TW210320B - Coloring treatment of a mirror handle - Google Patents

Coloring treatment of a mirror handle Download PDF

Info

Publication number
TW210320B
TW210320B TW82102869A TW82102869A TW210320B TW 210320 B TW210320 B TW 210320B TW 82102869 A TW82102869 A TW 82102869A TW 82102869 A TW82102869 A TW 82102869A TW 210320 B TW210320 B TW 210320B
Authority
TW
Taiwan
Prior art keywords
transfer
treatment
color
mirror
rough
Prior art date
Application number
TW82102869A
Other languages
Chinese (zh)
Inventor
Ren-Meeng Lin
Original Assignee
Ren-Meeng Lin
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 Ren-Meeng Lin filed Critical Ren-Meeng Lin
Priority to TW82102869A priority Critical patent/TW210320B/en
Application granted granted Critical
Publication of TW210320B publication Critical patent/TW210320B/en

Links

Landscapes

  • Printing Methods (AREA)

Abstract

A coloring treatment of a mirror handle comprising: preparing a crude surface on a handle; cleaning the surface of the handle; coating epoxy resin on the handle to form a film; drying the handle in a drying chamber at 120-150xC for 2 hours; transprinting colorful patterns on the handle; spraying varnish on the surface of the handle to form a protective film.

Description

A6 B6 210320 五、發明説明() 本發明係有關於一種金屬材質之鐮足色彩加工處理方 法,特別是指一種藉由轉印部粗糖面之設置,供可將花紋 、色彩轉印於轉印部上者。 按,一般習知金羼材質之鏡足,僅只能在物體本身之 形狀做設計或在表面上刻晝花紋,極缺乏變化.今,雖有 業者,Μ唄漆及烤漆之加工方式,製出鏡足外觀之色彩, 惟因以噴漆及拷漆之製造流程,一次只能取得單一之色彩 ,顯得十分單調,若欲取得二種Μ上不同顔色之色彩,貝IJ 需重複地施以唄漆及拷漆,徒增加製造之成本,且該等技 術瓶頸尚無法製出,較具有活潑多變化且立體感之花紋、 色彩,得以提高該縝足之產品價值,進而剌激消費者之購 買慾。 緣此,本創作人有鑑於習知金屬材質之鏡足在色彩力口 工方法,仍存在有如上述之缺失,乃加Μ精心研究.並經 試作證明可行,遂首創出本發明。 本發明之主要目的,係在提供一種金屬材質之鏡足色 彩加工處理方法,即該鏡足轉印部經過特殊步驟,將預設 花紋、色彩之轉印玻璃紙,定色成型於轉印部上.俾使該 鏡足之外觀,取得活潑多變化且立體感之花紋、色彩,進 而提高產品品質,供可達到產業上之利用價值者。 有關本發明為達上述目的及功效,狂舉一較佳實胞例 並配合圖式說明如下: 第一圖所示係為本發明之流程圖。 第二圖所示係為本發明加工物之示意圖。 本紙張尺度適用中規fM2l〇x297公#) {請先K1讀卄面之注意事項再填巧本页) -¾. 2103^0 A6 B6 五、發明説明(〉 第三_所示係為本發明積層流延處理之示意圖。 第四圖所示係為本發明花紋、色彩印刷處理之示意圖 第五圖所示係為本發明轉印處理之示意圖。 首先•請同時參:閱第一'、二、三、四、五圖所示,本 發明主要係包括如下之特微及方法: 1. 粗储面處理:請參関第二圖所示,首先係將金屬材 質之鐮足1左端欲加工處設為轉印部1〇,該轉印部10係設 一粗糙面100 ,即打粗底或用噴砂之方式,亦可利用巳在 轉印部10設有花紋之鏡足1 ,如此,則可省去粗糙面處理 之步驟(轉印部設粗凹凸,增大接著面積,可提高接著力 ,在接著之際,不產生空隙,接著力極大)。 2. 清潔處理:係將轉印部1〇經一表面清潔處理.以將 殘留在粗健面100上之汚垢、粉塵完全去除,此時,先以 嗔槍噴出之高壓氣體,吹除污垢、粉歷,再Μ輕油精等溶 劑洗淨附著於轉印部10上之油或搬。· 3. 積層流延處理:請參閱第三圖所示,係將環氣樹脂 之原料,溶於有機溶劑或水,再加可塑劑等調配成水始狀 粘桐湄液,待完全除去灰塵或氣泡後,再適量地加入注射 針筒2之容置槽20內,而該推動活塞21之上方偽樞接有一 氣管22,右側壁設有一進氣開關23,其中該氣管22並依序 樞接有一控制閥24、一泵25,又該注射筒2前端之針頭26 係設圓弧狀,而該推動活塞21係藉由氣管22、進無開關23 、控制閥24及泉25之設置,使推動活塞21之推力平均,進 而使環氧樹脂塗現於轉印部10時,能平坦且完全均句地旋 (請先閱讀背面之注意本項再填寫本頁) •裝* 甲 4(210X297 公尨) 210320 -漪郎屮处^:ll-^H 工^··""忭.^^¾ A6 B6 五、發明說明() 轉於粗糙面100上,形成薄膜。 4. 烘乾處理:係將上述巳塗覆環氧樹脂之鏡足2置入 乾燥室内,俾使環氧樹脂定型並附著於轉印部10上,其中 該乾燥室内之溫度以120¾〜150Ό ,供乾之時間以二小時 為最佳。 5. 花紋色彩印刷處理:請參関第四圖所示,係將預定A6 B6 210320 V. Description of the invention () The present invention relates to a method for processing the color of sickle feet made of metallic materials, in particular, it refers to the setting of the rough sugar surface of the transfer part, which can transfer the patterns and colors to the transfer. Admiral. According to the general knowledge, the mirror feet of the material Jin Jin can only be designed in the shape of the object itself or engraved with a day pattern on the surface, and there is little change. Today, although there are industry players, the processing methods of lacquer and baking lacquer produce mirrors The color of the appearance, but because of the manufacturing process of spray paint and copy paint, only a single color can be obtained at a time, which seems very monotonous. If you want to obtain two colors of different colors on M, Bei IJ needs to repeatedly apply chanting and Copying paint increases the manufacturing cost, and these technical bottlenecks have not yet been able to be produced. Compared with the lively and changeable three-dimensional patterns and colors, it can increase the value of this sturdy product and stimulate the consumer's desire to buy. For this reason, in view of the fact that the conventional metal mirror feet are used in the color force processing method, the above defects are still carefully studied by M. After being proved feasible by experiments, the present invention was first created. The main object of the present invention is to provide a method for processing the color of the mirror foot of metal material, that is, the transfer part of the mirror foot undergoes special steps to form the fixed pattern and color transfer cellophane on the transfer part .In order to make the appearance of the mirror foot, obtain vivid and changeable three-dimensional patterns and colors, and then improve the quality of the product, for those who can achieve the industrial use value. Regarding the present invention, in order to achieve the above-mentioned purposes and effects, a preferred example of a real cell is described with the drawings as follows: The first figure shows the flow chart of the present invention. The second figure shows a schematic view of the processed product of the present invention. The size of this paper is applicable to Chinese regulations fM2l〇x297 公 #) (Please read K1's precautions before filling in this page) -¾. 2103 ^ 0 A6 B6 Fifth, the description of the invention (> The third _ shown is based on Schematic diagram of the lamination casting process of the invention. The fourth picture is a schematic diagram of the pattern and color printing process of the invention. The fifth picture is a schematic diagram of the transfer process of the invention. First • Please also refer to: As shown in figures 2, 3, 4 and 5, the present invention mainly includes the following special features and methods: 1. Rough storage surface treatment: please refer to the second figure. First, the left end of the sickle foot 1 made of metal The processing place is set as the transfer part 10. The transfer part 10 is provided with a rough surface 100, that is, roughened or sandblasted, and the mirror foot 1 with a pattern on the transfer part 10 can also be used. , The step of rough surface treatment can be omitted (the roughness of the transfer part is provided with roughness, increasing the bonding area, which can increase the bonding force, and when bonding, no gap is generated, the bonding force is extremely large.) 2. Cleaning treatment: it will transfer The printing part 10 is subjected to a surface cleaning treatment. In order to completely remove the dirt and dust remaining on the rough surface 100, this At first, use the high-pressure gas sprayed from the gun to blow off the dirt and powder, and then wash the oil or the oil adhering to the transfer section 10 with a solvent such as light oil. 3. Layer casting process: please refer to As shown in the three pictures, the raw material of the ring gas resin is dissolved in an organic solvent or water, and then added with a plasticizer to prepare a water-like sticky Tongmei liquid. After the dust or bubbles are completely removed, the appropriate amount is added to the syringe 2 in the accommodating groove 20, and an air pipe 22 is pseudo-pivotly connected above the pushing piston 21, and an air inlet switch 23 is provided on the right side wall, wherein the air pipe 22 is pivotally connected to a control valve 24 and a pump 25 in sequence, and The needle 26 at the front end of the syringe 2 is provided with an arc shape, and the pushing piston 21 is provided with an air tube 22, a switch 23, a control valve 24, and a spring 25 to equalize the pushing force of the pushing piston 21, thereby making the ring When the oxygen resin is applied to the transfer section 10, it can be rotated flatly and completely (please read the note on the back side and then fill out this page) • Install * A 4 (210X297 Gongji) 210320-Yilangjiu ^ : ll- ^ H 工 ^ ·· " " 忭. ^^ ¾ A6 B6 V. Description of invention () Turn on the rough surface 100 to form a thin film. 4. Drying treatment: Put the above-mentioned epoxy resin-coated mirror foot 2 into the drying room, so that the epoxy resin is shaped and attached to the transfer part 10, wherein the temperature in the drying room is 120¾ ~ 150Ό for drying The best time is two hours. 5. Pattern color printing process: please refer to the fourth picture, it will be scheduled

1 ' V 設計之故設置於版鐧300、301、302上,次將特殊之蒸 發乾燥型油墨填入油墨盤310、311、312中,Μ調節器320 321、322刮除表面過多的油墨,再Μ壓網330、331、332 胞加壓力,將油墨轉移到轉印玻璃紙34上,而該每一塗覆 機係各設有一乾燥室350、351、352逐色乾燥,如此,即 可多色錯開,印出活潑、豐富之花紋色彩於轉印玻璃紙34 __in 〇 6. 轉印處理:請參閱第五圖所示,係將鐮足1置於耐 T … .......-- 熱性矽橡膠之類地耐熱橡膠緩衝台40,次將轉印玻璃紙34 覆蓋於轉印部10上,再將加熱板41接觸加歷於轉印破璃紙 34上,加壓時間約0.3〜1秒,除去力,即完成轉印處理 ,該玻璃轉印紙34上之花紋、色彩定色成型於轉印部10上 之原理,係因轉印玻璃紙34具遇熱軟化收縮之特性,使其 緊貼於轉印部10上,另在積層流延虛理之環氧樹脂與油墨 亦會同時熱熔,使得油墨完全渗入環氧樹脂内合為一體。 7. 表面噴覆處理··係將轉印處理後之鏡足1 ,唄覆上 一層亮油,使鏡足1更具有光澤性之光學特性,並在轉印 部10上形成保謂膜,使其表面上之花紋、色彩長期保持淸 本.¾¾尺度適用中S闻家ίί孚(CNS)T4規格(210/297公殳) (請先W讀背面之注意事項再滇"本頁) .装· A6 B6 210320 五、發明說明() (請先閑讀计面之注意事顿再填艿本页) 晰狀且不易掉键。 由Μ上說明可知,本發明確實具有下列之優點及功效 ,供可達成產業上利用之價值: (一) 該鏑足供可製得具有活潑多變化且立體感之花紋 、色彩,使得外觀、造型增添美感,刺激消費者之購買慾 〇 (二) 藉由粗植面及積層流延之處理,使花紋、色彩與 環氧樹脂熔為一體後,能附著金屬表面而不脫落。 (三) 使鏡足更具有良好地光澤性之光學特性,並使花 蚊、色彩保持清晰且不易掉落。 綜上所述,本發明之金屬材質鏡足色彩加工處理方法 ,其處理過程確能達到所預期之功效及使用目的,且更已 突破傳統之製造瓶頸(如附件一、二之樣品比較),實巳 符合發明專利要件「具有產業上利用價值」之要求,又本 案申請前更未曾公知、公用,當已能符合發明專利之申請 要件,爰依法提出申請,懇請早日審結,並賜准專利,實 深任感荷。 附件一:係本發明之待加工物樣品。 附件二·•係利用本發明之方法所製成之實製樣品。 木纸張尺度適m中S國家規fs(210x297公#)1 'V design is installed on the plate 300, 301, 302, the special evaporation and drying type ink is filled into the ink tray 310, 311, 312, the M regulator 320 321, 322 scrapes off the excessive ink on the surface, Then press the cells 330, 331, 332 to apply pressure to transfer the ink to the transfer cellophane 34, and each coating machine is provided with a drying chamber 350, 351, 352 to dry color by color. The colors are staggered, and a lively and rich pattern color is printed on the transfer cellophane 34 __in 〇6. Transfer treatment: Please refer to the fifth picture, the sickle foot 1 is placed in T-resistant ............- -Heat-resistant rubber buffer table 40 such as thermal silicone rubber, covers the transfer cell 10 with the transfer cellophane 34, and then contacts the heating plate 41 on the transfer broken glass paper 34, and the pressing time is about 0.3 ~ After 1 second, the force is removed, and the transfer process is completed. The principle of the pattern and color fixing on the glass transfer paper 34 is formed on the transfer section 10. The transfer glass paper 34 has the characteristics of softening and shrinking when heated, making it Closely attached to the transfer section 10, the epoxy resin and ink that are cast in the laminated layer will also be melted at the same time, making the ink completely Into the epoxy resin as one. 7. Surface spraying treatment ·· The lens feet 1 after the transfer treatment are coated with a layer of varnish to make the lens feet 1 have more gloss optical characteristics, and a protection film is formed on the transfer part 10. Keep the patterns and colors on the surface for a long time. The ¾¾ scale is applicable to the CNS T4 specification (210/297) (please read the precautions on the back before referring to this page). . Installation · A6 B6 210320 V. Description of invention () (please read the notes carefully before filling in this page). It is clear and not easy to drop keys. It can be seen from the above description that the present invention does have the following advantages and effects for achieving industrial value: (1) The dysprosium foot can be produced with a lively and varied pattern and color, which makes the appearance, The styling adds beauty and stimulates the consumer's desire to purchase. (2) Through the process of rough planting and layer casting, the pattern, color and epoxy resin are melted into one body, which can adhere to the metal surface without falling off. (3) Make the mirror feet have better optical characteristics of gloss, and keep the flower mosquitoes and colors clear and not easy to drop. In summary, the metal lens color processing method of the present invention, the processing process can indeed achieve the expected efficacy and use purposes, and has also broken through the traditional manufacturing bottleneck (such as the comparison of samples in Annexes I and II), It is in line with the requirements of the invention patent element "has industrial use value", and it was not known and used before the application of this case. When the application requirements of the invention patent have been met, the application is filed according to law, and the application is urged to be concluded as soon as possible and the patent granted Really feel the burden. Attachment 1: It is a sample of the object to be processed according to the present invention. Appendix II is the actual sample made by the method of the present invention. The size of the wood paper is suitable for the national regulations f (210x297 g #)

Claims (1)

<_ A7 B7 C7 _ D7_ 六、申請專利範ffl 1. 一種金屬材質之鏡足色彩加工處理方法,其主要係 包括有如下之特徽及步驟: (1) 粗縫面處理:係將金靥材質之鏡足欲色彩加工之 轉印部,設一粗储面者。 (2) 清潔處理:係將轉印部經一表面清潔處理,Μ將 殘留在粗植面之污垢、粉塵、油及姗完全清除者。 (3) 積層流延處理:係將環氧樹脂塗現於轉印部上之 粗糖面,而形成薄膜者。 (4) 烘乾處理:係將塗覆環氧樹脂之鏡足置入乾燥室 内,Μ溫度120°C〜150°C,饼乾時間二小時者。 (5) 花紋、色彩印刷處理:係將預設之花紋.設於版 銅上,再以多種顔色之蒸發乾燥型油墨,移轉到轉印玻璃 紙上者。 (6) 轉印處理:係將鏡足置於耐熱性砂橡腺之類的耐 熱鍰衝台上,次將轉印玻璃紙置於轉印部上,再Μ加熱板 接觸加壓於轉印玻璃紙上者。 (7) 表面噴覆處理:係將轉印虛理後之鏡足,嗔覆上 一層亮油,使鏡足具有良好地光澤性之光學特性,並形成 保護膜,使表面上之花紋色彩長期保持清晰狀且不掉落者 〇 經濟部中央標準局印裝 2. 如申請專利範圍第1項所述一種金屬材質之鏡足色 采多加工處理方法,其中該粗储面處理亦可用嗔砂之方式或 利用已在鏡足表面設有花紋者。 7 (請先閲讀背面之注意事項再填寫本頁 f 4(210Χ 297公廣)< _ A7 B7 C7 _ D7_ VI. Patent application ffl 1. A metal lens color processing method, which mainly includes the following special emblems and steps: (1) Rough surface treatment: the gold The mirror of the material is sufficient for the transfer part of the color processing, and a rough storage surface is provided. (2) Cleaning treatment: the surface of the transfer part is cleaned, and the dirt, dust, oil and oil remaining on the rough planting surface are completely removed. (3) Lamination casting process: It is a thin film formed by coating epoxy resin on the rough sugar surface of the transfer part. (4) Drying treatment: placing the epoxy resin-coated mirror foot in the drying room, M temperature 120 ° C ~ 150 ° C, biscuit time two hours. (5) Pattern and color printing processing: it is to set the preset pattern on the copper plate, and then transfer it to the transfer cellophane with evaporation and drying ink of various colors. (6) Transfer treatment: placing the mirror feet on a heat-resistant sand table such as a heat-resistant sand oak gland, placing the transfer cellophane on the transfer part, and then contacting and pressing the heating plate against the transfer cellophane The former. (7) Surface spraying treatment: the lens feet after transferring the virtual treatment are covered with a layer of luminous oil, so that the lens feet have good gloss optical characteristics, and a protective film is formed to make the pattern color on the surface long-term Keep it clear and do not drop. Printed by the Central Bureau of Standards of the Ministry of Economic Affairs 2. As described in item 1 of the patent application, a metal material mirror color is processed by multiple processing methods, wherein the rough storage surface treatment can also use sand The way or use has been provided with patterns on the surface of the mirror foot. 7 (Please read the precautions on the back before filling out this page f 4 (210Χ 297 Public Broadcasting)
TW82102869A 1993-04-15 1993-04-15 Coloring treatment of a mirror handle TW210320B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW82102869A TW210320B (en) 1993-04-15 1993-04-15 Coloring treatment of a mirror handle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW82102869A TW210320B (en) 1993-04-15 1993-04-15 Coloring treatment of a mirror handle

Publications (1)

Publication Number Publication Date
TW210320B true TW210320B (en) 1993-08-01

Family

ID=51356974

Family Applications (1)

Application Number Title Priority Date Filing Date
TW82102869A TW210320B (en) 1993-04-15 1993-04-15 Coloring treatment of a mirror handle

Country Status (1)

Country Link
TW (1) TW210320B (en)

Similar Documents

Publication Publication Date Title
DE602005020162D1 (en) PAD PRINTING METHOD FOR PRODUCING COLORED CONTACT LENSES
US4179760A (en) Marble-patterned bathtub, basin or sink
KR100637830B1 (en) Decorations with mother-of-pearl method and structure
US20180084775A1 (en) Photographic camouflaged scent-free game calls and method of manufacturing same
TW210320B (en) Coloring treatment of a mirror handle
US5916843A (en) Picture with integrated picture frame
US20080090015A1 (en) Method and apparatus for pad printing of artificial glass eyes
US10703011B1 (en) Methods of making artificial gemstones using sublimation printing, and artificial gemstones made therewith
JPS59109387A (en) Method of forming pattern on surface of plastic material container and product by it
WO1989003773A1 (en) Tool set for making colored plastic paintings and plastic art articles and method of making colored plastic paintings and plastic art article using the same
US6405476B1 (en) Method and article of manufacture to fabricate a pliable fishing lure
US665747A (en) Process of painting designs on surfaces.
CN101444776A (en) Coating process of applying ultraviolet curing coating to indoor unit enclosure of air conditioner
CN106000834A (en) Liquid crystal display surface treatment method
CN108454251A (en) A kind of mug printing method
KR101911748B1 (en) Manufacturing method and apparatus of Peal crystal glass on a matter
TW315402B (en) Surface vein forming method for housing of ceiling fan component or illuminator
KR20170046280A (en) Wooden picture frame and its manufacturing method
RU2356742C1 (en) Application method of decorative coating to spherical surface and decorative item
CN105946426A (en) Mobile phone protective shell decorative pattern manufacturing process
TWI257901B (en) Offset and screen printing method applicable on IMD thermal forming and injection forming
KR100661463B1 (en) The glass plank printing method where the crack pattern is expressed
JPH05147127A (en) Production of glove having characters and patterns for advertisement printed thereon
TW303327B (en) The manufacturing and using method of water-solvability sticker
KR101520305B1 (en) manufacturing method of picture using salt