and identified as numerical data of a plurality of digits (4 digits in FIG. 4) as shown in the table of FIG. 4 (dot code column). Each reading code is embedded as numerical data that is set so as to increase in the display order of each two-dimensional display unit, superimposed on the character string of the two-dimensional display unit.

In the system described above, the read-out sound obtained by reading the display area of the two-dimensional display unit or the vicinity thereof is translated and reproduced in at least one specific language set in advance. Then, the read-out sound obtained by reading the operation display unit (31/41) is translated and reproduced in at least one specific language set in advance. When the language that can be understood by the operator of the reading device is different from the language that can be understood by the listener who reads and reproduces, the specific language to be translated and reproduced is set in advance to at least a language that can be understood by the listener. As a result, it is possible to reproduce the operation description in the listener's understanding language and reliably convey the intention of the operator's operation description.

In the above system, the audio file of the audio file recording unit (M) includes first language sound data in a plurality of languages, second language sound data,... For each display content of each two-dimensional display unit. Only the linguistic sound data of a specific language set before the reading operation of the playback device P2 is read out. The operation explanation sound file of the sound file recording unit (M) includes first language sound data, second language sound data,... In a plurality of languages for each display content of each operation display unit (31/41). In addition, language sound data of at least one or both specific languages set before the reading operation of the playback device P2 is read out. The sound of the first language sound file, the second language sound file,... Corresponding to each two-dimensional display unit / each operation display unit (31/41) is uttered by translating the same display contents in different languages. It is a sound file.

(Sheet S and Operation Display Units 31, 41)
Further, in the reading voice reproducing system of the first embodiment, a plurality of sheet bodies S (S) having substantially the same shape are bound by the binding portion (5), and the one or more operation display portions (31/41) are provided. In the sheet surfaces of all the sheet bodies S, it is formed in an arrangement common to all the sheet surfaces. Specifically, a plurality of binding holes are provided in a common vertical side portion of each sheet body S, and a booklet-like binding body is formed by inserting a ring-shaped binding portion into the binding hole. Become. Further, on each of the front and back sheet surfaces of each sheet body S to be each page of the spelling body, a speech bubble-shaped first operation display unit 31 composed of a Japanese character string “error” is located near the lower center of the sheet surface. A balloon-shaped second operation display unit 41 composed of a Japanese character string “repeat” is displayed and formed at the lower right end of the sheet surface and right next to the first operation display unit 31. The formation positions of the first operation display unit 31 and the second operation display unit 41 are common to the front and back sheet surfaces of the sheet bodies S constituting the middle page of the binding body (FIGS. 1 and 5). .

(Operation display area)
In the present invention, a plurality of sheet bodies S (S) having substantially the same shape are bound by the binding section (5), and the one or more operation display sections (31/41) are arranged on all the sheet bodies S. In the sheet surface, it is formed in an arrangement common to all the sheet surfaces.
In such a binding body of the sheet bodies S, one or a plurality of operation display units (31/41) have a specific arrangement common to each sheet body S even when any sheet body S (S) is rolled up. Is displayed. The operation display unit is arranged at a predetermined position. Therefore, it is easy for the operator to read the operation display unit, and the operation display reading operation itself can be performed more quickly and reliably. In addition, it is easy for the listener to visually confirm which operation the V display unit has been read by the operator, and the operation explanation can be reliably recognized together with the voice.

(Audio file)
An audio file consists of male or female voices uttered in a specific language. In addition to Japanese as the first language, British language English as the second language, American English as the third language, Australian English as the fourth language, Beijing regional Chinese as the fifth language, ... Are composed of a plurality of languages, and audio files generated in the respective languages with the same contents for one dot code are recorded in a matrix form shown in FIG. Each audio file is managed and identified by a combination of an alphabet string and a numerical value for identifying a country, such as Japanese J001, British English e001, American English us001, Australian English au001, Beijing Chinese cp001. (See FIG. 4).

(Along with the identification parts 21 and 22 and reading out the identification sound)
The two-dimensional display part of each sheet surface includes a plurality of two-dimensional character strings 11/12 composed of a character string of a specific first language. At the beginning or end of each two-dimensional character string 11/12, Each of the two-dimensional character strings 11/12 has a one-to-one correspondence with identification parts 21/22 made up of short-area characters, numbers, symbols or figures,
The voice file corresponding to the reading code embedded in or near the display area of the two-dimensional character string part 11/12 is identified with the identification sound corresponding to each of the identification parts 21/22 of the short area and the specific language. This is generated by continuously reading aloud the content of the character string with a specific content.

The identification units 21 and 22 of the first embodiment are identification displays that are written together one by one in correspondence with the two-dimensional character strings 11 and 12, and the plurality of identification units are permuted as being different from each other (FIG. 1, FIG. 5). In the first embodiment, the identification part 22 of the headline part composed of Arabic numerals is written at the head of the text string 12 of the headline indicating the contents of each sheet surface. The identification part 22 of the heading part is numerically displayed in order with parentheses corresponding to the sheet page of each sheet surface spelled in a booklet shape. Also, in each sheet surface, the identification part 21 of the explanation part made up of Arabic numerals as well as the character string is written one by one at the head of each of the character strings 11 of the plurality of explanation sentences listed in the upper and lower sides in each sheet body S. Is done. The identification part 21 of this explanation part is numerically displayed in order with circled numbers in accordance with the order of a plurality of explanations. Specifically, as shown in FIG. 6 showing six spread state diagrams, the two-dimensional display of each sheet S is a Japanese character string as a first language in two columns, and a sentence head of each character string. It is comprised with the arrangement | positioning part 22 of the Arabic numerals arrange | positioned. The contents of the character string consist of explanation items from the therapist to the patient, and are used for explanation and confirmation of the treatment contents.

The voice file corresponding to the reading code embedded in the display area of the two-dimensional character string part 11/12 or in the vicinity thereof, each number of the identification part 21/22 of the short area is expressed in the first language (Japanese). The identification sound consisting of the female voice read out and the reading voice consisting of the male voice obtained by reading the contents of the character string in a specific language (foreign language) other than Japanese in a specific language are continuously generated. By making the speaker of the identification sound different from the speaker of the reading voice, the identification speech can be easily recognized by both the operator and the listener.

In the reading sound reproduction system of Example 2 shown in FIG. 2, a plurality of sheet bodies S (S) are spelled in a booklet shape in a state where the common one side is aligned.
In at least one of the sheet bodies S (S), one or a plurality of tab-like pieces (30/40) are formed so as to protrude from a part of the side excluding the binding side,
The one or a plurality of operation display portions (31/41) are formed on the tab surface of the protruding tab-like piece (30/40).
With such a reading system, reading the inside of the tab-like piece (30/40) protruding for operation display makes it easy to read the operation display accurately even when any booklet page is opened. And can be done quickly.

Specifically, in the second embodiment, a plurality of binding holes are provided in a common vertical side portion of each sheet body S, and a ring-shaped binding portion is freely inserted into the binding hole so that a booklet-shaped binding body is obtained. Formed. Further, of the plurality of sheet bodies S constituting the binding body, only two sheet bodies S are provided with tab-like pieces 30/40 that are formed so as to protrude sideways from a part of the release side opposite to the binding side. It is formed. Here, each tab-shaped piece is formed by shifting the formation position in the release side vertically. In each tab-like piece, a first operation display unit 31 composed of an English character string “Repeat” and a second operation display unit 41 composed of an English character string “Error” are displayed and formed. The Here, since the operation display unit is displayed corresponding to each of the plurality of tab-like pieces 31 and 41, erroneous operation of reading to the operation display unit is reduced. Further, in any spelling state in which each page is opened, all the operation display portions of the plurality of tab-like pieces 31 and 41 are projected and displayed sideways. For this reason, the operability of reading to the operation display unit is good. Other configurations not specifically mentioned are the same as those in the first embodiment.

In the reading sound reproduction system according to the third embodiment shown in FIG. 3, the individual symbol identification unit 21 made up of a circle, a diamond, a square, a regular triangle, a pentagon, a star, or a filled shape thereof is provided in each sheet body S. A plurality of explanatory text strings 11 are listed one by one at the head of each sentence. Then, the type of character string can be specified by generating an identification sound (beep sound) within a few seconds corresponding to each identification unit 21 or a sound generated in a specific language representing the identification shape before the character string is uttered. it can.

  Specifically, the sheet body S of the third embodiment is provided with a plurality of binding holes in a common vertical side portion of each sheet body S, and a ring-shaped binding portion is freely inserted into the binding hole so that a booklet is obtained. Formed in the shape of a spell. Further, of the plurality of sheet bodies S constituting the binding body, only two sheet bodies S are provided with tab-like pieces 30/40 that are formed so as to protrude sideways from a part of the release side opposite to the binding side. It is formed. Here, the tab-like pieces are formed with a common formation position in the vertical direction within the release side. Then, a first operation display section 31 composed of an English character string “Repeat” is formed on the tab surface on the front side of each tab-like piece, and a first operation display portion 31 composed of an English character string “Error” is formed on the tab surface on the back side. A two-operation display unit 41 is displayed. Here, two types of operation display sections are displayed corresponding to each of the tab surfaces on the front and back sides of the plurality of tab-like pieces 31 and 41 formed at a common vertical position, thereby displaying the operation display. There are fewer erroneous reading operations.

The reading sound reproduction system of the present invention of this embodiment is formed by binding a part of a plurality of sheet bodies S (S) into a booklet shape. Each sheet body S (S) has a plurality of two-dimensional display portions (two-dimensional character strings 11 and 12), which are character strings in a specific first language, formed on at least one sheet surface, and each two-dimensional display. A reading code corresponding to each two-dimensional display unit is embedded at a position where at least one of the parts (two-dimensional character strings 11 and 12) is formed or a position in the vicinity thereof.

The audio file includes a reading voice that reads information related to the display contents of the two-dimensional display unit, and a reading operation voice that explains the status of the reading operation immediately before or after, and reads the contents of the two-dimensional display unit. It is possible to reproduce the status of the reading operation as well. For the reproduction operation of the reading operation sound, a reading operation display for displaying and explaining the state of the immediately preceding or immediately following reading operation is formed on a part of the two-dimensional display unit of the sheet S. The reading operation display here includes a display indicating a malfunction, repetition, start, or stop of a reading operation or a reading operation, or a symbol, a figure, or a word character string indicating any one of them. Other configurations not specifically mentioned are the same as those in the first embodiment.

In addition, the present invention is not limited to the above-described embodiments, and, as long as it does not depart from the spirit of the present invention, the extraction of elements, the change in the combination of shapes of each layer, the omission, the change in the combination of the constituent resin materials, It is possible to omit a part of the configuration or change the continuous number.

(Continuous playback)
For example, among the above, the playback device (P2), particularly for the sound file of the operation explanation sound file, of the first language sound data and the second language sound data, the language sound data of two preset specific languages. May be reproduced continuously. In this case, the read-out voice reproduction system has the following configuration.
A plurality of audio files including operation explanation sound files include first language sound data that utters display contents corresponding to each of all two-dimensional display units in a specific first language, and the display contents are converted to the first language. Second language sound data uttered in a specific second language different from the third language sound data uttered in a specific third language different from the first language and the second language, and Comprising
The playback device (P2), for audio files other than the operation explanation sound file, sets language sound data (first language sound data, second language sound data, third language sound data) of a specific language set in advance. Only one of the set) is reproduced, and two specific language sound data set in advance including the one specific language are continuously reproduced for the operation explanation sound file.
In this system, when the language understandable by the reader operator and the language understandable by the reader of reading / playing are different, the operator and the listener can understand two specific languages to be translated and played back. Two languages are set in advance. Accordingly, it is possible to continuously reproduce the operation explanation in the understanding language of both the operator and the listener, and to surely convey the intention of the operation explanation to the listener while the operator confirms the contents of the operation explanation.

M audio file recording unit P reading device P1 reading unit P2 reproducing device S sheet body 11, 12 two-dimensional character string (two-dimensional display unit)
21, 22 Identification part (two-dimensional display part)
30, 40 Tab-like pieces 31, 41 Operation display section (two-dimensional display section)
5 spelling

Claims (5)

A booklet-like spelling formed of a plurality of substantially identical sheet bodies ;
A plurality of two-dimensional display portions formed on the front or back surface of the plurality of sheet bodies; and
A reading code embedded in or near the display area of each two-dimensional display unit corresponding to the display content of each two-dimensional display unit,
A reading unit for acquiring any of the reading codes embedded on the front or back sheet surface of each sheet body of the binding body by a reading operation to bring the reading code embedded position of each sheet body of the binding body close A reading device,
An audio file recording unit that records in advance a plurality of audio files corresponding to each read code;
A playback device that is electrically or wiredly connected to the reading device and the audio file recording unit, and that calls an audio file corresponding to the read code acquired by the reading device by the reading operation and reproduces it as a predetermined sound. A read-out voice playback system,
A part of the plurality of audio files is composed of one or a plurality of operation explanation sound files that explain the situation of the immediately preceding or immediately following reading operation,
One or more of the plurality of two-dimensional display units display the status of the immediately preceding or immediately following reading operation formed in an arrangement common to all sheet surfaces within the sheet surfaces of all sheet bodies. The operation display section of
Predetermined operation reading codes respectively corresponding to the operation explanation sound files are embedded in the display position of the operation display unit of the sheet body ,
The audio file includes linguistic sound data that utters display content corresponding to each of all two-dimensional display units in a specific first language, and utters the display content in a specific second language different from the first language. Language sound data to be
The reproduction apparatus continuously reproduces language sound data of two kinds of specific languages of a first language and a second language set in advance . At least one of the plurality of two-dimensional display portions on each sheet surface is composed of a character string display represented by a symbol or character in a specific first language,
The plurality of audio files include first language sound data that utters display content corresponding to each of all the two-dimensional display units in the specific first language, and a specific one different from the first language. Or second language sound data uttered in each of a plurality of languages, and third language sound data uttered in a specific third language different from the first language and the second language. And
The operation explanation sound file includes first language sound data that utters the operation content immediately before or immediately after corresponding to each of all operation display units in a specific first language, and the operation content as the first language. Is second language sound data uttered in one or a plurality of different specific languages, and third language sound data uttered in a specific third language different from the first language and the second language. It is configured to include a,
The playback device reproduces only the preset first language sound data for the audio files other than the operation explanation sound file, and sets the first language set for the operation explanation sound file and the set second language. The reading sound reproduction system according to claim 1 , wherein the language sound data of the language sound data or the third language sound data is continuously reproduced . The two-dimensional display part of each sheet surface includes a plurality of two-dimensional character strings composed of character strings of a specific first language, and at the beginning or end of each two-dimensional character string, The identification part which consists of a short region letter, number, or symbol corresponding to each one-to-one is written together,
The audio file corresponding to the reading code embedded in or near the display area of the two-dimensional character string part includes an identification sound consisting of female voice or male voice corresponding to each of the identification parts of the short area, and a specific sound. the contents of the string read aloud in a particular content, the reading voice consisting speaker's voice identification tone and isomerization, but uttering continue claim 1 or 2 reading voice reproduction system according language. A plurality of substantially identical sheet bodies are bound by a spelling unit, and the one or more operation display units are displayed with a language character string “error” and a first operation display unit The second operation display unit 41 is displayed next to the display unit in a language character string “repeat”. The positions of the first operation display unit and the second operation display unit are set in the middle page of the spelling body. The read-out sound reproduction system according to any one of claims 1, 2, and 3, which is a position common to the front and back sheet surfaces of each of the sheet bodies constituting each . The two-dimensional display part of each sheet body that forms the middle page of the spelling is written together with the heading character string indicating the contents of the sheet surface displayed at the top of each sheet surface, and the head of the heading character string. The identification part of the heading part made up of Arabic numerals, the first language character string listed above and below, and the Arabic numeral identification part written together at the beginning of each character string,
The operation display unit is a position different from each identification unit, and a plurality of operation contents are written in parallel in a balloon shape at a specific position common to each sheet. 4. A reading voice reproducing system according to any one of 4 above.

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