M266175 (1) 八、新型說明 【新型所屬之技術領域】 本創作大體上關於著色裝置。更特別地，本創作關於 奇異筆。 【先前技術】 典型上，奇異筆包含一管狀外殻，其具有一纖維毛氈 狀筆尖，筆尖經由一液體吸收芯部連接至一內室，內室含 有流體指示劑，諸如水基油墨，油墨包括彩色染料（爲了 容易了解起見，此後稱爲染料或彩色染料）。當奇異筆用 過時，以油墨補充纖維筆尖，油墨藉由毛細作用，自室通 過芯部到達筆尖。此筆是眾人皆知的，尤其使用在文字上 作記號，且在紙或類似的材料上產生彩色的效果。 大體上，奇異筆專用於產生單一的顏色。如果需要二 或更多顏色，則通常需要相同數目的個別筆。已建議具有 多於一的筆尖的奇異筆，此之目的是藉由筆的一衝程產生 二或更多並列的彩色線或所選擇顏色的單一線。此奇異筆 揭示於 W0 94/0997、W0 01/15912、US-A-5203638、 US-A-3887287、UK-A-2277 2 53 號。也已知一種奇異筆， 其中一較細的筆尖可以在一較大的筆尖上，使單一筆能夠 產生不同寬度的線。此筆揭示於E P - A - 6 3 0 3 2 6、 US-A- 5 8 1 3 7 8 7與USU 6 5 1 62 7號。就申請人所知，目前 沒有奇異筆能夠使用同一奇異筆在單一線或連續此線中產 生自一例如-紅改變至藍的顏色。 -4 - M266175 (2) 【新型內容】 本創作之一目的是提供一種奇異筆，能夠在一線或連 糸買線中產生自一顏色至另一顏色之均勻與一致的改變。 依據本創作，在一特點中，提供一種奇異筆，其包含 一外罩（其一端敞開），且包括一流體吸收筆尖（此後稱 爲奇異筆尖），奇異筆尖含有第一顏色的液體或染料，奇 異筆尖的一端向外突起越過外罩的邊界，且奇異筆尖的另 一端向內突起進入外罩，外罩的內部適於承接一槽筆的至 少一部分，槽筆具有一流體吸收筆尖（此後稱爲槽筆尖） ’槽筆尖含有第二顏色的液體或染料（其可能是中性）， 當槽筆插入外罩的敞開端部時接觸奇異筆尖的向內突起端 (或它的流體吸收延伸部），以致於第二顏色的液體或染 料可以由槽筆尖供應至奇異筆尖。 「中性」意指淸晰的顏色。 槽筆可包含彩色染料或半透明的液體，諸如水。 較佳地，在剖面中，奇異筆尖的尺寸與槽筆尖的尺寸 相同。或者，奇異筆尖的尺寸大於槽筆尖的尺寸。 外罩的敞開端部可以由一可釋放插塞關閉。可提供一 蓋’以在不使用時遮蓋奇異筆尖。 長肋可以自外罩的內表面向內突起，以幫助槽筆定位 及夾持於外罩中。可以採用定位及夾持槽筆於外罩中的其 他裝置。 槽筆傳統上包括一傳吸部（11· a n s 〇 r b )，其中含有彩 色染料。傳吸部基本上包含某數量之含有流體的纖維材料 -5 - M266175 (3) ’其位於一不可滲透的護套中。含有流體的材料可以是纖 維材料。護套典型上一端敞開，且接觸一芯部’藉由彼’ 存在於傳吸部中的流體由毛細作用傳送到槽筆的筆尖。然 後，傳吸部如同用於奇異筆尖之彩色染料供應器而操作。 當奇異筆使用的時候，所供應的染料漸漸取代存在於奇異 筆尖中的染料。以此方式，奇異筆產生的彩色條起初將是 奇異筆的原始顏色，一旦原始顏色消失，此改變成爲供應 者槽筆尖的顏色。其間，此二顏色將是一條長度的漸漸改 變的顏色。當然，額外的顏色改變可以藉由供應一或更多 額外的顏色至接收筆的筆尖而產生。顏色消退可以利用槽 筆一其筆尖裝有水一達成。 奇異筆尖及/或槽筆尖可以由纖維材料-諸如毛氈-產 & °或者’一或每一筆尖可以由相對非撓性的材料產生； 一較佳的材料是以商品名稱P OREX銷售者。此是含有流 體的多？L性物質，其在以奇異筆施加至紙、卡片或相同材 料的方式施加至一表面的時候將保留它的形狀。然而，可 以使用其他具有類似物理性質的材料。 彩色染料可以包含一指示劑，諸如含有水基油墨的彩 色染料 '分散顏料或其他著色介質。或者，彩色染料可以 是油基。 在又一特點中，本創作提供著色裝置，其包含一奇異 筆’奇異筆具有一外殼，外殼包括一吸收筆尖（此後稱爲 奇異筆尖），奇異筆尖含有第一顏色的液體或染料，外殼 的尺寸與形狀是承接一槽筆的至少一部分，槽筆具有一吸 -6- M266175 (4) 收筆尖（稱爲槽筆尖），槽_尖含有第二顔色的液體或染 料’其接觸奇異筆尖或-延伸至彼的流體吸收延伸部。 【實施方式】 從圖式的第1至8圖可以看到，所繪示的奇異筆尖包 含一管狀外罩1 ’其—㈣2敞開，它的另-端3具有-開 口 4，開口 4具有適當尺寸， 以承接及容納一流體吸收筆 尖 。筆尖5在以下稱爲奇离筆尖。從第3圖可以看到，M266175 (1) VIII. New type description [Technical field to which new type belongs] This creation is about coloring device. More specifically, this creation is about Strange Pen. [Prior art] Typically, a singularity pen includes a tubular shell having a fiber felt-like pen tip connected to an inner chamber via a liquid-absorbing core, the inner chamber containing a fluid indicator, such as a water-based ink, and the ink includes Color dyes (hereafter referred to as dyes or color dyes for ease of understanding). When the bizarre pen is used, the fiber nib is supplemented with ink, and the ink reaches the pen nib from the chamber through the core by capillary action. This pen is well known, especially for marking text and producing a colored effect on paper or similar materials. In general, singular pens are designed to produce a single color. If two or more colors are required, the same number of individual pens is usually required. Singular pens with more than one nib have been proposed for the purpose of producing two or more juxtaposed colored lines or a single line of a selected color by one stroke of the pen. This singularity pen is disclosed in WO 94/0997, WO 01/15912, US-A-5203638, US-A-3887287, UK-A-2277 2 53. A singular pen is also known in which a thinner nib can be on a larger nib, enabling a single stroke to produce lines of different widths. This pen was revealed in EP-A-6 3 0 3 2 6, US-A-5 8 1 3 7 8 7 and USU 6 5 1 62 7. To the best of the applicant's knowledge, there is currently no singular pen capable of using the same singular pen to produce a color that changes from, for example, red to blue, in a single line or in a continuous line. -4-M266175 (2) [New content] One of the goals of this creation is to provide a singular pen that can produce a uniform and consistent change from one color to another in a line or flail line. According to this creation, in a feature, a singular pen is provided that includes a cover (one end of which is open) and includes a fluid-absorbing nib (hereinafter referred to as a singular nib). The singular nib contains a liquid or dye of a first color, which is singular One end of the pen tip protrudes beyond the boundary of the cover, and the other end of the singular pen tip protrudes inwardly into the cover. The inside of the cover is adapted to receive at least a portion of a grooved pen. The grooved pen has a fluid-absorbing nib (hereinafter referred to as a grooved nib). 'The grooved nib contains a liquid or dye of the second color (which may be neutral). When the grooved pen is inserted into the open end of the housing, it contacts the inwardly protruding end of the singular nib (or its fluid-absorbing extension) so A two-color liquid or dye can be supplied from the grooved nib to the bizarre nib. "Neutral" means clear colors. The slot pen may contain a colored dye or a translucent liquid, such as water. Preferably, in the cross section, the size of the singular nib is the same as the size of the grooved nib. Alternatively, the size of the singular nib is larger than the size of the grooved nib. The open end of the cover can be closed by a releasable plug. A cover can be provided to cover the singular nib when not in use. Long ribs can protrude inwardly from the inner surface of the cover to help the slot pen be positioned and held in the cover. Other means of positioning and holding the grooved pen in the housing can be used. Groove pens traditionally include a suction section (11 · an s 〇 r b), which contains a color dye. The suction section basically contains a certain amount of fluid-containing fibrous material -5-M266175 (3) 'which is located in an impermeable sheath. The fluid-containing material may be a fiber material. The upper end of the sheath is typically open and contacts a core portion ′ through the fluid existing in the suction portion by the capillary action to the pen tip of the groove pen. The suction section then operates as a color dye supply for a singular nib. When the singular pen is used, the supplied dye gradually replaces the dye present in the singular pen tip. In this way, the color bar produced by the singularity pen will initially be the original color of the singularity pen, and once the original color disappears, this change becomes the color of the supplier's slot nib. In the meantime, these two colors will be a gradually changing color. Of course, additional color changes can be produced by supplying one or more additional colors to the tip of the receiving pen. Color fade can be achieved with a grooved pen with its tip filled with water. The singular nib and / or slot nib may be made of a fibrous material such as felt- or ' or one or each nib may be made of a relatively non-flexible material; a preferred material is the seller POREX. Is this much fluid? An L-like substance that retains its shape when applied to a surface in the manner of a singular pen applied to paper, card, or the same material. However, other materials with similar physical properties can be used. The color dye may include an indicator, such as a color dye containing a water-based ink, a dispersing pigment or other coloring medium. Alternatively, the color dye may be oil-based. In yet another feature, this creation provides a coloring device that includes a singular pen. The singular pen has a housing, and the housing includes an absorbing nib (hereafter referred to as a singular nib). The size and shape are at least a part of a grooved pen. The grooved pen has a suction -6- M266175 (4) a retractable pen tip (called a grooved pen tip), the groove_tip contains a liquid or dye of the second color. -Fluid-absorption extensions extending to each other. [Embodiment] As can be seen from Figures 1 to 8 of the drawings, the singular nib shown includes a tubular cover 1 'its-㈣ 2 are open, its other end 3 has-an opening 4, and the opening 4 has an appropriate size To receive and contain a fluid-absorbing pen tip. The nib 5 is hereinafter referred to as a singular nib. As you can see from Figure 3,
奇異筆尖5具有-圓形書寫@ 6及一突起進入外罩內部的 中空或分叉端7。 包括開口 4的外罩端是推拔形，且包括一階梯8或一 系列階梯’其合作’以固持奇異筆尖5於開口中的定位。 縱向延伸的肋9自外罩的內表面向內突起，以將槽筆 1 1夾持及定位在第1圖顯示的位置。The singular nib 5 has-a circular writing @ 6 and a hollow or bifurcated end 7 protruding into the interior of the housing. The end of the cover including the opening 4 is push-shaped and includes a step 8 or a series of steps 'its cooperation' to hold the positioning of the singular nib 5 in the opening. The longitudinally extending ribs 9 protrude inwardly from the inner surface of the outer cover to hold and position the slot pen 11 at the position shown in FIG. 1.
槽筆1 1繪示於圖4。此可能包含一適當尺寸的奇異 筆，且連接一流體吸收筆尖1 2，以經由一芯部承接存在 於筆的長形本體】4的傳吸部內的液體染料供應。槽筆尖 12的尺寸與奇異筆尖5的尺寸相同。或者，槽筆尖12的 尺寸可以小於奇異筆尖5的尺寸。以下提到的筆尖1 2是 指槽筆尖。 外罩的敞開端2可以由圖5顯示的端部插塞1 5關閉 。端部插塞具有一環形墊座1 6，其具有適當尺寸以承接 及夾持遠離它的筆尖1 2的槽筆1 1。插塞的敞開端部具有 一唇部]7，其與圖].顯示的外罩]的互補唇部1 8合作。 M266175 (5) 當不使用時，罩蓋1 9可以係安置於奇異筆的筆尖端 ，以防止流體經由蒸發而自奇異筆尖5流失。 使用時’所選擇的一槽筆1 9插入外罩1，如圖7所 示。這時候，奇異筆尖5將含有某數量的第一顏色的流體 染料。爲了解釋，將假設此第一顏色是藍色。如果假設使 用者希望產生單一線以顯示自藍至綠至黃的顏色改變，則 所選擇的槽筆1 1將具有一筆尖及含有黃色染料的傳吸部 。在槽筆插入以後，總成將如圖8所示。可以看到，在此 位置，槽筆筆尖1 2的尖端位於奇異筆尖5的中空或分叉 中且接觸。經由此接觸，流體染料由槽筆供應至奇異筆尖 5 〇 當圖8顯示的奇異筆最初使用時，所產生的線的顏色 將是已保存在奇異筆尖5中的藍色。當原始與所供應的顏 色在筆尖中混合時，此顏色將漸漸自藍變成綠。及時地， 線的顏色將主要是綠色。當線繼續產生且因爲更多黃色染 料供應至筆尖5時，顏色將自綠漸漸改變爲黃，直到除了 所供應的顏色以外的所有顏色已自筆尖移除爲止，線的顏 色將是黃色。 當然，其他顏色改變可以只藉由適當選擇原始與所供 應的顏色而執行。於是，所供應的液體可以係-例如-水。 在此配置中，所產生的線將基本上包含一起初是彩色的線 ，其退色直到透明爲止。 一替代的奇異筆繪示於圖9與】〇。在此實施例中， 相同的參考號碼已關聯於圖1至8顯示的相同整數而使用 -8- M266175 (6) 筆的管狀外罩]與它的端部插塞相同於使用在圖1至 8繪示的奇異筆者。然而，在圖9與1 〇繪示的筆中，管 狀外罩1承載一長形流體吸收奇異筆尖2 1，其自外罩向 外及向內突起，進入外罩。奇異筆尖21的二端大體上是 凸出的。槽筆11具有一頸部22，其具有適當尺寸，以適 貼配合承接奇異筆尖2 1的向內突起端。位於頸部中的是 槽筆11的吸收筆尖23。槽筆尖23的向外表面大體上是 凹入的，凹入的形狀與尺寸是用於承接筆尖2 1的凸出形 端。 圖9與1 0繪示的筆的使用基本上相同於針對圖1至 8顯示的筆而說明者。 現在，將參考圖1 1至1 3繪示的替代的奇異筆。在此 實施例中’相同的參考號碼已關聯於前二實施例顯示的相 同整數。 所繪示的奇異筆包含一槽筆]]，其連接一流體吸收 筆尖1 2，以經由一芯部承接存在於筆的長形本體丨4的傳 吸部內的液體供應。本體1 4的遠離筆尖1 2的端部是敞開 的’且具有適晶尺寸’以適貼配合承接一夾持在奇里筆外 罩2 5之一端中的奇異筆尖5。外罩2 5是階梯式，以當安 置在槽筆的本體4的敞開端時，確保奇異筆尖5跑氛圍有 效密封。自圖1 1與12可以看到，當外罩25位在槽筆的 敞開端內時’奇異筆外罩的階梯式部分27、2 8的上升器 2 6頂靠槽筆的環緣2 9。類似地，奇異筆外罩的階梯式部 -9- M266175 (7) 分2 7的上升器3 0頂靠位在槽筆的敞開端內的適當尺寸與 輪廓的表面。 當奇里筆待使用時’奇異筆外罩 25自它在槽筆敞開 端中的位置移除，且安置成爲在筆的另一端上的罩蓋。自 圖13可以看到，在此位置’奇異筆尖5的向內突起端以 與上述相同的方式接觸槽筆筆尖1 2 °自圖可以看到’槽 筆的筆尖端是階梯式，使得當裝配在槽筆端部上時’奇異 筆外罩能夠界定適貼配合。 提供一罩蓋3 1，以當任何筆尖在任何既定時間暴露 時，與氛圍密封隔離。 可了解，奇異筆外罩25與筆尖5可以連同大量含有 不同顏色染料、水或其他流體的槽筆之一而使用’以在使 用者動念時產生很多顏色。 這些不同尺寸的奇異筆尖5顯示於圖14至16。在圖 14中，筆尖14具有一刷子尖端32，在圖15中’具有一 寫入尖端，在圖1 6中，具有一寬的淸洗尖端3 4 °這些筆 尖（及很多不同形狀的筆尖）中的任何筆尖可以使用於依 據本創作的奇異筆。 可以了解，前述只是依據本創作的奇異筆的示範’且 易於針對彼作各種修改，不會偏離附屬申請專利範圍提出 的本創作的真實範疇。 【圖式簡單說明〕 現在，將只藉由舉例，並參考附屬的示意圖’說明本 -10- M266175 (8) 創作，其中： 圖1是依據本創作的奇異筆的剖側視圖； Η 2是圖〗顯示的奇異筆的管狀外罩的剖側視圖； 圖3是圖〗顯示的奇異筆的筆尖的側視圖； 圖4是待由圖2顯示的管狀外罩承接的槽筆的側視圖 > 圖5與6是圖1顯示的奇異筆的插塞與罩蓋的剖側視 圖； 13 7顯不圖4的槽筆被插入圖2的管狀外罩； 圖8顯不插入管狀外罩且準備使用的槽筆； 圖9是依據本創作的替代奇異筆的爆炸剖側視圖； 圖1 ^是圖9顯不的奇異筆-其端部插塞移除-的剖側 視圖； B I 1與1 2個別是依據本創作的替代奇異筆的透視爆 炸圖； 圖13是繪不於圖]]的奇異筆的一部分的剖側視圖； 圖1 4至]6是依據本創作的三不同奇異_尖的側視圖 c 【主要元件符號說明】 ] 管狀外罩 2 端 3 端 4 開口 -11 - M266175 (9) 5 流體吸收筆尖 6 圓形書寫端 7 中空或分叉端 8 階梯 9 肋 11 槽筆 12 流體吸收筆尖 14 本體 15 端部插塞 16 環形墊座 17 唇部 1 8 唇部 19 JDOX 2 1 流體吸收奇異筆 22 頸部 2 3 吸收筆尖 25 外罩 26 上升器 2 7 階梯式部分 28 階梯式部分 29 環緣 3 0 上升器 3 1 草盖 3 2 刷子尖端The slot pen 11 is shown in FIG. 4. This may include a singular pen of an appropriate size, and is connected to a fluid-absorbent pen tip 12 to receive a liquid dye supply in a suction transfer portion of the pen's elongated body 4 through a core portion. The grooved nib 12 has the same size as the singular nib 5. Alternatively, the size of the slotted nib 12 may be smaller than the size of the singular nib 5. The nibs 1 2 mentioned below refer to the grooved nibs. The open end 2 of the housing can be closed by the end plug 15 shown in FIG. 5. The end plug has a ring-shaped pedestal 16 which is appropriately sized to receive and hold a grooved pen 11 which is away from its nib 12. The open end of the plug has a lip] 7 which cooperates with the complementary lip 18 of the cover shown in the figure]. M266175 (5) When not in use, the cover 19 can be attached to the pen tip of the singular pen to prevent fluid from escaping from the singular pen 5 through evaporation. When in use, a slot pen 19 is inserted into the cover 1, as shown in FIG. At this time, the singular nib 5 will contain a certain amount of the first color fluid dye. For explanation, it will be assumed that this first color is blue. If it is assumed that the user wishes to generate a single line to show a color change from blue to green to yellow, the selected slot pen 11 will have a sharp point and a suction portion containing a yellow dye. After the slot pen is inserted, the assembly will look like Figure 8. It can be seen that in this position, the tip of the grooved pen tip 12 is located in the hollow or bifurcation of the singular pen tip 5 and contacts. As a result of this contact, the fluid dye is supplied from the slot pen to the singular nib 5 〇 When the singular pen shown in FIG. 8 is first used, the color of the resulting line will be blue which has been stored in the singular nib 5. When the original and supplied color are mixed in the nib, the color will gradually change from blue to green. In time, the color of the line will be mainly green. As the line continues to produce and as more yellow dye is supplied to the pen tip 5, the color will gradually change from green to yellow until all colors except the supplied color have been removed from the pen tip, and the color of the line will be yellow. Of course, other color changes can be performed only by appropriately selecting the original and supplied colors. The liquid supplied can then be-for example-water. In this configuration, the resulting lines will basically contain lines that are initially colored and fade until they are transparent. An alternative singular pen drawing is shown in Figures 9 and 0. In this embodiment, the same reference number has been associated with the same integer shown in Figures 1 to 8 and the tubular cover using the -8-M266175 (6) pen] is the same as its end plug as used in Figures 1 to 8. The singular writer who painted. However, in the pens shown in Figs. 9 and 10, the tubular outer cover 1 carries a long fluid-absorptive singular nib 21 which protrudes outwardly and inwardly from the outer cover and enters the outer cover. The two ends of the singular nib 21 are substantially convex. The grooved pen 11 has a neck portion 22 having a proper size to fit and fit the inwardly protruding end of the singular pen tip 21. Located in the neck is the absorbing tip 23 of the grooved pen 11. The outward surface of the grooved nib 23 is generally concave, and the shape and size of the concave are for receiving the convex end of the nib 21. The use of the pens shown in FIGS. 9 and 10 is basically the same as that described for the pens shown in FIGS. 1 to 8. Now, reference will be made to the alternative singularity pens illustrated in FIGS. 11 to 13. In this embodiment, the same reference number has been associated with the same integer shown in the previous two embodiments. The singular pen shown includes a grooved pen]], which is connected to a fluid-absorbing pen tip 12 to receive a liquid supply in a suction portion of the elongated body 4 of the pen via a core portion. The end of the main body 14 remote from the nib 12 is open and has a crystal-size size to fit a strange nib 5 held in one end of the chiri pen cover 25. The cover 25 is stepped to ensure that the running atmosphere of the singular nib 5 is effectively sealed when it is placed on the open end of the grooved pen body 4. As can be seen from Figs. 11 and 12, when the cover 25 is located in the open end of the slot pen, the stepped portions 27, 2 of the singular pen cover 2 risers 2 6 abut against the ring edge 29 of the slot pen. Similarly, the stepped portion of the singularity pen cover -9- M266175 (7) points 2 7 riser 30 abut against the surface of the appropriate size and contour within the open end of the grooved pen. When the Kiri pen is ready for use, the 'strange pen cover 25' is removed from its position in the open end of the slot pen, and is placed as a cover on the other end of the pen. It can be seen from FIG. 13 that at this position, the inwardly protruding end of the “singular nib 5 contacts the pen nib 12 ° in the same manner as described above. As can be seen from the figure, the pen tip of the groove pen is stepped, so that when The 'strange pen cover' on the grooved pen end can define a snug fit. A cover 31 is provided to hermetically isolate from the atmosphere when any nib is exposed at any given time. It can be understood that the singular pen cover 25 and the pen tip 5 can be used together with one of a large number of grooved pens containing dyes of different colors, water, or other fluids' to generate many colors when the user moves. These singular nibs 5 of different sizes are shown in Figs. In FIG. 14, the nib 14 has a brush tip 32, in FIG. 15 ′ has a writing tip, and in FIG. 16 has a wide scouring tip 3 4 ° These nibs (and many different shapes of nibs) Any nib in can be used for a singularity pen based on this creation. It can be understood that the foregoing is only a demonstration of a singular pen based on this creation 'and it is easy to make various modifications to it without departing from the true scope of this creation proposed by the scope of the patent application attached. [Schematic explanation] Now, we will explain the creation of Ben-10-M266175 (8) only by way of example and with reference to the attached diagram, where: Figure 1 is a cross-sectional side view of a singular pen according to this creation; Η 2 is Sectional side view of the tubular cover of the singularity pen shown in the figure; Figure 3 is a side view of the nib of the singularity pen shown in the figure; Figure 4 is a side view of the grooved pen to be received by the tubular cover shown in Figure 2> 5 and 6 are cross-sectional side views of the plug and cover of the bizarre pen shown in FIG. 1; 13 7 shows that the grooved pen of FIG. 4 is inserted into the tubular cover of FIG. 2; Pen; FIG. 9 is an exploded cross-sectional side view of an alternative singular pen according to the present creation; FIG. 1 ^ is a cross-sectional side view of the singular pen shown in FIG. 9 with its end plug removed; BI 1 and 12 are respectively A perspective exploded view of an alternative singular pen according to the present creation; FIG. 13 is a cross-sectional side view of a part of the singular pen not shown in the drawing]]; FIGS. c [Description of main component symbols]] Tubular cover 2 end 3 end 4 opening -11-M266175 (9) 5 fluid suction Pen tip 6 Round writing end 7 Hollow or bifurcated end 8 Step 9 Rib 11 Grooved pen 12 Fluid absorbing nib 14 Body 15 End plug 16 Ring pedestal 17 Lip 1 8 Lip 19 JDOX 2 1 Fluid absorbing singular pen 22 Neck 2 3 Absorbing nib 25 Cover 26 Riser 2 7 Stepped section 28 Stepped section 29 Ring 3 0 Riser 3 1 Straw cover 3 2 Brush tip
-12 - M266175 (10) 3 4 淸洗尖端-12-M266175 (10) 3 4 Wash the tip
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