M313 820 八、新型說明： 【新型所屬之技術領域】 電氣裝置之伸縮式觸控筆，電氣裝置是指具有觸控面板的 PDA、手機、口袋型電腦、平板電腦。 【先前技術】 按1 又PDA手機、口袋型電腦、平板電腦等電裝置，為能 提供手寫輸人的個需求，多會建構有觸控面板，讓使用者能夠透 過觸控筆在雕面板上書寫文字，或是點選相_魏選項；再者， 觸控筆多係设计呈如第一目m 姐 ㈡所不具有伸縮功能之伸縮式觸控筆結 構，類似的伸縮式觸控筆主要係由女 n外才干體20、10相套接而成。 當使用者欲手持伸縮式觸柝整金 碰筆曰寫時，即可將伸縮式觸控筆拉 長，以便於使用者之握持，並且辦 i ? 9裣持的穩疋性，反之當不使用 扣^ 叫干體20麼入收復於外桿體10中，使筆 扣之長度縮減，以增加收納、攜帶之便利性。 再者’伸縮式的觸控筆為了 叙旦/鄕立 马了避免拉伸或‘合的過程中產生晃 動，影響產品的質感及品質，吝奋 T座玍无 助機制，㈢、卜#體之間設置相關的辅 助機制:猎吨升内、外桿體相對滑移的穩定性。 如弟一 ，即為构公告帛53測 種具有輔助她伸縮她筆、_，此 2所揭路的一 桿體20徑向的兩個相對 W觸控筆係在内 置叹有㈣40，_這_彈片40的 M313820 參 .彈性張力與外龍1G的賴面構成—定程度的摩擦細，以增加 ，内、外桿體2G、1G相對滑移的穩定性。 - …、而由於彈片40的設計較不容易控制其與外桿體1〇之間的 -摩U加上内幹體20與彈片40係利用凹、凸點的喪合作用而相 ^、外桿體20、10拉伸的過程中會發出噪音，而且當内、 1桿體20、10拉伸最長時，彈片4()會與外桿體1()端緣的縮口產生 撞擊，此撞擊力道並且會傳遞到彈片4〇與内桿體2〇的喪合處，經 籲過常時間的使用，難免會造成凹、凸點的磨損、斷裂，甚至於只要 稍加用力就能將内桿體2〇完全抽出，因此仍有進一步改良之空間。 再者’第二圖所不係為另一種具有辅助機制的伸縮式觸控筆結 構’此習用觸控筆係利用定置在内桿體2〇外圍的橡膠〇環如與外 桿體1〇的内壁面構成一定程度的摩擦接觸，以增加内、外桿體20、 10相對滑移的穩定性。 惟，此習用觸控筆必須在内、外桿體2〇、1〇之間填充珊油方 參月b夠、准持内、外才干體2〇、1〇相對滑移的順暢度，不但摩擦力、拉拔 力更不4控制’尤其麵滑油流失之後，内、外桿體的拉 伸/縮合將會更難以操作。 【新型内容】 有鑑於此，本創作之主要目的即在提供一種具有較佳結構強 度、較易控制拉拔力量、使用壽命較長、操作嗓音較低，以及能夠 維持相同減力之魏裝置伸_控筆；整_控筆主要係包括有 M313820 • 工心的外彳干體、以及-套人外桿體内而得以相對滑移拉伸或縮合 之内桿體。 ' σ 其中’内桿體係;^前端處則設有—限位部，該限位部徑向設 置有:定位孔，另在定位孔内設置有一壓縮彈菁、以及一組位於壓 縮彈簧兩侧之凸粒，所述之兩凸粒受壓縮彈簧頂持而保持向外頂持 於外桿體内壁的作用力，當内、外㈣相對滑移時，藉由凸粒與外 桿體内壁之概接觸，可使畴體縣穩定的滑移；尤其，可依照 #壓縮彈簧的彈力控制内、外桿體的拉拔力量，當凸粒遇有磨糾、，、、 更可以透過壓縮彈簧的推頂作用而加以補償，使内、外桿體維持相 同拉拔力。 ' 再者’外桿體係於末端開口處設有管徑較小之縮口部，内桿體 在限位部後方位置則具有一外徑大於縮口部的第一凸緣，整個觸控 筆拉長使用時，係在第-凸緣與縮口部她觸後停滯，不但操作哗 音較低’更可使整侧控筆維持較佳的結構強度，有效延長觸控筆 • 之使用壽命。 【實施方式】 以下依據賴狀技術该於糊作魏之方式， 並配合圖式說明如後·· 本創作「魏粒伸_㈣」，旨在提供—種具錄佳結構強 度、較易控制拉拔力量、使轉命較長、操作噪音較低，以及能夠 維持相同減力之雌筆結構；如第間摘作之外觀立體圖所 M313 820 • 丁 a體觸控筆主要係包括有一空心的外桿體、以及一套入外桿 體10内而钎以相對滑移拉伸或縮合之内桿體2〇,内、外桿體10、2〇 的仅向斷面則可以為相互吻合的圓形、橢圓形或多角形。 月同日守配合參照第五圖本創作之結構分解圖、第六圖本創作之 結構剖視騎示，其巾哺體20係於獅键設有—限位部3〇， =限卩係徑向⑦置有—定位孔31，另在定位孔31内設置有一壓 f'、2以及組位於壓縮彈簧32兩侧之凸粒33,上述之兩凸 _彳3卩道轉黃32頂持而保持向外頂持於外桿體㈣壁的作用 β另外，外桿體10於末·口處設有管徑較小之縮口部n，, _在限位31後方位置則係具有一外徑大於縮口部^丄的第_ 凸緣34^整個觸控筆拉長使科，即在第—凸緣&與縮口部a才 抵觸後H *但操作料較低，更可健侧控筆轉較佳的么 構強度，有效延長觸控筆之使用壽命。 、、 一 ^裴配在内扣體2〇 一側的兩凸粒33係受壓縮彈簧32頂持 =向外頂持於外桿體10的内壁，因此當内、外^ :時’即㈣㈣細则_之繼觸，使内桿體2( ::二尤其，可依顯縮彈簧33的彈力控制内、外桿韻 拉技力里，縱使在使用—段時間，當凸粒33遇有磨， 可以透碰縮科32 _頂_ _補 體 10維持相同拉拔力。 N干體20、 在上揭第四圖至第六圖的實施例當中，整個觸控筆係在内桿體 M313820 • 20 W末端設一筆帽6卜在外桿體10的前端設-筆頭62，藉以提升 -操作、書寫的便利性’以及使觸控筆的結構形體更具整體性，而且 内桿體20係為前端一體延伸有一限位部30的實心棒狀結構體。 冑然，内桿體2G亦可以如第七圖所示為-設置定位孔31、壓 縮彈簧32、以及兩凸粒33之空心管狀結構體，而第—凸緣私則設 置於-雜體36上，並且利用螺合、黏合、沖壓凸點夹合等方式將 環柱體36包覆在空心的内管體2〇前端外緣，該環柱體36上並設有 •供凸粒33突出之穿孔21 ;在本實施例當中，内桿體20的末端設- 筆頭62，在外桿體1〇的前端設一筆帽6卜藉以提升操作、書寫的 便利性。 曰， 再者，整體觸控筆除了可以利用常態與外桿體1〇内壁頂抵接觸 的凸粒33維持Θ、外桿體2〇、1〇相對滑移之穩定性之外，亦可以 在内桿體20 _端位置設有第二凸緣35，其定位孔31、壓縮彈菩 32、兩凸粒33即配置於第一、第二凸緣34、35之間，藉以加強内、、 #外桿體20、10之間的穩定度，至於第一、第二凸緣34、犯的距離 則可以在不衫響内、外桿體20、10伸縮行程的條件下加以適當的調 整、延伸’或是透過改變第一、第二凸緣34、35距離的方式調整内、 外桿體20、1〇的伸縮行程。 當然’凸粒33頂面可設計為與外桿體1Q _弧度吻合的弧凸 面332 ’增加凸粒33與外桿體2〇相摩擦接觸的面積，同樣可加強 對内、外桿體20、1〇之間的穩定度。 值得-提的是，畴體2Q前端的限位部3()係可以設置一個以 M313 820 • 上的定位孔31，如第八圖所示，並且在每一個定位孔31當中均設 置一壓縮彈簣32及兩凸粒33，每一個凸粒33的内面並且設有供壓 縮彈簧32嵌入的凹孔331 ;再者，相鄰的定位孔31係可以採用相 互垂直的方式排列，如此將可以增加凸粒33的配置數量，以及擴大 凸粒33的作用範圍與作用方位，將使整體觸控筆的伸縮動作更為穩 固。 上述之結構設計可以利用專用機及治具自動生產，所製作完成 • 之成品，確實能夠有效提升伸縮式觸控筆之結構強度，提升伸縮動 作的穩定度，以及降低操作噪音；尤其，可依照壓縮彈簧的彈力控 制内、外桿體的拉拔力量，或是選擇以耐磨材料製造凸粒，縱使凸 粒遇有磨損時，亦可以透過壓縮彈簧的推頂作用而加以補償，使内、 外桿體維持相同拉拔力，有效延長觸控筆之使用壽命。 f隹以上之實施說明及圖式所示，係本創作較佳實施例者，並 非以此侷限本創作，是以，舉凡與本創作之構造、裝置、特徵等近 • 似或相雷同者，均應屬本創作之創設目的及申請專利範圍之内。 M313 820 【圖式簡單說明】 第一圖：習用伸縮觸控筆之外觀立體圖。 第二圖：習用伸縮觸控筆之結構分解圖。 第三圖：另一習用伸縮觸控筆之結構分解圖。 第四圖：本創作第一實施例之外觀立體圖。 第五圖：本創作第一實施例之結構分解圖。 第六圖：本創作第一實施例之結構剖視圖。 第七圖：本創作第二實施例之結構剖視圖。 第八圖：本創作第三實施例之内桿體結構分解圖。 【主要元件符號說明】 ίο · · · ·外桿體 11 · · · ·縮口部 20 · · · ·内桿體 21 .....穿孔 30 · · · ·限位部 31 · · · ·定位孔 32 · · ·壓縮彈簧 33 .....凸粒 331 · · · ·凹孔 332 · · ·弧凸面 34 · · ·第一凸緣 35 · · ·第二凸緣 36 · · · ·環柱體 11 M313 820M313 820 VIII. New description: [New technical field] The telescopic stylus for electrical devices, the electrical device refers to a PDA with a touch panel, a mobile phone, a pocket computer, and a tablet computer. [Prior Art] According to 1 and PDA mobile phone, pocket computer, tablet computer and other electrical devices, in order to provide the need for handwriting input, more will be built with a touch panel, allowing users to use the stylus on the carved panel Write the text, or click on the phase _Wei option; in addition, the stylus multi-system design is like the telescopic stylus structure of the first mesh m sister (2) that does not have the telescopic function, similar to the telescopic stylus It is made up of women's n external talents 20 and 10 layers. When the user wants to hold the telescopic touch-type gold-plated pen to write, the telescopic stylus can be elongated to facilitate the user's grip, and the stability of the mouse is maintained, and vice versa. The buckle body is not used in the outer rod body 10, so that the length of the buckle is reduced to increase the convenience of storage and carrying. In addition, the 'retractable stylus for the sake of Sudan/鄕 了 了 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免 避免The auxiliary mechanism is set up between the two: the stability of the relative sliding of the inner and outer rods. Such as the younger brother, that is, the construction of the 帛53 test species has assisted her to retract her pen, _, the two exposed roads of the two 20-radial two relative W stylus pens in the built-in sigh (four) 40, _ this _ M313820 of the shrapnel 40. The elastic tension and the outer surface of the outer dragon 1G constitute a certain degree of friction to increase the stability of the relative sliding of the inner and outer shafts 2G and 1G. - ..., because the design of the elastic piece 40 is less easy to control between the outer rod body 1 and the outer body 20 and the inner body 20 and the elastic piece 40 are used for the funeral cooperation of the concave and convex points. When the rods 20 and 10 are stretched, noise is generated, and when the inner rods 1 and 10 are stretched the longest, the elastic piece 4 () will collide with the shrinkage of the end edge of the outer rod 1 (). The impact force is transmitted to the joint of the elastic piece 4〇 and the inner rod body 2,. After the use of the normal time, it will inevitably cause the concave and convex points to wear and break, even if a little force can be used. The rod 2 is completely withdrawn, so there is still room for further improvement. Furthermore, the second figure is not a retractable stylus structure with an auxiliary mechanism. This stylus uses a rubber ring that is placed around the outer periphery of the rod 2, such as the outer rod. The inner wall surface constitutes a certain degree of frictional contact to increase the stability of the relative sliding of the inner and outer shafts 20, 10. However, this stylus must be filled with the oil ginseng moon b between the inner and outer rods 2〇, 1〇, and the smoothness of the relative slip of the inner and outer stems 2〇, 1〇, not only Friction and pull-out force are less than 4 controls. Especially after the loss of oil on the face, the stretching/condensation of the inner and outer rods will be more difficult to operate. [New content] In view of this, the main purpose of this creation is to provide a Wei device with better structural strength, easier control of drawing force, longer service life, lower operating noise, and the ability to maintain the same force reduction. _ control pen; the whole _ control pen mainly includes the M313820 • the outer body of the working body, and the inner body of the outer rod to be relatively slippery stretched or condensed. ' σ where 'inner rod system; ^ front end is provided with a - limiting portion, the limiting portion is radially provided with: a positioning hole, another compression armature is arranged in the positioning hole, and a group is located on both sides of the compression spring The convex granules, the two convex granules are held by the compression spring to maintain the force of externally holding on the inner wall of the outer rod. When the inner and outer (four) are relatively slipped, the convex granule and the inner wall of the outer rod are The contact can make the stability of the domain county stable; in particular, the pulling force of the inner and outer rods can be controlled according to the elastic force of the # compression spring, and when the convex particles meet the grinding correction, The topping action is compensated to maintain the same pulling force for the inner and outer rods. The 'further' outer rod system has a narrowing portion with a small diameter at the end opening, and the inner rod has a first flange having an outer diameter larger than the narrowing portion at the rear of the limiting portion, and the entire stylus When stretched, it is stagnant at the first flange and the neck of the neck, not only the low voice operation, but also maintains the structural strength of the whole pen to effectively extend the life of the stylus. . [Embodiment] The following is based on the Lai technique, which is based on the method of Wei, and with the description of the pattern, such as the creation of "Wei Granules _ (four)", designed to provide a good record of structural strength, easier to control Pulling strength, making long life, low operating noise, and the structure of the female pen that can maintain the same force reduction; such as the appearance of the first three-dimensional view of the M313 820 • Ding a body stylus mainly includes a hollow The outer rod body and the inner rod body 2 入 which are inserted into the outer rod body 10 and are brazed or stretched by relative sliding, the cross-sections of the inner and outer rod bodies 10 and 2〇 can be mutually matched. Round, oval or polygonal. The same day and the same day with the reference to the fifth picture of the structure of the decomposition of the structure, the sixth picture of the structure of the structure of the cross-view riding, its towel feeding body 20 is set in the lion key - limit 3 〇, = limited 卩 卩The positioning hole 31 is disposed in the positioning hole 31, and the pressing holes f', 2 and the convex particles 33 on the two sides of the compression spring 32 are disposed in the positioning hole 31, and the above two convex_彳3 turns to the yellow 32. Maintaining the action of holding the outer rod on the wall of the outer rod (four). In addition, the outer rod body 10 is provided with a narrowing portion n at the end of the port, and the _ is at the rear of the limit 31. The _ flange 34 of the diameter of the neck portion is larger than the stylus 34 ^, and the entire stylus is elongated, that is, after the first flange & and the neck portion a, the H* is low, and the operation material is lower, and the health is lower. The side control pen rotates to better the strength of the structure, effectively extending the service life of the stylus. The two lobes 33 on the side of the inner button body 2 are held by the compression spring 32 to be externally supported on the inner wall of the outer rod body 10, so when the inner and outer parts are the same, that is, (four) (four) The rule _ is followed by the inner rod body 2 (: 2, especially, according to the elastic force of the retracting spring 33, the inner and outer rods can be controlled in the rhyme, even when in use - when the bump 33 is encountered Grinding, can pass through the shrinking 32 _ top _ _ complement 10 to maintain the same pulling force. N dry body 20, in the above embodiment of the fourth to sixth figure, the entire stylus is in the inner rod M313820 • At the end of the 20 W, a cap 6 is provided. At the front end of the outer rod 10, a pen head 62 is provided, thereby improving the convenience of operation and writing, and making the structure of the stylus more integrated, and the inner rod body 20 is The front end integrally extends with a solid rod-like structure of the limiting portion 30. Of course, the inner rod 2G can also be provided with a positioning hole 31, a compression spring 32, and a hollow tubular structure of two convex particles 33 as shown in FIG. The body, and the first flange is disposed on the --hybrid 36, and the ring cylinder 36 is covered by means of screwing, bonding, stamping and bumping, and the like. The hollow inner tube body 2 has a front end outer edge, and the ring cylinder 36 is provided with a through hole 21 for the protrusion 33 to protrude; in the embodiment, the end of the inner rod body 20 is provided with a pen head 62, and the outer rod body The front end of the 1〇 is provided with a cap 6 to enhance the convenience of operation and writing. 曰 In addition, the whole stylus can maintain the cymbal and the outer rod by using the convex granule 33 which normally contacts the inner wall of the outer rod 1〇. In addition to the stability of the relative sliding of the body 2〇, 1〇, the second flange 35 may be disposed at the end position of the inner rod 20_, and the positioning hole 31, the compressed elastic 32, and the two convex particles 33 are disposed in Between the first and second flanges 34, 35, to strengthen the stability between the inner and outer rods 20, 10, as for the first and second flanges 34, the distance can be swayed Adjusting the extension and extension of the inner and outer rods 20 and 10 under the condition of the telescopic stroke, or adjusting the telescopic stroke of the inner and outer rods 20 and 1 by changing the distance between the first and second flanges 34 and 35 Of course, the top surface of the convex granule 33 can be designed as an arc convex surface 332 ′ which coincides with the outer rod body 1Q _ curvature, and the convex granule 33 and the outer rod body 2 摩擦 are rubbed. The area of contact can also enhance the stability between the inner and outer rods 20 and 1 . It is worth mentioning that the limit part 3 () of the front end of the domain 2Q can be set to one on M313 820 • The positioning hole 31 is as shown in the eighth figure, and a compression magazine 32 and two protrusions 33 are disposed in each of the positioning holes 31, and the inner surface of each of the protrusions 33 is provided with a recess for the compression spring 32 to be embedded. 331; Furthermore, the adjacent positioning holes 31 can be arranged in a mutually perpendicular manner, so that the number of the convex particles 33 can be increased, and the range and action orientation of the convex particles 33 can be enlarged, which will make the overall stylus pen The telescopic action is more stable. The above-mentioned structural design can be automatically produced by using a special machine and a jig, and the finished product can effectively improve the structural strength of the telescopic stylus, improve the stability of the telescopic action, and reduce the operation noise; in particular, according to The elastic force of the compression spring controls the drawing force of the inner and outer rods, or chooses to make the convex particles with the wear-resistant material, and even if the convex particles are worn, it can also be compensated by the pushing action of the compression spring, so that the inner, The outer rod maintains the same pulling force, effectively extending the life of the stylus. f 隹 The above description and drawings show that the preferred embodiment of the present invention is not limited to this creation, so that it is similar to or similar to the structure, device, and features of the creation. All should be within the creation purpose of the creation and the scope of patent application. M313 820 [Simple description of the diagram] The first picture: the stereoscopic view of the appearance of the conventional telescopic stylus. The second figure: the structural exploded view of the conventional telescopic stylus. Figure 3: An exploded view of another conventional telescopic stylus. Fourth figure: An external perspective view of the first embodiment of the present creation. Fig. 5 is an exploded view showing the structure of the first embodiment of the present invention. Fig. 6 is a cross-sectional view showing the structure of the first embodiment of the present invention. Figure 7 is a cross-sectional view showing the structure of the second embodiment of the present creation. Figure 8 is an exploded view of the inner structure of the third embodiment of the present creation. [Description of main component symbols] ίο · · · · Outer bar 11 · · · · Shrinking part 20 · · · · Inner rod 21 ..... Perforation 30 · · · · Limiting part 31 · · · · Positioning hole 32 · · · Compression spring 33 ..... convex 331 · · · · concave hole 332 · · · arc convex surface 34 · · · first flange 35 · · · second flange 36 · · · · Ring cylinder 11 M313 820
40.....彈片 50 · · ·橡膠0環 61 .....筆帽 62 .....筆頭40.....shraps 50 · · ·Rubber 0 ring 61 .....pen cap 62 .....