JPS59176050A - Printing system - Google Patents

Printing system

Info

Publication number
JPS59176050A
JPS59176050A JP5008783A JP5008783A JPS59176050A JP S59176050 A JPS59176050 A JP S59176050A JP 5008783 A JP5008783 A JP 5008783A JP 5008783 A JP5008783 A JP 5008783A JP S59176050 A JPS59176050 A JP S59176050A
Authority
JP
Japan
Prior art keywords
printing
scan
during
printed
scanning
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP5008783A
Other languages
Japanese (ja)
Other versions
JPH0356190B2 (en
Inventor
Masaki Mizutani
水谷 征機
Mikio Hayashi
林 幹雄
Fumio Otsuka
史生 大塚
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Seikosha KK
Original Assignee
Seikosha KK
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Seikosha KK filed Critical Seikosha KK
Priority to JP5008783A priority Critical patent/JPS59176050A/en
Publication of JPS59176050A publication Critical patent/JPS59176050A/en
Publication of JPH0356190B2 publication Critical patent/JPH0356190B2/ja
Granted legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41JTYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J2/00Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
    • B41J2/005Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
    • B41J2/01Ink jet
    • B41J2/17Ink jet characterised by ink handling

Landscapes

  • Dot-Matrix Printers And Others (AREA)
  • Impression-Transfer Materials And Handling Thereof (AREA)

Abstract

PURPOSE:To provide a printing system capable of eliminating color irregularity and reducing noise, constituted so as to perform entire area printing by performing plural numbers of printings in such a state that the feed of recording paper is stopped. CONSTITUTION:Dots 21a... are printed in a zigzag pattern by first scanning and, in second scanning, dots 21b... are printed in a zigzag pattern in the remaining interval not printed by first scanning at the same position without feeding recording paper. By these two scannings, entire surface printing is completed. In the first scanning, only a half dot is printed and the consumption amount of ink impregnated with an ink ribbon comes to 1/2 and there is timewise tolerance siffucient for replenishing ink to the used ink ribbon.

Description

【発明の詳細な説明】 本発明は印字方式に関するものである。[Detailed description of the invention] The present invention relates to a printing method.

従来たとえば印字ハンマあるいけワイヤによりイン〃1
)ボンを介して記録紙に印字ケ行うプリンタでは、たと
えばかなり広い面積の全面に印字する場合、1回の走査
で全面印字を行ってし甘う。
Conventionally, for example, printing was done using a printing hammer or wire.
) In a printer that prints on recording paper via a bong, for example, when printing on a fairly wide area, it is easy to print on the entire surface in one scan.

このためにだとオげエンドレスのインクリボンに含浸づ
せたイン々が、−挙に大量に消費され、インクの補充が
間に合わず、この結果部分的に濃淡を生じ、均一な美し
い印字を得ら1ない。また10グ〕走査時に印字する回
数が多いためvr騒音が大きい。さちに2色を重ね打ち
し、て混色を印字する場合には1色むらに加えて騒音が
甚だ大となっていた。
For this reason, a large amount of the ink impregnated into the endless ink ribbon is consumed at once, and the ink cannot be replenished in time, resulting in partial shading, resulting in uniform and beautiful printing. There is no one. Also, since there are many times of printing during scanning, the VR noise is large. When printing a mixed color by overprinting two colors at once, not only one color becomes uneven, but the noise becomes extremely loud.

そこで本発明によれば1色むらケ解消し、騒音ケ小さく
できる印字方式ケ提供するもので、そグ〕特徴は記録紙
の送りを停止した一1寸で複数回の走査を行い、これに
よって全面印字を行うことである。すなわちたとえば第
1回走査時には間隔をおいて印字を行い、第2回走査時
には上gFの間隔内に印字を行うことによって、最終的
に全面印字を行うもり〕である。こ九によりインクリボ
ンの′)f4動誦−け1(ロ)の走査により2分の1と
なり、インクの補充に十分な時間的余裕を生じ、シ〃・
もインク切ねクコないものとなる。これはブ11ンタの
小型化などにより、インク1)ボンの長さが短くなった
ときなどに極めて有効である。
Therefore, the present invention provides a printing method that eliminates the unevenness of one color and reduces the noise. This means printing on the entire surface. That is, for example, during the first scan, printing is performed at intervals, and during the second scan, printing is performed within the interval of the upper gF, thereby finally performing printing on the entire surface.] As a result, scanning of the ink ribbon's f4 movement 1 (b) reduces the ink ribbon to 1/2, allowing enough time to replenish the ink.
If the ink runs out, it will become useless. This is extremely effective when the length of the ink bong (1) becomes shorter due to miniaturization of printers.

凭′発明の一実旋竹11について説叩する。第1,2図
は印字ハンマによる一7’ IIンタ′5f示したもグ
〕で。
I am going to talk about the 11th invention of Ichijichiku 11. Figures 1 and 2 show the 17' II interface with a printing hammer.

支持板1の裏面f、飯材2、スペーサ板3.複I9枚(
この例でけ3枚)の前ヨーク板4およびコイルボビン甲
芯出し板5が積層配置これている。可動ヨーク6け板材
2に取り付けであるとともに。
Back side f of support plate 1, rice material 2, spacer plate 3. Double I 9 sheets (
In this example, three front yoke plates 4 and a coil bobbin shell centering plate 5 are arranged in a stacked manner. It is attached to the six movable yokes and the plate material 2.

スペーサ板3.前ヨーク板4に設けた孔に嵌合している
。可動ヨーク乙の前部に形成しである割ね溝6aに印字
ハンマ7a、7b、7c、7dが挟着されてい2)。印
字ハンマ7a〜7dけ所定の傾斜1目って互いに平行に
位置(、その先端部が一対り)ガイドビン8,8によっ
て案内され、これによって印字ハンマの横振れ會防止し
、ている。印字ハンマ7a〜7dおよびガイドビン8,
8け支持板1に開設しである開口窓1aを通って前方へ
突出し、ている。氾出し板5グ)裏面から所定の間隙を
おいて後ヨーク保持板9が固着してあり、後ヨーク10
を保持し、ている。後ヨーク10と芯出し板5との間に
ドーナッツ状の永久p石11が挾寸ハている。後ヨーク
10の底部中央には中心ヨーク12が前後に位置調整項
t4’r’に螺合し、そグ)前端面に可能ヨーク6の後
端面が対向している。中心ヨーク12にはコイル13ケ
巻回したヨーク14が嵌合している。15けヘッド支持
板である。
Spacer plate 3. It fits into a hole provided in the front yoke plate 4. Printing hammers 7a, 7b, 7c, and 7d are sandwiched in a split groove 6a formed in the front part of the movable yoke 2). The printing hammers 7a to 7d are guided by guide pins 8, 8, which are positioned parallel to each other at predetermined slopes (their tip ends are a pair), thereby preventing the printing hammers from wobbling laterally. Printing hammers 7a to 7d and guide bins 8,
The support plate 1 has an opening and projects forward through an opening window 1a. Flood plate 5g) A rear yoke holding plate 9 is fixed at a predetermined gap from the back side, and the rear yoke 10
holds and is. A donut-shaped permanent p-stone 11 is interposed between the rear yoke 10 and the centering plate 5. At the center of the bottom of the rear yoke 10, a center yoke 12 is screwed into a longitudinal position adjustment member t4'r', and the front end face of the center yoke 12 is opposed to the rear end face of the movable yoke 6. A yoke 14 having 13 coils wound thereon is fitted into the center yoke 12. This is a 15-piece head support plate.

支持板1の前面には、 +1ボンガイド16が骨付脚部
16aを介し、て着脱自在K lPyり付けられている
。11ボンガイド16には印字ハンマ7a〜7dおよび
ガイドビン8扉位置する開口窓16bを有し、さらに甲
テ部を斜d・に横切る迫路溝16Cが形成して、18す
る。インク1)ボン17は通路1偉160にそって案内
されることによって−I:l]字ハンマに対して斜めに
挿置されている。インク1)ボン17け異なる色のイン
クrしみ込寸せている四つり)色帯17a、17b、1
7c、17dが長手方向に区画形成され1.各色帯に常
に印字ハンマ7a。
A +1 bone guide 16 is removably attached to the front surface of the support plate 1 via bone leg portions 16a. The 11-bon guide 16 has an opening window 16b in which the printing hammers 7a to 7d and the guide bin 8 door are located, and is further formed with an abutment groove 16C that crosses the instep diagonally. Ink 1) The cylinder 17 is guided along the passage 1 groove 160 and is inserted obliquely to the -I:l] shaped hammer. Ink 1) 17 bongs of ink of different colors soaked in four color bands 17a, 17b, 1
7c and 17d are sectioned in the longitudinal direction; 1. A printing hammer 7a is always used for each color band.

7b、7c、7.iが1才づつ対向している。7b, 7c, 7. i is facing one year old at a time.

I)ボンガイド16グ〕紗而には、第2,4図示のよう
に記録紙Pのペーパーガイド18 ’cl!L4−j゛
Lテいる。ペーパーガイド18にd、訳録MPクツ進入
(1111の辺18aから扉付は片ケ屈成しており、こ
のlly付は片を1)ボンガイド16の背面に挿入する
ことにより取幻付けらnている。ペーパーガイド18グ
)はぼ中す部Vけ、印字ハンマ7a〜7dグ)先端であ
る印字部全体に対向する位置に大きい一口19を穿設し
、である、 こり〕ように構成し、た印字ヘラドグ)前ノiにに1−
1ドラム20が設けらt’l 、その外周面に複数(こ
クツ41/11でけ18イ1iI+1)クツ***部20
aが一体的に突出Jν成でねでいる。印字ヘラドグ〕1
)ボンガイド16とペーパーガイド18との間にインク
1)ボン17が3(1)過1ておね、ペーパーガイド”
1Bと回IF )’ ラム20との間にr鯉組コアが一
過[ている。回転ドラム21+この「I餘凧王の幅に対
応するしで紮有[、全しにB、つて***部20aが軸2
0bの軸方向に平行に延伸し、ている。回転ドラL20
け千−タ([ツ活せず。)によって第2し;時計方向に
連続的に回〔駆動づわる。また印字ヘッドは回Qg−1
−”ラム20のし1転身[に関保してJちかじd)足め
られた一定グ)速度で回転ドラムの軸方向にヌベーシン
グされる。これにより印字ハンマ7a〜7dit***部
20a[対し行〔横)方向に交差位置を変え。
I) Bon guide 16g] Then there is the paper guide 18'cl! of the recording paper P as shown in the second and fourth figures. L4-j゛Lte is there. d into the paper guide 18, translation MP shoes are inserted (from the side 18a of 1111, the door attachment is formed on one side, and this lly attachment is attached by inserting the piece 1) into the back of the bong guide 16. There are n. The paper guide 18g) has a hollow part V, and the printing hammers 7a to 7d have a large opening 19 at the tip facing the entire printing part, and are configured so as to be stiff. Printing Helladog) Previous i ni 1-
1 drum 20 is provided, and a plurality of (knots 41/11 and 18i1iI+1) shoe raised portions 20 are provided on the outer peripheral surface of the drum 20.
a is integrally overhanging with a protruding Jν formation. Printing Helladog〕1
) Between the bong guide 16 and paper guide 18, the ink 1) bong 17 is 3 (1) over 1, then the paper guide
The r carp group core is passing between 1B and the ram 20. The rotating drum 21 + this "I" has a width corresponding to the width of the kite king.
It extends parallel to the axial direction of 0b. Rotating driver L20
The second switch is rotated continuously in the clockwise direction by the starter. Also, the print head is rotated Qg-1
-"The ram 20 is rotated in the axial direction of the rotating drum at an added constant speed. As a result, the printing hammers 7a to 7dit are nubbed in the axial direction. Change the intersection position in the row (horizontal) direction.

回転ドラムの回転によって***部20aは印字ノ1ンマ
7a〜7dに対し列C&)方向に交差位置を変λる。こ
のようにし2て印字ハンマと***部とが行および列方向
に交差位置を変λるとき、印字ハンマ7a〜7dが適宜
選択され、それに対応するコイル16に駆動パルスが印
加され、印字ハ′ンマの先端の印字部により、ドツトに
よる印字が行わする。
Due to the rotation of the rotating drum, the raised portion 20a changes its intersecting position λ in the direction of the column C&) with respect to the printing nozzles 7a to 7d. In this way, when the printing hammer and the raised portion change their intersection positions in the row and column directions, the printing hammers 7a to 7d are selected as appropriate, and a driving pulse is applied to the corresponding coil 16, and the printing hammer is The printing part at the tip of the printer prints dots.

このようにしてブ1Jンタにより位置が行われるり〕で
あるが、一定の面権ケ全面に印字するに当って1本発明
でけ捷ず’I’r1伸lり〕走査時に1間隔?おいてド
ツトを印字[7,第2回の走査時に上Hc’間隔内にド
ツト?印字し、最終的には第6図示り〕ように全面にド
ラ)21による印字が°完成する。この複数回の走査の
ザ、iピ録紙の送りは停止し、た1寸である。すなわち
第6図において、22は1回走食ICより印字ril郁
な岬囲を示しており・し1示によれば縦方向へ8個りン
ドラト分り〕1lvlであり・1黄方向へは印字ヘッド
が移動することによりmgrl &を紙の串一杯が1回
の走査で印字できる。
In this way, the positioning is performed by the printer. However, when printing on the entire surface of a certain surface area, the present invention does not eliminate the need for printing at one interval during scanning. [7, Is there a dot within the upper Hc' interval during the second scan? Finally, as shown in Figure 6, printing is completed on the entire surface using a screwdriver 21. During these multiple scans, the feed of the i-pillar paper stopped and was only 1 inch. In other words, in Fig. 6, 22 indicates the farthest cape surrounding the print from the IC, and according to 1, it is 1 lvl in the vertical direction, and 1 lvl is printed in the yellow direction. By moving the head, mgrl & can be printed on a full skewer of paper in one scan.

第4A図は第1回り〕走査によりドツト印字ブーζ行わ
jる状態を示し、千鳥状にドラ)21a・・・・・・・
・・がオず印字される。第20グ〕走査時にはMtj録
紙を送口ないで同じ位置のままで、第1回に印字さオ]
、ないで残ざねた間隔内[第4B)示のように千鳥状に
トン)21b・・・・・・・・・が印字これる。こグ)
2回り〕走査によって第3 IF;21示のよう庁全面
印字ブバ完了する。このような印字方式では、1[al
の走査では2分の1のドツトしか印字ζj、ないり〕で
、インク11ボンの含浸させであるインククコ消費rけ
S゛分の1となり、使用でれたインクリボンにインクを
補給するり)vr十分な時間的余裕がある。
Fig. 4A shows a state in which dot printing is performed by scanning the first round, and the dot printing is performed in a staggered manner 21a...
... is printed out. 20th G] When scanning, leave the Mtj recording paper in the same position without feeding it, and print it in the first time]
, 21b . Kog)
By scanning 2 times, the entire surface printing is completed as shown in 3rd IF; 21. In such a printing method, 1[al
In scanning, only 1/2 of the dots are printed, and the ink consumption for impregnating 11 cylinders of ink is reduced to 1/2, and the ink is replenished to the used ink ribbon. vrI have enough time.

第5A1%示においては、四つグ〕ドラトケ1グルー 
プとして千鳥状にトン)210・・・・・・・・・が與
1 [i:!1の走査時に印字される。ついでg2Il
ijlグツ走五時&でけ第5B図示グ)ように残りの間
隔内しζ四つり〕トン) ”f 1 り/I・−ブとし
て千鳥状fドツト21d・・・・・・・・が印字さ才1
1.これにより第3図示り〕ような全面印字が完了する
In the 5th A1% indication, four groups] Doratoke 1 group
210...... is 1 [i:! Printed when scanning 1. Then g2Il
The staggered f-dots 21d as shown in Fig. Printability 1
1. As a result, the entire surface printing as shown in Figure 3 is completed.

第6A図示においては、2行分り)間隔ケおいて2行の
トン)21e・・・・・・・・・が第1回の走査時ニ印
字され、ついて第6B図!示のように第2回の走査時に
は、上配間隔内に2行丸・きの2行グ)ドツト21f・
・・・・・・・・が印字さn、こj5により第6図示の
ような全面印字が完了する。
In the illustration in Figure 6A, two lines of t)21e... are printed at the interval of two lines, and then in Figure 6B! As shown in the figure, during the second scan, two dots 21f and 2 dots 21f and 2 dots are placed within the upper spacing.
.

第7八−示においては、2列分の1赫1隔rお′いて2
列のドツト21g・・・・・・・・・が第1回クツ走を
時に印字きれ、ついで第7Bii%示り〕ように第20
グ〕走査時には、上dPIvl隔内[2列おきの2列り
]ドツト21’h・・・・・・・・・が印字さn、こ′
i″Lにより全面印字が完了する。
In the 78th illustration, 1 space for 2 rows and 2
The dot 21g in the column was printed out when the first shoe run was completed, and then the 20th one was printed as shown in the 7th Bii%
When scanning] dots 21'h... in the upper dPIvl interval [2 rows every 2nd row] are printed.
Full-page printing is completed by i″L.

第aA、sB、sc図示においては3回り〕走査により
全面印字全行う例ゲ示すもLI)で、第8A図示・vC
お(八てけ、二つ分の間隔ケぶ・いて斜めに並ぶ  □
トン)21i・・・・・・・・・が第1回り〕走査時に
印字きれ。
3 times in the illustrations of aA, sB, and sc] An example of printing all over the entire surface by scanning
(Hachiteke, line up diagonally with two spaces apart □
21i...... is the first turn] Printing was completed during scanning.

第8B図示のように第1回走査時り〕ドツトのl!ll
[りであって斜めに兼ぶドツト211・・・・・・・・
・が第2回の走査時に印字され、さらKよ′几8C図示
クツように最後に残された間隔内に斜めに並ぶドツト2
1k・・・・・・・・・が第3回の走査時に印字され、
こnにより全面げ1牢が完了せる8 第9A、9B図社2色を重ねて印字して混色ケ出す印字
方式でと、つて、たとえば明色であるマゼンタと暗色で
あるシアンとを重ねて印字して紫とするw合に一ついて
説明する。マセンタグ)ト0ソト26ケ右上り斜線で示
し、シアンク〕ドツト24.’:右下り斜線で示して(
八る1、8F、’ 9 A図は第1回の走査によhマゼ
ンタり)L゛ツト23a・・・・・・・・と、・シアン
のドツト2 ’4 a・・・・・・・・・と−h)父互
グ)位置IC印字さハる状:tυを示している。この場
合(Cも一色に汗pすれげ(−隔會おいて印字されてい
るり〕で、1 [61f>走査によるインクの消費は少
な1八。第9s′191示の第2回の示査時には、前−
1にマセン〃4のドソj・23a・・・・・・・・・プ
ル印字された位置にシーrング〕ドツ)・24b・・・
・・・・・・プル、また前回にシアンク)ドツト2Aa
・・・・・・・・・プル印字された位置にマゼンタのド
ツト23b・・・・・・・・・が印字芒れる状明會示し
てい、5゜こJしによりシアング)ドツトとマセンタグ
〕L゛ントカ車λっテ印字さね、全面に紫色の印字がな
されたことになる。
As shown in Figure 8B, during the first scan] dot l! ll
[Dot 211 that also doubles as a diagonal...
・is printed during the second scan, and the dots 2 are lined up diagonally within the last remaining interval as shown in Figure 8C.
1k...... is printed during the third scan,
This completes one full-surface burnout.8 No. 9A and 9B The printing method is to print two colors overlappingly to create a mixed color, for example, by overlapping the light color magenta and the dark color cyan. I will explain one when I print it in purple. Masentag) dot 0 soto 26 indicated by diagonal lines on the upper right corner, dot 24. ': Indicated by a diagonal line downwards to the right (
8ru 1, 8F, '9 A is magenta due to the first scan)Light 23a......and cyan dot 2'4a... ... and -h) position IC printing indicates: tυ. In this case (C is also printed in one color at intervals), the consumption of ink by scanning is small18. Sometimes before-
1.Masen〃4 doso j・23a......Sealing in the position where the pull is printed〃dot)・24b...
・・・・・・Pull, cyank from last time) Dot 2Aa
It is clearly shown that a magenta dot 23b is printed at the position where the pull print was made, and the dot and magenta tag] L ゛ Car λ tte printing, purple printing has been made on the entire surface.

こり)例に尤・いては、先にマゼンタのドツト≠;印字
ζ力、た後でシアンのドツト7+ぼ印字實力、て紫り〕
ドツトが形成される場合と、先にシアング)ドツトが印
字された後でマゼンタのドツトが印字てれて紫のドツト
が形5vこれる場合とが混在する。[2かし後者のよう
に先に暗色のシアンが印字さね−、後で明色のマゼンタ
が印字されると、明色のインク1Jボンが汚)91.こ
力により印字さ7′lる台が次第にきたな(なるという
間顎がある。
For example, first the magenta dot ≠; printing power, then the cyan dot 7 + printing power, and it turns purple]
There are cases in which dots are formed, and cases in which cyan dots are printed first, then magenta dots are printed, and purple dots appear in the form of 5v. [2 However, as in the latter case, if the dark cyan is printed first, and then the light magenta is printed later, the light ink 1J bottle becomes dirty)91. Due to this force, the stand that prints gradually came to a standstill (there was a pause while it was coming up).

以下の実施例はこの***を考慰した印字方式で。The following example is a printing method that takes this vote counting into consideration.

色の汚れのないもグ)である。すなわち第1OA。The color is clean (Mogu). That is, the first OA.

1QB図は1回グ〕走査で(W隔をおいた同一位置r呼
ス明色のマゼンタのドツトとついで暗色のシアンのドツ
ト71−、!f2て混合り]印字を行うもので、第10
Al¥!lけ第1(ロ)の走査時に千鳥状の位置にマゼ
ンタのドツトとシアンのドツト7重ねて印字して混合の
紫のドツト25a・・・・・・・・・を彫威(−1第2
回の走査時に第1QB図示のよう]f(、残寧れたスペ
ースに千鳥状にマゼンタク)ドットトシアング〕ドツト
7重ねて印字し7て紫σ〕トン)25t+・・・・・・
・・を形成I2.こ力によh全面に紫り)印字が完了す
る。この方式では常に明色り)マゼン〃り)ドツトが先
に印字されるq)で1色グ〕汚れを生じない。寸だ1回
の゛走査時のインクの消費も少な(てすむ。
The 1QB diagram is printed in one scan (mixing light magenta dots at the same position W apart, then dark cyan dots 71-, !f2).
Al¥! During the first (b) scan, magenta dots and cyan dots 7 are printed in staggered positions, and mixed purple dots 25a are carved (-1st). 2
During the second scan, as shown in the first QB] f (, magenta in a staggered manner in the remaining space) dots [7 dots printed overlappingly and 7 purple σ] tons) 25t+...
... is formed I2. Due to this force, the entire surface turns purple) The printing is completed. In this method, dots are always printed in bright colors (magenta) first (q) and dots in one color (g) do not cause stains. Ink consumption per scan is also very low.

第11A、11B、110図では5回の走査により巨1
様な紫グ〕印字分行う方式であって、第11A図は第1
回の走査時に(W隔ケおいて千鳥状にマゼンタのドツト
26a・・・・・・・・・を印字L−s Ag21p:
 )走査時にけ第11B図示の様に、第1191に印字
哀れないで残さflた間隔内にてマゼンタのドツト26
b・・・・・・・・・と、ドツト2/+aK重なる位置
にシアンのドラ)27a・・・・・・・・・とが印字さ
れる。ついで第6回σン走妥時には、トン)26b・・
・・・・・・・に重なる位Kfにシアンのドツト27b
・・・・・・・・・が印字される。このようにして明色
のドツトが先に印字された後で、暗色のドツトが重ねて
印字づれることにより、紫の全面印字が完了する。
In Figures 11A, 11B, and 110, the giant 1
11A is a method that performs printing as many times as possible, and Figure 11A shows the first
At the time of scanning (print magenta dots 26a in a staggered manner at intervals of W) L-s Ag21p:
) When scanning, as shown in Figure 11B, magenta dots 26 are printed in the 1191st area within the space left without printing.
cyan dot 27a) is printed at the position where the dot 2/+aK overlaps with the dot 2/+aK. Then, at the end of the 6th σn run, ton) 26b...
Cyan dot 27b on Kf so that it overlaps with...
....... is printed. In this way, after the light colored dots are printed first, the dark colored dots are overlapped and printed, thereby completing the entire purple printing.

なお本発明は印字ノ・ンマ會用いるプリンタに限られる
もので一°な(、たとえばワイヤドラトフ11ンタを用
いた場合にも本印字方式は有効である。
Note that the present invention is limited to printers used for printing, and the present printing method is also effective when a wired printer is used, for example.

また全面印字に限られる本グ)でな(、図形々どを作る
除の部分的な印字であっても同様に適用できる。
In addition, this method is limited to full-page printing, and can be applied in the same way to partial printing except for creating figures and the like.

このようKiE発明によれば1回の走査時に消費される
インクの量が少々(てすむので、インク1]ボンに含浸
させであるインクの補充を徐々に行っても十分に問い合
い、インク切れがな(5色々らが生じること々(美し、
い印字≠:得られ捷た騒音も小でい々ど、優れた効果が
ある。
In this way, according to the KiE invention, the amount of ink consumed during one scan is small (ink 1). Gana (5 things that occur (beauty,
Good printing≠: Although the resulting noise is small, the effect is excellent.

【図面の簡単な説明】[Brief explanation of the drawing]

図面は本発明の実施例?示すもので、第11け印字ヘラ
1−゛σ)正面図、第2図に第1図ll−Tl綾断面図
、第6図は全面印字を示す正面図1.第4Aおよび4B
図は本発明の印字方式によって1色の全面印字を行う場
合を走査段階ごとに示した正面図。 第5A図卦よび5B図は本発明り)ζらに他の実施夕1
1の走査段階ごとの正面図、第6A図および6B図は*
発明り)さらに他り〕実施例の走査段階ごとり)正面図
、第7A訃よび7b図は本発明り〕さらに他の実施例の
走査段階ごとの正面図、第8’A、8Bおよび80閃は
本発明のづらに他の実椎例り)走査段階ごとの正面関、
第9Aおよび9B図は本発明の印字方式によって2色を
重ねて印字する場合を走査段階ごとに示した正面図、第
1OAおよび10B図は同上のさらに他の実施fllの
走査段階ごとの正面図、第11A、11Bおよび110
図は同士のさらに他の実施例の走査階段ごとの正面図で
ある。 7a、7b、7c、7a・・・・・・印字ハンマ17・
・・・・・インクリボン P・・・・・・記針1t 21.21a、21b、21p、21d。 21e、21f、21g、21h、21i。 21j、21k・・・・・・ドツト 23a、23b、26a’、26b−・=マセンタグ〕
ドツト 24 a 、 24 b 、 27 a 、 27 b
 −・−・・シアンク)ドツト 25a、’25b・・・・・・マゼンタとシアンの混色
のドツト 以上 特許出題人 株式会社 精 工 舎 代理人弁理士最上 務 第1図 ■″′] ■ヨ 第2図 18a  16a 第3図 第4A図          第4B図第5A図   
      第58図 第6A図        祁8図 第7A図          第7B図第8C図
Are the drawings examples of the present invention? Figure 2 is a front view of the 11th printing spatula 1-゛σ), Figure 2 is a cross-sectional view along the line ll-Tl in Figure 1, and Figure 6 is a front view showing printing on the entire surface. 4th A and 4B
The figure is a front view showing the case where one-color full-surface printing is performed by the printing method of the present invention at each scanning stage. Figures 5A and 5B are from the present invention)
The front view for each scanning stage of 1, Figures 6A and 6B are *
Figures 7A and 7b are the invention; front views for each scanning stage of still other embodiments; Figures 8'A, 8B and 80; In addition to other practical examples of the present invention, the frontal function for each scanning stage,
Figures 9A and 9B are front views showing each scanning stage when two colors are printed in an overlapping manner using the printing method of the present invention, and Figures 1OA and 10B are front views showing each scanning stage of yet another embodiment of the same as above. , 11A, 11B and 110
The figure is a front view of each scanning staircase in yet another embodiment. 7a, 7b, 7c, 7a... Printing hammer 17.
... Ink ribbon P ... Marking needle 1t 21.21a, 21b, 21p, 21d. 21e, 21f, 21g, 21h, 21i. 21j, 21k...Dots 23a, 23b, 26a', 26b--=Masentag]
Dots 24 a, 24 b, 27 a, 27 b
-・-・cyank) Dot 25a, '25b...Dot or more of mixed color of magenta and cyan Patent presenter Seikosha Co., Ltd. Representative Patent Attorney Mogami Figure 1 ■'''] ■Yo No. 2 Figure 18a 16a Figure 3 Figure 4A Figure 4B Figure 5A
Figure 58 Figure 6A Figure 8 Figure 7A Figure 7B Figure 8C

Claims (1)

【特許請求の範囲】 1 インク1)ボンを介して印字を行うフ1)ンタの印
字方式において。 疹″針紙グ)送りを停止し7た一1′神で初V回の走査
を行い・ 1回の走査時に間隔ケおいて印字し。 次回の走査時に上言r″間隙内に印字し、物数回の走査
によね印字を完了する ことを特徴とする印字方式。 2 特許請求17)範囲第1項において、第1回り)走
査時に間隔をおいて2分L7)1の印字を行い、第2回
の走査時に土?間隔内に2分/ll′) iの印字を行
って印字を完了することを特徴とする印字方式。 6 特許請求の範囲第1項において、第1回グ〕走査時
に間隔ケおいて3分り)1の印字ケ行い、槙2回り〕走
査時に上記I¥i1隔内に6分り〕1の印字を行い、第
6回の走査時に上舊P間隔内Kl’4分のi ’7’)
印字を行って印字を完了することを特徴とする印字方式
。 4、 インクリボンを介して印字を行うブ1jンタの印
字方式において。 @e録紙の送りを停止した玄1で複数回の走査を行い・ 第1回の走査時に明色の印字と暗色の印字゛とを交互に
位置させて印字し。 第2回の走査時に上6重明色の印字グ)上に暗色り〕印
字ケ、“上記暗色の印字り〕上に明色の印字ケ重ねて行
って混色の印字を完了する ことを特徴とする印字方式。 5 インクリボンを介して印字ケ行うフ1]ンタの印字
方式において。 記録紙の送り?停止したま捷でネジ数回の走査を行い、 第1回の走査時に間隙をおいて明色の印字と暗色の印字
7重ねて混色の印字を行い。 第2回の走査時に上献間隔内に明色の印字と暗色の印字
を重ねて混色の印字を完了することを特徴とする印字方
丈。 6、 インク11ボンを介して印字を行うプリンタの印
字方式において。 iP記録紙送りを停止し7たま寸で複数回グ)走査を行
い・ 第1回り】走査時に間隔をおいて明色り)印字を行い。 第2101の走査時に上記間隔内に明色の印字を。 十F明色の印字の上に暗色の印字を行い。 第6回り)走査時に上t:c’g2回の明色の印字り)
十に暗色の印字を行って混色の印字を完了することを特
徴とする印字方式。
[Scope of Claims] 1. Ink 1) In a printer printing method in which printing is performed via a bong. Stop the feeding and perform the first V scan at 7-11'. Print at an interval during each scan. Print within the above-mentioned r' gap during the next scan. , a printing method characterized by completing printing by scanning the object several times. 2 Patent Claim 17) In the range No. 1, printing of L7) 1 is performed at intervals of 2 minutes during the first scanning, and the printing is performed at intervals of 2 minutes during the second scanning. A printing method characterized in that printing is completed by printing 2 minutes/ll') i within an interval. 6 In claim 1, in the first scan, the number 1 is printed at an interval of 3 minutes, and the number 1 is printed at 6 minutes within the above I\i1 interval during the second round of scanning. and during the 6th scan, Kl'4/i'7' within the upper P interval
A printing method characterized by printing and completing printing. 4. In the printing method of a printer that prints via an ink ribbon. @e Perform multiple scans with the recording paper feed stopper 1. During the first scan, print by alternating light and dark colors. During the second scan, a dark color is printed on top of the upper six layers of light color printing, and a light color is printed on top of the dark color printing to complete the mixed color printing. 5 In the printer printing method in which printing is performed via an ink ribbon, the recording paper is scanned several times while the recording paper is stopped, and then the screw is scanned several times, leaving a gap during the first scan. Light color printing and dark color printing 7 are overlapped to perform mixed color printing.The light color printing and dark color printing are overlapped within the upper interval during the second scan to complete the mixed color printing. Print length. 6. In the printing method of a printer that prints via an ink bottle. Stop feeding the iP recording paper and scan multiple times at 7 o'clock. Color) Print. During the 2101st scan, print in light color within the above interval. 1F Print in dark color on top of the light color print. 6th) During scan, upper t: c'g twice bright color printing)
A printing method characterized by printing in a dark color to complete mixed color printing.
JP5008783A 1983-03-25 1983-03-25 Printing system Granted JPS59176050A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP5008783A JPS59176050A (en) 1983-03-25 1983-03-25 Printing system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP5008783A JPS59176050A (en) 1983-03-25 1983-03-25 Printing system

Publications (2)

Publication Number Publication Date
JPS59176050A true JPS59176050A (en) 1984-10-05
JPH0356190B2 JPH0356190B2 (en) 1991-08-27

Family

ID=12849248

Family Applications (1)

Application Number Title Priority Date Filing Date
JP5008783A Granted JPS59176050A (en) 1983-03-25 1983-03-25 Printing system

Country Status (1)

Country Link
JP (1) JPS59176050A (en)

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS56127464A (en) * 1980-03-12 1981-10-06 Brother Ind Ltd Color dot matrix type serial printer
JPS5741771A (en) * 1980-08-26 1982-03-09 Hitachi Koki Co Ltd Controller of dot printer
JPS5869071A (en) * 1981-10-22 1983-04-25 Usac Electronics Ind Co Ltd Control system for impact type serial dot printer
JPS5871174A (en) * 1981-09-22 1983-04-27 Fujitsu Ltd Overload printing control system

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS56127464A (en) * 1980-03-12 1981-10-06 Brother Ind Ltd Color dot matrix type serial printer
JPS5741771A (en) * 1980-08-26 1982-03-09 Hitachi Koki Co Ltd Controller of dot printer
JPS5871174A (en) * 1981-09-22 1983-04-27 Fujitsu Ltd Overload printing control system
JPS5869071A (en) * 1981-10-22 1983-04-25 Usac Electronics Ind Co Ltd Control system for impact type serial dot printer

Also Published As

Publication number Publication date
JPH0356190B2 (en) 1991-08-27

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