JPS58142891A - Ink jet printer - Google Patents
Ink jet printerInfo
- Publication number
- JPS58142891A JPS58142891A JP2630382A JP2630382A JPS58142891A JP S58142891 A JPS58142891 A JP S58142891A JP 2630382 A JP2630382 A JP 2630382A JP 2630382 A JP2630382 A JP 2630382A JP S58142891 A JPS58142891 A JP S58142891A
- Authority
- JP
- Japan
- Prior art keywords
- film
- melting point
- ink
- printing medium
- medium
- 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.)
- Pending
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41M—PRINTING, DUPLICATING, MARKING, OR COPYING PROCESSES; COLOUR PRINTING
- B41M7/00—After-treatment of prints, e.g. heating, irradiating, setting of the ink, protection of the printed stock
- B41M7/0027—After-treatment of prints, e.g. heating, irradiating, setting of the ink, protection of the printed stock using protective coatings or layers by lamination or by fusion of the coatings or layers
Landscapes
- Ink Jet (AREA)
- Duplication Or Marking (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は光沢のある1書印写を提供するインクジェット
印写装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an inkjet printing apparatus that provides glossy single-print printing.
微小なインク−を印写媒体に向って噴射せしめこのイン
ク−の付着により所望の文字図形等の1像を印写するイ
ンクジェット印写装置、特に必要に応じて上記インク滴
を噴射するオンデマンド型にあっては噴射力が最弱なた
めに、粘性等の関係で一般的に水性のインクが使用され
る。また、前配水性のインクはインクジェットの最大の
欠点である非動作時に於けるインクヘッドの目詰まりに
ついても有用であり、前記オンデマンド型のもの、肝つ
いては一旦目詰まりが発生すると噴射力が前本の如く微
弱なために自己復帰することができな7シ
いので、予め目詰まりを防止する上で極めて有薔である
。An inkjet printing device that jets minute ink toward a printing medium and prints an image of a desired character or figure by the adhesion of the ink, particularly an on-demand type that jets the ink droplets as needed. Because the jetting force is the weakest, water-based inks are generally used due to viscosity and other considerations. In addition, pre-water dispensing ink is useful for preventing clogging of the ink head during non-operation, which is the biggest drawback of inkjet, and the important thing with the on-demand type ink is that once clogging occurs, the jetting force is reduced. Since it is weak like a book and cannot return by itself, it is extremely useful in preventing clogging in advance.
然し乍ら、斯ろ水性インクを用いた場合、油性のインク
で印写されたものに砿ぺ1−表面の光沢がなく、特にカ
ラーlii像にその傾回は蓄しい。ビに、前記水性イン
クh耐水性の面でも劣り、水で舊;じんだり、消失した
りする。However, when a water-based ink is used, the surface of the image printed with the oil-based ink lacks luster, and the slant is particularly noticeable in color images. Second, the water-based ink has poor water resistance and smudges or disappears when exposed to water.
一方、近年高品質の印写Ts會を提供することな目的と
し表面にインクの拡散Cにじみ)を、防止する拡散防止
層を―えた印写媒体が開発され三#−紙株式会社から商
品名[マツトコ−)jlfJとして市販されている。ま
た、特開昭55−146786号及び特開昭55−15
0395号公報にも前記拡散防止層を需えた印写媒体が
開示されている。On the other hand, in recent years, printing media with a diffusion prevention layer to prevent ink diffusion (bleeding) on the surface have been developed with the aim of providing high-quality printing. It is commercially available as [Matsutoko] jlfJ. Also, JP-A-55-146786 and JP-A-55-15
Publication No. 0395 also discloses a printing medium that requires the above-mentioned diffusion prevention layer.
ところが、前記拡散防止層を需えた印写媒体を使用すれ
ばインクの拡散(にじみ)が防止されるのできめの細か
い高解像度の印写を得ることができるものの、拡散防止
層を形成する白土、タルク、クレイ、炭醗カルシウム、
硫酸パリクム等が粉末状となり剥離する危惧を有してい
た。特に、局部的な摩擦及び折り曲げに前処することは
できない。However, if a printing medium that requires the diffusion prevention layer is used, ink diffusion (bleeding) is prevented and a fine, high-resolution print can be obtained, but the white clay that forms the diffusion prevention layer, Talc, clay, charcoal calcium,
There was a fear that paricum sulfate and the like would turn into powder and peel off. In particular, local friction and bending cannot be accommodated.
本発明は斯ろ水性のインクを用いたにも拘らず前記欠点
を真報したインクジェット印写装置に係り、耐水性に優
れた光沢のある高解像度の1像印写を提供することを目
的としている。以下に本発明の一実施例につき図面を#
照しつつ詳述する。The present invention relates to an inkjet printing device that solves the above-mentioned drawbacks despite using a water-based ink, and an object of the present invention is to provide a glossy, high-resolution single-image print with excellent water resistance. There is. The drawings for one embodiment of the present invention are shown below.
I will explain in detail.
481図は本発明インクジェット印写Wi纜の概略を示
す模式図であって、(1y)(1m)(IC)(14)
はイエロ、マゼンタ、シアン、ブラックの水性インクを
夫々収容する交換自在なインクカートリッジに連なるイ
ンクヘッドで、−素信号に応答して50ミクロン程度の
インク滴をオンデマンド的に噴射する。(2)は表面に
白土、タルク、クレイ、炭酸カルシウム、硫酸バリウム
等の顔料とデンプン、コンスターチ、ポリビニルアルコ
ール、ゼラチン、ゼリアクツル酸ナトリウム等の水廖性
高分子物質の接着剤と等から成る拡散防止層を有する印
写媒体で、1述の如くミ費製紙株式会社から商品名[マ
ッドコートMJとして既に販売されている。(3)は前
記印写媒体(2)を巻回せしめ回転方向に主走査するド
ラムで、前記インクヘッド(1y)(1m)(1e)(
14)は印写媒体(2)に対して倣ミg程度の間隙を隔
てて縦列配置されている。(4)は印写媒体(2)を印
写終了後ドラム(3)から剥離する剥離ローラ、(5)
は前記剥離ローラ(4)の作用により剥離した印写媒体
(2)を一対のフィードa−ラ161(6)に導くガイ
ド体である。(7)は低一点フイルムとl&融点フィル
ムとを積層せしめた積層フィルムで、低融点フィルム傭
を外周に配した状・でロール状に巻回され1紀フィード
ローラ161t61により引き出される。そして、引き
出された積層フィルム(7)は低融点フィルムが印写媒
体(2)のインク付着面に当接せしめられ、該フィード
ローラ(8)(6)直後に設けられた*mフィルム(7
)を印写媒体(2)の大きさに応じて切斬−作する一対
のカッタ(8)(8)に送出される。、(9)(9)は
1配積層フィルム(7)の高融点フィルムの融点よりも
低く低融点フィルムのそれより高い褒画濶度を有する一
対の鶏口“−ラで、該熱ローラ19)(9)は印写媒体
(2)のインク付着−と轟書状書にある積重フイルム(
7)の低融点フィルムのみを廖融する。その結果、印写
媒体(2)のインク寸着面には前記低融点フィルムを接
着層として高融点フィルムが破着される。Figure 481 is a schematic diagram showing the outline of the inkjet printing wire of the present invention, (1y) (1m) (IC) (14)
is an ink head connected to a replaceable ink cartridge containing yellow, magenta, cyan, and black water-based inks, respectively, and ejects ink droplets of about 50 microns on demand in response to a - elementary signal. (2) has a diffusion prevention layer on the surface consisting of a pigment such as clay, talc, clay, calcium carbonate, barium sulfate, etc., and an adhesive of a hydrophilic polymer material such as starch, cornstarch, polyvinyl alcohol, gelatin, sodium gelatulate, etc. As mentioned above, it is already sold by Mikoshi Paper Co., Ltd. under the trade name [Mad Coat MJ]. (3) is a drum that winds the printing medium (2) and main scans it in the rotational direction, and the drum (1y) (1m) (1e) (
14) are arranged in tandem with respect to the printing medium (2) with a gap of about a scanning milligram. (4) is a peeling roller that peels off the printing medium (2) from the drum (3) after printing, and (5)
is a guide body that guides the printing medium (2) peeled off by the action of the peeling roller (4) to a pair of feed rollers 161 (6). (7) is a laminated film in which a low melting point film and a melting point film are laminated, and the film is wound into a roll with the low melting point film disposed on the outer periphery and is pulled out by a primary feed roller 161t61. Then, the drawn-out laminated film (7) has its low melting point film brought into contact with the ink adhesion surface of the printing medium (2), and the *m film (7) provided immediately after the feed rollers (8) and (6).
) is sent to a pair of cutters (8) (8) which cut the printing medium (2) according to its size. , (9) (9) is a pair of laminated film (7) having a melting point lower than that of the high melting point film and higher than that of the low melting point film, and the heat roller 19). (9) is the ink adhesion on the printing medium (2) and the stacked film (
Only the low melting point film of 7) is melted. As a result, the high melting point film is torn to the ink-attached surface of the printing medium (2) using the low melting point film as an adhesive layer.
嬉3図は本発明インクジェット印写装置に好適なオンデ
マン装置インクヘプトα・の−実施例を示す断面図であ
る。同図に於いて、■は1嵩信号に応答して湾曲壷−す
る圧電擾―板、(至)は箒圧電優―板■を長径−の開孔
に配したホーン状の圧力富、Oは該圧力Nυの短径−4
:lll1l自在に設けられた薄板状の**子、鵠はg
*―子儲の前面に保持されたインク層、−は1インク−
u4f挾んで上記−―子(2)と対峙する前面板で、こ
の前面板−に於ける拶−+1のII−中心対向箇所には
インク滴(至)を噴射せしめる微小優の第1のオツフイ
ツ面が穿たれている。(至)は上記第1のオリフィス話
の前方に**された空気畜で、1空気富(至)には外部
から矢印の如く加圧された空気流−が#加せしめられる
。Figure 3 is a cross-sectional view showing an embodiment of an on-demand device inkjet printing apparatus suitable for the inkjet printing apparatus of the present invention. In the same figure, ■ is a piezoelectric plate that bends in response to a 1-volume signal, (to) is a horn-shaped pressure gauge with a piezoelectric plate (■) arranged in a long-diameter hole, and O. is the minor axis of the pressure Nυ−4
:lll1lThin plate-shaped ** child, mouse is g
* - Ink layer held on the front of the child's head, - is 1 ink -
U4F is the front plate that faces the above-mentioned child (2), and on this front plate - +1 II - the center opposite point is the first sprayer of minute strength that ejects ink droplets (to). The face is perforated. (to) is an air stream placed in front of the first orifice, and a pressurized air flow is applied from the outside as shown by the arrow to one air (to).
−は上記IIIのオリフィス−に同軸的に整合配置され
た第3のオリフィスで、このIg!のオリフイj−の開
孔優はlitのオツフイス鰭のそれに曖べ少くとも3倍
種度太き(空気流に包まれながら顎適せしめられるイン
クー−〇常開を助ける。斯る空気流−を#加せしめてイ
ンク滴(至)の噴射動作を補助するインクヘッドは特開
@51−10975・号公llに更I:詳しい説明が為
されているので、ら(説明を加える。プl’)ゼOVa
ンに於いて圧電盪−板Oに1嵩信号を印加すると、該圧
電擾―板0はその厚み方向に湾−11@L圧力11(1
mを加圧する。この加圧は圧力富(至)のホーン形状も
相俟つて圧力増幅され集中的檻二擾動子0に体温せしめ
られて譲振勧千0を大きく撓ませる。即ち、斯る圧II
壷動板Uυ、王力畜υ及び擾動子口はインク層a4のイ
ンクに対して急激に圧力変化を与える圧力変化手段とし
て作用する。従って、優―千0からの急激な圧力変化を
受けたインク−(至)のインクは$1のオリフィスC1
ηから挿し出され、インク滴d・となり空気流α9によ
って包まれながら同軸上の第2のオリフィスωから吐出
される。このインク滴α・は最終的にはドラム(3)に
よって回転走査せしめられている#iJ′4媒体(2)
に付着して文字、図形等の画像を印写する。- is a third orifice arranged coaxially and aligned with orifice III above, and this Ig! The orifice size of the orifice is at least three times as thick as that of the snail's fin. #Additionally, the ink head that assists the ejection operation of ink droplets is described in Japanese Patent Application Laid-Open No. 51-10975. )zeOVa
When a 1-volume signal is applied to the piezoelectric plate 0 at the same time, the piezoelectric plate 0 experiences a pressure of 11 (11) in the thickness direction.
Pressure m. This pressurization, coupled with the shape of the horn with the highest pressure, amplifies the pressure, causes body heat to be concentrated on the cage 2 shaker 0, and causes the transfer motion 0 to bend greatly. That is, such pressure II
The pot movement plate Uυ, the king force plate υ, and the agitation port act as pressure change means for rapidly applying a pressure change to the ink in the ink layer a4. Therefore, the ink that has undergone a sudden pressure change from 100 to 100 is ink at $1 orifice C1.
The ink droplet d is ejected from the coaxial second orifice ω while being surrounded by the airflow α9. This ink droplet α is finally transferred to the #iJ'4 medium (2) which is rotated and scanned by the drum (3).
It attaches to the surface and prints images such as letters and figures.
前記第2図に示したインクヘッドd岨言特願昭55−8
4264号(特開昭57−8163号)として本願出願
人が既に出願している。断るインクヘッド11ハオンデ
マンPI!に於いて著名なステンメ式に較ベインク滴Q
・の粒径が小さくなることが実験的にMgされている。The ink head shown in Figure 2 above
The applicant has already filed an application as No. 4264 (Japanese Unexamined Patent Publication No. 57-8163). Inkhead 11 refuses the demand man PI! Compared to the famous Stemme equation, Baink droplet Q
It has been experimentally shown that the particle size of Mg becomes smaller.
従ってこのインクヘッド(11)を4741図の本発明
インクジェット印写装置のインクヘッド(1y)(1罵
)(1c)(1h)に適用すれば噴射せしめられるイン
ク滴(至)の粒径が極めて微小となり単位面積当りの付
着密度は増大するので、印写媒体(2)の拡散防止層に
よるインクの拡散防止と相俟ってより解像度の向上が図
れ綺麗なIW書印写を得ることができる。Therefore, if this ink head (11) is applied to the ink heads (1y) (1c) (1h) of the inkjet printing apparatus of the present invention shown in Fig. 4741, the particle size of the ejected ink droplets (to) will be extremely large. As the ink becomes smaller and the adhesion density per unit area increases, together with the prevention of ink diffusion by the diffusion prevention layer of the printing medium (2), the resolution can be further improved and a beautiful IW calligraphy print can be obtained. .
この壷にして高解像度の綺麗な画像が印写された印写媒
体(2)はドラム(3)から剥離ローラ(4)の当接に
より剥離される。剥離された印写媒体(2)には例えば
囃点約260℃のぼりエステルと同じく約80tのぼり
エチレンとかな成る積層フィルム(7)がインク付着面
に低融点のぼりエチレンフィルムな当接せしめた状−で
重畳される。そしてこの一層フイルム(7)は印写媒体
(2)と兵に表面温度が100′cja度に即熱された
熱ローラ(9)(9)に供給され、譲熱ローラ(g)(
9)により低融点のポリエチレンフィルムが溶融せしめ
られる。その結果、高融点のポリエステルフィルムがイ
ンク付着面に被着される。A printing medium (2) on which a high-resolution, beautiful image is printed is peeled off from the drum (3) by contact with a peeling roller (4). On the peeled printing medium (2), a laminated film (7) made of, for example, ester with a damping point of about 260°C and ethylene with a weight of about 80 tons is brought into contact with the ink adhesion surface. is superimposed on The single-layer film (7) is then supplied to the printing medium (2) and the heat roller (9), which is immediately heated to a surface temperature of 100 degrees Celsius, and then the heat transfer roller (g) (
9) The low melting point polyethylene film is melted. As a result, a high melting point polyester film is deposited on the ink application surface.
従って、印写一体(2)のインク付着面はl1ii融点
のポリエステルフィルムにより覆われるので、前記イン
ク付着面である拡散防止−を形成する白土、ダルク、ク
レイ、炭酸カルシウム、硫酸パリクム等ノ剥離事故は解
消される。Therefore, since the ink adhering surface of the printing unit (2) is covered with a polyester film having a melting point of 11, the ink adhering surface that forms the diffusion prevention layer, such as clay, dalc, clay, calcium carbonate, palicum sulfate, etc., may cause peeling. will be resolved.
また、前記拡散防止−を有する印写゛媒体(2)を使用
すればきめ細かい高解愉度の印写−1を得ることはでき
るものの、その表面は多孔質構造の粗面□
状−にあり、光が数置することによって前記印写画像の
光沢性が損なわれていた。ところが本発明によれば溶融
された低融点の/リエチレンフイルムが粗面状lを形成
する徽細な空隙内に充填されるので粗面状・が改善され
光沢度が上昇する。−に表面に位置する高融点のポリエ
ステルフィルム、 は平坦であり、また熱ローラt9)
(9)を通過することにより印写媒体(2)はその厚み
方向に圧縮され粗面表面が平坦化された状−で前述の如
く低一点フィルムが充填されるのでより一層の光沢度の
上昇が図れる。Furthermore, although it is possible to obtain a fine, high-resolution print (1) by using the printing medium (2) having the above-mentioned diffusion prevention function, the surface thereof has a rough square shape with a porous structure, and the light The glossiness of the printed image was impaired due to the presence of several particles. However, according to the present invention, the molten polyethylene film having a low melting point is filled into the narrow voids forming the rough surface, so that the rough surface is improved and the gloss level is increased. - High melting point polyester film located on the surface, is flat and also heated roller T9)
By passing through (9), the printing medium (2) is compressed in its thickness direction, and the rough surface is flattened and filled with the low point film as described above, further increasing the glossiness. can be achieved.
尚、前記本発明の一実施例に於いては一層フィルム(7
)は印写媒体(2)のインク付着面の一面のみに被着せ
しめられていたが、M#張係数の大きいフィルムにあっ
ては常湿に戻った際縮小して印写媒体(2)をカールせ
しめることがあるので、斯るカールに対しては両面に1
紀*mフィルム(7)(71を被着することにより対処
し得る。Incidentally, in one embodiment of the present invention, a single layer film (7
) was deposited on only one side of the ink-adhering surface of the printing medium (2), but for films with a large M# tensile coefficient, when the film returns to normal humidity, it shrinks and becomes the printing medium (2). For such curls, apply 1 on both sides.
This can be dealt with by applying a film (7) (71).
本発明は以上の説明から明らかな如く、印写媒体のイン
ク付着面に高一点フィルムと低融点フィルムとのflI
!着フィルムを、前記低融点フィルムを溶融することに
より被着せしめたので、印写媒体としてその表面にイン
クの拡散防Ll:Ilを有するものを使用することが可
能となりきめの細かい高解像度を実現することができる
と共に、水性インクを使用したにも拘らず耐水性並びに
光沢性に富んだ−II印写を得ることができ、水性イン
クの使用を余1なくされていたオンデマンド型に極めて
有益である。As is clear from the above description, the present invention provides an flI film with a high single point film and a low melting point film on the ink adhesion surface of a printing medium.
! Since the adhesive film is applied by melting the low-melting point film, it is possible to use a printing medium having Ll:Il on its surface to prevent ink diffusion, thereby realizing fine-grained high resolution. In addition, despite using water-based ink, it is possible to obtain -II prints that are highly water-resistant and glossy, which is extremely useful for on-demand printing, where the use of water-based ink has been completely eliminated. It is.
111図は本発明インクジェット印写装置の概略を示す
模式図、112図は本発明インクジェット印写装置に組
み込まれて好適なインクヘッドの一実施例を′示゛す断
djJ図であって、(ly)(1a*)(1e)(1k
)(1*)はインクヘッド、(2)は印写媒体、(7)
は積層フィルム、(9)は熱ローラ、を夫々示している
。Fig. 111 is a schematic diagram showing the outline of the inkjet printing device of the present invention, and Fig. 112 is a cross-sectional view showing an embodiment of an ink head suitable for being incorporated into the inkjet printing device of the present invention. ly) (1a*) (1e) (1k
) (1*) is the ink head, (2) is the printing medium, (7)
(9) shows a laminated film, and (9) shows a heat roller, respectively.
Claims (1)
このインク滴の付着により所望の文字図形等の画像を印
写するインクジェット印写装置に於いて、1紀印写媒体
はその表面にインクの拡散を防止する拡散防止層を有す
ると共に、低融点フィルムと高融点フィルムを積層せし
めた積層フィルムな−え、前記印写媒体の拡散防止層に
付着せしめた後、少なくともその寸着面に繭紀積層フィ
ルムの低融点フーイルム側を当接せしめた状・で該低融
点フィルムを溶融し、前記4111−フィルムを印写媒
体の拡散防止層に被着することを特徴としたインクジェ
ット印′4装置。(1) In an inkjet printing device that ejects water-based ink droplets toward a printing medium and prints desired images such as characters and figures by the adhesion of these ink droplets, primary printing media have ink on their surface. A laminated film, which has a diffusion prevention layer for preventing the diffusion of particles and a laminated film of a low melting point film and a high melting point film, is attached to the diffusion prevention layer of the printing medium, and then a cocoon is formed on at least the surface of the printing medium. An inkjet printing device characterized in that the low melting point film side of the laminated film is brought into contact with the low melting point film, and the low melting point film is melted, and the 4111 film is applied to the diffusion prevention layer of the printing medium. .
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2630382A JPS58142891A (en) | 1982-02-19 | 1982-02-19 | Ink jet printer |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2630382A JPS58142891A (en) | 1982-02-19 | 1982-02-19 | Ink jet printer |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS58142891A true JPS58142891A (en) | 1983-08-25 |
Family
ID=12189583
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP2630382A Pending JPS58142891A (en) | 1982-02-19 | 1982-02-19 | Ink jet printer |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS58142891A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH01127358A (en) * | 1987-09-17 | 1989-05-19 | Dataproducts Corp | Transparent body on which color ink is sprayed and manufacture thereof |
US5797329A (en) * | 1995-05-16 | 1998-08-25 | Dataproducts Corporation | Hot melt ink printer and method printing |
-
1982
- 1982-02-19 JP JP2630382A patent/JPS58142891A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH01127358A (en) * | 1987-09-17 | 1989-05-19 | Dataproducts Corp | Transparent body on which color ink is sprayed and manufacture thereof |
US5797329A (en) * | 1995-05-16 | 1998-08-25 | Dataproducts Corporation | Hot melt ink printer and method printing |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
USRE49081E1 (en) | Ink jet recording method for recording pattern layer and white overlaying layer on longitudinal sheet | |
US6428157B1 (en) | Forming ink images having protection films | |
EP1057631B1 (en) | Apparatus for forming textured layers over images | |
JP2004114688A5 (en) | ||
JP2008200850A (en) | Inkjet recording method for recording patterned layer and white solid coating layer | |
US20030081061A1 (en) | Inkjet printing using pigmented and dye-based inks | |
JP5754537B2 (en) | Inkjet recording method | |
JP2013010364A (en) | Inkjet recording method for recording pattern layer and white solid coating layer on long sheet | |
JP2008200851A (en) | Inkjet recording method for recording patterned layer and white solid coating layer | |
JPS58142891A (en) | Ink jet printer | |
JP6183408B2 (en) | Inkjet recording method | |
JP2003025554A (en) | Imaging apparatus | |
JP2008200853A (en) | Inkjet recording method for recording patterned layer and white solid coating layer | |
JPS58142890A (en) | Ink jet printer | |
JP2980355B2 (en) | Ink jet recording method and ink jet recording apparatus | |
EP0782929A3 (en) | Printer with two different printing units | |
JP2012153149A (en) | Inkjet recording method for recording pattern layer and white solid coat layer on long sheet | |
JP3667076B2 (en) | Inkjet recording method and inkjet recording apparatus | |
JPH1158930A (en) | Forming method of ink jet receptor layer and material to be recorded | |
JP2003053942A (en) | Ink jet head, ink jet recorder and ink jet recording method | |
JP2667828B2 (en) | Recording method | |
JP3060309B2 (en) | Inkjet recording method | |
JPH0473152A (en) | Ink jet recorder | |
US5124721A (en) | Recording sheet and ink jet recording method using the same | |
JP2001232827A (en) | Method and apparatus for color ink-jet recording |