US 20070005616 A1
An electronic book on a computer readable medium, e.g., a CD or the like, has “real-life” pre-recorded audio (preferably, in MP3 format) and visual text (preferably, in RTF format) seamlessly linked together via a linking file (preferably, in XML format) such that a reader can switch back and forth “at will” between visually reading on a computer display screen and/or listening to the book being read aloud by an actual narrator. The computer readable medium includes a reader program installed thereon and an automatic installation program. A novel process for creating the electronic book includes a creator program that may have a similar graphical user interface to the reader program. The electronic book may combine advantages of physical hard-cover books with new e-reading functionality developed by the present inventor.
1. A computer-readable-medium-electronic-book assembly, comprising:
a) a pre-recorded audio narration file of substantially an entire book stored on a single computer readable medium;
b) an electronic text file of substantially the entire book stored on said computer readable medium;
c) a synchronization file linking time signatures of the pre-recorded audio narration with locations in the electronic text stored on said computer readable medium;
d) a reader program adapted to cause a computer to display text of the book, to play the pre-recorded audio narration of the book, and to allow a user to link there-between as desired using the linking file stored on said computer readable medium;
e) an automatic installation program to automatically install the reader software upon placement of the computer readable medium within a computer stored on said computer readable medium;
f) a container housing said computer readable medium, said container having a picture that is visible from a front surface thereof that is substantially the same as that on a hard-cover copy of the book, and having a spine from which is visible a title of the book and/or the author's name.
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20. A method of creating the assembly of
a) obtaining a raw audio recording file of a human narration of a book;
b) audio editing the audio file;
c) segmenting the audio file;
d) converting the segmented files into a compressed format;
e) obtaining an electronic format text version of said book;
f) separating the text version of the book into multiple documents;
g) using a creator program at an editor's station:
playing the audio obtained in step e);
concurrently viewing text obtained in step g);
creating a synchronization file linking the audio and text files;
h) publishing the audio files from step d) for said pre-recorded audio narration file, the electronic text documents of step f) for said electronic text file, the synchronization file of step g) for said synchronization file, said reader program and said automatic installation program to said computer readable medium so as to create a computer-readable-medium-electronic-book.
21. A computer-readable-medium-electronic-book created by a process comprising:
a) obtaining a raw audio recording file of a human narration of a book;
b) audio editing the audio file;
c) segmenting the audio file;
d) converting the segmented files into a compressed format;
e) obtaining an electronic format text version of said book;
f) separating the text version of the book into multiple documents;
g) using a creator program at an editor's station:
playing the audio obtained in step e);
concurrently viewing text obtained in step g);
creating a synchronization file linking the audio and text files;
h) publishing the audio files from step d), the electronic text documents of step f), the synchronization file of step g), along with a reader program and an automatic installation program to a computer readable medium so as to create a computer-readable-medium-electronic-book.
The present application claims priority to provisional application Ser. No. 60/294,439, filed on May 30, 2001, entitled System and Method for the Delivery of Electronic Books, the entire disclosure of which is incorporated herein in by reference in its entirety as though recited herein in full.
The present invention relates generally to the delivery of electronic books. The preferred embodiments of the present invention provide a system and method for delivering electronic books on a computer readable medium with a natural audio file (e.g., recorded “live” with a human narrator), an electronic text file and a book reader program.
There is currently significant uncertainty in the electronic book and the traditional book markets. With the introduction of electronic books (e-books) and electronic digital reading software (e-book readers) and hardware, the market has been somewhat slow. There are a limited number of electronic versions of books published and a limited number of features associated with existing e-book reader software.
The traditional book market is well established and consumers are accustomed to traditional methods of reading. Despite the existence of e-books, consumers are set in their ways. With respect to reading, for example, consumers will require something unique to change their reading habits. Existing e-books can be complicated to use. They can require that the user be able to download e-books and associated e-book reader software from the Internet, presuming they have the ability (i.e., both knowledge and/or resources) and/or time.
Existing e-book reader software is often not very versatile and/or user friendly. Among other problems, the e-book market typically requires a substantial amount of cost and/or time associated with the purchase and/or download of an electronic book.
e-Book publishers are often required to produce their books in multiple e-book formats due to the number of different competing e-book reading formats on the market. Typically, consumers are required to purchase an e-book and then download it from the Internet, causing users unacceptable problems, delays and/or inconveniences.
Existing e-book digital reading software companies provide reader software with digital searching and personal library management tools. However, consumers have still been slow to move towards the e-book market. e-Books can have a number of problems including, for example, that: 1) there are a multiple number of e-book formats and no single industry standard; 2) there are limited books published in electronic format; 3) consumers are often required to download multiple e-book reader software programs; and/or 4) the reader software programs have restricted applicability, such as to certain computers and/or handheld devices.
With e-books authors can potentially publish books electronically and can, in essence, go directly to the public. That is, authors can potentially bypass “traditional” publishers and distributors. Authors and e-book publishers, however, are faced with pirating concerns, copyright issues and/or potential theft.
The present inventor has discovered that to a traditional reader, downloading e-books into a computer is simply not an acceptable substitute for the physical ownership of the hardback and/or paperback book and that this is likely a reason that e-book downloads have found little acceptance as an emerging technology. Moreover, traditional hardback and/or paperback books will likely remain in wide use for years to come. The present inventor has discovered that, among other things, what has been needed are methods of providing e-books that combines the physical ownership of a book product with an advanced technology that enhances educational and/or recreational reading and which methods integrate easily alongside traditional hardback and/or paperback book methods.
The present invention has significant advantages over other art, avoiding the above and/or other deficiencies, limitations and/or problems associated therewith, such as, for example, other art shown in: 1) U.S. Pat. No. 5,575,659; 2) U.S. Pat. No. 5,687,144; 3) U.S. Pat. No. 5,749,735; 4) U.S. Pat. No. 5,820,379; 5) U.S. Pat. No. 5,822,284; 6) U.S. Pat. No. 5,957,697; 7) U.S. U.S. Pat. No. 6,154,757; 8) Patent Cooperation Treaty Publication PCT WO/97/10541; 9) On-line Publication Entitled “Features and Benefits for the Interface of the Next Generation Digital Talking Book,” by Dennis R. DeVendra; 10) On-line Publication Entitled “DAISY on Our Desktops? A Review of LpPlayer 2.4,” by B. T. Kimbrough; and/or 11) On-line reference entitled “Digitization Of The Book: A Report of Present Trends.”
A potential advantage of some embodiments of the present invention is the ability to present books electronically to readers in an increasingly user-friendly format.
Another potential advantage of some embodiments of the present invention is the ability to establish a more flexible standard for electronic book readers.
Another potential advantage of some embodiments of the present invention is the ability to permit a reader to read a book electronically or, upon selection, to have a book read orally to the reader.
Another potential advantage of some embodiments of the present invention is the ability to flexibly transition back and forth between reading an electronic book on screen and having a book read orally to a reader.
Another potential advantage of some embodiments of the present invention is the ability to permit highlighting of selectable sections of an electronic book by a reader.
Another potential advantage of some embodiments of the present invention is the ability to allow highlighted sections of an electronic book to be read back to a reader.
Another potential advantage of some embodiments of the present invention is the ability to allow book-marked sections of an electronic book to be printed for a reader.
Another potential advantage of some embodiments of the present invention is the ability to have a book read by a human voice rather than a computer-generated voice.
Another potential advantage of some embodiments of the present invention is the ability to allow electronic books played on common audio player devices.
The above and/or other advantages may, if desired, be provided in some preferred embodiments of the present invention as will be apparent to those skilled in the art based upon the present disclosure.
In preferred embodiments of the present invention, the number of books on a user's physical library room shelves can increase significantly due to the size of the media, which can be, in preferred embodiments, in a computer readable medium (e.g., CD) format. Among other things, the organization of shelves can be enhanced by the avoidance of size “variations” seen with hard-cover books. Preferably, the computer readable medium on which the book is digitally stored is housed within a container in which bound titles can still be visually observed and read as a user surveys a traditional library environment. As a result, the books may typically be thinner, making room for many more books on a user's once-cramped shelves. In short, the bound copies (e.g., containers for the computer readable mediums) can be thinner because they may contain little or no paper. In some embodiments, the container may include a paper insert. In preferred embodiments, the paper insert may include a front picture that is the same or substantially the same as that of the corresponding hard-cover book, a rear picture that is the same or substantially the same as that of the corresponding hard-cover book, and, if desired, one or more internal pages. The internal pages may include, for example, advertisement information, the preface or a prologue of the book, the table of contents of the book, information regarding the technical aspects of the computer readable medium (e.g., CD), how to use the book, customer service contact information, and/or other information. In preferred embodiments, the container includes a CD that can simply be removed and inserted into a computer (e.g., personal computer, laptop computer, handheld computer, etc.) or the like. Then, the user will be able to read and/or listen to an electronic book stored thereon, such as reading a favorite novel, studying a textbook assignment, etc., just as with hard copy paper books.
In preferred embodiments of the present invention, when the reader's eyes tire, the reader can instruct the laptop to read the book aurally and a human voice will read the text to the reader from the point where the instruction was given.
Preferably, if the reader is studying a textbook and desires to highlight sections and/or to take notes, the system of the present invention will allow the reader to highlight the text in both the visual and the audio-visual mode and/or to take notes related thereto. Preferably, the software will provide the option to review highlighting (or even note taking) by, for example, having the computer read back the specific portions that were highlighted.
With preferred embodiments of the present invention, users will not need to carry heavy textbooks (e.g., relieving the burdens of students and/or other users). In order to use preferred embodiments of the present invention, a user may, for example, only have access to a computer (e.g., a personal computer, a personal digital assistant, a laptop, etc.) and a selection of a CD or the like produced according to embodiments of the present invention. In this manner, physical “books” will be available, but in, for example, CD form, and will be readily available in a cost effective manner.
In preferred embodiments of the present invention, a new audio-visual book format can be provided. Unlike both a) audio-only books on tapes or CDs which only play on standard tapes or CD players and b) existing e-books which only allow users to read books electronically published on computers or handheld devices, the preferred embodiments of the present invention provide consumers with the ability to simultaneously read the books and/or listen to actual human voice narrations thereof.
In preferred embodiments, a computer readable medium (e.g., a CD or the like) contains a book reader program that uniquely provides a seamless link between a human-voice audio copy of the book with a digital text form of the book such that an individual can easily switch between reading and/or listening. Among other benefits, this can expediently increase the efficiency of reading. In the most preferred embodiments, the narrative portion of the audio-visual book is not computer generated, but a reproduction (e.g., recordation) of an actual human voice. In this latter case, the reader software preferably uses a digital transcription of a narrator's pre-recorded voice to enable the fullest enjoyment' of the storytelling experience brought about by the subtle changes in tone and inflection of the narrator. Most preferably, books published in accordance with embodiments of the present invention will be able to be heard in any MP3 CD device, such as a car's MP3 player, portable MP3 players, DVD players, and other MP3 devices, etc. MP3 (MPEG-1 Audio Layer-3) is a standard technology and format for compression of a sound sequence into a small file while preserving sound quality. MP3 files may also be readily downloaded via the Internet. MP3 is a powerful algorithm in a series of audio encoding standards developed under the sponsorship of the Motion Picture Experts Group (MPEG) and formalized by the International Organization for Standardization (ISO). While MP3 is used in the most preferred embodiments, numerous other formats may be employed in various other embodiments.
In preferred embodiments, the audio track of the audio-visual book is cross-indexed in such a way that an individual user can bookmark the text so the reader can return to the position where the reader left off and resume reading or listening. In preferred embodiments, consumers will have the ability to read the book and, at the same time, actually listen to the book, as it is read to them by an actual human voice.
In preferred embodiments, a system is provided which includes both software for “creating” the audio-visual book—the preferred embodiments of which are referred to under the trademark AV CREATOR™—and for “reading” the created audio-visual book—the preferred embodiments of which are referred to under the trademark AV READER™. In preferred embodiments, the AV CREATOR software and the AV READER software are provided on separate CDs or other forms of computer readable media. In some illustrative embodiments, the reader and/or creator software can be created using C++, visual basic and/or other known programming languages.
In preferred embodiments, the “reader” software allows individuals to seamlessly link a human-voice audio narrative copy of a book with the digital text of the book. Preferably, the “reader” software includes at least some of the following functionality: word searching function to locate a position of a word or words in the book; an electronic dictionary function to enable reviewing the meaning of a word or words; an indexing function to enable the indexing of portions; a highlighting function to enable the highlighting of portions; a note taking function to enable the taking of notes (e.g., on the visual text display via a computer display or the like); and/or a book marking function to enable the book marking of portions.
The preferred embodiments of the present invention may offer readers one or more of the following advantageous features:
1. The ability to read books and/or to listen to real-life actual narrations.
2. The ability to provide text versions using the text file format RTF (Rich Text Format).
3. The ability to provide audio portions produced using MP3 digital technology, such that the books may be provided on CDs (i.e., preferably, the entire book is thus on a single MP3 CD), along with the ability to be listened to the same on MP3 audio devices, such as computers, portable MP3 players, MP3 car CD players and/or more.
4. The ability to produce electronic digital versions of books on CDs or the like, providing consumers the ability to purchase “physical” audio-visual books from local bookstores and/or from on-line bookstores, such as AMAZON.COM. (As a result, the preferred embodiments enable the maintenance of many traditional advantages of physical books, such as the ability to purchase an actual copy, the ability to maintain a library on traditional bookshelves in a home, office, educational center such as a library, and/or the ability to give a physical copy as a gift. While retaining these physical qualities, the preferred embodiments may provide individuals the ability to read the books and/or listen to real-voice human narrations thereof.)
5. The ability to provide electronic books on CDs along with a copy of the audio-visual reader software already installed thereon so as to eliminate the need for individuals to download and/or install electronic digital readers from the Internet. (In preferred embodiments, the audio-visual reader software will automatically install on a user's computer [e.g., personal computer, lap top computer or the like] if it is not already installed on a hard drive of the computer.)
6. The ability to be used with laptop computers, desktop PCs, handheld devices, etc., now available and/or later made available. (In some embodiments, other computer readable mediums may be used instead of CDs, such as in some illustrative examples, CD-ROMs, CD-RWs, CD-Rs, SMARTMEDIA storage cards (e.g., removable flash memory cards or the like), COMPACTFLASH cards (e.g., having solid state memory or the like) or other computer readable media currently known or later known.)
In the most preferred embodiments, existing industry formats can be used. Among other things, this enhances the utility of the product. For example, the preferred embodiments use existing text and digital formats, which have been accepted as standards in certain contexts. First, Rich Text Format (RTF), has come to be generally accepted by the “publishing industry” as a standard format for publishing books. Second, the “digital music industry” has generally accepted the MP3 format as its industry standard. In the most preferred embodiments, these existing and well-accepted file formats are combined together.
In the preferred embodiments, a “creator” program provides a connection between these two file formats that creates a seamless link between a “real-human voice” pre-recorded narrative copy of a book and the digital text of the book. Preferably, the audio-visual reader software provides individual readers a more versatile method to conduct reading. In preferred embodiments, users receive the option to read and/or to listen to a book that is read to them by a real human voice (i.e., with corresponding pauses, delays, inflections, etc., imposed by the narrator, as well as any additional narrator statements and/or alterations and/or interpretations of the spoken text) which may, among other things, expediently increase the efficiency and/or efficacy of reading. In the preferred embodiments, users are able to read and, at the same time, listen to a real-life voice so as to provide a multi-sensory learning experience and advantage.
In the preferred embodiments, a CD or the like may be created using a creator program that facilitates the electronic publishing of a book on a CD or the like, including both the audio (e.g., narrative) and text version of the book. In preferred embodiments, these CDs will be available for purchase from local bookstores and/or on-line bookstore. Additionally, the software found on these CDs (e.g., the electronic books and/or the associated reader software) can also be downloaded via the Internet or the like in some preferred embodiments.
In the preferred embodiments, the reader software enables users to insert a bookmark which allows the reader to return promptly to substantially any part of the book. In the preferred embodiments, the reader software will also enable the user to re-insert an audio-visual book contained on an MP3 CD into any MP3 CD device and go directly (e.g., fast forward) to where they left off (e.g., to where they had bookmarked). In preferred embodiments, users can have multiple bookmarks. In other preferred embodiments, users can be provided with unique bookmarks for separate users.
In the preferred embodiments, one or more of the following features can be provided:
1. The “creator” software can be used to produce an audio-visual book on a CD or the like and can be read by the average computer CD or the like drive.
2. The “reader” software can be used to provide users the ability to “bookmark” the digital text that is displayed (e.g., on a computer monitor or the like) so that if the reader software program is closed or if the computer is shutdown, the user can resume reading or listening to the digital recording at a point that was previously book-marked once the user reopens the reader software on that same computer. Preferably, multiple users can have unique bookmarks with unique identities.
In some optional embodiments, a routine can be included that will automatically save the last page number or the like (e.g., bookmark) of the last page displayed in the event that the user inadvertently stops the program or the computer crashes or otherwise shuts down execution of the reader software. In less preferred alternative variations, the location (e.g., sentence) of the text that was last highlighted when the catastrophic event occurred could be written to disk or the like and repeatedly updated (e.g., as, each sentence gets highlighted). However, in preferred embodiments where the “page number” is saved, then only that info needs to be updated and written to disk each time the user turns the page or the like, which would include much less overhead (while not marking the exact spot where the user left off).
3. The “reader” software preferably provides the user with the ability to read the text content, to listen to the digital recording and/or to do both simultaneously. Preferably, the software provides the ability to switch back and forth between reading and listening with ease (e.g., with one click of the mouse or other pointer device for positioning on a display).
4. The preferred embodiments include an MP3 sound file format and an RTF (Rich Text Format) text file format.
5. The “reader” software preferably provides navigation via an audio-visual book outline to quickly locate a particular section of a book. In preferred embodiments, the granularity of this capability may, at least in part, be dependent upon the level of granularity that the creating editor uses when a CD or the like is created.
6. The “reader” software preferably does not encode bookmarks directly to the medium containing the audio-visual book (e.g., to the MP3 CD or the like) in some embodiments. In such embodiments, the user preferably has the ability to export to a write-able media, such as a floppy diskette or other form of write-able media, which may then be transported to another computer running a copy of the “reader” software. Thus, the audio-visual book may be on a non-writeable CD or the like, and yet, users will still be able to read the same book on more than one computer and preserve their personal bookmarks. Similarly, in some preferred embodiments, annotations can be similarly saved on a separate write-able media. In some embodiments, a file can potentially be created that can be forwarded in another manner (e.g., via e-mail, file transfer protocol, or the like, over the Internet or the like) to, e.g., a location or URL at or accessible to another computer. Movement of personal bookmarks between computers running the reader software may be supported, for example, by an “import/export” function in the “reader” software.
7. The “reader” software preferably uses commercially available MP3 players to listen to the MP3-encoded sound recordings. For example, the software may call-up or initiate the playing of the sound via an available MP3 player. For instance, many computers have players built into their operating systems (e.g., WINDOWS 98, etc.). Other players may include, for instance, WINAMP (PC), MACAMP (MAC), MPEG 123 (UNIX) or the like.
8. The “reader” software will preferably be able to display the corresponding text as the sound file is played. Preferably, the corresponding text displayed by the reader software will be highlighted to keep pace with the audio portion. In some illustrative embodiments, highlighting may include the following or other forms of highlighting:
The above and/or other aspects, features, advantages and/or benefits of various embodiments of the present invention will be further appreciated in view of the following description, taken in conjunction with the accompanying figures, as well as upon implementation and/or practice of the various embodiments of the present invention. It should be appreciated that various embodiments will include and/or exclude different aspects, features, advantages and/or benefits of the present invention and that descriptions of aspects, features, advantages and/or benefits of the various embodiments should not be construed as limiting embodiments nor the inventions claimed.
A notable feature of the most preferred embodiments is that the audio and visual book can be seamlessly linked together so that the reader can switch back and forth “at will”—substantially instantly—between the two methods (i.e., visually reading on a computer display screen and/or listening to the book being read aloud by an actual pre-recordation of a narrator's voice or the like). In the most preferred embodiments, the audio portion of the book is a recordation of a real live human voice, with the intonations and subtleties that only a human voice can reproduce, which further enhances the reading experience.
In preferred embodiments, the computer readable medium that is used is an MP3 format CD (rather than a standard compact disc which could be used in less preferred embodiments). Among other things, current audio book compact discs have lower audio quality and may require multiple discs to store a single book. Moreover, they can typically only be played in standard CD players with very little control and/or search capabilities. In the preferred embodiments, the use of an MP3 or the like format allows for much higher quality recording and most books can be stored on one MP3 CD, or on other computer readable media. Most advantageously, an MP3 CD or the like medium can also be used with various “audio-only” players, etc., such as in a portable MP3 player, or in a car MP3 player, or in another player that has next track features typically for “music” purposes, but that works with features of the preferred embodiments such as listening to a MP3 CD while moving to appropriate chapters, pages, paragraphs, sentences and/or words when reading interruptions occur (e.g., book-marking) and the like.
In the most preferred embodiments, the “reader” software that allows the audio-visual book to be visually and audibly used is installed on every or substantially every audio-visual book physical medium (e.g., on every CD, computer readable medium or the like) that is purchased by the consumer. In the most preferred embodiments, one or more, preferably all, of the following functions can be included in the reader software:
In the most preferred embodiments, the reader software enables a user to “highlight” any portion of the text at anytime while reading the visual text or when the text is being read. Preferably, the highlighted portion of the text can then be saved to another file or to a directory or to another disk or CD. Preferably, this highlighted text may be saved in the computer or elsewhere and be read back at some time (e.g., separate from the reading of the book). This can be useful, for example, as a study aid.
In the most preferred embodiments, the highlighted portion can be shaded in a variety of colors. Preferably, the colors can be pre-selected from a color pallet in an “options menu” displayed on, for example, a left display margin. Most preferably, users can use a “separate-color-highlighting” feature for specialized (i.e., to highlight subject matter with different significance or import in different colors) and/or personalized (i.e., to identify highlighting of one user) highlighting. In the most preferred embodiments, users will save their bookmarks, annotations, highlights and/or the like to their own personal data files, rather than saving such to a common data file.
In the most preferred embodiments, when a user first purchases an audio-visual book and inserts it into his or her computer, the “reader” software is immediately and automatically installed on that computer—that is, if the computer does not have the reader software already installed. This can, among other things, facilitate the installation process. Accordingly, every book medium—e.g., CD or other computer readable medium—preferably has the reader software installed on it along with programming that will automatically install on any computer into which the medium is inserted.
In the most preferred embodiments, once installed, the reader software will automatically display on the computer screen (e.g., preferably an icon is placed on the desktop of the computer display that can launch the software when selected [e.g., when double-clicked]).
In the most preferred embodiments, on installation, a company logo (e.g., AV BOOKS, INC.™ or the like) and/or a flash-screen will display on the screen. Preferably, the flash-screen will disappear within a few seconds (e.g., within about 10 seconds) and a “book-library” will be displayed with a selectable control panel displayed therewith (e.g., on a right side of the screen). The book library is preferably a pictorial library. The book library can preferably be displayed at any time by clicking on a library button (e.g., on a right side control panel or menu).
In the most preferred embodiments, the library displays a picture of the dust cover or of a front cover of all books that are installed on the computer (e.g., within the “reader” software). The library provides a useful record of all books that are installed in the computer. In most preferred embodiments, the library also provides a record of all books that have been installed on the computer, but whose files have since been removed or deleted from the computer. In this manner, the library may provide a record of a) books that the user has already read and/or b) electronic books that the user has on his or her shelf (e.g., in his or her physical library) but not stored on his or her computer. This latter library format can help to save space on a computer by not storing the audio/text files while enabling books to be categorized and organized. Preferably, the user may remove books from the electronic library, if, for example, the user no longer has the book retained in his files.
In some preferred embodiments, rather than installing a book onto a user's computer, a book can only be read from the computer readable medium when it is placed within a disk drive or the like. Among other things, this may help to protect works from unauthorized copying because installing a book on the computer may cause another copy of the book to exist within the client's computer, facilitating the ability to make unauthorized copies in some circumstances. Nevertheless, in some embodiments, the books can be copied to a user's computer. Among other things, this also facilitates having several books open at the same time, whereby, e.g., one may easily review several sources concurrently. This multiple document review can be included in some embodiments of the reader software.
In some embodiments, the library may also be used to save information related to books that the user has read. For example, upon completion, the user may for example, be presented with a “completion” form to confirm that the user read the entire book and/or to enter comments into a comment field. Upon completing the form and clicking “submit,” for example, the library preferably stores the book title and other information (along with an automatic date and/or time indication, if desired) and saves that information in a “books read by user list.” The books read by user list may contain different books than that present in the library. Additionally, the books read by user list may also be adapted to enable the user to insert information related to books read in other contexts (e.g., hard copy books).
In the most preferred embodiments, if the book is currently installed on the computer, the library will show the book cover as brightly colored (or as otherwise distinguishable from books in the physical library that are not stored on the computer itself). Preferably, if the book is not currently installed in the computer but has been installed on it in the past (e.g., the book is owned by the reader but is presently at home on his bookshelf and not in the “reader” software on his computer), then the library will show the book cover in a ghost or see through color display (or as otherwise distinguishable from books stored in the computer).
In the most preferred embodiments, any book can be deleted from the computer and/or deleted from the library altogether as desired. In some embodiments, whenever an audio-visual book is inserted into the computer, the audio-visual book is “automatically” installed on the computer. Most preferably, an option is provided to the user in an “options section” that allows the reader to request if the book is to be installed and/or not on the computer when the computer readable medium containing the book is inserted into the computer.
In the most preferred embodiments, the library is configured such that by simply “clicking” on the picture of a respective book, a full screen view of the front cover of the selected book will replace the library screen and the book will be loaded for reading and/or listening.
In the most preferred embodiments, clicking on a “page forward” button will then open the book to the first page. Preferably, the book will automatically open up to a two-page display (i.e., a left and right page display), unless a single page display is requested on a command menu (e.g., provided at the right side of the display in preferred embodiments). Most preferably, the pages of the displayed text contain the same or substantially the same text as the corresponding pages of a hard-cover copy of the book.
In the most preferred embodiments, a user can then click a listen button and the reader software will begin to read in an actual human voice. In preferred embodiments, the reader software can be made to stop reading by a simple additional click of the mouse or the like (e.g., by clicking a stop button or by clicking the listen button a second time or the like). Most preferably, as the book is read aloud, the sentences are shade-colored or otherwise highlighted so that when the user discontinues the audio portion of the book, the user will know exactly where the user is in the text location.
In the most preferred embodiments, when a user is reading text in a traditional (i.e., visual manner) and the user desires to have the reader software read the text aloud, the user can simply click on a spot where the user desires to have the software commence reading aloud (e.g., by clicking a read button), and the reader software can then pick up at that spot and read the text to the user until the user inputs a command to stop.
In the most preferred embodiments, during audible reading of the narration by the software, when the reader software reaches the bottom of a page, the display will automatically advance to and display the next page. On the other hand, when a user is reading the visual text, advancing to the next page is preferably accomplished by clicking a “page forward” button (e.g., on a right side command menu) or the like. Preferably, moving back through the pages can be accomplished by clicking on a page back button (e.g., on the right side command menu) or the like.
In the most preferred embodiments, if the reader wishes to move forward or backwards through multiple pages, he can simply click on a “Fast-Forward” button or on a “Fast-Back” button on a command menu (e.g., on a right side command menu) or the like.
In the most preferred embodiments, a “cursor bar” or “knob” is provided at the bottom of the display screen (or at another suitable location) that can be moved left and right by clicking on it and dragging it to the left or right. Preferably, this cursor movement will advance and/or retreat the display of the text through the book pages at a high rate of speed (preferably, the speed can be set to suit the user's needs/desires, such as via an options or properties menu selection). Most preferably, a small pop up box or the like appears when the cursor is activated (e.g., clicked) that indicates the page number that corresponds to the cursor position.
In the most preferred embodiments, a specific page number can also be selected as well as a specific chapter in the options menu by clicking on the appropriate contents table on the left side contents menu.
In the most preferred embodiments, a “bookmark” function is provided that enables the placement of a bookmark at generally any point in the book by simply clicking on the spot to be marked. Preferably, this bookmark function can be used in both the reading and/or listening modes. Preferably, specific reader bookmarks can be assigned using an options menu (i.e., whereby individual readers may receive their own “bookmarks” so that different readers can mark positions (such as where they left off) unique to themselves.
In the most preferred embodiments, when more than one reader identifies unique bookmarks in the options menu, he or she may also identify a specific color to be used in the listen mode. Preferably, the sentence being read will then be highlighted in that specific color for that specific reader so than when reading is interrupted (e.g., by clicking “pause” or otherwise interrupting reading), the user can readily return to his or her point of discontinuation. While highlighting in specific colors is preferred, the highlighting may take on any other form of highlighting and/or distinguishing text. Preferably, when using the “highlighting” mode for book-marking and/or annotation, different colors are used than the “listen mode's specific user highlighting.”
In the most preferred embodiments, an “annotation” function is preferably provided. Preferably, at substantially any point in the text of the book an annotation (e.g., a note embedded at that point, a footnote, an endnote or the like) can be inserted. Preferably, clicking on an “annotation” button on a command menu (e.g., in a right-side command menu) and then clicking on substantially any spot in the text will mark that position with a specific annotation identifier (e.g., a number, another alpha numeric indicator, an icon or image or the like) which will automatically be displayed (e.g., such as in a left side annotation list [e.g., under notes or the like]). Preferably, an annotation box or note box (e.g., a pop-up form containing a box into which a user can insert text via a keyboard or the like) will open and the text can be typed into the appropriate box. To retrieve the notes, a user can, in some preferred embodiments, click on the annotation button and pick a note from an annotation list and/or can click on an annotation icon embedded within a particular portion of the text at which the annotation is inserted. Upon doing so, the annotation or note will preferably be displayed. Preferably, the page to which the annotation or note is made will also be displayed.
In preferred embodiments, a volume control function is provided that enables the increase and/or decrease of volume by simply clicking on a cursor and dragging it (e.g., right and/or left).
In preferred embodiments, a zoom control function is provided (e.g., via a button on a right side command menu) that will make the text larger or smaller on the page. Among other things, this may also be highly useful for individuals having visual limitations (i.e., sight impairments).
In a preferred embodiment, a rotate control function is provided that may be initiated, for example, via a button on a command menu (e.g., to make the page display rotate, e.g., 90 Degrees). Preferably, this function is applied only to single page display, rather to a multiple-page display.
In a preferred embodiment, a “format control” function is provided that may be initiated, for example, via a button on a command menu that can switch the display between a single-page display and a two page display (i.e., corresponding to left and right pages of an open book—and preferably corresponding to the same pages in a hard copy of the book) format.
In the most preferred embodiments, the two-page format is provided with a) a center rail image and/or shadow between the pages (e.g., providing an appearance of a center rail of a hard-cover book) and/or b) a side-edge-multiple-page image and/or shadow on the sides of the book (e.g., providing an appearance of a side edge of a hard-cover book). Among other things, this will help to provide a more realistic open book appearance. Additionally, in preferred embodiments, this may also provide a means to facilitate movement within the book to “bookmarks,” “annotations,” and/or to new positions within the text. For instance, in some embodiments, the user may “skip-ahead” or “move-back” to a particular location by merely clicking a pointer on the side edge of the displayed book. Similarly, in some embodiments, a user may jump ahead or go back to a particular annotation or bookmark (and page to which such is correlated) by clicking the pointer upon a region of a POST-IT like “tab” that may be made to extend from the side of the displayed book to facilitate locating and/or viewing bookmarks in some preferred embodiments. Preferably, the location around the perimeter of a book of such a tab may be changed by dragging the tab via a click and drag technique. However, preferably the “page” to which the tab is linked will preferably not change by dragging the tab, but by affirmatively selecting a desired page number (e.g., entered into a form or the like). Preferably, the tabs may include titles that are visible when extended, and additional text that is visible upon clicking the tabs or upon moving a cursor there-over. In some embodiments, the size of the tabs may be altered (i.e., by dragging a corner or side and/or by selecting pre-set sizes and/or by other means). Nevertheless, enabling the borders of tabs to be sizeable according to the whims of the user may be undesirable in some cases, and in some embodiments, the tabs would have fixed sizes and, e.g., maybe only a page number or the like will be displayed, but when the user moves a pointer over the tab, it may expand to display more information. For example, in some illustrative cases, left-clicking the tab could cause the book to jump to that and/or right clicking on the tab could invoke a floating menu that has the option to move the tab elsewhere in the book. Preferably, the locations of the tabs around the perimeter can be manually set and/or set automatically (e.g., by order of time of creation of the tab, in numerical order, in alphabetical order, by page number, etc.).
In preferred embodiments, when the “library” of the reader software is opened and displayed, a “how to” book is provided as one of the first books in the library. Preferably, it is displayed as the first book in the upper left corner. Preferably, the book describes “how to use the reader software.” Preferably, this instruction book has both real-life pre-recorded narration along with a text copy of the book as with the electronic books of the preferred embodiments. Preferably, the “how to” book can be selected, similar to other books, by clicking on an image of the book (i.e., preferably showing an entire front cover “book icon,” or by clicking on a “help” button (e.g., on a right-side command menu or the like).
In the most preferred embodiments, a separate “library” listing can be selected under an “options” button that lists all books owned and/or available on the computer. Preferably, the books can be listed in alphabetical order: e.g., either by author, title, subject and/or other. In some embodiments, individual users can have pre-set library arrangement criteria that will show the library arranged to suit their personal needs. For example, a user may re-arrange a library to suit their personal interests, such as by displaying books they have read in one region, science fiction at one region, books by certain authors at one region, books that they wish to read soon in another region, etc. Preferably, the library can be compartmentalized into sub-folders that may have suitable titles. Preferably, pre-established folders can be set to facilitate organization (e.g., Sci-Fi, Fiction, Non-Fiction, Drama, Author, User #1, User #2, Favorites, etc.) and/or folders can be created by users and/or named/renamed as desired. In preferred embodiments, books may potentially be classified under multiple folders that may be applicable thereto. In preferred embodiments, a search engine is provided at which users can locate certain books (e.g., by category, by word/phrases, etc.). Preferably, the search categories can be modified. Preferably, the words/phrases can be searched by reviewing a) all of the text of documents contained within the computer and/or b) summary information stored in a properties file or the like (e.g., having author, title, copyright and/or other information). Preferably, at least some or all of the summary information stored in the properties file is retained in the library database even when the audio and/or video content of the book is removed in order to enable searching related thereto. In some preferred embodiments, properties files may be downloaded via the Internet or the like to the system to add book information to the library (i.e., without having to manually enter data) related to other books (e.g., such as related to hard cover books located on one's shelves). Preferably, a web site is provided that includes information related to substantially any well-known book available, such that information can be readily downloaded by merely clicking on an icon provided therefor.
Preferably, a library display can be provided upon clicking an “options” button that will preferably present a drop-down menu of options and then clicking a “library” button or similar means. Preferably, when a book is first selected, a table of contents (e.g., listing chapters or the like) is automatically displayed as a list on a left-side display (e.g., adjacent to the left side of the display for the book itself). Preferably, in embodiments using both a left side command display and/or a right side command display, at least portions of the left and/or right side displays can be removed from the display (e.g., field of view). This may be used, example, to help enlarge a two-page book display.
In the most preferred embodiments, some or all of the following “bulleted” advantages may be achieved.
The manner in which people read can be greatly facilitated and/or revolutionized. As merely one example, reading can be facilitated by, e.g., initiating the reading of a book in the “listen” mode so that readers can more effortlessly “get into” the story and then once the reader's familiarity with the story is developed enough to facilitate reading of the text (e.g., after the first 20 pages, as just one example), the reader may “pick up” at that point by reading the text alone, so as to facilitate reading for individuals having difficulty “getting started” and/or “getting into” the story (NB: this can be a great learning methodology for individuals/students having reading difficulties)).
Individuals that need to read and/or study for many hours or continuously may take “reading-breaks” without taking a break from the book. That is, a reader may switch for reading mode to listening mode to allow the reader's eyes to rest or to focus at a distance. One theory for the vast number of individuals today that have diminished eye-sight is the enormous amount of time spent focusing one's eyes at a short distance (e.g., at a computer screen or piece of paper) for extended periods of time. Eye doctors often advise clients to take a break once in a while and stare off at a distant object to “rest” one's eyes. This is good in theory, but to date, it has required the user to stop their important reading activities and/or to lose track of where they were. This also increases the users level of stress, rather than decreasing stress, with a relaxing “break.” With the preferred embodiments of the present invention, a user can “take a visual break” while continuing with the activity by listening to the text being spoken. Additionally, since the spoken text will be in a real-life voice, it will be much more relaxing to a user. Thus, the present invention can be especially advantageous to students (e.g., who have large amounts of materials to read/learn) and/or to other users that wish to read for prolonged periods of time. It can also provide, for example, a nice means to facilitate “reading-at-night” or the like, where an individual may read text for a while and then, turn off the light, and go to sleep in one's bed with the audio portion of the book picking up just where they left off to softly transition the reader to a sleeping environment. For individuals having “sleeping disorders,” this may be an effective technique to facilitate sleeping.
Additionally, the present invention allows a user to “continue” reading a book while performing other tasks. As a result, a reader no longer has to “put down” a book just to take care of some other task. For example, a parent that has to pick up a child at a soccer practice may discontinue reading, but place the disk in a portable audio-player device or in an automobile audio-player device or the like and continue listening using the audio-player device. Other tasks, may include important tasks that individuals (especially students and/or busy individuals) may otherwise neglect (e.g., such as obtaining aerobic or an-aerobic exercise, cleaning, paying bills, etc.). Thus, with the preferred embodiments of the present invention, individuals may take a “brake” from visual reading, while performing other tasks, especially simple rote tasks that do not require significant mental effort to achieve such that a user may continue to pay attention to the narrated book. Notably, these types of tasks will likely be easier to take care of since they may be accompanied by the “reading/listening” task. While some individuals have been known to listen to “music” with a WALKMAN or the like while jogging, for example, this form of “secondary” entertainment has been less desirable because users typically must initiate the “secondary” entertainment concurrently with the initiation of the “task.” Among other things, such existing methods may thus render initiation of the desired task more difficult.
The most preferred embodiments can also increase physical bookshelf space in schools, colleges and/or universities, commercial bookstores, libraries and/or personal homes or residences or the like, while providing physical media (e.g., CDs or the like) that can be maintained and/or handled in a manner similar to traditional books.
The most preferred embodiments enable students or avid readers to carry many more “physical” reading material items (i.e., books) more efficiently.
The most preferred embodiments enable users to retain a “tangible” book asset that can be given as a gift or stored on a bookshelf, in contrast to electronic books that are often, for example, only downloaded via the Internet and are only electronic.
The most preferred embodiments enable highlighted sections of the book to be printed, saved to another disc, saved to a computer, saved into a document (e.g., into a word-processing document, such as WORD, WORD PERFECT, or the like), displayed together via the reader program and/or audibly read back to the user via the reader program (e.g., for study purposes).
The most preferred embodiments can increase studying capabilities since the book can be visually observed and audibly heard, thus increasing the user's sensory usage and focus and enhancing memory retention and studying capabilities. Notably, use of real-life narration can further facilitate memory retention because the nuances in the spoken text may create further dimensionality in the audible information (e.g., incorporating feeling—such as anxiety, excitement, importance, uncertainty or the like—in the tone of one's narration) that can further help to enable individuals mentally associate the information and, thus, achieve enhanced memory or the like.
In the most preferred embodiments, the electronic books are contained on standard CDs with MP3 compression and are readable on MP3 format CD players, which preferably allow searching, fast forward and/or fast reverse capabilities. In preferred embodiments, the compact disc (CD) is a small, portable, round medium for electronically recording, storing, and playing back audio, video, text, and/or other information in digital form. In some preferred embodiments, the CDs may include read-only-memory (e.g., CD-ROM), but some embodiments may include CDs that allow users to record thereon. In other embodiments, other forms of disks or media may be used, such as, for example, digital versatile discs (DVDs). In some embodiments, the media may include a flash card, a memory card, a semiconductor-based memory card, a PCMCIA card, a solid state floppy disk card (SSFDC), or other suitable media. In some preferred embodiments, a CD-ROM is provided that is designed to store computer data in the form of text and graphics, as well as hi-fi stereo sound. In some preferred embodiments, a CD-ROM may be of the original data format standard defined by Philips and Sony in the 1983 Yellow Book, or standards are used in conjunction with it to define directory and file structures, including ISO 9660, HFS (Hierarchal File System, for Macintosh computers), and Hybrid HFS-ISO. In some preferred embodiments, the CD may be about 120 mm (4.75 inches) in diameter and 1.2 mm (0.05 inches) thick and may be composed of, for example, a polycarbonate plastic substrate (i.e., underlayer—which may be the main body of the disc), one or more thin reflective metal (e.g., aluminum) layers, and a lacquer coating.
Among other things, offering books on CD-RW discs, could enable the user to save their bookmarks, annotations and/or highlights on the same CD as the book. This may, however, introduce the possibility of a careless user deleting and/or formatting over the book content in some cases, thus damaging the book. Additionally, the use of a CD-RW may require that the user have either a CD-RW capable drive or a DVD drive to read the book (notably, some MP3 players can also handle CD-RW and CD-R formats). To write to a CD-RW disc, the user preferably has a CD-RW drive (e.g., a “burner”).
In some embodiments, a “Research Area” can be added via the reader programming. For example, researchers often use a plurality of cards or pages to jot down notes, quotes, the name of the publication, the date, the author, the page and/or other information, etc., while conducting research. For instance, one or so cards may be used for each piece of information. Then, the cards can be organized according to where the content may fit into a paper or the like. This latter illustrative example could be conducted electronically with some modified embodiments having a “Research Area.” For example, the user could, as merely one example, place a checkmark next to a “research” list item in the options menu which would then, in turn, add two list items to a “right-click” floating menu or the like: “add to current card” and/or “create a new card.” When the user finds a fact or quote or the like that they want to use, they can, e.g., drag the cursor over the text to highlight it, then right-click on it and choose one of the card list items from the menu. Preferably, the book title, publisher, author, date, page number and/or the selected text are automatically saved to an electronic card. Later, the user can preferably organize the cards and/or use the cards to create a single document. Preferably, the user can create card categories to organize the cards and can display all of them in a window similar to the library display. Preferably, the categories could display in a list (e.g., in a left hand window, similar to the contents list). Preferably, as the user moves the mouse over each card, all of the information on that card pops up and the user can then decide in which category to file the card. Preferably, the user can then drag the card over to the appropriate category and release it. Preferably, an additional feature could be added to allow importing these cards into MS WORD and/or other word-processing applications. For each card imported, a footnote would preferably automatically be generated. All of the contents of these cards would also preferably be searchable. Preferably, cards from multiple books would all be available at any time since they could be saved to the user's hard drive and/or other digital data storage.
In some embodiments, the research functionality could be further expanded to include access to electronic copies of periodicals (such as, e.g., in a network environment in which users access information from remote terminals or computers). Preferably, the publishers of periodicals could embed reference information (e.g., publisher, date of publication, author(s) name, title, etc., for each article) with the document at the time it is downloaded. This would facilitate the index card feature applied to periodicals. The text and images in the periodical could also be imported into the reader without having to be on a CD or in the same format as text on the CD. Preferably, to facilitate operation, an HTML to text converter is employed.
In some preferred embodiments, the reader software creates a graphical user interface that displays icons enabling one or more, preferably all, of the following functionality:
In the most preferred embodiments, the following functionality is also provided. When the reader software is used to initially display a book on a computer screen or other display, the initial screen view of the book is displayed in a two-page display presenting the same or similar look to an actual hard-copy open book with the gutter graphically displayed in the middle between the two pages. Most preferably, a single page format may be selected at any time, such as if a larger full page print is desired for reading ease.
Most preferably, one or more command menu and/or elements thereof are typically removed from view unless prompted or needed. Most preferably, when a command menu is desired, the two-page view automatically changes to a one-page view to facilitate display of the command menu items. Preferably, a left-side menu is displayed only when prompted, and whenever a feature is commanded that requires the display of the left-side menu, the two-page display will automatically switch to a single page display so that the actual full page of the book can be presented in a manner that it does not compromise the size of the book display or the book print and the ability of the reader to easily read this book print.
Preferably, one or more command menu(s) (e.g., a right-side command menu) will be displayed in large or full size when an initial two-page display is initially presented. Preferably, such command menu(s) may be reduced to smaller icons-only display menus (e.g., by clicking on a small icon at the top of a list of command buttons or the like).
In some illustrative embodiments of the invention, the operation of some aspects of the reader software may be carried out with one or more of the following steps:
1) Start the Reader Software:
2) Select a Book:
3) Begin Reading and/or Playing:
4) Pause Reading and/or Playing:
5) Highlight Text:
FIGS. 1 to 19 show features that may be included within some illustrative preferred embodiments of the invention.
The computer readable medium 10 is preferably housed within a container 20. Most preferably, the container 20 has a picture that is visible from a front surface thereof that is substantially the same as that on a hard-cover copy of the book (see, for example,
As shown, the medium 10 is preferably configured so as to be placed within a computer 30, such as a personal computer, a lap top computer, a personal digital assistant or any other appropriate computer device. In the illustrative embodiment, the computer 30 includes a display 31, a keyboard 32, a pointer device 33 (e.g., a mouse or the like as shown), and a base unit 34. The base unit 34 preferably includes a central processing unit, memory (e.g., random access memory (RAM), read only memory (ROM)), digital data storage, and communication means (e.g., modems, ports, etc.). As shown, the computer preferably includes a drive 35 into which the medium 20 may be placed for use of the electronic book.
Upon placement of the medium 20 into the computer 30, the reader software is preferably automatically launched and a graphical user interface 36 is displayed upon the screen of the computer display 31.
As shown in
As illustrated in the system shown in
In some embodiments where users are be able to access books via a given server, the server may be restricted in its ability to grant access to a work or book, such as limiting access to a certain number of users at a time. Among other things, this may help reduce unauthorized access to the underlying works.
With the preferred embodiments, the demand for the present form of electronic book may be significantly enhanced—e.g., by providing a wide range of distribution and avenues for receiving the reader software, by providing a wide range of means for obtaining electronic books, and/or by providing means for enabling the electronic books to be easily retained as physical media in a manner like typical hard cover books.
FIGS. 5 to 8 demonstrate some illustrative steps that can be employed during the creation process.
In step 162, the raw audio is converted in WAV files. A WAV file is an audio file format that has become a standard audio file format for everything from system and game sounds to CD-quality audio. A WAV file is identified by a file name extension of WAV (.wav). The wave file format has been accepted as a viable interchange medium for other computer platforms, such as even with MACINTOSH. In addition to the uncompressed raw audio data, the WAV file format may be used to store information about the file's number of tracks (e.g., mono, stereo, etc.), sample rate, and/or bit depth. Alternatively, uncompressed AIFF audio may be used. AIFF (Audio Interchange File Format) is an audio file format used in, e.g., the MACINTOSH operating system. The extension for this file type is “.aif.” An AIFF file may contain, e.g., raw audio data, channel information (e.g., monophonic or stereophonic), bit depth, sample rate, and/or application-specific data areas. The application-specific data areas let different applications add information to the file header that remains there even if the file is opened and processed by another application. For example, a file could retain information about selected regions of the audio data used for recalling zoom levels not used by other applications.
In step 163, audio editing on the WAV or the like file(s) is conducted. Among other editing, dead space may be trimmed, noise filtering may be conducted, etc. Various audio editing functions known in the art may be employed.
In step 164, the WAV or the like files are segmented (e.g., chopped logically), such as chopped by chapter, or by certain time periods—e.g., every X seconds or every Y minutes.
In step 165, the segmented files are converted into MP3 or the like format. Alternatively, other compression techniques may be used in other less preferred embodiments. For example, the MICROSOFT WINDOWS MEDIA AUDIO (WMA) format may be used. The WMA format offers a blend of audio quality and small file size. WMA may have some benefits, for example, when used on a pocket PC or the like. In some embodiments, files may include streaming files, such as REAL AUDIO files and/or streaming MP3 files, such as for example, in applications wherein the audio portions may be provided from a remote source (e.g., via variable bit stream or the like). For example, a streaming media format may be desirable in cases where a user accesses a remote computer while on public transportation (e.g., in an airplane seat or the like) or via the Internet or the like. In some embodiments, short video clips could potentially be included. Notably, in embodiments using RTF file format for text, described below, FLASH may sit inside of the RTF files. FLASH is a popular authoring software developed by MACROMEDIA, and can be used to create vector graphics-based and the like animation programs with full-screen navigation interfaces, graphic illustrations, and simple interactivity in an anti-aliased, resizable file format that is small enough to stream across a normal modem connection. A FLASH PLAYER can be used with, for example, INTEL PENTIUM or POWER MACINTOSH to view FLASH content, which performs across multiple browsers and platforms.
Thereafter, the audio file may be used within linking or synchronization procedures described below with reference to FIGS. 7 and/or 8.
In the most preferred embodiments, the RTF file is then separated into multiple documents at step 174. Among other things, this may facilitate operation on a computer (e.g., especially in cases using FLASH, pictures, etc.).
In the most preferred embodiments, the documents are then loaded into a file directory (e.g., within digital data storage) or the like at step 175. Thereafter, the text file may be used within linking or synchronization procedures described below with reference to FIGS. 7 and/or 8.
In the most preferred embodiments, the creator software has a generally similar interface to that of the reader software.
In operation, an editor preferably inserts the disk or medium 60 into a computer and/or launches already installed creator software provided on such a disk or medium. In contrast to the reader software, the creator software does not necessarily automatically install or launch upon insertion of the disk in the most preferred embodiments.
In preferred embodiments, the creation process may include steps as set forth below. Most preferably, the creator process includes roles by three “players” (i.e., includes three roles that may be carried out by different persons or entities—in preferred embodiments—or by one or more persons or entities). These roles include: writer (i.e., one or more person that writes the text portion of the book); recorder (i.e., one or more person that records the audio for the first time and places it into a medium, such as a CD); and editor (i.e., one or more person who assembles the audio-visual book package and handles a substantial portion of the creator process).
In one step, audio material recorded by the “recorder” (see, e.g., narrator 150 in
In another step, the large audio file containing the entire book will be broken down into smaller chunks or subsets. Preferably, these subsets may correspond to tracks on an MP3-CD player or the like. When the user presses “next track” or previous track buttons on their player, the playback will preferably advance to the next or previous chunk. In some embodiments, for example, this can be used to separate chapters (and/or, e.g., sections, pages, etc.) of a book into individual chunks. By breaking down chunks into subsets of chapters or the like, searching for a piece of audio can be simplified.
In another step, the audio CD will preferably be “ripped” (e.g., converted) into an MP3 file. As a result, the compression may, e.g., enable the storage of 5, 10, 100 or more hours of audio on a single CD. While there may be a tradeoff between “quantity” and “quality,” a very high quality CD may be able to contain at least about 14 hours of audio on a single standard CD. As a result, most books (e.g., of average size to even very large novels) should be able to be stored on a single standard CD.
In another step, the material written by the “writer” will be provided to the editor. The written material will preferably include the complete text of the book in digital format. In preferred embodiments, the text is either provided to the editor in RTF (Rich Text File format) or it is converted into RTF (e.g., by the editor). In some embodiments, the editor may preclude certain formats as deliverable formats, such as, e.g., PDF and/or PostScript. However, the editor may alternatively scan a non-readable or hard-copy of the text to render an RTF format document or a document convertible thereto.
In another step, the electronic RTF document is preferably broken down into a plurality of portions. Among other things, this may improve performance on a client machine because it may make the CPU and/or memory requirements lower for a client computer. To the client computer, partitions will preferably flow from one to the next seamlessly, just as with the audio.
In another step, the “editor” (see, e.g., editor 140 in
In another step, the “editor” will then proceed through the text (e.g., with the creator software displaying the text) and will “block” certain text portions (e.g., most preferably, by sentences, but potentially by phrases, by lines, by words or the like). To initiate this functionality, an editor may click on an icon or button such as the “sentence clipping” icon shown in
In another step, the “editor” will then proceed through a synchronization routine. To initiate this functionality, an editor may click on an icon or button such as the “synchronizing mode” icon shown in
In another step, the “editor” will publish the book. To initiate this functionality, an editor may click on an icon or button such as the “publish” icon shown in
In another step, the “editor” will preferably take the directory created in the latter step and save this to a corresponding computer readable medium, such as by burning it into a CD. To initiate this functionality, an editor may click on an icon or button such as the “save as” icon shown in
In the alternative embodiments shown in
In the embodiment shown in
With reference to
Preferably, a user can initiate playing and/or reading of the narrated audio by clicking on the icon “play” in the right-side command menu 240. When this is done, playing and/or reading of the narrated audio will preferably commence on the particular location selected (e.g., which may be selected using a left side menu or the like). Preferably, if a user has loaded a particular book, upon clicking “play,” the narration will commence at the beginning of the book—e.g., at the title.
With reference to
With reference to
In another variation of the latter embodiments, a user can preferably have bookmarks displayed as “POST-IT” like tabs 311 extending from the periphery of the book. In this manner, a user can readily visualize the bookmark placement. Preferably, the bookmarks can include short visible titles or indicia thereon and can be double-clicked to redirect to the corresponding page and/or to open a particular note or the like related thereto. These forms of “POST-IT” like tabs 311 can preferably be used with both annotations and/or bookmarks.
As discussed above, in some embodiments of the invention, additional measures can be employed to protect the audio-visual books from unauthorized copying and/or use.
For example, technology similar to that used with respect to MICROSOFT'S OFFICE XP products can be employed. For example, the computer readable media products can contain software-based product activation technology, wherein a user needs to activate a computer readable media product in order to use it (e.g., such activation being enabled by an external source to facilitate monitoring the product). In some embodiments where users license products through licensing agreement programs, users may not be required to activate their products because this can be done by the system's administrator during deployment. In illustrative embodiments, product activation works by verifying that a software program's product key, which must be used in order to install the product, has not been used on more personal computers than intended by the software's license. For example, a user can use a software activation wizard that enables the user to provide the user's product ID to the product company either over the Internet (e.g., through a secure transfer) or by telephone. The installation ID can then be sent back to the user's machine to activate the product. Additionally, as with the foregoing MICROSOFT product, an audio-visual book may be enabled with a predetermined number of grace launches before the user must activate the book. If the user does not activate within such number of launches, the product can go into a reduced-functionality or non-functionality mode. For example, in a reduced-functionality mode, a user may be able to hear and/or view the table of contents or other limited portions of the book. When a program is in reduced functionality mode, a user can preferably still activate it to enable its full functionality.
During Internet activation, for example, an activation wizard will preferably automatically detect an Internet connection and connect to a secure server to transfer an installation ID. Preferably, little or no user information is required. However, in some embodiments, a user may opt to provide personal information for registration purposes and to receive personalized information, product offers, etc. Preferably, a confirmation ID is passed back to the user's personal computer, automatically activating the application. During oral communication activation (e.g., over the telephone), a customer service representative can ask for an installation ID number displayed on the same screen, enter that number into a secure database, and return a confirmation ID to the user. Then, the user can type in that confirmation ID and the activation process is complete. Preferably, the installation ID includes an encrypted form of the product key and a hardware identifier. As a result, if a user significantly alters the user's personal computer by replacing a substantial number of hardware components, the user may have to re-activate the product. Preferably, activation data is stored in a secure facility.
In preferred embodiments, the reader software contained on the computer readable medium can be installed at any time, even in circumstances wherein a product is not activated. This may, among other things, facilitate the dissemination of the reader software. In the preferred embodiments, each computer readable medium will have a book with a respective unique ID.
In some embodiments, other copy limiting techniques can be used. For example, a computer readable medium can be distributed with an ID code that must be entered to install the programming. The code can, for example, be printed on a container for the media. As another example, the media may be adapted to provide the appearance that the size of the file containing the respective work is too large for downloading. Any other copy and/or access limiting techniques now known or later known can be utilized in various embodiments of the invention.
In some preferred embodiments, each computer readable medium contains a single book. However, the various embodiments can be modified such that a single medium (or, less preferably, a plurality of media) may contain a plurality of books or literary works (e.g., a compilation of works [e.g., by author, category, genre or the like]).
In some embodiments, computer readable media according to the present invention can be used to distribute a plurality of works on a medium. In some embodiments, a “Publisher's Clearing House” type of application can be employed, wherein a plurality of magazines, books and/or other literary works are provided to customers, but via computer readable media according to embodiments of the present invention. The works may be purchased and/or ordered by the customer via a submission form or the like in which the user selects works that can be, e.g., packaged together and included on such media. Similarly, the present technology can be used to deliver subscription issues in a multiple format (e.g., as available via, e.g., PUBLISHER'S CLEARING HOUSE) and/or on a small or single product subscription basis. Thus, for such subscriptions, periodic, such as monthly, computer readable media can be distributed. This may facilitate distribution of works and especially the distribution of multiple works from a single originating source.
While illustrative embodiments of the invention have been described herein, it will be appreciated that the present invention is not limited to the various preferred embodiments described herein, but includes any and all embodiments having modifications, omissions, combinations (e.g., of aspects across various embodiments), adaptations and/or alterations as would be appreciated by those in the art based on the present disclosure. The appended claims are to be interpreted broadly based the language employed in the claims and not improperly limited to illustrative examples described in the present specification or in the prosecution of the application. For example, in the present disclosure, the term “preferably” is non-exclusive and means “preferably, but not limited to.” Means-plus-function or step-plus-function limitations will only be employed where for a specific claim limitation all of the following conditions are present in that limitation: a) “means for” or “step for” is expressly recited; b) a corresponding function is expressly recited; and c) no structure, material or acts are recited in support of that function.