JPS5813790A - Dyeing by using hydrogel agent - Google Patents

Dyeing by using hydrogel agent

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Publication number
JPS5813790A
JPS5813790A JP56114055A JP11405581A JPS5813790A JP S5813790 A JPS5813790 A JP S5813790A JP 56114055 A JP56114055 A JP 56114055A JP 11405581 A JP11405581 A JP 11405581A JP S5813790 A JPS5813790 A JP S5813790A
Authority
JP
Japan
Prior art keywords
printing
dyeing
dyed
hydrogel
chromosome
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
Application number
JP56114055A
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Japanese (ja)
Inventor
塚原 千佐
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.)
Individual
Original Assignee
Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP56114055A priority Critical patent/JPS5813790A/en
Publication of JPS5813790A publication Critical patent/JPS5813790A/en
Pending legal-status Critical Current

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Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本尭明は、繊艙の一部分または大部分を勤めて種々の模
11mを蟲もわす゛捺染法に係るものである。
DETAILED DESCRIPTION OF THE INVENTION This invention relates to a printing method in which various patterns are printed using a part or most of the fibers.

従来、俸鍮方法の儀式には歇種あり、中でも績JkII
Itt繊維に直接付着量しめて模嫌をあられす直inn
法や、重布の金錫を一一の色に無地染をし、これを抜色
して抜書−一をあられす抜秦法、更に、島らかじめ織布
に桑科または11粂剤の溶液が浸遥しあるいは1着する
ことrt肪切上る・ような薬剤を適当な欄に混合して[
iL/、乾燥後これを地染して模儀なあられす11染法
等は基本的に広く知もhでいる。
Traditionally, there have been several types of rituals using the Hōshu method, among them the JkII
Direct inn that reduces the amount of adhesion directly to the Itt fibers and causes discomfort.
In addition, Shimakara Kajime dyes mulberry or 11 kueji on woven cloth. If the solution is soaked or soaked, mix such chemicals in the appropriate column [
The method of dyeing iL/, which is ground-dyed after drying to make a mock-up, is basically widely known.

會た、最近では上記Il粂漁を基礎として1lIJi!
された方法の例えば普通布に謀amで横皺を印捺し、こ
れを固着せしめたのち、染液中で処塩して量の部分に染
料e1着せしめて模嫌を勤め出す振付1lllIl法や
モメンの収縮原基を応用したクレーゼン法亀即ち力七イ
ソーダの強1度のものを糊に加えて奄上に印捺せしめ−
ることによりその部分を収縮さ蓄、他の部分にシワ′4
j:生じさせthす、あらかじめア#力呻に強い糊をも
って布上に印捺し、このIIlを力士イソーダ液に通じ
て、糊のない部分を縮め水洗することによりlii#)
印捺した部分がシワになってあられれるようにする方法
があり、更に還元秦科のみを適当な糊に晶相して横皺f
印捺し一乾燥後、別の捺染機にかけて、その布上−面に
75に力l七遍元剤を含むlIIをもって地ii*染を
行い、直□ちcs鵬富に誘導し、奮わぬで短時間のS熱
によって発色せしめ、これに連結する水洗機な通して、
鹸化、水洗、ソーピングなどな行い乾燥−仕上げるプシ
ツチ捺染法が広<H用されている拳しかし、上記いず九
の方法において51aJIIIIIIの使用に際しては
1iis性を有するものであり、譬にパイルの長い織物
、毛皮等のいわゆる4Jiの長い%のはその4先のみが
粂まQ1毛の基の方は白く烏って完全な−1が行なわれ
ていないという致命直な欠点があった6 本発明は、上記欠点な解消し得ゐ線1Ijitj&な提
供するために従崩の捺染糊に変えてヒドロゲルを利用す
る方法であり、ヒト−ゲルをiI處するゼラチンや寒天
等に鍮料・助剤な共に加熱・溶解させて後冷却したもの
を利用することにより容易に且つ5111C4の1會で
染色を行ない得る染色法に係るものである。
Recently, I have been fishing based on the above-mentioned IlIJi!
An example of the method used is the choreography method in which horizontal wrinkles are imprinted on ordinary cloth using a method of printing, this is fixed, and then salted in a dye solution to coat the portion with dye e1 to create a pattern. The Claesen method, which applies Momen's contraction primordium, adds a strength of 7 Isoda to the glue and prints it on Amakami.
This will cause the area to shrink and cause wrinkles in other areas.
j: To produce th, print it on cloth in advance with a strong glue, apply this IIl to Sumo wrestler's isodium solution, shrink the part without glue, and wash it with water (lii#)
There is a method to make the printed part wrinkle and appear, and furthermore, by adding only the reduced Qinaceae to a suitable glue, you can make the horizontal wrinkles appear.
After printing and drying, use another printing machine to dye the upper surface of the cloth with lII containing a seven-seven-year-old agent, directly directing it to CS Pengfu, and do not worry. The color is developed using S heat for a short period of time, and then passed through a washing machine connected to this.
However, in method 9 above, when using 51aJIIIIII, it has 1iis characteristics, and for example, it has a long pile. The so-called long 4Ji of textiles, fur, etc. has a fatal flaw in that only the 4 ends of the hair are curly, and the base of the Q1 hair is gray and the complete -1 is not carried out6. This is a method of using hydrogel in place of the conventional printing paste in order to overcome the above-mentioned drawbacks, and to add brass additives and auxiliary agents to gelatin, agar, etc., which make up the human gel. This relates to a dyeing method that can be easily dyed in one session of 5111C4 by using a product that has been heated, melted, and then cooled.

これを、以下WIliに示す一実施例に基音、vpmに
m11する。
This is converted to m11 as the fundamental tone and vpm in one embodiment shown in WIli below.

(1)は一定の容器に例えば炭酸ナトリウムや硫酸ナト
リウムなどの緩1#!珊に(ラテンや寒天等のいわゆる
一ド■ゾル剤の嬉Il!を1舎し、これを一定温度で流
し込んだ後、身繕して得られるヒト胃ゲル体であり、該
ヒト賀ゲル体(1)は、目的の柄の蓋にすべ(例えば水
玉模議を得たい場合においては第1−に示す如き縦方角
に円筒状に@り抜き畜れ一切e@會孔(3)を得る。
(1) is a 1# loose solution such as sodium carbonate or sodium sulfate in a certain container! It is a human stomach gel body obtained by pouring a so-called one-dosol sol such as Latin or agar into coral and pouring it at a constant temperature, and then grooming it. (1) is a slide on the lid of the desired handle (for example, if you want to obtain a polka dot mockup, cut out a vertical cylindrical shape as shown in 1-1). .

更にlII記切O#11き孔体)には、要墓の1科・助
剤ににドロゲルを形成するものを共に加熱溶解したヒト
−ゾルを注入後冷駕することで染色g(j)費得、前記
切り抜書孔(2)内面と染色部(2)とは注入時の温熱
により一体的に形成さ九染色体積)を得るものである。
In addition, the hole body (hole body #11) was injected with a human sol prepared by heating and dissolving a substance that forms a drogel in one of the important tombs and auxiliary agents, and then cooled and dyed (g(j)). The inner surface of the cut-out hole (2) and the dyed part (2) are integrally formed by heat during injection to obtain a nine chromosome area.

更にまた、前記染色体(4)は、被染物(j)に対して
鐵厚にすべく適宜横方向へスライスさせることで染色体
(4)′を得るものであり、この染色体<4Ye目的の
被染物(6)上面に平行に密着させ、前記とドーゲル剤
に適応する温度でこれ管溶解し参道させる事で所定の温
度で捺染を行なうものである。
Furthermore, the chromosome (4) is obtained by appropriately slicing the chromosome (4) in the transverse direction to make it thicker than the object to be dyed (j). (6) Printing is performed at a predetermined temperature by placing the tube in close contact parallel to the upper surface, melting the tube at a temperature appropriate to the above-mentioned dogel agent, and letting it pass.

また、他の実°施例としてぼかしII*を得たい場合ニ
オいては、−記緩ll11′lsに色付會の(ラテンや
寒天等のヒドーゾに剤を混合せしめ、これを一定容謡に
一窯ii*で注文1て後冷却することでヒドーゲに体(
1)を得るものとし、鋏ヒト璽ゲル体U)な嬉41に示
す如く、被動物に会わせ、適宜適厚にスライスするとと
もに、傭面婁状に分−8曽る。
In addition, as another example, if you want to obtain a bokashi II*, mix the agent with a colored compound (Latin, agar, etc.) and apply it to a certain amount. After ordering in one kiln ii* and cooling it, the body becomes a hidden body (
1) is obtained, and as shown in Figure 41, the human gel body is placed on the animal, sliced into appropriate thicknesses, and sliced into a mercury shape for 8 minutes.

そして上記のように・して得られた染色体く4)Iを、
第481、嬉71Iに示すように異なった色で二種用意
し、これら染色体(4)’(4)’e箇S図に示す如書
基の状態になるようはり会わせることで染色体(4)’
(4Fは一体的にil成畜れる。
Then, the chromosome obtained as above 4)I is
As shown in Fig. 481, 71I, two types of chromosomes (4)'(4)'e are arranged in different colors, and the chromosomes (4 )'
(The 4th floor is where adult livestock is housed.

更に、この染色体−)’(4Fをiiaの波条物上−で
平行に密着害せ、鍵記ヒドロゲに剤に適応する濃度でこ
れを嬉s1!曽る事で所定の捺染を行なうものである。
Furthermore, this chromosome ()' (4F) is brought into close contact with the rippled material of IIA in parallel and applied to the key hydrogen at a concentration suitable for the agent to perform the specified printing. be.

本j1@は一以上の蔵書方法により、目的の模犠を被染
物にプリンシさせるものであり、ヒドロゲにの**を錫
層することで従来から1−と畜九でいt1尾の長いパイ
#Cmいて鴨、容易で且つ完壁にIII染しうるちので
ある。
This book j1@ uses one or more collection methods to imprint the intended sacrifice onto the dyed object, and by coating the hydrogen with a tin layer, it has traditionally been possible to produce 1-slaughter, 9, and 1-fish long pies. #Cm is a type of duck that can be easily and perfectly dyed.

これを、以下11&物の素材により実施方法を例示する
The method of implementing this will be exemplified below using 11 & the material of the object.

偶1 180Q”/11401f4*ン11トA4に1
“b−の#7テツ)カーペッートをamする場(表−1
) (表−2) イ、(水3i模蟻の例) (1)  表−1,の処方で混合し、一定温度で溶aS
せた後1110に冷却し丸部で縦方向に円筒状に切り抜
書される龜 (2)−起@り抜きされた切り抜き孔に、表−2に示し
た処方を約450で注入して、冷却する。
Even 1 180Q”/11401f4*n11tA4 1
"B-#7) Place to am am carpet (Table-1)
) (Table 2) A, (Example of water 3i imitation ants) (1) Mix the recipe in Table 1 and dissolve aS at a constant temperature.
After cooling to 1110 degrees Celsius, the formula shown in Table 2 is injected at about 450 degrees Celsius into the hole (2) which is cut out in a cylindrical shape in the vertical direction at the round part. Cooling.

((転)−記(1)に)によoIIられる染気体の全体
が23a以下になった時点で固化するため、これを・−
の厚さにスライス畜せる。
((Transformation) - Note (1)) When the entire oII dyed gas becomes 23a or less, it solidifies, so this...
Slice to the thickness of 1/2 inch.

(4)  −)の操作によりできた染色体をカーペット
上で平行に密着させ、これを密閉審善内で約toio−
zo+染着Lりll、64(lの湯で洗浄しl!l―さ
せる・ w’a (ばかし横−〇偶) (1)表−1mよび表−2の処方なそれfれ温会し・一
定温度で嬉―畜せた@、15Qに冷却する。
(4) Place the chromosomes produced by the operation in -) in parallel on a carpet, and place them in a sealed chamber for about toio-
zo + dyeing L ll, 64 (wash with l of hot water and let l!l- w'a (bakashi side-〇even) (1) Table-1m and Table-2 prescriptions.・I was able to survive at a constant temperature @, then cooled to 15Q.

(2)表−1mよび表−1のm*を有するにド蒙ゲル体
をそれぞれ魯■の厚畜にスライス1!葉、更に第411
.嬉781!Iのように偏*喪状になるよう各々分■せ
しめる。
(2) Slice the Domenggel body into the thick meat of Lu■ with Table-1m and Table-1 m* respectively! Leaf, further 411th
.. Happy 781! Let them each be separated so that they will be left with a note of mourning like I.

(2)#I起体)により得られた目面横状のyyvxゲ
ル体な互いに異なった色゛にニーるよう重ね、第S−の
状Sにはり舎わ曽る。
(2) Layer the transverse yyvx gel bodies of different colors obtained in step #I, and place them on the S-th shape S.

榛)−)の操作によりで會た一色体をカーペット上で平
行に密着させ、− ttt、こ九をwtm容器内で染着した後、約400の
湯で洗浄し、乾燥寄せる。
The monochromatic bodies that were assembled were brought together in parallel on a carpet by the operation of (Hai)-), and dyed with -ttt and koku in a wtm container, washed with about 400 ml of hot water, and dried.

例2 カシセーンss書双糸カッFパイに1宜■617
テツシカーペツトを捺染する場合(表−1 (表−4) (幻 表−易および表−4の処方をそれfh渦合しm一
定温度で溶融11甘た後、150に冷却する。
Example 2 Kasisane ss book double thread cut F pie 1 yi ■617
When printing textile carpet (Table 1 (Table 4)) The formulations in Table 1 and Table 4 are mixed together, melted at a constant temperature, and then cooled to 150℃.

(2)表−6および表−411)@@*有すatrwゲ
に体なそれfれ・−の厚さにスライスさせ、更に第61
1.第711のようじ側wII状になるよう各々分−せ
しめる。
(2) Table-6 and Table-411) @@* Slice the atrw game to the thickness of the body, and then
1. Divide each portion into 711th toothpick side wII shape.

(2)前記−)項により得られた側#横状のにドーゲル
体を互いに異なった色になるよう重ね、第swの状態に
はり合わせる。
(2) Lay the dogel bodies on the side #horizontal shape obtained in the above-mentioned item -) so that they have different colors, and put them together in the sw-th state.

m−)の操作′によりで寝た一色体をカーペット上て平
行に密着畜せ、これを蒸し−に入れ、鞠4 s@o會で
昇温し、悪気を止める―(j)  榛)の状態でm1分
でイラチンは完全に溶けるためmcii気を入れ105
(JCaS分HIIIiしt後、約40Gの湯で洗浄し
、乾燥させる偶s 4皮(羊皮で毛jllQm)を捺染
する場合(表−5) (表−6) ((転)表−S謳よび表−6の処方を千九ヤれ風合し、
一定温度で溶融させた@、100以下で冷却する。
Using the procedure m-), place the Isshiki body lying on the carpet parallel to the carpet, put it in a steamer, raise the temperature in the 4s@o meeting, and stop the bad air. Iratin will completely dissolve in 1 minute under the condition, so be careful with mcii 105
(After washing with JCaS, wash with about 40G of hot water and dry. When printing on 4 hides (sheepskin and wool) (Table-5) (Table-6) ((Transfer) Table-S song and the formula in Table 6,
Melt at constant temperature @, cool below 100℃.

(6)表−6および!1l−4の組成を有するとド田ゲ
ル体をそれfれ8−の厚さにスライスさせ一更に第6m
嬉711Iのように側−横状になるよう各々分割せしめ
る。
(6) Table-6 and! If it has a composition of 1 l-4, the Dotager body is sliced into a thickness of 8-m and further 6 m-th thick.
Divide each into side-to-side like 711I.

(Jl)  −妃(2)項により得られた個!III状
のヒドロゲル体な互いに異なった色になるように重ね、
嬉sliの状態にはり合わせる。
(Jl) - pieces obtained by the term (2)! III-shaped hydrogel bodies are stacked so that they have different colors,
Fit into a happy li situation.

(4)(1)の操作によりで會た染色体をカーペット上
で平行に密着させ、sQOで1s時間家置し粂着せしめ
た1〜I4(lの湯で洗浄し乾燥させる。
(4) The chromosomes assembled by the procedure in (1) were brought together in parallel on a carpet, left at home for 1 s in sQO, washed with 1 to I4 (l) of hot water, and dried.

例4 ナイ曹ン10シ130Gデニール双糸に捺染する
場合 (表−7) (表−8) (表−?) (1)  表−7,表−8,および表−9の処方なそれ
でれ混合し、これを各々噴S*のノズル噴鱒IEtll
illして−・子の直径が#1■となるよ□・− う、5Qの冷水中に噴−せしめる。
Example 4 When printing on a double yarn of carbon fiber 10 and 130G denier (Table-7) (Table-8) (Table-?) (1) Use the prescriptions in Table-7, Table-8, and Table-9. Mix and apply this to each spray S* nozzle trout IEtll
Ill it so that the diameter of the child is #1■□・- Spray it in 5Q cold water.

(4)(1)の操作によりで書た5種の粒子を混会し、
S鱈の篩により篩分けし員富大のものな取り除く。
(4) Mix the five types of particles written in (1),
Sieve the cod using a sieve to remove the cod.

(1)  一定の容器に20jの冷水(約1s c〜1
110)を満たし、その中に粒子の1002を分散・浮
遊させて、その中に約1−の纒を一つ入れて7〜I−手
振をしたのち軽く絞り遠心脱水せしめる。
(1) Fill a certain container with 20J of cold water (approximately 1s c~1
110), disperse and suspend the particles 1002 therein, put one grain of about 1- in it, shake it with your hands, and then squeeze it gently and centrifugally dehydrate it.

(4)前記遠心脱水で約40憾脱水した後、蒸しitに
入れ1050で30分蒸し、約400の湯で洗浄し乾燥
させる。
(4) After dehydrating for about 40 minutes using the centrifugal dehydration process, place in a steamer and steam for 30 minutes at 1050℃, wash with hot water at about 400℃, and dry.

以上−例1〜例4に示す方法で捺染することで例1の(
イ)の場合は青電に黄色の水玉**が鯵やかにあられれ
、(ロ)の場合は青色と黄色のヒドロゲル体が重なりあ
った部位で、極く自然なぼかし横機を得ることができた
Above - By printing by the method shown in Examples 1 to 4, (
In the case of (a), yellow polka dots ** appear brightly on the blue light, and in the case of (b), a very natural horizontal blur is obtained in the area where the blue and yellow hydrogel bodies overlap. was completed.

また例21例3の場合にも、青色と黄色のぼかしamが
會れいにあられれ、例4の場合は赤色、黄色および青色
のlI降横−に染めあげることができた。
In addition, in the case of Example 21 and Example 3, blue and yellow gradations appeared together, and in the case of Example 4, it was possible to dye red, yellow, and blue tones.

よって本発明は捺lIIImにかえてヒドロゲル剤を使
用しているため、一定温度でゾルとなり毛の基まで容易
に染色でき・フィラメントでも紡績糸の如き多色効果が
ある。又粒子径を大きくすれば色車ツブ入り紡績糸の橡
に染め得るため従来の本フプ入紡績糸のような摩擦によ
る離脱がない他−捺染時の捺染糊にかわるヒドロゲル剤
の洗浄も簡単であり、その効果は絶大なものである。
Therefore, in the present invention, since a hydrogel agent is used instead of printing lIIIm, it becomes a sol at a constant temperature and can easily dye even the base of the hair, and even filaments have a multicolor effect similar to that of spun yarn. In addition, if the particle size is increased, it is possible to dye the fabric of the spun yarn containing the colored wheels, so there is no separation due to friction unlike with the conventional spun yarn containing the fluff, and it is also easy to clean the hydrogel agent that replaces the printing paste during printing. And the effect is tremendous.

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

第1gは本発明のヒドロゲル体を示す斜視図、第2vl
iは、本発明のスライス状態を示す斜視図、第S図は、
本発明の捺染状態を示す斜視図、第4図は、本発明の染
色体の分割状態を示す斜視図、第5図は、本発明の染色
体の分割状lIe示す側面図、第6図、第7図は、本発
明の染色体分割後の“形状を示す斜視図。 (4) 、 (4)’言4)へ(4)# は染色体、(
5)は被染物。 特許出願人 塚 原 千 佐
No. 1g is a perspective view showing the hydrogel body of the present invention, No. 2vl
Figure i is a perspective view showing the sliced state of the present invention, and Figure S is
FIG. 4 is a perspective view showing the state of printing of the present invention; FIG. 4 is a perspective view showing the divided state of the chromosome of the present invention; FIG. 5 is a side view showing the divided state of the chromosome of the present invention; FIGS. The figure is a perspective view showing the shape of the chromosome after division of the present invention.
5) is a dyed object. Patent applicant Chisa Tsukahara

Claims (1)

【特許請求の範囲】[Claims] ヒドアゲル剤の例えば(ラチンや寒天等111IM11
駒珊等とともに加−溶解した後冷媚してゲル化したもの
11m染物とする事を曽黴とするtywゲル剤を使用す
る麹色法。
For example, hydride gels (latin, agar, etc. 111IM11
A koji coloring method using a tyw gel agent, which is made by adding and dissolving Komasan etc. and then cooling and gelling it to make a 11m dyed product.
JP56114055A 1981-07-20 1981-07-20 Dyeing by using hydrogel agent Pending JPS5813790A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP56114055A JPS5813790A (en) 1981-07-20 1981-07-20 Dyeing by using hydrogel agent

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP56114055A JPS5813790A (en) 1981-07-20 1981-07-20 Dyeing by using hydrogel agent

Publications (1)

Publication Number Publication Date
JPS5813790A true JPS5813790A (en) 1983-01-26

Family

ID=14627897

Family Applications (1)

Application Number Title Priority Date Filing Date
JP56114055A Pending JPS5813790A (en) 1981-07-20 1981-07-20 Dyeing by using hydrogel agent

Country Status (1)

Country Link
JP (1) JPS5813790A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06306774A (en) * 1993-04-16 1994-11-01 Ikuko Ito Tool for dyeing
JP2021028430A (en) * 2019-08-09 2021-02-25 王磊 Kneading and coloring device for textile fiber

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06306774A (en) * 1993-04-16 1994-11-01 Ikuko Ito Tool for dyeing
JP2021028430A (en) * 2019-08-09 2021-02-25 王磊 Kneading and coloring device for textile fiber

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