M363637 五、新型說明： 【新型所屬之技術領域】 尤其指一種具有導電 本創作係關於一種觸碰筆 筆頭之觸控筆。 【先前技術】 隨著科技進步，個人數位助理(PDA)、行動電話、 平板筆記型電腦等具有觸控式面板之電子裝置也越來 ^普及’市面上之觸控式面板依其設計原理可分為兩 大類，其-為電阻式觸控面板，係利用手指或任 物體按壓觸碰面板表面，使觸碰面板内部之導電^產 生電壓，進而偵測觸控面板表面受觸碰之位置；^一 則為電容式觸控面板，係利用手指或任意之之導電 體觸碰面板表面，並與觸控面板表面導電層所形成之 :場產生電容耦合，以吸收觸控面板表面之微小電 抓，進而偵測觸控面板表面受觸碰之位置。 目觔市面上，因電容式觸控面板相較於電阻式 具有透光度較佳、对刮、較靈敏等優點而漸 漸又1視’許多消費性產品都開始採用電容式觸押 面板’但因為習知之觸控筆並非導電材f : ^須用手指做操控，也因此觸碰面_明免於使^ 時沾上油污。 丨文用 ，中華民目新型專利廳侧中，—制於電容 式觸控面板之觸控筆被揭露，如第—圖及第二圖所 3 .M363637 :，弟-圖係為該觸控筆之外觀 峨筆沿AA切面之剖面圖。該觸控筆::圖:: 1 一筆頭2所構成，該本體]係包括持—= -，接頭12’該筆頭2係包括一容置部二二: 邛22’且轉·係為導電橡 =質。該觸控筆使用於電容式觸控= 由韻性導電材質之筆頭2與電容式觸控面板表= 電層所形成之電場產生電容輕合，以吸收電容^批 面板表面之微小電流，進而操控電容式觸控面：。工 _空筆係利用該萬向翻12套接於該容置部 結f該本體1及該筆頭2， 明顯奴差，外觀不夠倒落美觀。 另外，該筆頭2係為軟性導電材質，使用於電容 f觸控面板表面時易因與面板表面摩擦而造成該接觸 部22磨損。 且該接觸部22目面積過小，與面板表面摩擦時不 易服貼’使用之穩定性及簡度不足’造成使用者 控上之困難。 ’、 【新型内容】 本創作所欲解決之技術問題與目的： ,綜觀以上所述，習知用於電容式觸控面板之觸控 筆，係利用軟性導電材質之該筆頭2 ,並利用該容置 部21結合於該本體1上之該萬向接頭12之上，但其 4 -M363637 結合部份有明顯段差，外觀不夠倒落美觀，且該筆頭 2易因與面板表面摩擦而造成該接觸部22磨損，另外 該接觸部22因面積過小，與面板表面摩擦時不易服 貼，使用之穩定性及順暢度不足，造成使用者操控上 之困難。 緣此，本創作之主要目的係提供一種具有導電筆 頭之觸控筆，該觸控筆之導電筆頭具有不易磨損且可服 貼於面板表面之特性，且該導電筆頭與筆桿之結合部份 不具明顯段差。 本創作解決問題之技術手段： 一種具有導電筆頭之觸控筆，係包括一筆桿、一 球狀接頭、一結合柱及一導電式筆頭。其中，該筆桿 具有一握持部，並自該握持部延伸出一中空結構之弧 狀漸縮部，並開設一開孔。該球狀接頭係設置於該弧 狀漸縮部之内部，接觸於該弧狀漸縮部之内壁。該結 合柱，係穿過該開孔，並接合於該球狀接頭於該結合柱 之一端。該導電式筆頭係接合於該結合柱之另一端，且 該導電式筆頭係具有一弧狀接合面。其中，該弧狀接合 面係部份包覆該弧狀漸縮部，以供該球狀接頭萬向地 相對於該筆桿旋轉。 本創作對照先前技術之功效： 相較於習知之用於電容式觸控面板之觸控筆，本 5 M363637 =作提供種具有導電筆頭之觸控筆，該觸控筆之導電 筆U不易磨損且可服貼於面板表面之特性兮觸 控筆使用壽命較長且使用時之穩定性及順暢度亦較佳。 、另外’該導電筆頭與該筆桿之結合部份不具明顯段 差使本们作之觸控筆具有優美倒落之外觀。 本創作所採用的具體實施例，將藉由以下之本 • 例及圖式作進一步之說明。 只 【實施方式】M363637 V. New description: [New technical field] Especially refers to a type of stylus with a conductive pen. [Prior Art] With the advancement of technology, electronic devices with touch panels, such as personal digital assistants (PDAs), mobile phones, and tablet notebook computers, have become more popular. The touch panels on the market can be designed according to their design principles. Divided into two categories, which are resistive touch panels, which are pressed against the surface of the panel by fingers or any object, so that the conductive voltage inside the touch panel generates a voltage, thereby detecting the position of the touch panel surface being touched; ^ One is a capacitive touch panel, which uses a finger or any of the conductive bodies to touch the surface of the panel, and is formed with a conductive layer on the surface of the touch panel: the field is capacitively coupled to absorb the tiny electric scratch on the surface of the touch panel. And detecting the position of the touch panel surface being touched. In the market, the capacitive touch panel has gradually improved its transparency compared with the resistive type, and it has a good transparency, sensitivity, and sensitivity. Many consumer products have begun to adopt capacitive touch panels. Because the conventional stylus is not a conductive material f: ^ must be manipulated with your fingers, and therefore touch the surface _ to avoid oil stains when ^. For the use of the text, in the side of the new patent hall of the Chinese People's Republic of China, the stylus made of the capacitive touch panel is exposed, as shown in the first and second figures. M363637: The younger-picture is the touch. The appearance of the pen is a cross-sectional view of the pen along the AA section. The stylus pen::Fig.: 1 is composed of a head 2, the body includes a holding -= -, the connector 12' includes a receiving portion 22: 邛22' and the rotating body is electrically conductive Rubber = quality. The stylus is used for capacitive touch=the tip 2 of the rhythmic conductive material and the electric field generating capacitor formed by the capacitive touch panel=electric layer to absorb the small current of the surface of the panel Control the capacitive touch surface: The _ empty pen system uses the universal flip 12 to be connected to the accommodating portion, the body 1 and the pen head 2, which are obviously slaves, and the appearance is not enough to fall down. In addition, the pen tip 2 is a soft conductive material, and is used for the surface of the capacitor f. When the surface of the touch panel is touched, the contact portion 22 is easily worn due to friction with the panel surface. Moreover, the area of the contact portion 22 is too small, and it is not easy to apply when rubbing against the surface of the panel. The stability and lack of simplicity of use are difficult for the user to control. ', 【New Content】 Technical problems and objectives to be solved by this creative: As mentioned above, the stylus used in the capacitive touch panel is made of a soft conductive material, and the The accommodating portion 21 is coupled to the universal joint 12 on the body 1, but the 4-M363637 joint portion has a distinct step, the appearance is not enough to be beautiful, and the tip 2 is easily caused by friction with the panel surface. The contact portion 22 is worn, and the contact portion 22 is too small to be worn when rubbed against the surface of the panel, and the stability and smoothness of use are insufficient, which causes difficulty in handling by the user. Therefore, the main purpose of the present invention is to provide a stylus with a conductive pen, the conductive pen of the stylus has the characteristics of being hard to wear and can be attached to the surface of the panel, and the combination of the conductive pen and the pen does not have Obviously the difference. The technical means for solving the problem is as follows: A stylus with a conductive pen head includes a pen, a ball joint, a binding post and a conductive pen tip. Wherein, the pen holder has a grip portion, and an arc-shaped tapered portion of a hollow structure extends from the grip portion, and an opening is formed. The ball joint is disposed inside the arcuate tapered portion and contacts the inner wall of the arcuate tapered portion. The bonding column passes through the opening and is joined to the ball joint at one end of the bonding column. The conductive tip is attached to the other end of the binding post, and the conductive tip has an arcuate engagement surface. Wherein, the arcuate joint surface partially covers the arcuate tapered portion for the spherical joint to rotate universally relative to the barrel. Compared with the conventional stylus for capacitive touch panel, this 5 M363637=providing a stylus with a conductive pen, the conductive pen U of the stylus is not easy to wear It can also be applied to the surface of the panel. The stylus has a long service life and is more stable and smooth in use. In addition, the combination of the conductive tip and the pen does not have a significant difference, so that the stylus made by us has a beautifully fallen appearance. The specific embodiments used in this creation will be further illustrated by the following examples and drawings. Only [Implementation]
本創作係關於一種觸碰筆，尤其指一種具有導 =頭之觸控筆。以下兹列舉—較佳實施例以說明本創 4，=熟習此項技藝者皆知此僅為一舉例，而並非用 以限=創作本身。有關此較佳實施例之内料述如下。 …請參閱第三圖及第四圖，第三圖係本創作具有導 电筆頭之觸控筆之第—實施例外觀圖，第四圖係本創作 具有導電筆頭之觸控筆之第—實施例沿BB +刀面之剖面 圖。本創作之具有導電筆頭之觸控筆，係包括一筆桿 3、一球狀接頭5、一結合柱6及一導電式筆頭4。 °亥筆杯3具有—握持部31，並自該握持部31延 伸出一中空結構之弧狀漸縮部32，並開設一開孔％。 其中’該握持部31係可為—中空結構，而該筆桿3係 可為一導電材質。 °亥球狀接頭5係設置於該弧狀漸縮部32之内部， 6 M363637 接觸於該弧狀漸縮部32之内壁。其中該球狀接頭5係 可為一導電材質。 該結合柱6，係穿過該開孔33，並接合於該球狀接 頭5於該結合柱6之一端。其中，該結合柱6係可為一 導電材質。 該導電式筆頭4係接合於該結合柱6之另一端，且 該導電式筆頭4係具有一弧狀接合面41。其中，該導電 式筆頭4係可為一高硬度導電材質，更進一步，該導電 式筆頭4係可為一金屬材質。並且，該導電式筆頭4具 有一觸碰面42，該觸碰面42係為一平面，用以接觸一 觸控面板（圖未繪製）。 請參閱第五A圖及第五B圖，第五A圖係本創作 具有導電筆頭之觸控筆之第一實施例實際使用之第一 示意圖，第五B圖係本創作具有導電筆頭之觸控筆之 第一實施例實際使用之第二示意圖。其中，該弧狀接 合面41係部份包覆該弧狀漸縮部32，以供該球狀接 頭5萬向地相對於該筆桿3旋轉。 綜合以上所述，由於在本創作中，該弧狀接合面 41係部份包覆該弧狀漸縮部32，因此該導電式筆頭4 與該筆桿3之結合部份不具明顯段差，使本創作之觸控 筆具有優美俐落之外觀。 並且，該導電式筆頭4係可為一高硬度導電材質， 且具有一平面狀之觸碰面42,因此該導電筆頭4於使用 時不易磨損且可服貼於面板表面，使該具有導電筆頭之 7 M363637 觸控筆使用壽命較習知使用軟 筆長’且使用時之穩定性及順楊度 六圖及第七圖，第六圖係本創作具有‘整ζ參閱第 觀圖，第七圖係本創作::導 之觸控筆之弟二實施例沿cc切面之㈣ ，碩 頭4更包含-觸碰片43,且該觸碰片43且二”筆 面431 ’以供接觸上述之觸控面板（圖未”）。=碰 該觸石亚片43係可為-導電材質，更進/、中’ 43係可由導電膠帶、導雷檐 ^ 。亥觸石並片 之至少-者所組成。該觸碰片7=導電泡碑中 頭4於使料顺面板表面，且转❹=導電式筆 持本=具有導電筆頭之觸控筆之操控流暢度換，以保 、，、不口以上所述，由於在本創 包含該觸碰片43,且使 電式筆碩4 故本創作具有導電筆:::==“， 觀、使用辱命較長且使用時之穩枝 之外 筆秋觸控筆之操控流暢度之優點。 具有導電 猎由上述之本騎#施射知 之利用價值。惟以上之實施例說明，僅為本:;產業上 依據本創作之上述/^^中财料知識者當可 變化。然而這些依據本它種種之改良及 化，當仍屬於本創作之所作的種種改良及變 之劍作精神及界定之專利範圍内。 8 M3 63 63 7 【圖式簡單說明】 筆之This creation is about a touch pen, especially a stylus with a guide head. The following is a list of preferred embodiments to illustrate the present invention. It is well known to those skilled in the art that this is merely an example and is not intended to limit the creation itself. The description of this preferred embodiment is as follows. ...Please refer to the third and fourth figures. The third figure is the appearance of the first embodiment of the stylus with conductive pen. The fourth picture is the first implementation of the stylus with conductive pen. Example of a section along the BB + knife face. The stylus with the conductive pen tip of the present invention comprises a rod 3, a ball joint 5, a binding post 6 and a conductive pen tip 4. The sea cup 3 has a grip portion 31, and an arc-shaped tapered portion 32 of a hollow structure is extended from the grip portion 31, and an opening % is opened. Wherein the grip portion 31 can be a hollow structure, and the pen holder 3 can be a conductive material. The H-ball joint 5 is disposed inside the arc-shaped tapered portion 32, and the 6 M363637 is in contact with the inner wall of the arc-shaped tapered portion 32. The ball joint 5 can be a conductive material. The binding post 6 passes through the opening 33 and is joined to the spherical joint 5 at one end of the binding post 6. The bonding post 6 can be a conductive material. The conductive tip 4 is joined to the other end of the binding post 6, and the conductive tip 4 has an arcuate engaging surface 41. The conductive tip 4 can be a high-hardness conductive material. Further, the conductive tip 4 can be a metal material. Moreover, the conductive tip 4 has a touch surface 42 which is a flat surface for contacting a touch panel (not shown). Please refer to the fifth A diagram and the fifth B diagram. The fifth diagram A is the first schematic diagram of the first embodiment of the stylus with the conductive pen tip. The fifth B diagram is a touch of the conductive pen tip. A second schematic diagram of the first embodiment of the pen is actually used. The arcuate joint surface 41 partially covers the arcuate tapered portion 32 for the spherical joint 5 to rotate universally relative to the sheath 3. In summary, in the present invention, the arcuate joint surface 41 partially covers the arcuate tapered portion 32, so that the joint portion of the conductive tip 4 and the sheath 3 does not have a significant step difference. The stylus created has a beautiful and degenerate appearance. Moreover, the conductive pen tip 4 can be a high-hardness conductive material and has a planar touch surface 42. Therefore, the conductive pen tip 4 is not easy to wear when used and can be applied to the panel surface, so that the conductive pen tip can be used. 7 M363637 The life of the stylus is better than the conventional use of soft pens' and the stability and smoothness of the use of the six and seventh pictures. The sixth picture of this creation has a 'complete view of the first picture, the seventh picture The author of this book: the second embodiment of the stylus of the guide stylus along the cc section (4), the master head 4 further includes a touch panel 43, and the touch panel 43 and the two "pen 431" are for contacting the above Touch panel (not shown). = Touch The touch-stone sub-sheet 43 can be made of - conductive material, and the /43 can be made of conductive tape and lead 檐 ^. At least the composition of the sea touches the stone. The touch panel 7=the first 4 of the conductive bubble is arranged on the surface of the panel, and the switch ❹=conductive pen holder=the fluency of the stylus with the conductive pen is changed to protect, As described above, the touch panel 43 is included in the present invention, and the electric pen is made to have a conductive pen:::==", the view is used, and the use of the penis is long The advantage of the fluency of the control pen. It has the use value of the conductive hunting by the above-mentioned one riding #施射知. However, the above examples illustrate only the present:; the industry based on the above-mentioned /^^ It can be changed. However, these improvements and improvements are still within the scope of the various improvements and changes made by this creation. 8 M3 63 63 7 [Simple description] Pen It
第一圖係習知技術用於電容式觸控面板之觸控 外觀圖； I 第二圖係習知技術用於電容式觸控面板之觸控筆沿 A A切面之剖面圖； α 第三圖係本創作具有導電筆社觸㈣之第The first figure is a touch view of a capacitive touch panel; the second figure is a cross-sectional view of the stylus of the capacitive touch panel along the AA cut surface; This book has the first place of conductive pen touch (4)
例外觀圖； & 第四圖係本創作具有導電筆頭之觸控筆之第一實施 例沿BB切面之剖面圖； 、也 第五A圖係本創作具有導電筆頭之觸控筆之第—每 ^ 施例實際使用之第一示意圖； 只 第五B _本創作具有導電筆頭之觸控筆之第―每 施例實際使用之第二示意圖； 只 第六圖係本聽具有導f筆社觸控筆之第 例外觀圖；以及 、& 弟七圖係本創作具有導電筆頭之觸控筆_ 例沿CC切面之剖面圖。 【主要元件符號說明】 [習知技術] 本體1 手持部11 萬向接頭12 9 M363637 筆頭2 容置部21 接觸部22 [本創作] 筆桿3 握持部31 弧狀漸縮部32 開孔33 導電式筆頭4 弧狀接合面41 觸碰面42 觸碰片4 3 觸碰面431 球狀接頭5 結合柱6The fourth figure is a cross-sectional view of the first embodiment of the stylus with a conductive pen head along the BB cut surface; and the fifth A picture is the first of the stylus with the conductive pen head. The first schematic diagram of the actual use of each embodiment; only the fifth B _ the second schematic of the stylus with conductive pens - the actual use of each example; only the sixth figure is the guide f The second example of the stylus; and, &, the younger version of the stylus with a conductive pen _ example cross-section along the CC section. [Description of main components] [Practical technology] Main body 1 Handheld part 11 Universal joint 12 9 M363637 Pen 2 accommodating part 21 Contact part 22 [This creation] Pen 3 grip part 31 Arc-shaped taper 32 Opening 33 Conductive pen tip 4 arcuate joint surface 41 touch surface 42 touch panel 4 3 contact surface 431 spherical joint 5 combined column 6