CN202120526U - Equal-area color division three-base-color inkless printing page paper - Google Patents
Equal-area color division three-base-color inkless printing page paper Download PDFInfo
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- CN202120526U CN202120526U CN2011202350270U CN201120235027U CN202120526U CN 202120526 U CN202120526 U CN 202120526U CN 2011202350270 U CN2011202350270 U CN 2011202350270U CN 201120235027 U CN201120235027 U CN 201120235027U CN 202120526 U CN202120526 U CN 202120526U
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Abstract
The utility model discloses a piece of equal-area color division three-base-color inkless printing page paper, which consists of a piece of page paper, circular three-base-color amplitude modulation screen dots printed on the page paper, row scanning lines printed on the page paper, column scanning lines printed on the page paper, column scanning leads printed on the page paper, page scanning control lines printed on the page paper and a three-base-color film bidirectional analog switch printed on the page paper; images and characters on the page paper are formed by the circular three-base-color amplitude modulation screen dots; and the contents of the page paper can be quickly written and updated by power-on color change and power-on fading of the circular three-base-color amplitude modulation screen dots on the page paper, so that quick printing and reuse of the page paper can be realized.
Description
Affiliated technical field:
The utility model relates to a kind of printing and uses page paper; The particularly a kind of inkless printing page of homalographic color separation three primary colours paper based on printed electronics; Content on this page paper can write and upgrade fast, the quick print that can realize page paper be repeatedly used.
Background technology:
Since human utility model type printing; Books, picture, newspaper etc. just become the important tool of the cultural log history of human record succession; Be printed in the evolution of human history and play crucial effect; Why human culture has today, also is to get off to pass to the offspring because can preserve culture.
Existing printing technology makes people printing word and pattern on paper become easier; But owing to the file or the data information that obtain through existing printing technology can not be changed; Therefore need a large amount of trees of felling, produce a large amount of paper, not only destroyed environment but also caused a large amount of wastes.
In the last few years along with the fast development of printed electronics; Can be printed on stationery to thin-film electronic element such as thin film transistor (TFT), resistance, inductance and electric capacity; Dry goods is on the grounds such as PVC plastics, leather, along with the fast development of printed electronics technology; The kind of printing ink is also in quick increase, heat discoloration printing ink, sensitization discoloration printing ink, wet sensitive ink, magnetic ink, electrically conductive ink, electrochromism printing ink etc. widespread usage at different print fields.
Along with the development of modern electronic technology, people have proposed to utilize electric ink and microcapsules electrophoretic film to make the notion of various electronic papers, but owing to cost an arm and a leg Electronic Paper mainly towards the demonstration field, they are used for newspaper or books field ten minutes difficulty.
The utility model content:
In order to overcome existing printing technology shortcoming; The utility model improves prior art to the deficiency that prior art exists; Utilize electrically conductive ink and electrochromism printing ink to replace the employed common ink of existing printing technology; And the inkless printing page of a kind of homalographic color separation three primary colours paper has been proposed on this basis, the content of this page paper can write and upgrade fast, the quick print that can realize page paper be repeatedly used.
The utility model solves the technical scheme that its technical matters adopted:
The inkless printing page of a kind of homalographic color separation three primary colours paper by page or leaf paper, be printed on circular three primary colours amplitude modulation site on page paper, be printed on horizontal scanning line on page paper, be printed on column scan line on page paper, be printed on column scan lead-in wire on page paper, be printed on the page scan control line on page paper and the three primary colours film bidirectional analog switch that is printed on page paper constitutes; Image and literal on the page or leaf paper are made up of circular three primary colours amplitude modulation site
Each circular three primary colours amplitude modulation site on the page or leaf paper all is made up of three amplitude modulation sites of red, green, blue; Three amplitude modulation sites of red, green, blue in each circular three primary colours amplitude modulation site on the page or leaf paper are divided into three parts that area equates with circular three primary colours amplitude modulation site; Wherein green amplitude modulation site is positioned at the middle part of circular three primary colours amplitude modulation site; And between green amplitude modulation site and red, blue two amplitude modulation sites, be printed on transparent insulation printing ink; The red amplitude modulation site of each circular three primary colours amplitude modulation site is printed by red electrochromism printing ink and is formed; The green amplitude modulation site of each circular three primary colours amplitude modulation site is printed by green electrochromism printing ink and is formed; The blue amplitude modulation site of each circular three primary colours amplitude modulation site is printed by blue electrochromism printing ink and is formed; Horizontal scanning line on the page or leaf paper is divided into red primary horizontal scanning line, green primary horizontal scanning line and blue primary horizontal scanning line, and column scan line, column scan lead-in wire and the page scan control line on the red primary horizontal scanning line of page or leaf paper, green primary horizontal scanning line, blue primary horizontal scanning line, the page or leaf paper printed by electrically conducting transparent printing ink and formed
The horizontal scanning line that is printed on page paper has the 3N bar; The column scan line that is printed on page paper has the M bar; The column scan lead-in wire that is printed on page paper has the M bar; The circular three primary colours amplitude modulation site that is printed on page paper is divided into the capable M row of N on paper; Circular three primary colours amplitude modulation site is the neat arranged that is on page or leaf paper paper; Let i get 1 to N, let j get 1 to M, the j bar column scan line on the page or leaf paper is electrically connected with red amplitude modulation site, green amplitude modulation site and the blue amplitude modulation site basal surface of each circular three primary colours amplitude modulation site that j on the page or leaf paper is listed as; The red amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar red primary horizontal scanning line of page or leaf on the paper and i on page paper are capable is electrically connected; The green amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar green primary horizontal scanning line of page or leaf on the paper and i on the page or leaf paper are capable is electrically connected, and the blue amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar blue primary horizontal scanning line on the page or leaf paper and i on the page or leaf paper are capable is electrically connected, the column scan on page paper go between and page paper on horizontal scanning line be parallel to each other; J bar column scan lead-in wire on the page or leaf paper is vertical each other with the j bar column scan line on page paper; And the j bar column scan lead-in wire on the page or leaf paper is electrically connected with the j bar column scan line on page paper, and is printed on transparent insulation printing ink between the j bar column scan lead-in wire on the page or leaf paper and each the bar column scan line beyond the j bar column scan line on the page or leaf paper
Each three primary colours film bidirectional analog switch on the page or leaf paper all is made up of red primary line scanning film bidirectional analog switch, green primary line scanning film bidirectional analog switch and blue primary line scanning film bidirectional analog switch; Red primary line scanning film bidirectional analog switch, green primary line scanning film bidirectional analog switch, blue primary line scanning film bidirectional analog switch on the page or leaf paper all have two input/output terminals and an input and output break-make control end; Three primary colours film bidirectional analog switch on the page or leaf paper all is printed on the same side of page paper; Line scanning film bidirectional analog switch on the page or leaf paper is divided into three groups; Red primary line scanning film bidirectional analog switch is first group; Green primary line scanning film bidirectional analog switch is second group; Blue primary line scanning film bidirectional analog switch is the 3rd group; First group i red primary line scanning film bidirectional analog switch is positioned at an end of the i bar red primary horizontal scanning line on page paper on the page or leaf paper; On the page or leaf paper on i bar red primary horizontal scanning line and page paper two input/output terminals of i red primary line scanning film bidirectional analog switch be electrically connected; I red primary line scanning film bidirectional analog switch series is connected on page paper on the i bar red primary horizontal scanning line on the page or leaf paper; Second group i green primary line scanning film bidirectional analog switch is positioned at an end of the i bar green primary horizontal scanning line on page paper on the page or leaf paper; On the page or leaf paper on i bar green primary horizontal scanning line and page paper two input/output terminals of i green primary line scanning film bidirectional analog switch be electrically connected; I green primary line scanning film bidirectional analog switch series is connected on page paper on the i bar green primary horizontal scanning line on the page or leaf paper; The 3rd group i blue primary line scanning film bidirectional analog switch is positioned at an end of the i bar blue primary horizontal scanning line on page paper on the page or leaf paper, on the page or leaf paper on i bar blue primary horizontal scanning line and page paper two input/output terminals of i blue primary line scanning film bidirectional analog switch be electrically connected, i blue primary line scanning film bidirectional analog switch series is connected on page paper on the i bar blue primary horizontal scanning line on page paper; The break-make control end of the three cluster film bidirectional analog switches of page or leaf on the paper all with page or leaf paper on the page scan control line is electrically connected, the side that column scan lead-in wire on page paper and horizontal scanning line all are printed with three primary colours film bidirectional analog switch from page or leaf paper is guided to the edge of page paper.
When needs write on content on page paper, at first the page scan control line on the page or leaf paper is changed to high level, make all the three primary colours film bidirectional analog switch conductions on page paper, page paper is changed to writes enable state,
When page or leaf paper be changed to write enable state after, the lead-in wire of the 1st column scan on the page or leaf paper gone between with the column scan of M bar is changed to high level successively, makes the 1st column scan line and M bar column scan line on page paper be changed to high level successively,
When the 1st column scan line on the page or leaf paper is changed to high level; The red display information that the 1st row on the page or leaf paper will write is imported from the 1st to the line scanning of N bar red primary; The green display message that the 1st row on the page or leaf paper will write is imported from the 1st to the line scanning of N bar green primary; The blue display message that the 1st row on the page or leaf paper will write is imported from the 1st to the line scanning of N bar blue primary; Make each the circular three primary colours amplitude modulation site that links to each other with the 1st row column scan line on page paper be listed as write red by the 1st; Green; Blue display message adds electrochromics
Other row on the page or leaf paper can repeat above-mentioned ablation process, and utilizes the Memorability of electrochromism printing ink, can make the content on page paper preserve the long period,
The beneficial effect of the utility model is: proposed the inkless printing page of a kind of reusable homalographic color separation three primary colours paper, the content of this page paper can write and upgrade fast, the quick print that can realize page paper be repeatedly used.
Description of drawings
Below in conjunction with accompanying drawing the utility model is further specified.
Fig. 1 is the structural drawing of the inkless printing page of the utility model homalographic color separation three primary colours paper.
The A-A cut-open view of the circular three primary colours amplitude modulation of Fig. 2 site.
The structural drawing of Fig. 3 three primary colours film bidirectional analog switch.
The structural drawing of Fig. 4 line scanning film bidirectional analog switch.
Embodiment
In Fig. 1; The inkless printing page of homalographic color separation three primary colours paper is by page or leaf paper 9-1; Be printed on circular three primary colours amplitude modulation site 8-1 on page paper to 8-96; Be printed on horizontal scanning line 3-1 on page paper to 3-12; Be printed on horizontal scanning line 4-1 on page paper to 4-12; Be printed on horizontal scanning line 5-1 on page paper to 5-12; Be printed on column scan line 1-1 on page paper to 1-8; The column scan that is printed on page paper goes between 2-1 to 2-8; The page scan control line 7-1 that is printed on page paper constitutes to 6-12 with the three primary colours film bidirectional analog switch 6-1 that is printed on page paper; Image and literal on the page or leaf paper are made up of to 8-96 circular three primary colours amplitude modulation site 8-1
Each circular three primary colours amplitude modulation site on the page or leaf paper 9-1 is all by red; Green; Blue three amplitude modulation sites constitute; Red in each circular three primary colours amplitude modulation site on the page or leaf paper 9-1; Green; Blue three amplitude modulation sites should be divided into three parts that area equates in circle three primary colours amplitude modulation site; Wherein green amplitude modulation site is positioned at the middle part of this circle three primary colours amplitude modulation site; And in green amplitude modulation site and red; Be printed on transparent insulation printing ink between blue two amplitude modulation sites; The red amplitude modulation site of each circular three primary colours amplitude modulation site is printed by red electrochromism printing ink and is formed; The green amplitude modulation site of each circular three primary colours amplitude modulation site is printed by green electrochromism printing ink and is formed; The blue amplitude modulation site of each circular three primary colours amplitude modulation site is printed by blue electrochromism printing ink and is formed; Horizontal scanning line on the page or leaf paper 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 on the page or leaf paper 9-1 is to 3-12; 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 is to 1-8; Column scan lead-in wire 2-1 is formed by the printing of electrically conducting transparent printing ink to 2-8 and page scan control line 7-1
The horizontal scanning line that is printed on page paper 9-1 has the 3N bar; The column scan line that is printed on page paper 9-1 has the M bar; The column scan lead-in wire that is printed on page paper 9-1 has the M bar; The circular three primary colours amplitude modulation site 8-1 that is printed on page paper 9-1 is divided into the capable M row of N to 8-96 on page or leaf paper 9-1; Circular three primary colours amplitude modulation site 8-1 is to 8-96 neat arranged that is on the paper of page or leaf paper 9-1; Let i get 1 to N; Let j get 1 to M; Red amplitude modulation site, green amplitude modulation site and the blue amplitude modulation site basal surface of each circular three primary colours amplitude modulation site of the j row on the j bar column scan line on the page or leaf paper 9-1 and the page or leaf paper 9-1 are electrically connected, and the red amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar red primary horizontal scanning line on the page or leaf paper 9-1 and i on page paper 9-1 are capable is electrically connected, and the green amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar green primary horizontal scanning line on page paper 9-1 and i on page paper 9-1 are capable is electrically connected; The blue amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar blue primary horizontal scanning line on the page or leaf paper 9-1 and i on page paper 9-1 are capable is electrically connected; Column scan lead-in wire on the page or leaf paper 9-1 is parallel to each other with horizontal scanning line on the page or leaf paper 9-1, and the j bar column scan lead-in wire on the page or leaf paper 9-1 is vertical each other with j bar column scan line on the page or leaf paper 9-1, and the j bar column scan lead-in wire on the page or leaf paper 9-1 is electrically connected with j bar column scan line on page paper 9-1; And be printed on transparent insulation printing ink between each the bar column scan line beyond the j bar column scan line on j bar column scan lead-in wire on the page or leaf paper 9-1 and the page or leaf paper 9-1
In Fig. 1 and Fig. 2; The circular three primary colours amplitude modulation site 8-1 that is printed on page paper 9-1 is made up of red amplitude modulation site 8-1-1, green amplitude modulation site 8-1-2, blue amplitude modulation site 8-1-3; Red amplitude modulation site 8-1-1, green amplitude modulation site 8-1-2, blue amplitude modulation site 8-1-3 are divided into three parts that area equates with circular three primary colours amplitude modulation site 8-1; Wherein green amplitude modulation site 8-1-2 is positioned at the middle part of circular three primary colours amplitude modulation site 8-1; And between green amplitude modulation site 8-1-2 and red amplitude modulation site 8-1-1 and blue amplitude modulation site 8-1-3, be printed on transparent insulation printing ink 10-1; Column scan line 1-8 is electrically connected with the basal surface of red amplitude modulation site 8-1-1, green amplitude modulation site 8-1-2, blue amplitude modulation site 8-1-3, and red primary horizontal scanning line 3-1 is electrically connected with the upper surface of red amplitude modulation site 8-1-1, and green primary horizontal scanning line 4-1 is electrically connected with the upper surface of green amplitude modulation site 8-1-2; Blue primary horizontal scanning line 5-1 is electrically connected with the upper surface of blue amplitude modulation site 8-1-3
In Fig. 3, three primary colours film bidirectional analog switch 6-1 is made up of red primary line scanning film bidirectional analog switch 6-1-1, green primary line scanning film bidirectional analog switch 6-1-2 and blue primary line scanning film bidirectional analog switch 6-1-3,
In Fig. 4, each line scanning film bidirectional analog switch all has two input/output terminal I/O1 and I/O2, an input and output break-make control end IN1,
As three primary colours film bidirectional analog switch 6-1; Each three primary colours film bidirectional analog switch on the page or leaf paper 9-1 all is made up of red primary line scanning film bidirectional analog switch, green primary line scanning film bidirectional analog switch and blue primary line scanning film bidirectional analog switch; Three primary colours film bidirectional analog switch on the page or leaf paper 9-1 all is printed on page the same side of paper 9-1; Line scanning film bidirectional analog switch on the page or leaf paper 9-1 is divided into three groups; Red primary line scanning film bidirectional analog switch is first group; Green primary line scanning film bidirectional analog switch is second group; Blue primary line scanning film bidirectional analog switch is the 3rd group; I last first group red primary line scanning film bidirectional analog switch of page or leaf paper 9-1 is positioned at an end of the i bar red primary horizontal scanning line on page paper 9-1; The last i bar of page or leaf paper 9-1 red primary horizontal scanning line is electrically connected with two input/output terminals of last i the red primary line scanning film bidirectional analog switch of page or leaf paper 9-1; I last second group green primary line scanning film bidirectional analog switch of page or leaf paper 9-1 is positioned at an end of the i bar green primary horizontal scanning line on page paper 9-1; The last i bar of page or leaf paper 9-1 green primary horizontal scanning line is electrically connected with two input/output terminals of last i the green primary line scanning film bidirectional analog switch of page or leaf paper 9-1; Page or leaf i last the 3rd group blue primary line scanning film bidirectional analog switch of paper 9-1 is positioned at an end of the i bar blue primary horizontal scanning line on page paper 9-1, and the last i bar of a page or leaf paper 9-1 blue primary horizontal scanning line is electrically connected with page two input/output terminals of last i the blue primary line scanning film bidirectional analog switch of paper 9-1, the break-make control end of three cluster film bidirectional analog switches on page paper 9-1 all with page or leaf paper 9-1 on page scan control line 7-1 be electrically connected; Column scan lead-in wire on the page or leaf paper 9-1 and horizontal scanning line are all guided to page edge of paper 9-1 from the side that page or leaf paper 9-1 is printed with three primary colours film bidirectional analog switch
When needs write on content page paper 9-1 and go up, at first the page scan control line 7-1 on the page or leaf paper 9-1 is changed to high level, make three primary colours film bidirectional analog switch 6-1 on page paper 9-1 to the 6-12 conducting, a page paper 9-1 is changed to writes enable state,
When page or leaf paper 9-1 be changed to write enable state after, the column scan on page or leaf paper 9-1 lead-in wire 2-1 is changed to high level successively to 2-8, make the column scan line 1-1 on page paper 9-1 be changed to high level successively to 1-8,
When the 1st column scan line on the page or leaf paper 9-1 is changed to high level; The red display information that last the 1st row of page or leaf paper 9-1 will write is imported to 3-12 from red primary line scanning 3-1; The green display message that last the 1st row of page or leaf paper 9-1 will write is imported to 4-12 from green primary line scanning 4-1; The blue display message that last the 1st row of page or leaf paper 9-1 will write is imported to 5-12 from blue primary line scanning 5-1; Each circular three primary colours amplitude modulation site that page paper 9-1 is upward linked to each other with the 1st row column scan line is listed as write red by the 1st; Green; Blue display message adds electrochromics
Other row on the page or leaf paper 9-1 can repeat above-mentioned ablation process, and utilizes the Memorability of electrochromism printing ink, can make the content on page paper 9-1 preserve the long period.
Claims (1)
1. the inkless printing page of a homalographic color separation three primary colours paper is made up of page or leaf paper, three primary colours amplitude modulation site, horizontal scanning line, column scan line, column scan lead-in wire, page scan control line and three primary colours film bidirectional analog switch,
It is characterized in that:The inkless printing page of homalographic color separation three primary colours paper by page or leaf paper, be printed on circular three primary colours amplitude modulation site on page paper, be printed on horizontal scanning line on page paper, be printed on column scan line on page paper, be printed on column scan lead-in wire on page paper, be printed on the page scan control line on page paper and the three primary colours film bidirectional analog switch that is printed on page paper constitutes; Image and literal on the page or leaf paper are made up of circular three primary colours amplitude modulation site
Each circular three primary colours amplitude modulation site on the page or leaf paper all is made up of three amplitude modulation sites of red, green, blue; Three amplitude modulation sites of red, green, blue in each circular three primary colours amplitude modulation site on the page or leaf paper are divided into three parts that area equates with circular three primary colours amplitude modulation site; Wherein green amplitude modulation site is positioned at the middle part of circular three primary colours amplitude modulation site; And between green amplitude modulation site and red, blue two amplitude modulation sites, be printed on transparent insulation printing ink; The red amplitude modulation site of each circular three primary colours amplitude modulation site is printed by red electrochromism printing ink and is formed; The green amplitude modulation site of each circular three primary colours amplitude modulation site is printed by green electrochromism printing ink and is formed; The blue amplitude modulation site of each circular three primary colours amplitude modulation site is printed by blue electrochromism printing ink and is formed; Horizontal scanning line on the page or leaf paper is divided into red primary horizontal scanning line, green primary horizontal scanning line and blue primary horizontal scanning line, and column scan line, column scan lead-in wire and the page scan control line on the red primary horizontal scanning line of page or leaf paper, green primary horizontal scanning line, blue primary horizontal scanning line, the page or leaf paper printed by electrically conducting transparent printing ink and formed
The horizontal scanning line that is printed on page paper has the 3N bar; The column scan line that is printed on page paper has the M bar; The column scan lead-in wire that is printed on page paper has the M bar; The circular three primary colours amplitude modulation site that is printed on page paper is divided into the capable M row of N on paper; Circular three primary colours amplitude modulation site is the neat arranged that is on page or leaf paper paper; Let i get 1 to N, let j get 1 to M, the j bar column scan line on the page or leaf paper is electrically connected with red amplitude modulation site, green amplitude modulation site and the blue amplitude modulation site basal surface of each circular three primary colours amplitude modulation site that j on the page or leaf paper is listed as; The red amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar red primary horizontal scanning line of page or leaf on the paper and i on page paper are capable is electrically connected; The green amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar green primary horizontal scanning line of page or leaf on the paper and i on the page or leaf paper are capable is electrically connected, and the blue amplitude modulation site upper surface of each circular three primary colours amplitude modulation site that the i bar blue primary horizontal scanning line on the page or leaf paper and i on the page or leaf paper are capable is electrically connected, the column scan on page paper go between and page paper on horizontal scanning line be parallel to each other; J bar column scan lead-in wire on the page or leaf paper is vertical each other with the j bar column scan line on page paper; And the j bar column scan lead-in wire on the page or leaf paper is electrically connected with the j bar column scan line on page paper, and is printed on transparent insulation printing ink between the j bar column scan lead-in wire on the page or leaf paper and each the bar column scan line beyond the j bar column scan line on the page or leaf paper
Each three primary colours film bidirectional analog switch on the page or leaf paper all is made up of red primary line scanning film bidirectional analog switch, green primary line scanning film bidirectional analog switch and blue primary line scanning film bidirectional analog switch; Red primary line scanning film bidirectional analog switch, green primary line scanning film bidirectional analog switch, blue primary line scanning film bidirectional analog switch on the page or leaf paper all have two input/output terminals and an input and output break-make control end; Three primary colours film bidirectional analog switch on the page or leaf paper all is printed on the same side of page paper; Line scanning film bidirectional analog switch on the page or leaf paper is divided into three groups; Red primary line scanning film bidirectional analog switch is first group; Green primary line scanning film bidirectional analog switch is second group; Blue primary line scanning film bidirectional analog switch is the 3rd group; First group i red primary line scanning film bidirectional analog switch is positioned at an end of the i bar red primary horizontal scanning line on page paper on the page or leaf paper; On the page or leaf paper on i bar red primary horizontal scanning line and page paper two input/output terminals of i red primary line scanning film bidirectional analog switch be electrically connected; I red primary line scanning film bidirectional analog switch series is connected on page paper on the i bar red primary horizontal scanning line on the page or leaf paper; Second group i green primary line scanning film bidirectional analog switch is positioned at an end of the i bar green primary horizontal scanning line on page paper on the page or leaf paper; On the page or leaf paper on i bar green primary horizontal scanning line and page paper two input/output terminals of i green primary line scanning film bidirectional analog switch be electrically connected; I green primary line scanning film bidirectional analog switch series is connected on page paper on the i bar green primary horizontal scanning line on the page or leaf paper; The 3rd group i blue primary line scanning film bidirectional analog switch is positioned at an end of the i bar blue primary horizontal scanning line on page paper on the page or leaf paper, on the page or leaf paper on i bar blue primary horizontal scanning line and page paper two input/output terminals of i blue primary line scanning film bidirectional analog switch be electrically connected, i blue primary line scanning film bidirectional analog switch series is connected on page paper on the i bar blue primary horizontal scanning line on page paper; The break-make control end of the three cluster film bidirectional analog switches of page or leaf on the paper all with page or leaf paper on the page scan control line is electrically connected, the side that column scan lead-in wire on page paper and horizontal scanning line all are printed with three primary colours film bidirectional analog switch from page or leaf paper is guided to the edge of page paper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202350270U CN202120526U (en) | 2011-07-05 | 2011-07-05 | Equal-area color division three-base-color inkless printing page paper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202350270U CN202120526U (en) | 2011-07-05 | 2011-07-05 | Equal-area color division three-base-color inkless printing page paper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202120526U true CN202120526U (en) | 2012-01-18 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202350270U Withdrawn - After Issue CN202120526U (en) | 2011-07-05 | 2011-07-05 | Equal-area color division three-base-color inkless printing page paper |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202120526U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102346990A (en) * | 2011-07-05 | 2012-02-08 | 北京印刷学院 | Homalographic color-separation inkless printing book paper with three primary colors |
-
2011
- 2011-07-05 CN CN2011202350270U patent/CN202120526U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102346990A (en) * | 2011-07-05 | 2012-02-08 | 北京印刷学院 | Homalographic color-separation inkless printing book paper with three primary colors |
| CN102346990B (en) * | 2011-07-05 | 2013-01-30 | 北京印刷学院 | Homalographic color-separation inkless printing book paper with three primary colors |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120118 Effective date of abandoning: 20130306 |
|
| RGAV | Abandon patent right to avoid regrant |