CN102256076B - Page television based on three-primary color inkless printing paper - Google Patents
Page television based on three-primary color inkless printing paper Download PDFInfo
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- CN102256076B CN102256076B CN 201110214284 CN201110214284A CN102256076B CN 102256076 B CN102256076 B CN 102256076B CN 201110214284 CN201110214284 CN 201110214284 CN 201110214284 A CN201110214284 A CN 201110214284A CN 102256076 B CN102256076 B CN 102256076B
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Abstract
The invention discloses a page television based on three-primary color inkless printing paper. The page television consists of a page display screen and a television receiving system, wherein the page display screen consists of a thin film area light source backlight board, circular three-primary color amplitude modulation screening points printed on the thin film area light source backlight board, line scan lines printed on the thin film area light source backlight board, column scan lines printed on the thin film area light source backlight board and column scan leads printed on the thin film area light source backlight board. Images and characters of the page television are displayed on a printing paper page. Therefore, the television is thin and light and can be hanged in a room as a picture.
Description
Art：
The present invention relates to a kind of television set, particularly a kind of page television based on Tricolor inkless printing paper, the image and text importing of the television set are on the printing paper page, therefore the television set thickness of thin, lightweight can be drawn as a width are hung in room.
Background technology：
The type printing since man invented, books, picture, newspaper etc. just turn into the important tool that the mankind record the cultural log history of succession, played a very important role in the evolution for being printed on human history, why human culture has today, and offspring is transmitted to also in that culture can be preserved.
Existing printing technology becomes easier to people printing word and pattern on paper, but because the file or data information that are obtained by existing printing technology are not modifiable, therefore need to cut down a large amount of trees, produce substantial amounts of paper, not only welding but also cause substantial amounts of waste.
In the last few years with the fast development of printed electronics, the thin-film electronic elements such as thin film transistor (TFT), resistance, inductance and electric capacity can be printed on stationery, dry goods, on the grounds such as PVC plastic, leather, with the fast development of printed electronics technology, the species of ink is also quickly increasing, and heat discoloration ink, sensitization discoloration ink, wet sensitive ink, magnetic ink, electrically conductive ink, electrochromism ink etc. have been commonly utilized in different print fields.
With the development of modern electronic technology, television technologies are also quickly developing, liquid crystal TV set has walked close to the life of people, but the step that people pursue high-resolution, energy-conservation and ultra-thin television does not stop still, in recent years there has been proposed the concept using electric ink and the various electronic papers of encapsulated electro-phoretic thin film fabrication, but it is sufficiently expensive using the price of electric ink and the electronic paper of encapsulated electro-phoretic thin film fabrication.
The content of the invention:
In order to overcome existing television technologies shortcoming, the present invention is improved prior art in view of the shortcomings of the prior art, common ink used in existing printing technology is instead of using electrically conductive ink and electrochromism ink, and a kind of page television based on Tricolor inkless printing paper is proposed on this basis, the image and text importing of the television set are on the printing paper page, therefore the television set thickness of thin, lightweight can be drawn as a width are hung in room.
The technical solution adopted for the present invention to solve the technical problems is：
Page television based on Tricolor inkless printing paper is made up of page display screen and TV receiving system,
Page display screen is made up of film area source backlight, the circular three primary colours amplitude being printed in film area source backlight, the horizontal scanning line being printed in film area source backlight, the column scan line being printed in film area source backlight and the column scan lead that is printed in film area source backlight, image and word in film area source backlight are made up of circular three primary colours amplitude
Each circular three primary colours amplitude in film area source backlight is by red, it is green, blue three square amplitudes are constituted, it is red in each circular three primary colours amplitude in film area source backlight, it is green, blue three square amplitudes are in product word arrangement in circular three primary colours amplitude, the red amplitude of each circular three primary colours amplitude is formed by the printing of red electrochromic ink, the green amplitude of each circular three primary colours amplitude is formed by the printing of green electrochromic ink, the blue amplitude of each circular three primary colours amplitude is formed by the printing of blue color electrochromic ink, horizontal scanning line in film area source backlight is divided into red primary horizontal scanning line, green primary horizontal scanning line and blue primary horizontal scanning line, the red primary horizontal scanning line of film area source backlight, green primary horizontal scanning line, blue primary horizontal scanning line, column scan line and column scan lead in film area source backlight are formed by the printing of electrically conducting transparent ink,
The horizontal scanning line being printed in film area source backlight has 3N bars,The column scan line being printed in film area source backlight has M bars,The column scan lead being printed in film area source backlight has M bars,The circular three primary colours amplitude being printed in film area source backlight is divided into N rows M row,Circular three primary colours amplitude is in neat arranged in arrays of film area source backlight,I is allowed to take 1 to arrive N,J is allowed to take 1 to arrive M,The red amplitude of j-th strip column scan line and each circular three primary colours amplitude of the jth row in film area source backlight in film area source backlight,Green amplitude and blue amplitude basal surface electrical connection,I-th red primary horizontal scanning line in film area source backlight is electrically connected with the red amplitude upper surface of each circular three primary colours amplitude of the i-th row in film area source backlight,I-th green primary horizontal scanning line in film area source backlight is electrically connected with the green amplitude upper surface of each circular three primary colours amplitude of the i-th row in film area source backlight,I-th blue primary horizontal scanning line in film area source backlight is electrically connected with the blue amplitude upper surface of each circular three primary colours amplitude of the i-th row in film area source backlight,Column scan lead in film area source backlight is parallel to each other with the horizontal scanning line in film area source backlight,J-th strip column scan lead in film area source backlight is mutually perpendicular to the j-th strip column scan line in film area source backlight,And the j-th strip column scan lead in film area source backlight is electrically connected with the j-th strip column scan line in film area source backlight,And it is printed on transparent insulation ink between each bar column scan line beyond the j-th strip column scan line on the j-th strip column scan lead and film area source backlight in film area source backlight,Column scan lead and horizontal scanning line in film area source backlight all guide to the edge of film area source backlight from the same side of film area source backlight,
TV receiving system is received antenna, frequency synthesis high-frequency tuner, picture audio separation and the digital driver of intermediate frequency amplifier, audio demodulation decoder, semitone power amplifier follower, loudspeaker, video signal digital decoder, column scan address follower, column scan driver, R G B digital outputs device, R G B datas latch, Image texture by TV and film area source backlight driver is constituted
Audio demodulation decoder, semitone power amplifier follower and loudspeaker constitute television set semitone output system,
Video signal digital decoder, column scan address follower and column scan driver constitute television set column scan output system, and the j-th strip column scan lead being printed in film area source backlight is electrically connected with the j-th strip column scan drives line of column scan driver,
Video signal digital decoder, R G B digital output devices, R G B datas latch and the digital driver of Image texture constitute television image display data output system, i-th red primary horizontal scanning line being printed in film area source backlight is electrically connected with i-th red primary row data drives line of the digital driver of Image texture, i-th green primary horizontal scanning line being printed in film area source backlight is electrically connected with i-th green primary row data drives line of the digital driver of Image texture, i-th blue primary horizontal scanning line being printed in film area source backlight is electrically connected with i-th blue primary row data drives line of the digital driver of Image texture,
When page television start, which enters, receives state, film area source backlight driver is powered up first, film area source backlight is set to light, the 1st bar of column scan lead in film area source backlight is set to high level by the column scan driver of television set successively to the M bars column scan lead, the in film area source backlight the 1st bar of column scan line is set to be set to high level successively to the M bars column scan line
When the 1st bar of column scan line in film area source backlight is set to high level, Image texture number driver inputs the 1st row red display information to be write in film area source backlight from the 1st article to the N articles red primary row scanning, the 1st row green display information to be write in film area source backlight is inputted from the 1st article to the N articles green primary row scanning, the 1st row blue display information to be write in film area source backlight is inputted from the 1st article to the N articles blue primary row scanning, make each the circular three primary colours amplitude being connected in film area source backlight with the 1st row column scan line by the red of the 1st row write-in, it is green, blue display information power-up discoloration, it is identical with above-mentioned 1st row to the ablation process of other row on page television,
When one page image write-in on page display screen is finished, cls is powered up to page display screen by television image display data output system,
The beneficial effects of the invention are as follows:A kind of page television based on Tricolor inkless printing paper is proposed, the image and text importing of the page television are on the printing paper page, therefore the television set thickness of thin, lightweight can be drawn as a width are hung in room.
Brief description of the drawings
The present invention is further described below in conjunction with the accompanying drawings.
Fig. 1 is the front view of the page television of the invention based on Tricolor inkless printing paper.
Fig. 2 is the side view of the page television of the invention based on Tricolor inkless printing paper.
Fig. 3 is the structure chart of page display screen of the present invention.
Fig. 4 is the structure chart of TV receiving system of the present invention.
In fig. 1 and 2, the page television based on Tricolor inkless printing paper is made up of page display screen 10-1 and TV receiving system 10-2,
In figure 3, page display screen 10-1 is by film area source backlight 9-1, it is printed on circular three primary colours amplitude 8-1 to the 8-96 in film area source backlight, it is printed on horizontal scanning line 3-1 to the 3-12 in film area source backlight, it is printed on horizontal scanning line 4-1 to the 4-12 in film area source backlight, it is printed on horizontal scanning line 5-1 to the 5-12 in film area source backlight, column scan line 1-1 to the 1-8 being printed in film area source backlight and column scan lead 2-1 to the 2-8 being printed in film area source backlight are constituted, image and word in film area source backlight are made up of circular three primary colours amplitude 8-1 to 8-96,
In figure 3, each circular three primary colours amplitude on film area source backlight 9-1 is by red, it is green, blue three square amplitudes are constituted, it is red in each circular three primary colours amplitude on film area source backlight 9-1, it is green, blue three square amplitudes are in product word arrangement in circular three primary colours amplitude, the red amplitude of each circular three primary colours amplitude is formed by the printing of red electrochromic ink, the green amplitude of each circular three primary colours amplitude is formed by the printing of green electrochromic ink, the blue amplitude of each circular three primary colours amplitude is formed by the printing of blue color electrochromic ink, horizontal scanning line on film area source backlight 9-1 is divided into red primary horizontal scanning line 3-1 to 3-12, green primary horizontal scanning line 4-1 to 4-12 and blue primary horizontal scanning line 5-1 to 5-12, red primary horizontal scanning line 3-1 to 3-12 on film area source backlight 9-1, green primary horizontal scanning line 4-1 to 4-12 and blue primary horizontal scanning line 5-1 to 5-12, column scan line 1-1 to 1-8 and column scan lead 2-1 to 2-8 is formed by the printing of electrically conducting transparent ink,
In figure 3,The horizontal scanning line being printed on film area source backlight 9-1 has 3*12 bars,The column scan line being printed on film area source backlight 9-1 has 8,The column scan lead being printed on film area source backlight 9-1 has 8,Circular three primary colours amplitude 8-1 to the 8-96 being printed on film area source backlight 9-1 is divided into 12 rows 8 on film area source backlight 9-1 and arranged,Circular three primary colours amplitude 8-1 to 8-96 is neat arranged in arrays on film area source backlight 9-1 paper,I is allowed to take 1 to 12,J is allowed to take 1 to 8,The red amplitude of j-th strip column scan line and each circular three primary colours amplitude of the jth row on film area source backlight 9-1 on film area source backlight 9-1,Green amplitude and blue amplitude basal surface electrical connection,I-th red primary horizontal scanning line on film area source backlight 9-1 is electrically connected with the red amplitude upper surface of each circular three primary colours amplitude of the i-th row on film area source backlight 9-1,I-th green primary horizontal scanning line on film area source backlight 9-1 is electrically connected with the green amplitude upper surface of each circular three primary colours amplitude of the i-th row on film area source backlight 9-1,I-th blue primary horizontal scanning line on film area source backlight 9-1 is electrically connected with the blue amplitude upper surface of each circular three primary colours amplitude of the i-th row on film area source backlight 9-1,Column scan lead on film area source backlight 9-1 is parallel to each other with the horizontal scanning line on film area source backlight 9-1,J-th strip column scan lead on film area source backlight 9-1 is mutually perpendicular to the j-th strip column scan line on film area source backlight 9-1,And the j-th strip column scan lead on film area source backlight 9-1 is electrically connected with the j-th strip column scan line on film area source backlight 9-1,And it is printed on transparent insulation ink between each bar column scan line beyond the j-th strip column scan line on the j-th strip column scan lead and film area source backlight 9-1 on film area source backlight 9-1,Column scan lead 2-1 to 2-8 on film area source backlight 9-1,Horizontal scanning line 3-1 to 3-12,Horizontal scanning line 4-1 to 4-12 and horizontal scanning line 5-1 to 5-12 guide to film area source backlight 9-1 edge from film area source backlight 9-1 the same side,
In figure 3, the circular three primary colours amplitude 8-1 on film area source backlight 9-1 is printed on by red amplitude 8-1-1, green amplitude 8-1-2, blue amplitude 8-1-3 is constituted, column scan line 1-8 and red amplitude 8-1-1, green amplitude 8-1-2 and blue amplitude 8-1-3 basal surface electrical connection, red primary horizontal scanning line 3-1 is electrically connected with red amplitude 8-1-1 upper surface, green primary horizontal scanning line 4-1 is electrically connected with green amplitude 8-1-2 upper surface, blue primary horizontal scanning line 5-1 is electrically connected with blue amplitude 8-1-3 upper surface,
In Fig. 4, TV receiving system is received antenna 12-1, frequency synthesis high-frequency tuner, picture audio separation and the digital driver of intermediate frequency amplifier, audio demodulation decoder, semitone power amplifier follower, loudspeaker 12-2, video signal digital decoder, column scan address follower, column scan driver, R G B digital outputs device, R G B datas latch, Image texture by TV and film area source backlight driver is constituted
Audio demodulation decoder, semitone power amplifier follower and loudspeaker 12-2 constitute television set semitone output system,
Video signal digital decoder, column scan address follower and column scan driver constitute television set column scan output system, the j-th strip column scan lead being printed on film area source backlight 9-1 is electrically connected with the j-th strip column scan drives line of column scan driver
Video signal digital decoder, R G B digital output devices, R G B datas latch and the digital driver of Image texture constitute television image display data output system, i-th red primary horizontal scanning line being printed on film area source backlight 9-1 is electrically connected with i-th red primary row data drives line of the digital driver of Image texture, i-th green primary horizontal scanning line being printed on film area source backlight 9-1 is electrically connected with i-th green primary row data drives line of the digital driver of Image texture, i-th blue primary horizontal scanning line being printed on film area source backlight 9-1 is electrically connected with i-th blue primary row data drives line of the digital driver of Image texture,
When page television start, which enters, receives state, film area source backlight driver is powered up first, film area source backlight 9-1 is set to light, the 1st bar of column scan lead on film area source backlight 9-1 is set to high level by the column scan driver of television set successively to the 8th bar of column scan lead, the 1st bar of column scan line on film area source backlight 9-1 is set to be set to high level successively to the 8th bar of column scan line
When the 1st bar of column scan line on film area source backlight 9-1 is set to high level, by the upper 1st row red display information to be write of film area source backlight 9-1, from the 1st article to the 12nd article, the scanning of red primary row is inputted Image texture number driver, by the green primary row scanning input from the 1st article to the 12nd article of the upper 1st row green display informations to be write of film area source backlight 9-1, by the blue primary row scanning input from the 1st article to the 12nd article of the upper 1st row blue display informations to be write of film area source backlight 9-1, make each the circular three primary colours amplitude being connected on film area source backlight 9-1 with the 1st row column scan line by the red of the 1st row write-in, it is green, blue display information power-up discoloration, it is identical with above-mentioned 1st row to the ablation process of other row on page television,
When one page image write-in on page display screen 10-1 is finished, cls is powered up to page display screen 10-1 by television image display data output system.
Claims (1)
1. a kind of page television based on Tricolor inkless printing paper, is made up of page display screen, TV receiving system,It is characterized in that：Page display screen is made up of film area source backlight, the circular three primary colours amplitude being printed in film area source backlight, the horizontal scanning line being printed in film area source backlight, the column scan line being printed in film area source backlight and the column scan lead that is printed in film area source backlight, image and word in film area source backlight are made up of circular three primary colours amplitude
Each circular three primary colours amplitude in film area source backlight is by red, it is green, blue three square amplitudes are constituted, it is red in each circular three primary colours amplitude in film area source backlight, it is green, blue three square amplitudes are in product word arrangement in circular three primary colours amplitude, the red amplitude of each circular three primary colours amplitude is formed by the printing of red electrochromic ink, the green amplitude of each circular three primary colours amplitude is formed by the printing of green electrochromic ink, the blue amplitude of each circular three primary colours amplitude is formed by the printing of blue color electrochromic ink, horizontal scanning line in film area source backlight is divided into red primary horizontal scanning line, green primary horizontal scanning line and blue primary horizontal scanning line, the red primary horizontal scanning line of film area source backlight, green primary horizontal scanning line, blue primary horizontal scanning line, column scan line and column scan lead in film area source backlight are formed by the printing of electrically conducting transparent ink,
The horizontal scanning line being printed in film area source backlight has 3N bars,The column scan line being printed in film area source backlight has M bars,The column scan lead being printed in film area source backlight has M bars,The circular three primary colours amplitude being printed in film area source backlight is divided into N rows M row on paper,Circular three primary colours amplitude is neat arranged in arrays on film area source backlight paper,I is allowed to take 1 to arrive N,J is allowed to take 1 to arrive M,The red amplitude of j-th strip column scan line and each circular three primary colours amplitude of the jth row in film area source backlight in film area source backlight,Green amplitude and blue amplitude basal surface electrical connection,I-th red primary horizontal scanning line in film area source backlight is electrically connected with the red amplitude upper surface of each circular three primary colours amplitude of the i-th row in film area source backlight,I-th green primary horizontal scanning line in film area source backlight is electrically connected with the green amplitude upper surface of each circular three primary colours amplitude of the i-th row in film area source backlight,I-th blue primary horizontal scanning line in film area source backlight is electrically connected with the blue amplitude upper surface of each circular three primary colours amplitude of the i-th row in film area source backlight,Column scan lead in film area source backlight is parallel to each other with the horizontal scanning line in film area source backlight,J-th strip column scan lead in film area source backlight is mutually perpendicular to the j-th strip column scan line in film area source backlight,And the j-th strip column scan lead in film area source backlight is electrically connected with the j-th strip column scan line in film area source backlight,And it is printed on transparent insulation ink between each bar column scan line beyond the j-th strip column scan line on the j-th strip column scan lead and film area source backlight in film area source backlight,Column scan lead and horizontal scanning line in film area source backlight all guide to the edge of film area source backlight from the same side of film area source backlight,
TV receiving system is received antenna, frequency synthesis high-frequency tuner, picture audio separation and the digital driver of intermediate frequency amplifier, audio demodulation decoder, semitone power amplifier follower, loudspeaker, video signal digital decoder, column scan address follower, column scan driver, R G B digital outputs device, R G B datas latch, Image texture by TV and film area source backlight driver is constituted
Audio demodulation decoder, semitone power amplifier follower and loudspeaker constitute television set semitone output system,
Video signal digital decoder, column scan address follower and column scan driver constitute television set column scan output system, and the j-th strip column scan lead being printed in film area source backlight is electrically connected with the j-th strip column scan drives line of column scan driver,
Video signal digital decoder, R G B digital output devices, R G B datas latch and the digital driver of Image texture constitute television image display data output system, i-th red primary horizontal scanning line being printed in film area source backlight is electrically connected with i-th red primary row data drives line of the digital driver of Image texture, i-th green primary horizontal scanning line being printed in film area source backlight is electrically connected with i-th green primary row data drives line of the digital driver of Image texture, i-th blue primary horizontal scanning line being printed in film area source backlight is electrically connected with i-th blue primary row data drives line of the digital driver of Image texture.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110214284 CN102256076B (en) | 2011-07-29 | 2011-07-29 | Page television based on three-primary color inkless printing paper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110214284 CN102256076B (en) | 2011-07-29 | 2011-07-29 | Page television based on three-primary color inkless printing paper |
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| Publication Number | Publication Date |
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| CN102256076A CN102256076A (en) | 2011-11-23 |
| CN102256076B true CN102256076B (en) | 2013-03-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201110214284 Expired - Fee Related CN102256076B (en) | 2011-07-29 | 2011-07-29 | Page television based on three-primary color inkless printing paper |
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| EP1916100A1 (en) * | 2006-10-26 | 2008-04-30 | Heidelberger Druckmaschinen Aktiengesellschaft | Printing plate generation for anilox printing presses |
| CN101175415A (en) * | 2005-05-11 | 2008-05-07 | 宝洁公司 | Ink jet printing of snacks with high reliability and image quality |
| CN202178836U (en) * | 2011-12-07 | 2012-03-28 | 北京印刷学院 | Page television set based on three-primary-color ink-free printing paper |
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2011
- 2011-07-29 CN CN 201110214284 patent/CN102256076B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1753791A (en) * | 2003-02-24 | 2006-03-29 | 理想科学工业株式会社 | Image formation device |
| CN101175415A (en) * | 2005-05-11 | 2008-05-07 | 宝洁公司 | Ink jet printing of snacks with high reliability and image quality |
| EP1916100A1 (en) * | 2006-10-26 | 2008-04-30 | Heidelberger Druckmaschinen Aktiengesellschaft | Printing plate generation for anilox printing presses |
| CN202178836U (en) * | 2011-12-07 | 2012-03-28 | 北京印刷学院 | Page television set based on three-primary-color ink-free printing paper |
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| 于涛 等.彩色液晶显示中彩色膜的应用.《液 晶 与 显 示》.2004,第19卷(第3期), |
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