CN101763749B - single-page electronic book - Google Patents
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- CN101763749B CN101763749B CN2009102383233A CN200910238323A CN101763749B CN 101763749 B CN101763749 B CN 101763749B CN 2009102383233 A CN2009102383233 A CN 2009102383233A CN 200910238323 A CN200910238323 A CN 200910238323A CN 101763749 B CN101763749 B CN 101763749B
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Abstract
The invention provides a single-page electronic book comprising an information control unit, a grid array first electrode and a second electrode. Each grid of the grid array first electrode is provided with an independent electrode and an independent electrode lead; the second electrode is a common electrode or a grid array second electrode; a first movable connecting component is arranged between the grid array first electrode and the second electrode at one contact side; electronic paper is arranged between the grid array first electrode and the second electrode; and an information processing unit converts the stored contents into image information for electronizing electronic paper and applies voltage signals for electronizing electronic paper between the grid array first electrode and the second electrode through a grid array first driving circuit. The technique can achieve the electronic book with the advantages of the traditional books, realizes the advantages of sharing, replacing and reading among pages for reading electronic paper and keeps the advantage of light and thin performance of the traditional electronic book.
Description
Technical field
The present invention relates to single-page electronic book, particularly relate to electronic reading equipment based on Electronic Paper.
Background technology
The type printing of China's invention is the Ancient Chinese invention of great significance in generation.Its invention, development and to the propagation in the world have been made huge contribution to human civilization.Modern laser printing, electronic composition printing makes people printing word and pattern on paper become easier.But, therefore need to produce a large amount of paper because file or data information that these printing processes obtain can not be changed.And carbon dust or printing ink that the printshop is used are still bigger for environmental pollution.
Development along with modern electronic technology, people have proposed the notion of various electronic papers, paper that promptly can update content, as little cup (MicroCup) electrophoretic film of the electric ink of E-ink company and microcapsules electrophoretic film, Sipix company etc., there has been be pilot to provide in fields such as display, billboards.Electronic reading equipment based on Electronic Paper begins to emerge, and its repeated electronization based on Electronic Paper, frivolous characteristics display the content on the Electronic Paper, and reflection realizes the reading effect of similar traditional paper by light.But these realizations have following deficiency: the multipage contrast function in the time of 1) can't providing people to read based on conventional book, because the single display of the design of existing e-book screen, the content that can only show single page, when needs are consulted the content of other pages, show the content of other pages by page turning, can't realize showing simultaneously the content of multipage; 2) displaying contents of e-book can't be preserved separately with the form of paper spare or shared,, can not take out because the Electronic Paper of existing e-book is fixed in the e-book with other people; 3) very inconvenient for the replacing of Electronic Paper, when the Electronic Paper performance of e-book reduces, change the Electronic Paper inconvenience.
At publication number is CN101201526A, open day on June 18th, 2008, name is called in the Chinese patent application of " electric printing equipment and method of printing electric papers ", Electronic Paper electronization electrode pair Electronic Paper by the outside is carried out electronization, for the various application that realize replaceable Electronic Paper provide possibility.The present invention will quote in full the description of this patented technology as Technical Reference of the present invention.But providing, this patented technology how not design the e-book with better performance or the implementation of electronic reader.
At publication number is CN100407250C, open day on July 30th, 2008, name is called in the Chinese patent of " Electronic Paper; Electronic Paper file and electronic pen ", the Electronic Paper file that can make Electronic Paper and main body loading and unloading is provided, by on Electronic Paper and main body, possessing the splicing ear that has physics or be electrically connected function, make Electronic Paper and main body to load and unload, in addition, because feasible the demonstration on the non-volatile display media that is possessed in the display part of Electronic Paper with data shows, therefore the Electronic Paper of taking off from main body keeps its displaying contents, and then, be contained at splicing ear set on the main body and rotate freely on the movable axis sheet, can keep desirable page or leaf under the state of opening watching.But the Electronic Paper in the prior art adopts splicing ear, causes that every page of Electronic Paper is too thick, cost is too expensive, and has only the main body that is complementary with splicing ear to carry out once more electronization to revise content wherein for Electronic Paper.
Summary of the invention
Technical matters to be solved by this invention is how to design the product of better reading impression than existing e-book or electronic reader all or to small part to overcome the deficiencies in the prior art.A kind of arrangement for reading based on Electronic Paper of the more approaching books reading method of being used to have is provided for people.
The term explanation: Electronic Paper described in the present invention is meant to comprise any parts with definite shape that comprise one of following material layer or combination: have the microcapsules electronic ink layer of electrophoretic effect, the little cup structure thinner package rete with electrophoretic effect, screw (Gyricon) layer, have the electrodeless Electronic Paper of the Electronic Paper material layer of electrowetting effect, bistable cholesteric, Beijing Pai Ruigen science and technology etc.
The term explanation: " Electronic Paper is carried out electronization " described in the present invention has identical implication with " Electronic Paper is printed ", even the pixel of Electronic Paper presentation information under effect of electric field.
For addressing the above problem, the multiple technologies solution that the present invention proposes is respectively:
The solution of single-page electronic book:
1, a kind of single-page electronic book is characterized in that comprising:
Information control unit;
Grid array first electrode has independently an electrode and a contact conductor on each grid of described grid array first electrode;
Second electrode, described second electrode are public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Grid array first driving circuit;
One of them contact edge that contacts between described grid array first electrode and second electrode has first to flexibly connect parts, and grid array first electrode can be rotated or slide with respect to second electrode;
Between described grid array first electrode and second electrode, Electronic Paper is set;
Described information control unit is converted into the content of being stored to the image information of described Electronic Paper electronization and by described grid array first driving circuit and applies the voltage signal that makes described Electronic Paper electronization between described grid array first electrode and described second electrode.
2, a kind of single-page electronic book is characterized in that comprising:
Information control unit;
Grid array first electrode has independently an electrode and a contact conductor on each grid of described grid array first electrode;
Second electrode, described second electrode are public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Grid array first driving circuit;
Be provided with between described grid array first electrode and second electrode Electronic Paper space and therein a contact edge opening is set, Electronic Paper can be inserted in the described Electronic Paper space and/or from described Electronic Paper space by described opening takes out Electronic Paper;
Between described grid array first electrode and second electrode, Electronic Paper is set;
Described information control unit is converted into the content of being stored to the image information of described Electronic Paper electronization and by described grid array first driving circuit and applies the voltage signal that makes described Electronic Paper electronization between described grid array first electrode and described second electrode.
In above-mentioned two kinds of solutions, one of them contact edge that carries out contacting between grid array first electrode and second electrode of electronization for Electronic Paper has the first flexible connection parts, can realize changing at any time the Electronic Paper that is arranged between first electrode and second electrode, and when being arranged on Electronic Paper between first electrode and second electrode content after by electronization when need be with other people shared, can take off and give other people, oneself put an Electronic Paper again and can proceed electronic display message control module institute canned data.Can read or use content wherein behind other people the electron gain paper at any time, simultaneously also can be in electronic reader or e-book update content.
3, a kind of single-page electronic book that spool is arranged is characterized in that comprising:
Information control unit
Grid array first electrode has independently an electrode and a contact conductor on each grid of described grid array first electrode;
Second electrode, described second electrode are public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Grid array first driving circuit;
Reel unit, Electronic Paper are wrapped on the described reel unit;
One of them contact edge between described grid array first electrode and second electrode has first to flexibly connect parts, and grid array first electrode can be rotated or slide with respect to second electrode;
At first opening that the Electronic Paper space is set between described grid array first electrode and second electrode and is provided with on contact edge therein, described Electronic Paper extends between described grid array first electrode and second electrode from described reel unit by described first opening;
Described information control unit is converted into the content of being stored to the image information of described Electronic Paper electronization and by described grid array first driving circuit and applies the voltage signal that makes described Electronic Paper electronization between described grid array first electrode and described second electrode.
4, a kind of single-page electronic book that spool is arranged is characterized in that comprising:
Information control unit
Grid array first electrode has independently an electrode and a contact conductor on each grid of described grid array first electrode;
Second electrode, described second electrode are public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Grid array first driving circuit;
Reel unit, Electronic Paper are wrapped on the described reel unit;
At first opening that the Electronic Paper space is set between described grid array first electrode and second electrode and is provided with on contact edge therein, described Electronic Paper extends between described grid array first electrode and second electrode from described reel unit by described first opening;
Another sides different with limit, the described first opening place between described grid array first electrode and second electrode are provided with second opening, Electronic Paper can be inserted in the described Electronic Paper space and/or from described Electronic Paper space by described second opening take out Electronic Paper; Preferably second opening is set at the another side relative with limit, the described first opening place;
Described information control unit is converted into the content of being stored to the image information of described Electronic Paper electronization and by described grid array first driving circuit and applies the voltage signal that makes described Electronic Paper electronization between described grid array first electrode and described second electrode.
Than preceding two kinds of schemes, three, increase reel unit in the 4th kind of scheme, Electronic Paper is wrapped on the described reel unit, when the needs displaying contents Electronic Paper being pulled out rolling from reel unit extends between grid array first electrode and second electrode, use convenient, and can share reducing with the Electronic Paper of displaying contents, be wrapped in additional automatically or manually being arranged between grid array first electrode and second electrode of Electronic Paper on the described reel unit with other people.When needs are realized automatic paper feeding and are reduced automatically, need to increase automatic paper feeding parts and Electronic Paper reduction parts, these two kinds of parts all have the solution of maturation in existing printing device or printing equipment, can guarantee that automatic location and the reduction after the pine located automatically.
5, the location positioning sign of Electronic Paper preferably is set on the surface of described grid array first electrode or second electrode, such sign can be an anchor point, it also can be position line, Electronic Paper is placed on suitable position between grid array first electrode and second electrode when guaranteeing manually or automatically Electronic Paper to be set, is beneficial to information control unit content information accurately is presented on the correct position of Electronic Paper.
6, the preferably described first flexible connection parts are that described grid array first electrode is around the link of described contact edge with respect to described second electrode rotation or translation; Perhaps described flexible connection parts are that described second electrode is around the link of described contact edge with respect to described grid array first electrode rotation or translation.Translation described here can array first electrode plane can translation with respect to the translation of one of the upper and lower, left and right four direction of described second electrode plane or a plurality of direction.
7, preferably described grid array first electrode and/or second electrode self comprise supporting construction, with the profile pattern that guarantees grid array first electrode and/or second electrode and satisfy relative rotation or the needed intensity of translation between grid array first electrode and second electrode.
8, preferably described Electronic Paper is fixedly installed on described grid array first electrode; Perhaps described Electronic Paper is fixedly installed on described second electrode.When not needing often to change Electronic Paper, Electronic Paper can be fixed on suitable position between grid array first electrode and second electrode.
9, preferably described e-book further comprises the Electronic Paper storage means, and described Electronic Paper storage means is deposited standby Electronic Paper or the Electronic Paper after the electronization.Described Electronic Paper storage means can be fixedly installed on the prolongation plane of grid array first electrode and/or second electrode; Also can flexibly connect the parts flexible connection and be arranged on the prolongation plane of grid array first electrode and/or second electrode, be convenient to whether install on demand or unload Electronic Paper storage means or folding electron paper storage means by second; Can also be that the second flexible connection parts and first flexibly connect the parts unification, make between Electronic Paper storage means, grid array first electrode and second electrode and can rotate relatively or translation.A kind of loose-leaf design that realizes being similar to document folder of its Rotation Design; Its translation design a kind of realizes being similar to being slidingly connected of slide phone.Prolongation described herein plane can be grid array first electrode and/or second electrode four peripheries any one or several.
10, preferably described Electronic Paper can be from being removed between described grid array first electrode and second electrode or Electronic Paper being inserted between described grid array first electrode and second electrode.
11, preferably further comprise above loose-leaf parts, described loose-leaf parts flexibly connect parts by described first and move with respect to described grid array first electrode or second electrode or rotate.Described loose-leaf parts have certain spatial accommodation, be used to deposit electronic Electronic Paper or do not have electronic Electronic Paper, also can be to need the content of that page of reference after showing on the Electronic Paper at reading content, take off and be placed in the loose-leaf parts, carry out reference during the content of other pages of easy-to-read.
12, preferably described flexible connection parts comprise Lock Part, and described Lock Part is controlled on described grid array first electrode and can be moved maybe and can not move with respect to described second electrode.
13, further comprise Lock Part between preferably described grid array first electrode and second electrode, described Lock Part is controlled on described grid array first electrode and can be moved maybe and can not move with respect to described second electrode.
14, preferably described information control unit comprise at least a font of central processing unit (CPU), memory circuit, at least a literal character library, character and type matrix mapping processing unit, e-file is with one of output dot matrix mapping processing unit or make up.Can also further comprise component for input operation, as button or mouse or touch control board; Also can on transparent grid array first electrode or second electrode, transparent touch control board be set, realize touching control and operation.
15, the size of the grid electrode of preferably described grid array first electrode and the interval between grid electrode are corresponding identical with the pixel size and the interval between pixel of described Electronic Paper; Interval between the grid electrode of the size of the grid electrode of perhaps described grid array first electrode and described grid array first electrode bigger than the pixel size of described Electronic Paper is littler than the interval between the pixel of Electronic Paper.
16, the size of the grid electrode of preferably described grid array second electrode and the interval between grid electrode are corresponding identical with the pixel size and the interval between pixel of described Electronic Paper; Interval between the grid electrode of the size of the grid electrode of perhaps described grid array second electrode and described grid array first electrode bigger than the pixel size of described Electronic Paper is littler than the interval between the pixel of Electronic Paper.
17, preferably described Electronic Paper comprises one of following material layer or combination: have the microcapsules electronic ink layer of electrophoretic effect, the little cup structure thinner package rete with electrophoretic effect, screw (Gyricon) layer, have the electrodeless Electronic Paper of the Electronic Paper material layer of electrowetting effect, bistable cholesteric, Beijing Pai Ruigen science and technology.
When 18, the content of Electronic Paper still can be read when making Electronic Paper place between grid array first electrode and second electrode in the such scheme, be transparency electrode then with contacted grid array first electrode of the display surface of Electronic Paper or second electrode.
The solution of multi-page electronic book:
1, a kind of multi-page electronic book is characterized in that comprising:
Information control unit;
At least two Electronic Paper electronization parts, between the described Electronic Paper electronization parts therein a contact edge have second to flexibly connect parts;
Described Electronic Paper electronization parts comprise grid array first electrode, grid array first driving circuit and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode;
Described second electrode is public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Between described grid array first electrode and second electrode, be provided with the Electronic Paper space and therein a contact edge opening is set, Electronic Paper can be inserted in the described Electronic Paper space and/or from described Electronic Paper space takes out Electronic Paper;
Described information control unit applies the voltage signal that makes described Electronic Paper electronization with the image information that partly or entirely is converted into the Electronic Paper electronization of the content of being stored and by described grid array first driving circuit between described grid array first electrode and described second electrode;
Described information control unit is identical or different to the content of different described Electronic Paper electronization parts transmission.
Comprise multipage in the such scheme, can as conventional book, show pages content, realize reference between the multipage or the continuous demonstration of going up page or leaf, current page, nextpage, and Electronic Paper can be changed Electronic Paper by insertion and taking-up mode.
2, a kind of multi-page electronic book is characterized in that comprising:
Information control unit;
At least two Electronic Paper electronization parts, between the described Electronic Paper electronization parts therein a contact edge have second to flexibly connect parts;
Described Electronic Paper electronization parts comprise grid array first electrode, grid array first driving circuit and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode;
Described second electrode is public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
One of them contact edge that contacts between described grid array first electrode and second electrode has first to flexibly connect parts, and grid array first electrode can be rotated or slide with respect to second electrode;
Between described grid array first electrode and second electrode, Electronic Paper is set;
Described information control unit applies the voltage signal that makes described Electronic Paper electronization with the image information that partly or entirely is converted into the Electronic Paper electronization of the content of being stored and by described grid array first driving circuit between described grid array first electrode and described second electrode;
Described information control unit is identical or different to the content of different described Electronic Paper electronization parts transmission.
Than preceding kind of scheme, realized further in this kind scheme that the Electronic Paper of multi-page electronic book and every page can be installed on demand, change, takes off etc.
3, a kind of multi-page electronic book that spool is arranged is characterized in that comprising:
Information control unit;
At least two Electronic Paper electronization parts, between the described Electronic Paper electronization parts therein a contact edge have second to flexibly connect parts;
Described Electronic Paper electronization parts comprise grid array first electrode, grid array first driving circuit, reel unit and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode;
Described second electrode is public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Electronic Paper is wrapped on the described reel unit;
At first opening that the Electronic Paper space is set between described grid array first electrode and second electrode and is provided with on contact edge therein, described Electronic Paper extends between described grid array first electrode and second electrode from described reel unit by described first opening;
Described information control unit applies the voltage signal that makes described Electronic Paper electronization with the image information that partly or entirely is converted into the Electronic Paper electronization of the content of being stored and by described grid array first driving circuit between described grid array first electrode and described second electrode;
Described information control unit is identical or different to the content of different described Electronic Paper electronization parts transmission.
4, a kind of multi-page electronic book that spool is arranged is characterized in that comprising:
Information control unit;
At least two Electronic Paper electronization parts, between the described Electronic Paper electronization parts therein a contact edge have second to flexibly connect parts;
Described Electronic Paper electronization parts comprise grid array first electrode, grid array first driving circuit, reel unit and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode;
Described second electrode is public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Electronic Paper is wrapped on the described reel unit;
At first opening that the Electronic Paper space is set between described grid array first electrode and second electrode and is provided with on contact edge therein, described Electronic Paper extends between described grid array first electrode and second electrode from described reel unit by described first opening;
Another sides different with limit, the described first opening place between described grid array first electrode and second electrode are provided with second opening, Electronic Paper can be inserted in the described Electronic Paper space and/or from described Electronic Paper space by described second opening take out Electronic Paper; Preferably second opening is set at the another side relative with limit, the described first opening place;
Described information control unit applies the voltage signal that makes described Electronic Paper electronization with the image information that partly or entirely is converted into the Electronic Paper electronization of the content of being stored and by described grid array first driving circuit between described grid array first electrode and described second electrode;
Described information control unit is identical or different to the content of different described Electronic Paper electronization parts transmission.
Comprise multipage in the such scheme, can as conventional book, show pages content, realize reference between the multipage or the continuous demonstration of going up page or leaf, current page, nextpage.
5, a kind of multi-page electronic book that spool is arranged is characterized in that comprising:
Information control unit;
At least two Electronic Paper electronization parts, between the described Electronic Paper electronization parts therein a contact edge have second to flexibly connect parts;
Described Electronic Paper electronization parts comprise grid array first electrode, grid array first driving circuit, reel unit and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode;
Described second electrode is public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Electronic Paper is wrapped on the described reel unit;
One of them contact edge that contacts between described grid array first electrode and second electrode has first to flexibly connect parts, and grid array first electrode can be rotated or slide with respect to second electrode;
At first opening that the Electronic Paper space is set between described grid array first electrode and second electrode and is provided with on contact edge therein, described Electronic Paper extends between described grid array first electrode and second electrode from described reel unit by described first opening;
Described information control unit applies the voltage signal that makes described Electronic Paper electronization with the image information that partly or entirely is converted into the Electronic Paper electronization of the content of being stored and by described grid array first driving circuit between described grid array first electrode and described second electrode;
Described information control unit is identical or different to the content of different described Electronic Paper electronization parts transmission.
Than preceding the third scheme, the 4th, further realized that the Electronic Paper of multi-page electronic book and every page can install on demand, change, take off etc. in the 5th kind of scheme.
Described reel unit can be arranged at outside the Electronic Paper electronization parts, also can be arranged in each Electronic Paper electronization parts.
6, the location positioning sign of Electronic Paper preferably is set on the surface of described grid array first electrode or second electrode, such sign can be an anchor point, it also can be position line, Electronic Paper is placed on suitable position between grid array first electrode and second electrode when guaranteeing manually or automatically Electronic Paper to be set, is beneficial to information control unit content information accurately is presented on the correct position of Electronic Paper.
7, the preferably described first flexible connection parts are that described grid array first electrode is around the link of described contact edge with respect to described second electrode rotation or translation; Perhaps described flexible connection parts are that described second electrode is around the link of described contact edge with respect to described grid array first electrode rotation or translation.Translation described here can array first electrode plane can translation with respect to the translation of one of the upper and lower, left and right four direction of described second electrode plane or a plurality of direction.
8, preferably described grid array first electrode and/or second electrode self comprise supporting construction, with the profile pattern that guarantees grid array first electrode and/or second electrode and satisfy relative rotation or the needed intensity of translation between grid array first electrode and second electrode.
9, preferably described Electronic Paper is fixedly installed on described grid array first electrode; Perhaps described Electronic Paper is fixedly installed on described second electrode.When not needing often to change Electronic Paper, Electronic Paper can be fixed on suitable position between grid array first electrode and second electrode.
10, preferably described e-book further comprises the Electronic Paper storage means, and described Electronic Paper storage means is fixedly installed on one or more Electronic Paper electronization parts prolongations plane or is arranged on one or more Electronic Paper electronization parts by the 3rd flexible connection parts flexible connection and prolongs on the plane; Perhaps described Electronic Paper storage means is arranged on described second and flexibly connects on the parts, makes between Electronic Paper storage means, each Electronic Paper electronization parts to rotate relatively or translation.A kind of loose-leaf design that realizes being similar to document folder of its Rotation Design; Its translation design a kind of realizes being similar to being slidingly connected of slide phone.
11, preferably described Electronic Paper can be from being removed between described grid array first electrode and second electrode or Electronic Paper being inserted between described grid array first electrode and second electrode.
12, preferably described flexible connection parts comprise Lock Part, and described Lock Part is controlled on described grid array first electrode and can be moved maybe and can not move with respect to described second electrode.
13, further comprise Lock Part between preferably described grid array first electrode and second electrode, described Lock Part is controlled on described grid array first electrode and can be moved maybe and can not move with respect to described second electrode.
14, preferably described information control unit comprise at least a font of central processing unit (CPU), memory circuit, at least a literal character library, character and type matrix mapping processing unit, e-file is with one of output dot matrix mapping processing unit or make up.Can also further comprise component for input operation, as button or mouse or touch control board; Also can on transparent grid array first electrode or second electrode, transparent touch control board be set, realize touching control and operation.
15, the size of the grid electrode of preferably described grid array first electrode and the interval between grid electrode are corresponding identical with the pixel size and the interval between pixel of described Electronic Paper; Interval between the grid electrode of the size of the grid electrode of perhaps described grid array first electrode and described grid array first electrode bigger than the pixel size of described Electronic Paper is littler than the interval between the pixel of Electronic Paper.
16, the size of the grid electrode of preferably described grid array second electrode and the interval between grid electrode are corresponding identical with the pixel size and the interval between pixel of described Electronic Paper; Interval between the grid electrode of the size of the grid electrode of perhaps described grid array second electrode and described grid array first electrode bigger than the pixel size of described Electronic Paper is littler than the interval between the pixel of Electronic Paper.
17, preferably described Electronic Paper comprises one of following material layer or combination: have the microcapsules electronic ink layer of electrophoretic effect, the little cup structure thinner package rete with electrophoretic effect, screw (Gyricon) layer, have the electrodeless Electronic Paper of the Electronic Paper material layer of electrowetting effect, bistable cholesteric, Beijing Pai Ruigen science and technology.
When 18, the content of Electronic Paper still can be read when making Electronic Paper place between grid array first electrode and second electrode in the such scheme, be transparency electrode then with contacted grid array first electrode of the display surface of Electronic Paper or second electrode.
Beneficial effect of the present invention: adopt technology of the present invention can realize having the e-book of the advantage of conventional book, the advantage of sharing, consulting between the replacing, multipage that realizes that Electronic Paper reads has kept the frivolous advantage of existing e-book in realizing simultaneously.
Description of drawings:
Fig. 1 is the principle of work synoptic diagram of e-book.
Fig. 2 is the structure and the principle of work synoptic diagram thereof of information control unit.
Fig. 3 first kind of implementation of e-book of the present invention.
Fig. 4 second kind of implementation of e-book of the present invention.
Fig. 5 the third implementation of e-book of the present invention.
Fig. 6 is the 4th a kind of implementation of e-book of the present invention.
Fig. 7 is the 5th a kind of implementation of e-book of the present invention.
Fig. 8 is the 6th a kind of implementation of e-book of the present invention.
Fig. 9 is the 7th a kind of implementation of e-book of the present invention.
Figure 10 is the 8th a kind of implementation of e-book of the present invention.
Figure 11 is the 9th a kind of implementation of e-book of the present invention.
Embodiment:
Electronic Paper is a kind of special paper, be coated with micro unit (being also referred to as pixel cell) on it with electrophoretic characteristic or electro-wetting property, these micro units have the externally following characteristic that changes optical states of electric field action, and after the optical states change, even remove extra electric field, still can keep optical states.Therefore, be actually control for the printing of Electronic Paper and be added in the external electrical field size and Orientation on each micro unit on the Electronic Paper, make each micro unit on the Electronic Paper present the optical characteristics of our needs.
Further describe specific embodiments of the present invention below in conjunction with accompanying drawing.
Fig. 1 is the principle of work synoptic diagram of e-book.E-book comprises at least as lower member: information control unit 103, gridding information storage unit 104, grid array first driving circuit 105, grid array first electrode 106, second electrode; In the one-side electronic book, common second electrode is public electrode or grid array electrode, adopts grid array second electrode 108 in this embodiment.Grid array first electrode 106 is placed with grid array second electrode 108 mutual opposites, places the Electronic Paper 107 that need carry out electronization between grid array first electrode 106 and grid array second electrode 108.Annexation between each parts as shown in Figure 1.In concrete enforcement, in order to make above-mentioned parts constitute an integral body, physically be connected at grid array first electrode 106 at least one contact edge with grid array second electrode 108, this connected mode can adopt fixedly connected mode, also can adopt movable connection method.In order conveniently to install, change, take off the Electronic Paper that is interposed between grid array first electrode 106 and grid array second electrode 108, adopt movable connection method, these flexible connection parts do not draw among the figure.The implementation that flexibly connects parts can adopt and be slidingly connected, and also can be that axle is rotatably connected.The content stores of e-book in information control unit 103, perhaps with memory bank that information control unit 103 is connected in.Need to be converted to the dot matrix pattern-information on the Electronic Paper after information control unit 103 reading of content, gridding information storage unit 104 is optional parts, when not having gridding information storage unit 104, information control unit 103 is directly delivered to the dot matrix pattern-information grid array first driving circuit 105, generating each point corresponding voltage signal according to the dot matrix pattern-information by grid array first driving circuit 105 between grid array first electrode 106 and grid array second electrode 108, the electric field that forms by voltage signal is in the optical states that needs with the corresponding figures picture point of Electronic Paper, demonstrates content information.
Preferably adopt the Electronic Paper of the electrodeless Electronic Paper of Beijing Paragon Technology Co., Ltd., can greatly reduce the cost of e-book, and reach aim of saving as e-book.
Fig. 2 is the structure and the principle of work synoptic diagram thereof of information control unit.Further provide the structure of information control unit among Fig. 2, comprised central processing unit 232, character library unit 231, memory circuit 234, character font map unit 233.
The course of work of e-book displaying contents is:
When being printed on Word message on the Electronic Paper, need information control unit to carry out the conversion process of character to dot matrix font, the Word message that at first needs is presented on the Electronic Paper 107 stores in the data back of memory bank circuit 234, program in the procedure stores body of central processing unit 232 operation memory circuits 234, utilize the character library information in the character library unit 231 that Word message is converted to dot matrix font information, store into then in the character font map unit 233, so that under the control of central processing unit 232, with the information translation of character font map unit 233 is grid first electrod-array 106, the information of voltage of grid second electrod-array 108 counter electrodes is sent to gridding information storage unit 104, digitized information is in the content of Electronic Paper as required, content information with 104 storages of gridding information storage unit imports the activation bit of grid array first driving circuit 105 as Electronic Paper into then, thereby the content that realizes Electronic Paper shows.
In order to guarantee grid array first electrode 106, grid array second electrode 108 is corresponding one by one with the corresponding net point of Electronic Paper, need to adjust grid array first electrode 106, the position of grid array second electrode 108, in Fig. 1, a kind of implementation is fixed mesh array second electrode 108, Electronic Paper 107 places the correct position of grid array second electrode 108, in order to make Electronic Paper 107 place the correct position of grid array second electrode 108, can station location marker be set in the surperficial appropriate location of grid array second electrode 108, as station location marker point or station location marker line, manually or by grid array first electrode 106 being moved to correct position, make the picture point of Electronic Paper just in time be in the grid of grid array first electrode 106 by information control unit 103 controls, the grid of grid array second electrode 108 is corresponding one by one.In preferred design, at grid array first electrode 106 installation site sensing elements, and positional information fed back to information control unit 103, provide information that whether is in the appropriate location or the information of adjusting after analyzing by information control unit 103.
The storage class of gridding information storage unit 104 is read-write memory banks, it has stored the information that current Electronic Paper of carrying out electronization need present, it is the optical states that each electronic unit need present in the corresponding Electronic Paper 107, and to finish the optical states of controlling each electronic unit in the Electronic Paper 107, need this information is become intensity, the direction that is applied to the extra electric field of each electronic unit in the Electronic Paper 107 by grid array first driving circuit 105 and hold time.
When all being the electrod-array that constitutes by small electrode for grid array first electrode 106, grid array second electrode 108, being actually each electronic unit of realizing Electronic Paper independently controls, grid array first driving circuit 105 is applied to the intensity of the extra electric field of each electronic unit in the Electronic Paper 107 and information that direction need present is as required calculated, because each electronic unit is independently controlled, do not need scanning, so the time of extra electric field can keep always, perhaps extra electric field is kept to be enough to change optical states and to reach and is removed extra electric field when stablizing.
Fig. 3 first kind of implementation of e-book of the present invention.E-book 300 comprises by flexibly connecting grid array first electrode 303 and second electrode 304 that parts 301 connect, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode 304 can be public electrode or grid array second electrode.Between described grid array first electrode and second electrode, Electronic Paper is set; Grid array first driving circuit and information control unit (not drawing among the figure) can physically embed and flexibly connect parts 301 inside, at the surperficial setting operation button 302 that flexibly connects parts 301, read the information content and be converted to pattern matrix information by operation push-button 302 control information control modules the Electronic Paper electronization, the control information control module outputs to grid array first driving circuit with pattern matrix information then, on the display dot of grid array first electrode 303 and second electrode, 304 corresponding Electronic Paper, produce the correspondent voltage signal by grid array first driving circuit, the state variation of each display dot of control Electronic Paper under the electric field that voltage signal forms, thus demonstrate the content that needs.Usually corresponding for the display dot that makes Electronic Paper with each grid of grid array first electrode 303, the station location marker of Electronic Paper can be set on grid array first electrode 303 or second electrode 304, comprise station location marker point or station location marker line.Adopt station location marker line 306 in this specific embodiment.Electronic Paper is arranged within the station location marker line 306 of second electrode 304.
The Electronic Paper that is arranged between described grid array first electrode and second electrode can be fixing or stick on grid array first electrode or the second electrode surface in contact; The preferred Electronic Paper that is arranged between described grid array first electrode and second electrode is unfixing, but can manual installation and take off, and is convenient to change Electronic Paper.For the ease of installing and taking off conveniently, also can increase compressing tablet in the edge of set Electronic Paper position partial points.Described compressing tablet has certain holding force, and Electronic Paper is pressed on the electrode surface in contact.
Reference for the ease of conduct reading other guide after the Electronic Paper of electronization is taken off, can further the storage means of placing Electronic Paper be set in any one direction of grid array first electrode or second electrode or the extended surface of a plurality of directions, because the Electronic Paper of taking off is still showing original content, when placing extended surface, can be used as the reference of reading other guide.Another kind of mode is to increase loose-leaf on flexible connection parts 301, and loose-leaf can move on flexible connection parts 301 and can integral body take off.The Electronic Paper of electronization is placed loose-leaf, because the Electronic Paper of taking off is still showing original content, the content of can the same conduct of pros and cons when browsing books consulting.
Fig. 4 second kind of implementation of e-book of the present invention.E-book 400 comprises by flexibly connecting grid array first electrode 303 and second electrode 304 that parts 401 connect, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode 304 can be public electrode or grid array second electrode.Different with scheme shown in Figure 3 is that this programme has the spool 405 of Electronic Paper to place in the flexible connection parts 401 volume, and the Electronic Paper on the spool 405 can pull out and extend between described grid array first electrode and second electrode from spool; Grid array first driving circuit and information control unit (not drawing among the figure) can physically embed and flexibly connect parts 401 inside. and also can be at the surperficial setting operation button (not drawing among the figure) that flexibly connects parts 401, read the information content and be converted to pattern matrix information by operation push-button control information control module the Electronic Paper electronization, the control information control module outputs to grid array first driving circuit with pattern matrix information then, on the display dot of grid array first electrode 303 and second electrode, 304 corresponding Electronic Paper, produce the correspondent voltage signal by grid array first driving circuit, the state variation of each display dot of control Electronic Paper under the electric field that voltage signal forms, thus demonstrate the content that needs.Usually corresponding for the display dot that makes Electronic Paper with each grid of grid array first electrode 303, the station location marker of Electronic Paper can be set on grid array first electrode 303 or second electrode 304, comprise station location marker point or station location marker line.Adopt station location marker line 306 in this specific embodiment.Electronic Paper is arranged within the station location marker line 306 of second electrode 304.In this scheme, deposit Electronic Paper owing to adopt the spool mode, can be so that pull out Electronic Paper when needed, regain Electronic Paper when not required, can further increase simultaneously the automatic control component of spool 405, be used for pulling out automatically to the appropriate location or automatically rollback Electronic Paper of Electronic Paper, one page Electronic Paper after the electronization is torn and is shared with other people or as the reference of reading other guide.As the scheme of Fig. 3 is described, can increase the Electronic Paper storage means in the further improvement of this programme.Referring to Fig. 6.Compare with Fig. 4 scheme, this programme has connected an Electronic Paper storage means 608 by collapsible link 607 on an extended surface of second electrode 304, electronic Electronic Paper is extended outward along second electrode, 304 surfaces, making, the Electronic Paper of electronization partly places Electronic Paper storage means 608 surfaces, Dian Zihua Electronic Paper does not pull out from spool 405 and is placed between grid array first electrode 303 and second electrode 304, is shown the new interior identical content that shows perhaps again by electronization.
Fig. 5 the third implementation of e-book of the present invention.This kind scheme has provided a kind of realization of multi-page electronic book.E-book 500 comprises a plurality of pages or leaves of e-book that connect by the second flexible connection parts 501, as an embodiment, and second page 504 of first page 503 of e-book of drawing among the figure and e-book.At the surperficial setting operation button 502 that flexibly connects parts 501, be presented at the content of second page 504 of the content of first page 503 of e-book and e-book by operation push-button 502 by information control unit control, information control unit, the driving circuit that drives the driving circuit of first page 503 of e-book and drive second page 504 of e-book can be embedded in and flexibly connect in the parts 501.Every page of scheme that both can adopt Fig. 3 of e-book 500 promptly comprises first and flexibly connects parts, grid array first electrode and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, and Electronic Paper places between grid array first electrode and second electrode.Also can adopt the scheme of Fig. 4, promptly comprise first and flexibly connect parts, grid array first electrode and second electrode, independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, also comprising a volume has the spool of Electronic Paper to place first to flexibly connect in the parts, and the Electronic Paper on the spool can pull out and extend between described grid array first electrode and second electrode from spool.Because every page of Electronic Paper all comprises independent driving electrodes and electrode drive circuit, so information control unit can independently be controlled every page of content displayed, the reading impression of realization as traditional books.
Fig. 9 is the 7th a kind of implementation of e-book of the present invention.E-book 900 comprises control assembly 901, grid array first electrode 903 and second electrode 904, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode 904 can be public electrode or grid array second electrode.Between described grid array first electrode and second electrode, Electronic Paper is set; Grid array first driving circuit and information control unit (not drawing among the figure) can physically embed e-book control assembly 901 inside, surperficial setting operation button 902 at e-book control assembly 901, read the information content and be converted to pattern matrix information by operation push-button 902 control information control modules the Electronic Paper electronization, the control information control module outputs to grid array first driving circuit with pattern matrix information then, on the display dot of grid array first electrode 903 and second electrode, 904 corresponding Electronic Paper, produce the correspondent voltage signal by grid array first driving circuit, the state variation of each display dot of control Electronic Paper under the electric field that voltage signal forms, thus demonstrate the content that needs.Install, change, take off Electronic Paper for convenience, be provided with between described grid array first electrode and second electrode Electronic Paper space and therein a contact edge opening 911 is set, make Electronic Paper insert in the described Electronic Paper space and/or from described Electronic Paper space, take out Electronic Paper by described opening 911.Opening 911 can be arranged on arbitrary limit or a plurality of limit on four limits that contact between described grid array first electrode and second electrode.
Reference for the ease of conduct reading other guide after the Electronic Paper of electronization is taken off, can further the storage means of placing Electronic Paper be set in any one direction of grid array first electrode or second electrode or the extended surface of a plurality of directions, because the Electronic Paper of taking off is still showing original content, when placing extended surface, can be used as the reference of reading other guide.The another kind mode is to increase on control assembly 901 by flexibly connecting the loose-leaf that parts connect, and loose-leaf can move on the flexible connection parts and can integral body take off.The Electronic Paper of electronization is placed loose-leaf, because the Electronic Paper of taking off is still showing original content, the content of can the same conduct of pros and cons when browsing books consulting.
Figure 10 is the 8th a kind of implementation of e-book of the present invention.E-book 1000 comprises control assembly 1001, grid array first electrode 1003 and second electrode 1004, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode 1004 can be public electrode or grid array second electrode.Different with scheme shown in Figure 9 is that this programme has the spool 1005 of Electronic Paper to place in the control assembly 1001 volume, and the Electronic Paper on the spool 1005 can pull out and extend between described grid array first electrode and second electrode from spool; Grid array first driving circuit and information control unit (not drawing among the figure) can physically embed control assembly 1001 inside. and also can be at the surperficial setting operation button (not drawing among the figure) of control assembly 1001, read the information content and be converted to pattern matrix information by operation push-button control information control module the Electronic Paper electronization, the control information control module outputs to grid array first driving circuit with pattern matrix information then, on the display dot of grid array first electrode 1003 and second electrode, 1004 corresponding Electronic Paper, produce the correspondent voltage signal by grid array first driving circuit, the state variation of each display dot of control Electronic Paper under the electric field that voltage signal forms, thus demonstrate the content that needs.Install, change, take off Electronic Paper for convenience, be provided with between described grid array first electrode and second electrode Electronic Paper space and therein a contact edge opening 1011 is set, making Electronic Paper insert in the described Electronic Paper space and/or take out Electronic Paper from described Electronic Paper space by described opening 1011, further is to pack into Electronic Paper in the spool 1005 or take off replacing from spool 1005 by described opening 1011.Opening 1011 can be arranged on arbitrary limit or a plurality of limit on four limits that contact between described grid array first electrode and second electrode.
Fig. 7 is the 5th a kind of implementation of e-book of the present invention.This kind scheme has provided the another kind of multi-page electronic book and has realized.E-book 700 comprises a plurality of pages or leaves of e-book of multipage cascade arrangement, and promptly the e-book prevpage connects one page down by the cascade arrangement parts, and for the ease of carrying, preferably the cascade arrangement parts can fold; The information control unit of e-book can have only one, is every page of grid array first electrode and second electrode that driving circuit is set and connects every page of e-book by signal wire of e-book.As an embodiment, second page of first page of e-book of drawing among the figure and e-book.E-book comprises by the first flexible connection parts 701 for first page and connects grid array first electrode 703 and second electrodes 704, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode 704 can be public electrode or grid array second electrode.E-book comprises by tandem flexible connection parts 707 for second page and connects grid array third electrodes 708 and the 4th electrode 709, and independently an electrode and a contact conductor are arranged on each grid of described grid array third electrode; Described the 4th electrode 709 can be public electrode or grid array second electrode.Surperficial setting operation button 702 at the first flexible connection parts 701, be presented at the content of second page of the content of first page of e-book and e-book by operation push-button 702 by information control unit control, information control unit, the driving circuit that drives the driving circuit of first page of e-book and drive second page of e-book can be embedded in and flexibly connect in the parts 701.Preferably second electrode 704 in first page of e-book is provided with station location marker line 706; The 4th electrode 709 in second page of e-book is provided with station location marker line 710.Every page of scheme that both can adopt Fig. 3 of e-book 700 promptly comprises first and flexibly connects parts, grid array first electrode and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, and Electronic Paper places between grid array first electrode and second electrode.Also can adopt the scheme of Fig. 4, promptly comprise first and flexibly connect parts, grid array first electrode and second electrode, independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, also comprising a volume has the spool of Electronic Paper to place first to flexibly connect in the parts, and the Electronic Paper on the spool can pull out and extend between described grid array first electrode and second electrode from spool.Can also adopt the scheme of Fig. 9 and Figure 10.Every page of Electronic Paper all comprises independent driving electrodes and electrode drive circuit in a kind of specific implementation, so information control unit can independently be controlled every page of content displayed, the reading impression of realization as traditional books.Also can adopt several pages of Electronic Paper shared electrode of the mode driving circuit of timesharing control, go up content displayed with the entity size that reduces control circuit with reduce cost by every page of electronic switch switching mode timesharing control.
Fig. 8 is the 6th a kind of implementation of e-book of the present invention.The scheme of Fig. 8 is that the scheme that combines Fig. 5 and Fig. 7 realizes the e-book scheme that multipage shows.E-book 800 comprises a plurality of pages or leaves of e-book that connect by the second flexible connection parts 801, and a plurality of pages or leaves of the e-book that comprises the multipage cascade arrangement, be that the e-book prevpage connects one page down by the cascade arrangement parts, for the ease of carrying, preferably the cascade arrangement parts can fold, as an embodiment, drawing among the figure flexibly connects first page 803 of e-book that parts 801 connect and e-book second page 804 by second, and the 3rd page 809 of second page 804 of e-book by 807 connections of cascade arrangement parts and e-book.Surperficial setting operation button 802 at the second flexible connection parts 801, be presented at the content of the 3rd page 809 of the content of second page 804 of content, e-book of first page 803 of e-book and e-book by information control unit control by operation push-button 802, information control unit, the driving circuit that drives first page of e-book, the driving circuit that drives the driving circuit of second page of e-book and drive the 3rd page of e-book can be embedded in second and flexibly connect in the parts 801.Every page of scheme that both can adopt Fig. 3 of e-book 800 promptly comprises first and flexibly connects parts, grid array first electrode and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, and Electronic Paper places between grid array first electrode and second electrode.Also can adopt the scheme of Fig. 4, promptly comprise first and flexibly connect parts, grid array first electrode and second electrode, independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, also comprising a volume has the spool of Electronic Paper to place first to flexibly connect in the parts, and the Electronic Paper on the spool can pull out and extend between described grid array first electrode and second electrode from spool.Can also adopt the scheme of Fig. 9 and Figure 10.Every page of Electronic Paper all comprises independent driving electrodes and electrode drive circuit in a kind of specific implementation, so information control unit can independently be controlled every page of content displayed, the reading impression of realization as traditional books.Also can adopt several pages of Electronic Paper shared electrode of the mode driving circuit of timesharing control, go up content displayed with the entity size that reduces control circuit with reduce cost by every page of electronic switch switching mode timesharing control.
Figure 11 is the 9th a kind of implementation of e-book of the present invention.This kind scheme has provided a kind of realization of multi-page electronic book.E-book 1100 comprises a plurality of pages or leaves of e-book that connect by the second flexible connection parts 1101, as an embodiment, and second page 1104 of first page 1103 of e-book of drawing among the figure and e-book.At the surperficial setting operation button 1102 that flexibly connects parts 1101, be presented at the content of second page 1104 of the content of first page 1103 of e-book and e-book by operation push-button 1102 by information control unit control, information control unit, the driving circuit that drives the driving circuit of first page 1103 of e-book and drive second page 1104 of e-book can be embedded in and flexibly connect in the parts 1101.Every page of scheme that both can adopt Fig. 9 of e-book 1100 promptly comprises grid array first electrode and second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, and between grid array first electrode and second electrode, be provided with the Electronic Paper space and therein a contact edge opening 1111 is set, opening 1111 can be arranged on arbitrary limit or a plurality of limit on four limits that contact between described grid array first electrode and second electrode.Also can adopt the scheme of Figure 10, promptly comprise grid array first electrode and second electrode, independently an electrode and a contact conductor are arranged on each grid of described grid array first electrode; Described second electrode can be public electrode or grid array second electrode, also comprising a volume has the spool of Electronic Paper to place first to flexibly connect in the parts, Electronic Paper on the spool can pull out and extend between described grid array first electrode and second electrode from spool, and between grid array first electrode and second electrode, be provided with the Electronic Paper space and therein a contact edge opening 1111 is set, opening 1111 can be arranged on arbitrary limit or a plurality of limit on four limits that contact between described grid array first electrode and second electrode.Making Electronic Paper insert in the described Electronic Paper space and/or take out Electronic Paper from described Electronic Paper space by described opening 1111, further is to pack into Electronic Paper in the spool 1005 or take off replacing from spool 1005 by described opening 1111.Preferably opening 1111 is arranged on the another side relative with one side that spool is set.
Claims (8)
1. single-page electronic book is characterized in that comprising:
Information control unit;
Grid array first electrode has independently an electrode and a contact conductor on each grid of described grid array first electrode;
Second electrode, described second electrode are public electrode or grid array second electrode, and independently an electrode and a contact conductor are arranged on each grid of described grid array second electrode;
Grid array first driving circuit;
One of them contact edge that contacts between described grid array first electrode and second electrode has first to flexibly connect parts, and grid array first electrode can be rotated or slide with respect to second electrode;
Between described grid array first electrode and second electrode, Electronic Paper is set;
Described information control unit is converted into the content of being stored to the image information of described Electronic Paper electronization and by described grid array first driving circuit and applies the voltage signal that makes described Electronic Paper electronization between described grid array first electrode and described second electrode;
What Electronic Paper storage means, described Electronic Paper storage means were fixedly installed on grid array first electrode and/or second electrode does not have first to flexibly connect on the prolongation plane of contact edge of parts; Perhaps do not have first to flexibly connect on the prolongation plane of contact edge of parts with what described Electronic Paper storage means was arranged on grid array first electrode and/or second electrode by collapsible link.
2. e-book according to claim 1 is characterized in that described first to flexibly connect parts is described grid array first electrodes that to have first contact edge that flexibly connects parts to flexibly connect parts with respect to the link or described first of described second electrode rotation are links with respect to the described second electrode translation around described; Perhaps described first to flexibly connect parts are described second electrodes first contact edge that flexibly connects parts is arranged with respect to the link of described grid array first electrode rotation or described second electrode link with respect to the described grid array first electrode translation around described.
3. e-book according to claim 1, it is characterized in that described first flexibly connects parts and comprise Lock Part, described Lock Part is controlled described grid array first electrode and can be moved with respect to described second electrode and maybe can not move or described Lock Part is controlled described second electrode and can be moved maybe and can not move with respect to described grid array first electrode.
4. according to each described e-book in the claim 1 to 3, it is characterized in that further comprising component for input operation, described component for input operation is connected with described information control unit, determines the e-book content displayed by described information control unit basis from the input information of component for input operation.
5. according to each described e-book in the claim 1 to 3, it is characterized in that described information control unit comprises one of the character library of at least a font of central processing unit, memory circuit, at least a literal, character and type matrix mapping processing unit, e-file and output dot matrix mapping processing unit or combination.
6. according to each described e-book in the claim 1 to 3, the interval between the grid electrode of the size that it is characterized in that the size of grid electrode of described grid array first electrode and the interval between grid electrode and the grid electrode of corresponding identical or described grid array first electrode of pixel size and the interval between pixel of described Electronic Paper and described grid array first electrode bigger than the pixel size of described Electronic Paper is littler than the interval between the pixel of Electronic Paper; And/or the size of the size of the grid electrode of described grid array second electrode and the interval between grid electrode and the grid electrode of corresponding identical or described grid array second electrode of pixel size and the interval between pixel of described Electronic Paper is bigger than the pixel size of described Electronic Paper and the grid electrode of described grid array second electrode between the interval littler than the interval between the pixel of Electronic Paper.
7. according to each described e-book in the claim 1 to 3, it is characterized in that being provided with the location positioning sign of the Electronic Paper that comprises anchor point or position line on the surface of described grid array first electrode and/or second electrode.
8. according to each described e-book in the claim 1 to 3, it is characterized in that described Electronic Paper comprises one of following material layer or combination: have electrophoretic effect the microcapsules electronic ink layer, have little cup structure thinner package rete, screw layer, Electronic Paper material layer, the bistable cholesteric of electrophoretic effect with electrowetting effect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102383233A CN101763749B (en) | 2009-11-18 | 2009-11-18 | single-page electronic book |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102383233A CN101763749B (en) | 2009-11-18 | 2009-11-18 | single-page electronic book |
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| Publication Number | Publication Date |
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| CN101763749A CN101763749A (en) | 2010-06-30 |
| CN101763749B true CN101763749B (en) | 2011-12-28 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2849843Y (en) * | 2005-09-09 | 2006-12-20 | 环达电脑(上海)有限公司 | MP3 player and electronic reader with electronic paper |
| CN1914554A (en) * | 2004-02-03 | 2007-02-14 | 兄弟工业株式会社 | Electronic notebook |
| CN101464607A (en) * | 2009-01-14 | 2009-06-24 | 北京派瑞根科技开发有限公司 | Two-sided printing equipment for electronic paper |
-
2009
- 2009-11-18 CN CN2009102383233A patent/CN101763749B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1914554A (en) * | 2004-02-03 | 2007-02-14 | 兄弟工业株式会社 | Electronic notebook |
| CN2849843Y (en) * | 2005-09-09 | 2006-12-20 | 环达电脑(上海)有限公司 | MP3 player and electronic reader with electronic paper |
| CN101464607A (en) * | 2009-01-14 | 2009-06-24 | 北京派瑞根科技开发有限公司 | Two-sided printing equipment for electronic paper |
Non-Patent Citations (1)
| Title |
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| JP特开平6-2774458A 1994.09.30 |
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