1291861 ⑴ 九、發明說明 . 【發明所屬之技術領域】 本發明是有關爲擦拭清掃電視或個人電腦等生產程序 t的顯示器面板或電子資訊記錄用碟片表面的髒污的目的 而提供的擦拭清掃用刷子材料。 【先前技術】BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to wiping cleaning for cleaning the surface of a display panel or an electronic information recording disc for a production program t such as a television or a personal computer. Use brush material. [Prior Art]
φ 供習知液晶顯示器面板、電漿顯示器面板、有機EL 顯不器面板等顯示器面板擦拭清掃的刷子材料使用如第 1A圖所示，將集束捻合多數根〇.2mm 0左右的合成樹脂 製單絲1所形成的複數根擦拭清掃用複絲捻合線2捻合， * 形成複絲複捻合線3，如第1B圖所示，浸透該複絲複捻 合線3於熔融黏接材內等，並一面浸漬該黏接材於複絲複 捻合線3的表層部，一面以黏接材層4被覆複絲複捻合線 J周面的刷子材料3 。 # 採用將例如由上述複絲複捻合線3群構成的刷子材料 3 >對折，以U字形槽挾裝該對折部，密貼螺旋捲繞該U ¥形槽於旋轉軸，形成旋轉刷，以鹼性洗淨液等沖洗於顯 示器面板的表面，並一面旋轉該旋轉刷，一面以刷子材料 的毛梢擦拭清掃顯示器面板的表面的方法。 【發明內容】 〔發明欲解決之問題〕 於是’顯示器面板擦拭清掃用刷子材料於刷子材料的 -5- (2) 1291861 毛梢發生順序均一的擴散，發生該擴散的毛梢可柔軟接觸 面板表面，其雖要求毛彈力強等性能，惟，以上述黏接材 被覆的習知刷子材料有不易發生毛梢的擴散，降低驗性洗 淨液的洗淨效果的問題。 又有黏接材會發生鹼性洗淨液造成的劣化，隨著上述 擴散，黏接材的粒子剝離而附著於面板，減弱擦拭清掃目 的之問題。 〔用以解決問題之手段〕 本發明提供適當達成上述顯示器面板或光碟、磁碟等 電子資訊記錄用碟片的擦拭清掃用刷子材料所要求條件， 富於適應性的刷子材料。 此刷子材料以具有集束並捻合多數根由合成樹脂所製 成單絲的構造的擦拭清掃用刷子材料的擦拭清掃用複絲捨 合線作爲單位材。 φ 另外，形成具有集束並捻合多數根熔點較形成上述擦 拭清掃用複絲捨合線的單絲低的單絲的構造的熔接用複絲 捻合線，作爲擦拭清掃用複絲捻合線的熔接手段。 甚而’集束並捻合複數根上述擦拭清掃用複絲捻合 線’當進行該捻合時，集束上述熔接用複絲捻合線，將其 一起捻合，形成複絲複捻合線。 就適當例子而言，配置3根擦拭清掃用複絲捻合線於 三角點的各頂點，並加以捻合，夾有上述1根熔接用複絲 捻合線’與上述3根擦拭清掃用複絲捻合線一起捻合於芯 -6- (3) 1291861φ For use in the display panel of the LCD panel, the plasma display panel, the organic EL display panel, etc., the brush material used for wiping and cleaning is used as shown in Fig. 1A, and the bundle is made of a synthetic resin of about 2 mm 0. The multifilament wiping cleaning multifilament twisting wire 2 formed by the monofilament 1 is kneaded, and the multifilament recombination yarn 3 is formed. As shown in FIG. 1B, the multifilament recombination yarn 3 is impregnated into the fusion bonding. In the inside of the material, the adhesive material is immersed in the surface layer portion of the multifilament retanning line 3, and the brush material 3 of the multifilament reticular yarn J is coated with the bonding material layer 4. # using a brush material 3 > consisting of, for example, the above-mentioned multifilament recombination line 3 group; the folded portion is folded in a U-shaped groove, and the U-shaped groove is spirally wound around the rotating shaft to form a rotating brush. The method of rinsing the surface of the display panel with an alkaline cleaning solution or the like, and rotating the rotating brush while wiping the surface of the display panel with the tip of the brush material. SUMMARY OF THE INVENTION [The problem to be solved by the invention] Then the 'display panel wiping cleaning brush material is uniformly diffused in the order of -5- (2) 1291861 hair tips of the brush material, and the diffused hair tips can softly touch the panel surface. Although it is required to have a high elasticity and the like, the conventional brush material coated with the above-mentioned adhesive material is less likely to cause the spread of the hair tips and reduce the cleaning effect of the inspective cleaning liquid. Further, the adhesive material is deteriorated by the alkaline cleaning liquid, and as the diffusion progresses, the particles of the adhesive material are peeled off and adhere to the panel, thereby attenuating the problem of cleaning and cleaning. [Means for Solving the Problem] The present invention provides an adaptable brush material which is required to achieve the conditions of the wiping cleaning brush material for the above-mentioned display panel, the optical information recording disk such as a compact disc or a magnetic disk. This brush material is used as a unit material for a wiping and cleaning multifilament line of a wiping cleaning brush material having a structure in which a plurality of monofilaments are formed of a synthetic resin. Φ In addition, a multifilament twisted yarn for welding has a structure in which a plurality of filaments having a lower melting point than the monofilament forming the wiping line for wiping cleaning is bundled and formed, and is used as a multifilament twisting wire for wiping cleaning The means of welding. Further, the bundles are twisted and twisted into a plurality of the multifilament yarns for wiping and cleaning. When the twisting is performed, the multifilament twisted yarns for welding are bundled and twisted together to form a multifilament twisted yarn. In a suitable example, three wiping wires for wiping and cleaning are arranged at the apexes of the triangular points, and the merging of the above-mentioned three welding wiping wires is combined with the above-mentioned three wiping cleaning Silk crepe line together with core-6- (3) 1291861
而且’熱熔融形成上述熔接用複絲捻合線的低熔點單 絲，透過該熱熔融，使與該熔接用複絲捻合線接觸的上述 各擦拭清掃用複絲捨合線相互熔接，構成顯示器面板或電 子資訊記錄用碟片的擦拭清掃用刷子材料。 形成上述擦拭清掃用複絲捻合線的單絲及形成上述熔 接用複絲捻合線的單絲使用尼龍，例如使用熔點高的6 6 號尼龍於擦拭清掃用複絲捻合線，使用熔點低的6號尼龍 於熔接用複絲捻合線。 •尼龍的耐撞擊性、耐藥品性大，吸濕性小，性質適合 作爲擦拭清掃用刷子材料。 使用具有0.1mm 0以下，就適當例子而言〇.〇2〜〇.〇6 mm 0大小者作爲形成上述擦拭清掃用複絲捻合線的單 絲。 另外，使用例如具有0 · 〇 2〜0 · 0 6 m m 0大小，較佳直 徑遠較形成擦拭清掃用複絲捻合線的單絲小者，作爲形成 上述熔接用複絲捻合線的單絲。 或者’使用形成擦拭清掃用複絲捻合線的單絲與形成 熔接用複絲捻合線的單絲大致同徑者，選擇例如0,02〜 0 · 0 6 m m 0範圍的大小。 甚而’使用上述熔接用複絲捻合線較擦拭清掃用複絲 檢:合線小徑者。或者，使用上述熔接用複絲捻合線與擦拭 清掃用複絲捻合線大致同徑者。 上述刷子材料如前述對折，以U字形槽挾裝該對折基 (4) (4)1291861 部，形成槽形刷，密貼螺旋捲繞該U字形槽於旋轉軸，形 成旋轉刷’以鹼性洗淨液等沖洗顯示器面板或電子資訊記 錄用碟片的表面’並一面以轉數200rpm〜300rpm旋轉該 旋轉刷’ 一面以毛梢壓抵顯示器面板或電子資訊記錄用碟 片的表面，擦拭清掃其表面。 (發明效果） 本發明之上述刷子材料良好引起面板擦拭清掃中所要 求的毛梢擴散，可發揮擴散毛梢的擦拭清掃效果。 又，獲得適當的毛彈力強度，一面使擴散毛梢柔軟接 觸面板或碟片的表面，一面以適當彈力強度擴散，將擴散 毛梢壓抵於面板表面，提高擦拭清掃效果。 又，不會發生如習知刷子材料之被覆黏接材的鹼劣 化 '該鹼劣化及撞擊所造成該被覆黏接材的剝離及分散的 問題，消除該剝離、分散的黏接材粒子附著於面板或碟片 表面，減弱擦拭清掃目的之問題。 又消除被覆黏接材拘束擦拭清掃用複絲捻合線，妨礙 毛梢擴散性的問題，可如上述充分擴散毛梢，提高擦拭清 掃效果，在達到既定耗損量前健全維持擦拭清掃效果。 【實施方式】 (用以實施發明之最佳形態） 以下根據第2至第5圖說明本發明顯示器面板之擦拭 胃掃用刷子材料的最佳形態。 -8- (5) 1291861 如第2A圖所示，集束多數根，6〇〜15〇根左右的由 - 合成樹脂所製成極細單絲1 1 a，形成複絲束，並捻合形成 - 擦拭清掃用複絲捻合線1 2a。 另外，如第2B圖所示，，集束多數根，20〜50根左 右的由熔點遠低於上述單絲1 1 a的合成樹脂所製極成極細 單絲1 1 b，形成複絲束，並捻合形成熔接用複絲搶合線 1 2 b 〇 φ 如第2 C圖所示，集束3根上述擦拭清掃用複絲捻合 線1 2 a，並捻合形成複絲複捻合線1 3。如第3 A圖所示， 此3根擦拭清掃用複絲捻合線1 2 a配置於正三角形的各頂 點。 而在捻合上述3根擦拭清掃用複絲捻合線1 2 a時，夾 插上述1根熔接用複絲捻合線1 2b於其芯部，將捻合線 12a、12b捻合在一起，形成上述複絲複捻合線13。 藉由夾插上述熔接用複絲捻合線1 2b於3根擦拭清掃 用複絲捻合線12a間，形成熱流通間隔21於鄰接的擦拭 清掃用複絲捻合線1 2a間，透過該間隔2 1，使加熱爐內的 加熱氣體確實接觸熔接用複絲捻合線1 2b的周面，促進其 熔融。 如第3B圖所示，使上述複絲複捻合線1 3以恒速通過 加熱爐內，加熱熔融極細的熔接用複絲捻合線1 2b的全部 或一部分，至少表層部的單絲1 1 b，於使單絲1 1 b相互熱 熔融同時，透過該單絲1 1 b的熔融材，以其作爲黏接材， 使3根擦拭清掃用複絲捻合線1 2 a於表層部的單絲1 1 a中 -9 - (6) 1291861 相互熱熔融，形成刷子材料1 3 / 。 • 1 亦即，於熔接用複絲捻合線1 2b與3根擦拭清掃用複 ^ 絲捻合線1 2 a的長邊方向的熔接區域W 1謀得上述熔接， 於此熔接區域w 1以外的區域W2形成非熔接狀態。1 4是 區域W 1的熔接部。 上述擦拭清掃用複絲捻合線1 2 a於非熔接區域w 2發 揮良好擴散性，提高擦拭清掃效果。 φ 形成上述擦拭清掃用複絲捻合線1 2 a的極細單絲1 1 a 由0.1mm 0以下，較佳0.02〜0.06 mm 0的合成樹脂，就 適當例子而言，由富於耐鹼性的尼龍製成，集束並加捻6 0 〜1 5 0根左右的例如0 · 0 3 mm 0的單絲1 1 a，形成前述擦拭 清掃用複絲捻合線12a。 另外，使用例如具有〇 · 0 2〜0 · 0 6 m m 0大小者，較佳 使用直徑遠較形成擦拭清掃用複絲捻合線1 2 a的單絲1 1 a 小者，作爲形成上述熔接用複絲捻合線1 2 b的單絲1 1 b。 φ 形成上述熔接用複絲捻合線1 2b的單絲1 1 b亦使用尼 龍，二者1 2 a、1 2 b爲尼龍製複絲。 6號尼龍的熔點爲21 5〜22 0 °C，66號尼龍的熔點爲 255〜260 °C，610號尼龍的熔點爲214〜217 °C，612號尼 龍的熔點爲2 1 3〜2 1 6 °C，1 1號尼龍的熔點爲1 8 6〜1 8 9 °C，1 2號尼龍的熔點爲1 7 8〜1 8 1 °C。 就具體例而言，使用熔點高的66號尼龍於擦拭清掃 用複絲捻合線1 2 a的單絲1 1 a，使用熔點低的6號尼龍於 熔接用複絲捻合線1 2 b的單絲1 1 b。 -10- (7) 1291861 就其他例子而言，使用熔點高的66號尼龍於前者 1 1 a，使用熔點低的1 1號或1 2號尼龍於後者。 尼龍的耐撞擊性、耐藥品性大，吸濕性小，性質適合 作爲擦拭清掃用刷子材料。 較佳是使用遠較形成擦拭清掃用複絲捻合線1 2a的單 絲1 1 a細的單絲作爲形成熔接用複絲捻合線1 2b的單絲 1 lb 〇 或者，形成擦拭清掃用複絲捻合線1 2 a的單絲1 1 a及 形成上述熔接用複絲捻合線1 2b的單絲1 1 b選擇直徑大致 相同者，自例如0.02〜0.06 mm 0的範圍選擇直徑相同大 小者。 更佳是上述熔接用複絲捻合線1 2b使用直徑較擦拭清 掃用複絲ί念合線1 2 a小者。例如，藉由單絲的根數及直徑 的選擇’令擦拭清掃用複絲捻合線12a的直徑爲〇.2〜 0 · 6 mm 0 ，並令熔接用複絲捻合線1 2 b的直徑爲〇 . ι〜 0.3mm 0 或者’上述熔接用複絲捻合線1 2b及擦拭清掃用複絲 捻合線1 2 a使用直徑大致相同者。 如第5 A圖所示，上述刷子材料〗3 -對折，跨過芯材 1 5，以U字形槽1 6 —倂挾裝該對折基部及芯材ι 5 ,形成 槽形刷1 7。 如第5 B圖所示，上述槽形刷ι 7密貼螺旋捲繞於旋轉 軸1 8，形成旋轉刷1 9，剪齊該旋轉刷1 9周面的毛梢，獲 得高密度植裝刷子材料1 3 -的該旋轉刷1 9。 -11 - (8) 1291861 壓抵上述旋轉刷1 9的毛梢於顯示器面板或電子資訊 -記錄用碟片的表面，一面沖洗鹼性洗淨液等於該面板或碟 ^ 片的表面’一面以轉數 200rpm〜3 00rpm旋轉，擦拭清掃 並洗淨面板或碟片表面。 如第4圖所示，於上述刷子材料1 3 >進行上述擦拭清 掃時，擦拭清掃用複絲捻合線1 2 a的毛梢的單絲1 1 a群一 面依序使熔接用複絲捻合線1 2 b的熔接部1 4分離，有效 φ 引起毛梢均一，長度適當的活性毛梢擴散2 0。 上述擦拭清掃用複絲捻合線1 2 a的熔接區域W 1以外 非熔接區域W2的單絲1 1 a群發生良好的擴散，發揮有效 的擦拭清掃效果。 同樣地，上述熔接用複絲捻合線1 2b的未熔接芯部的 單絲1 1 b群發生擴散，供擦拭清掃，具有以單絲1丨b群形 成的意義。 上述刷子材料1 3 >藉由複數根擦拭清掃用複絲捻合線 φ l2a與熔接用複絲捻合線12b的複捻合，獲得適度的毛彈 力強度’一面以發生充分毛梢擴散2 0的毛梢柔軟接觸面 板或碟片表面，一面以適度彈力強度壓抵，提高擦拭清掃 效果，並提高洗淨效果。 由於上述刷子材料1 3 /透過熔接用複絲捻合線1 2b， 與擦拭清掃用複絲捻合線1 2a相互熔融結合，故不會如習 知刷子材料，發生被覆黏接材劣化·剝離、分散之事態， 消除該剝離、分散之黏接材粒子附著於面板或碟片表面， 減弱擦拭清掃目的之問題。 -12- 1291861 Ο) 又消除被覆黏接材拘束擦拭清掃用複絲捻合線1 2 a， 妨礙毛梢擴散性的問題，可如上述充分擴散毛梢，提高擦 拭清掃效果，在達到既定耗損量前健全維持擦拭清掃效 果。 以上說明的實施形態雖然顯示夾插1根熔接用複絲捻 合線1 2b於3根擦拭清掃用複絲捻合線1 2a的芯部的情 形，惟包含使用2根至6根左右的擦拭清掃用複絲捻合線 12a，藉由將該複數根擦拭清掃用複絲捻合線12a與1至3 根左右的溶接用複絲ί念合線1 2 b集束搶合7如问上述’透 過熔接用複絲捻合線1 2b，熔接此複數根擦拭清掃用複絲 捻合線1 2 a的情形。 【圖式簡單說明】 第1圖之A是捻合形成習知顯示器面板擦拭清掃用刷 子材料的擦拭清掃用複絲所形成的捻合線的立體圖，B是 該捻合線浸透熔融黏接材形成的刷子材料的立體圖。 第2圖之A是形成本發明顯示器面板或電子資訊記錄 用碟片擦拭清掃用刷子材料的擦拭清掃用複絲捻合線的立 體圖，B是用來結合該擦拭清掃用複絲捻合線的熔接用複 絲捻合線的立體圖，C是捻合3根擦拭清掃用複絲捻合線 與1根熔接用複絲捻合線形成的複捻合線的立體圖。 第3圖之A是顯示上述複捻合線熔接前的狀態的端面 圖’ B是顯不該複搶合線溶接後的狀態的端面圖。 第4圖是顯不藉上述複捨合線形成的刷子材料毛梢的 -13- (10) 1291861 擴散狀態的側視圖。 第5圖之A是使用上述刷子材料形成的槽形刷的立體 圖’ B是使用該槽形刷形成的旋轉刷的截面圖。 【主要元件符號說明】 1 1 a :形成擦拭清掃用複絲捻合線的極細單絲 1 1 b :形成熔接用複絲捻合線的極細單絲 1 2 a :擦拭清掃用複絲捨合線 12b :熔接用複絲捻合線 1 3 ·複搶合線 1 3 > :刷子材料 1 4 :熱熔接部 1 5 :芯材 1 6 : U字形槽 1 7 :槽形刷 1 8 :旋轉軸 1 9 :旋轉刷 20 :毛梢擴散部 2 1 :熱流通間隔 W1 :熔接區域 W2 :非熔接區域Further, the low-melting-point monofilament which is formed by the hot-melt formation of the above-mentioned multifilament yarn for welding is passed through the heat fusion, and the respective multifilament yarns for wiping cleaning which are in contact with the multifilament yarn for welding are mutually welded to each other. Wipe cleaning brush material for the display panel or electronic information recording disc. The monofilament for forming the multifilament twisting wire for wiping cleaning and the monofilament for forming the multifilament twisting yarn for welding are made of nylon, for example, a nylon compound having a high melting point is used for wiping the multifilament yarn for cleaning, and a melting point is used. The low No. 6 nylon is used for the multifilament twisting line for welding. • Nylon has high impact resistance and chemical resistance, and low hygroscopicity. It is suitable as a brush material for wiping and cleaning. As the monofilament which has a size of 0.1 mm 0 or less, as appropriate, 〇.〇2~〇.〇6 mm 0 is used as the monofilament which forms the above-mentioned multifilament twisting wire for wiping cleaning. Further, for example, a single wire having a size of 0 · 〇2 to 0 · 0 6 mm 0 and a diameter larger than that of the multifilament yarn for wiping cleaning is used as a single sheet for forming the above-mentioned multifilament yarn for welding. wire. Alternatively, the size of the range of 0, 02 to 0 · 0 6 m m 0 is selected, for example, when the monofilament which forms the multifilament twisting wire for wiping cleaning is substantially the same diameter as the monofilament which forms the twisted yarn of the multifilament for welding. Even the use of the above-mentioned multi-filament twisting wire for welding is more than that of wiping and cleaning. Alternatively, the above-mentioned multifilament twisting yarn for welding and the multifilament twisting yarn for wiping cleaning are substantially the same diameter. The brush material is folded in half as described above, and the pair of folding bases (4) (4) 1291861 is mounted in a U-shaped groove to form a grooved brush, and the U-shaped groove is spirally wound around the rotating shaft to form a rotating brush 'alkaline Flushing the surface of the display panel or the electronic information recording disc with a cleaning liquid, and rotating the rotating brush at a number of revolutions of 200 rpm to 300 rpm on one side, and pressing the surface of the display panel or the electronic information recording disc with a hair tip, wiping and cleaning Its surface. (Effect of the Invention) The brush material of the present invention is excellent in the spread of the hair tips required for the wiping of the panel, and the wiping and cleaning effect of the diffused hair tips can be exhibited. Further, when the appropriate hair elastic strength is obtained, the diffusion hair tip is softly contacted with the surface of the panel or the disc, and is diffused with an appropriate elastic strength to press the diffusion hair tip against the surface of the panel to improve the wiping cleaning effect. Further, the problem of alkali deterioration of the coated adhesive material of the conventional brush material does not occur, and the problem of peeling and dispersion of the coated adhesive material caused by the alkali deterioration and impact does not occur, and the adhesion and adhesion of the adhered and dispersed filler particles are eliminated. The surface of the panel or disc reduces the problem of wiping the purpose of cleaning. Further, the problem that the coated adhesive material is restrained and wiped by the multifilament twisting wire for cleaning is prevented, and the problem of diffusing property of the hair tip is hindered, and the hair tip can be sufficiently diffused as described above to improve the wiping cleaning effect, and the wiping cleaning effect can be maintained satisfactorily until the predetermined amount of wear is reached. [Embodiment] (Best Mode for Carrying Out the Invention) Hereinafter, the best mode of the material for wiping the stomach sweeping brush of the display panel of the present invention will be described based on Figs. 2 to 5 . -8- (5) 1291861 As shown in Fig. 2A, a bundle of a plurality of roots, about 6 to 15 〇, of a very fine monofilament made of a synthetic resin, 1 1 a, forms a multifilament bundle, and is twisted to form - Wipe the multifilament twisting wire 1 2a for cleaning. Further, as shown in Fig. 2B, a plurality of bundles are formed, and about 20 to 50 pieces of extremely fine monofilaments 1 1 b made of a synthetic resin having a melting point much lower than that of the above-mentioned monofilaments 1 1 a are formed to form a multifilament bundle. And forming a multifilament stitching line for welding 1 2 b 〇φ as shown in Fig. 2C, bundling 3 the above-mentioned wiping and cleaning multifilament twisting wires 1 2 a, and kneading to form a multifilament complex twisting line 1 3. As shown in Fig. 3A, the three multifilament twisting wires 1 2 a for wiping cleaning are arranged at the respective apex points of the equilateral triangle. When the above-mentioned three wiping and twisting multifilament twisting wires are joined together, the above-mentioned one multifilament twisting yarn 1 2b for welding is inserted into the core portion, and the twisting wires 12a and 12b are twisted together. Forming the above-mentioned multifilament composite twisting line 13. By inserting the above-mentioned multifilament twisting wire 1 2b for welding between the three wiping wire 12a for wiping cleaning, a heat flow interval 21 is formed between the adjacent multifilament twisting wires 1 2a for wiping cleaning, and is passed through At a distance of 2 1, the heated gas in the heating furnace is surely brought into contact with the circumferential surface of the multifilament twisting wire 12b for welding to promote melting. As shown in Fig. 3B, the multifilament composite twisting line 13 is passed through the heating furnace at a constant speed to heat and melt all or part of the extremely fine multifilament twisted yarn 1 2b for welding, at least the monofilament 1 of the surface layer portion. 1 b, in order to heat-melt the monofilaments 1 1 b while passing through the molten material of the monofilaments 1 1 b as the bonding material, and to make the three multi-wipe cleaning multifilament twisting wires 1 2 a in the surface layer portion The monofilaments 1 1 a -9 - (6) 1291861 are mutually hot melted to form a brush material 1 3 / . • 1 that is, the welding is performed in the long-side welding region W 1 of the welding multifilament twisting wire 1 2b and the three wiping cleaning wire twisting wires 1 2 a, and the welding region w 1 is obtained. The other region W2 forms a non-welded state. 1 4 is a welded portion of the region W 1 . The above-mentioned wiping and cleaning multifilament twisting yarn 1 2 a exhibits good diffusibility in the non-welding region w 2 and improves the wiping cleaning effect. φ is a synthetic resin having a very fine monofilament 1 1 a of the above-mentioned wiping and cleaning multifilament twisting wire 1 2 a, which is made of 0.1 mm 0 or less, preferably 0.02 to 0.06 mm 0 , and is suitably made alkaline by a suitable example. The nylon is made of a bundle, and a monofilament 1 1 a of, for example, 0·0 3 mm 0 is bundled and twisted, and the multifilament twisting wire 12a for wiping cleaning is formed. Further, for example, it is preferable to use a monofilament 1 1 a having a diameter which is much smaller than the diameter of the multifilament twisting wire 1 2 a for wiping cleaning as the case where the size is 〇·0 2 to 0 · 0 6 mm 0 . The monofilament 1 1 b of the strand 1 2 b is twisted with a multifilament. φ The monofilament 1 1 b which forms the above-mentioned multifilament twisted yarn 1 2b for welding is also made of nylon, and the two 1 2 a and 1 2 b are nylon multifilaments. The melting point of No. 6 nylon is 21 5~22 0 °C, the melting point of No. 66 nylon is 255~260 °C, the melting point of No. 610 nylon is 214~217 °C, and the melting point of No. 612 nylon is 2 1 3~2 1 At 6 ° C, the melting point of No. 1 nylon is 1 8 6 to 1 8 9 ° C, and the melting point of No. 1 nylon is 1 7 8 to 1 8 1 ° C. For a specific example, a nylon having a high melting point of 66 nylon is used to wipe the monofilament 1 1 a of the multifilament twisting wire for cleaning, and a nylon having a low melting point of 6 nylon is used for the multifilament twisting wire 1 2 b for welding. Monofilament 1 1 b. -10- (7) 1291861 For other examples, use the No. 66 nylon with a high melting point in the former 1 1 a, using the low melting point No. 1 or No. 1 nylon in the latter. Nylon has high impact resistance and chemical resistance, and low hygroscopicity. It is suitable as a brush material for wiping and cleaning. It is preferable to use a monofilament which is much thinner than the monofilament 1 1 a which forms the multifilament twisting wire 12 2a for wiping cleaning as the monofilament 1 lb 形成 which forms the multifilament twisting wire 1 2b for welding or to form a wiping cleaning. The monofilament 1 1 a of the multifilament twisting yarn 1 2 a and the monofilament 1 1 b forming the above-mentioned multifilament twisting yarn 1 2b for welding are selected to have substantially the same diameter, and the diameter is selected from the range of, for example, 0.02 to 0.06 mm 0 . The size of the person. More preferably, the above-mentioned multifilament twisting yarn 1 2b for welding is used in a smaller diameter than the wiping wire for wiping cleaning. For example, by selecting the number and diameter of the monofilaments, the diameter of the multifilament twisting wire 12a for wiping cleaning is 〇.2 to 0 · 6 mm 0 , and the multifilament twisting wire for welding is 1 2 b The diameter is 〇. ι~ 0.3mm 0 or 'The above-mentioned multifilament twisting wire 1 2b for welding and the multifilament twisting wire for wiping cleaning are approximately the same diameter. As shown in Fig. 5A, the above-mentioned brush material is folded in half, across the core material 15 , and the pair of folded bases and core material ι 5 are mounted in a U-shaped groove 16 to form a grooved brush 17. As shown in Fig. 5B, the above-mentioned groove-shaped brush 7 is spirally wound around the rotating shaft 18, forming a rotating brush 19, and the hair tips of the peripheral surface of the rotating brush are cut to obtain a high-density planting brush. Material 1 3 - the rotating brush 1 9 . -11 - (8) 1291861 Pressing the hair tip of the rotating brush 1 9 on the surface of the display panel or the electronic information recording disc while rinsing the alkaline cleaning solution equal to the surface of the panel or the disc Rotate at 200rpm~3 00rpm, wipe and clean the surface of the panel or disc. As shown in Fig. 4, when the wiping cleaning is performed by the brush material 1 3 >, the monofilament 1 1 a group of the hair ends of the multifilament twisting wire 1 2 a of the cleaning is wiped and the multifilament for welding is sequentially applied. The welded portion 14 of the twisting line 1 2 b is separated, and the effective φ causes the hair tips to be uniform, and the active hair tips of appropriate length are diffused by 20 . The group of filaments 1 1 a other than the welded region W 1 of the multifilament twisting wire for wiping cleaning is well diffused, and an effective wiping cleaning effect is exhibited. Similarly, the monofilament 1 1 b group of the unfused core portion of the multifilament twisted yarn 1 2b for welding is diffused for wiping and cleaning, and has a meaning of being formed of a monofilament group 1b. The brush material 1 3 > is obtained by a plurality of wiping and cleaning multifilament twisting wires φ l2a and a multifilament twisting wire 12b for welding, to obtain a moderate hair elasticity strength side to cause sufficient hair tip diffusion 2 The soft tip of the 0 touches the surface of the panel or the disc, and the surface is pressed with a moderate elastic strength to improve the wiping effect and improve the washing effect. Since the brush material 13 / permeating the multifilament twisting wire 1 2b for fusion bonding and the multifilament twisting wire 1 2a for wiping cleaning are mutually melted, the coating material is not deteriorated or peeled off as in the conventional brush material. Dispersing the situation, eliminating the adhesion and dispersing of the adhesion particles to the surface of the panel or the disc, and reducing the problem of wiping and cleaning. -12- 1291861 Ο) Eliminate the problem that the coated adhesive material is restrained and wiped with the multifilament twisting wire for cleaning. 1 2 a, which hinders the diffusion of the hair tip. The hair tip can be fully diffused as described above to improve the wiping cleaning effect and achieve the desired wear and tear. Maintain a wiping and cleaning effect before the amount. In the embodiment described above, the case where one of the multifilament twisting wires 1 2b for welding is inserted into the core of the three multifilament twisting wires 1 2a for cleaning is shown, but the wiping of about 2 to 6 is used. The multifilament twisting wire 12a for cleaning is obtained by buffing the multifilament wiping wire 12a with a plurality of wiping wires 12a and 1 to 3 bundling wires 1 2 b bundling 7 By welding the multifilament twisting wire 1 2b, the plurality of wiping wires for cleaning are twisted and welded 1 2 a. BRIEF DESCRIPTION OF THE DRAWINGS A of FIG. 1 is a perspective view of a twisted wire formed by wiping a cleaning multifilament for forming a conventional wiper cleaning brush material, and B is a twisted wire impregnated molten adhesive material. A perspective view of the formed brush material. A of FIG. 2 is a perspective view of a multifilament twisting wire for wiping cleaning for forming a display panel of the present invention or a wiping cleaning brush material for electronic information recording, and B is for bonding the multifilament twisting wire for wiping cleaning. A perspective view of a multifilament twisting wire for welding, and C is a perspective view of a double twisting line formed by twisting three multifilament twisting wires for wiping cleaning and one multifilament twisting wire for welding. A of Fig. 3 is an end view showing a state before the above-mentioned retanning line is welded. B is an end view showing a state in which the reticle is melted. Fig. 4 is a side view showing the diffusion state of the -13-(10) 1291861 of the tip of the brush material formed by the above-mentioned double-sheathing line. A of Fig. 5 is a perspective view of a grooved brush formed using the above brush material. B is a cross-sectional view of a rotary brush formed using the grooved brush. [Explanation of main component symbols] 1 1 a : A very fine monofilament that forms a multifilament twisting wire for wiping cleaning 1 1 b : A very fine monofilament that forms a multifilament twisting wire for welding 1 2 a : a multifilament for wiping cleaning Wire 12b: Multifilament twisting wire for welding 1 3 · Rehabilitation wire 1 3 >: Brush material 1 4 : Heat-sealing portion 1 5 : Core material 1 6 : U-shaped groove 1 7 : Groove brush 1 8 : Rotary shaft 1 9 : Rotating brush 20 : Hair tip diffusing portion 2 1 : Heat flow interval W1 : Welding region W2 : Non-welding region