200904296 九、發明說明： 【發明所屬之技術領域】 電子::明關於一種裝配機構及應用其裝配配件之可攜式 【先前技術】 目前，可攜式電子裝置如移動電 費者曰常工作及生活, 已成為越來越多消 β汉玍/舌不可缺少之工具。可摊2奸 功能日趨完盖，侔p + + τ‘式黾子叙置之 掛士 °伴炚耆可攜式電子裝置功能之增加，盘斯 心加之魏錢之功純轉也隨 I所 拍照功能之數碼相嫵如本成有數位 電子二 而習知之功能性配件與可攜式 电于衣置之機體或電路板結合 飞 裝技術）或焊接固定之&都知用（表面貼 接爾Q Λ/ΓΤ ^ 如’數石馬相機模組一般都 採用SMT技術與電路板紝人 叙都 , ^ L ^ ''Ό σ如此當功能性模組配件損璜 夂士 ；功能性模組被固定於可攜式電子裝置之機-卞： 路板上，因而不易維修及更換。 “之機-或電 同時，為了增加可樵式★石姑 子穿詈外私μ山日 电子裝置之裝飾性，可攜式電 乂卜双上出現了許多裝飾性配件。而如今 越追求與眾不同，希炒 7 、者越來 飾性配件，而習知之所欲地更換自己想要之裳 固飾性配件一般亦係採用枯貼之方法 固疋於可攜式電子裝置媸 々古 件時可ft；r捸叮# 4 機體上，如此，於更換裝飾性配 r 知壞可攜式電子農置之機體或造成外觀不良。 【發明内容】 馨於以上習知技術之缺許 換可捭衩彳打之缺點，有必要提供一種可方便更 換了！式電子裝置配件之裝配機構。 更更 還有必要提供一種應用上述裝配機構裝配配件之可搞 200904296 式電子裝置。 一種裝配機構，豈句杯— 一敍及一 ）、 基座、一滑塊、一導滑體、 耻，5亥基座具有—軸部及一配合部，該軸部 内沿其軸向開有一容室，兮紅加 及神口丨 # °"軸邓之周緣開設有至少—第一 /月槽，核合㈣繞該軸部之周緣 一銷孔，該彈性體與該滑塊 ^上開3又有 體提供一作用於該滑塊之彈力:= ^内，該彈性 滑體之通道及至少開設一第―心广：：包括-貫穿該導 部，哕筮_讲姚 弟—/月槽，且其一端設有一卡固 =―⑺a之延伸方向與該導滑體之軸向成—钭角. 該導滑體套設於該軸邻t，兮上 门风斜角， 釉°卩上该卡固部與該配合部可相互滑 動地卡合’該銷部分容置於該η: 可滑動地卡持於該第—滑槽及該第二滑槽^之另 -可式電子裝置，其包括—本體、-裝配機構及 了拆式配件，該裝配機構 再 包括一基座、—说祕、旨疋於忒本脰上，该裝配機構 贫目女⑺塊、一導滑體、一銷及一彈性體.节美 i::轴部及-配合部，該軸部内沿其軸向：有= 至，该轴部之周緣開設有至少 毕巧開有合 該軸部之周緣設置·咳、、骨德卜門弟/匕，该配合部圍繞 該滑塊依次容置㈣—銷孔，該彈性體與 塊之彈力；兮塞、^合 該彈性體提供—作用於該滑 設-第二滑;:，一貫穿該導滑體之通道及至少開 伸方向與該没：―卡固部，該第二滑槽之延 部上，該卡固;斑之°成―斜角；該導滑體套設於該軸 客°卩一该配合部可相互滑動地卡合，哼銷邻八 谷置於§亥销孔中， 以鋼4刀 ^ 5亥銷之另—部分可滑動地卡持於兮m 4及該第二滑槽中;該配件抵持於該滑塊== 200904296 .間。 體，=技術，本發明裝配機構通過旋轉該導滑 亚、，.二由邊ν滑體上形成第二滑槽之槽壁壓迫該銷， 編:沿著形成第一滑槽之槽壁相對輛部作軸向運動： 於該銷固設於該滑塊上，從而該銷帶動該滑塊― 電4=二裝配之配件係通過該滑塊抵持於可攜式 衣置本體上之’因此可通過旋轉該導 滑體内之轴向運動，從而對裝配之配件= 抵符而取出該配件。 【實施方式】 =閱圖“斤示，本發明第一較佳實施例之裝配機構 14、一滑塊1 ό、一導滑 10 ’其包括一基座12、—彈性 體18及一銷19。 =併參_2所示，基座12為柱狀體，其包括—固 士触—、一軸部124及—配合部126。固定部122為一圓 Ϊ置之周面上開設有螺紋1222，其用以與可攜式電子 可攜式⑧二：未不）配合’從而使基座12不能相對於該 同衣置之本體旋轉。固定部122還包括一第—端 ° 之橫截面直徑小於固定部122之橫截面直徑。 =U4包括—與固㈣122相接之卜端ΐ24ι及一 端msV241相對之第二端1243 ’且轴部124鄰近第二 1如端面之方式二㈠槽1244及以垂直於第二端 容室1245貫通—各室咖，該二第-滑槽1244與 9 200904296 所述第一滑槽1244以軸部124之軸線對稱，且為以平 行於軸部124之軸向方向延伸之狹長槽，形成所述第一滑 槽1244之槽壁引導銷19沿著軸部124之軸向運動。 容室1245沿著軸部124之軸向延伸，彈性體14及滑 塊16依次容置於容室1245内。 配合部126圍繞軸部124之周緣設置，且其設置於第 一端1241與第一滑槽1244之間，並與固定部122間隔一 定之距離，本實施例中配合部126係與軸部124同心之環 形圓盤。配合部126上開設二卡槽1262，所述卡槽1262 均以平行於配合部126之軸線之方向將配合部126貫穿， 且所述卡槽1262分居軸部124之兩侧，所述卡槽1262用 來與導滑體18卡合。 彈性體14可以為柱狀壓簧或柱狀彈性海綿，其容置於 基座12之容室1245内，其一端抵持固定部122之第一端 1224，另一端抵持滑塊16。 滑塊16為一柱狀體，其橫截面之形狀及大小與容室 1245橫截面之形狀及大小相當，其容置於容室1245内， 其一端抵持該彈性體14。滑塊16上開設一銷孔162，銷孔 162沿著滑塊16之徑向將滑塊16貫穿，銷孔162用來容 置銷19。 請參閱圖3所示，導滑體18為一柱狀體，其一端為卡 固端182，另一端為平面端。卡固端182設置有二卡固部 1822，所述卡固部1822可以為凸榫，所述卡固部1822與 卡槽1262卡合而將導滑體18裝配於基座12上，且所述卡 固部1822於卡槽1262中可相對於配合部126旋轉。 10 200904296 一導滑體18上開設一將其貫通之通道184，通道184之 橫戴面形狀及大小與軸部124之形狀及大小相當，導滑體 ，18套設於軸部124上。導滑體18上開設二以/滑體 .軸線相對稱之第二滑槽186,且所述第二滑槽186之延伸 T向與導滑體18之轴線成一斜角，所述第二滑槽186沿著 導滑體18之徑向將導滑體18貫通。 銷19之形狀及大小與銷孔162之形狀及大小相去，豆 中部容置於銷孔162中，其兩端伸入所述第一滑槽田⑽ 與所述第二滑槽186中。如此， J 乂通過方疋轉導滑體18 >成所述第二滑槽186之槽壁壓迫銷19，從而使銷 =著形成所㈣-滑槽1244之槽壁相對㈣m作 裝配時，請參閱圖4，可按如下步驟進行： 將彈性體14及滑塊16依次容置於容室124 · 將導滑體18套設於基座12之軸部124±卡 1822與卡槽ι262配合； 且卡固部 〔 調整基座12、滑塊16及導滑體18 述第一滑槽1244、銷孔162y5所、+、# 置，使所 翊扎162及所述苐二滑槽186 將銷19貫穿於所述第二滑槽186、所述第—， 及鎖孔162，且鎖’19與鎖孔162為過盈配合，因而"脸“44 固定於滑塊16上，從而將裝配機構1〇整合為—㈣、銷19 彈性體14使滑塊16產生預緊力。 ’、’版。同時， 使用裝配機構10時’請參閱圖5所示，提供 電子裝置，其包括一本體 ’、可攜式 弧形凹槽3n，弧形凹样31二本體細上—端形成有— 4 311兩端凸設有-第―凸合312 11 200904296 .及與第—凸台3i2相對之—第二 上開設有内螺紋（圖未示），由 314弟—凸台312 •之螺紋1222配人，從@ @ f文舁固定部122上 .裝置之本體300 i。 機構10裝配於可攜式電子 配件32之一端開設—凹槽322，凹槽322之 小與滑塊16之形狀及大小相曰 > 狀及大 件32開設凹押322之@田田I配配件32時，將配 六番认 之—端與裝配機構10相抵，：典换 二置於凹槽322内，且滑塊16與形 之:塊16 彈性體U之預緊力相抵，配 a 2之底部通過 相抿，從而將配# π壯 之另—知與第二凸台314 攸而將配件32 *配於 上，如圖ό所示。 、电于衣置之本體300 當需取出配件32時，如圖6箭 ，導滑㈣帶動形成第二滑二所：^^^^ 著形成第一滑槽1244之槽辟相#Λ曰I、銷19沿 而估雜1 *去 土相對輛# 124作轴向運動，從 而使銷IS動滑塊16作轴向運動，從而解除動攸 件32之抵持，如圖7所干 ’、/月鬼16與配 口 /所不，取終取出配件32。 可以理解，第—滑槽1244 之軸線成一斜角。 门J以與軸部124 —可以理解，固定部122也可不設螺紋1222，同 (二3 \2上開設—與固定部12 2之形狀與大小相：之栌 (圖未-)，固定部m與該槽採用過盈配 配機構10裝配於可攜式電子裝置30中。 攸而將裝 可以理解’配件32可以為功能性配件， 聽筒或話筒，配件32也可以為穿飾性$ & 、’兄3、杈組、 飾配件。此外，配件也可不;Γ’如^ ❿仟32也可不開設凹槽322，配件％之 12 200904296 .一端直接抵持滑塊16 , 配件32固定於可攜式電子:广抵：第二凸台314,從而將 • 可以理解，可攜式带子:罢 -132及第二凸台134，电衣置3〇上也可不凸設第一凸台 -凹槽（圖未i而直接於可攜式電子裝置30上開設 一槽壁（圖未示）及1於可攜式電子裝置3〇上形成一第 未示）。裝配機構二=;7:對之一第二槽壁(圖 於該凹槽内，且卡牲认、亥弟—槽壁上，配件32容置 r 可以理疏、；滑塊16與該第二槽壁之間。 •J U理％’可以於 削，導滑體18 〃 4上僅開設—第—滑槽 -端容置於滑塊16上開故—弟二滑槽186 ’此時，銷19 滑槽186。 上’另-端伸入第-滑槽1244及第二 一#m日 1 之第二實施例之裝配機構2〇如圖8及圖9所 ==20與第一實施例中之裝配機構10斤 不R之處於於’裝配機構 中空柱體，其包括—開=包括-套筒…編為 "则口端272與半封;;=及—半封閉端274’套筒 室则來容置導: 成一容室I容 第-止轉結構，：壁_少- 導滑體之外周壁設置至止^槽謂。 導滑體28上凸設—凸起加—止轉結構，本實施例於 凸起287容置於止轉槽278 内，通過凸起287與止轉槽278 與導滑體24可以一起旋# 《而使套筒27 裝配與取出配件。疋轉。如此’可以通過旋轉套筒， 可以理解’套同27之半封閉端274上可以開設—通孔 13 200904296 + 279’而於導滑體28上之平面端288上開設-螺釘孔289, •螺釘（圖未不）貫穿通孔279而與螺釘孔289配合，從 而將套筒27固接於導滑體28上。此外，還可於固定部a ”轴4 124相接之—端設置—限位部，本實施例中限 位部222係盥固定邱p — 丁 ” U疋邠22冋心之環行圓盤。限位部212容置 於:至276内（圖未示），且與套筒27鄰近開口端272 之^部配合，從而使套筒27可穩定地套設於導滑體28上。 β 綜上所述’本發明符合發明㈣要件，爰依法提出專利 ^ ^以上所述者僅為本發明之較佳實施例，本發明之 ^圍並不以上述實施例為限，舉凡熟習本案技藝之人士援依 本發明之精神所作之等效修飾或變化，皆應涵蓋於以下申請 專利範圍内。 【圖式簡單說明】 圖1係本發明第一較佳實施例之裝配機構之分解立體 圖； 、 圖2係本發明第一較佳實施例之裝配機構之200904296 IX. Description of the invention: [Technical field to which the invention pertains] Electronics:: A portable mechanism for assembly and application of its assembly accessories [Prior Art] Currently, portable electronic devices such as mobile electricity users often work and live , has become an indispensable tool for the elimination of β Han Han / tongue. The functions of the two can be spread, and the function of the portable electronic device is increased. The digital function of the camera function is similar to that of a digital electronic device with a digital electronic device and a portable electronic device or a circuit board combined with a flying device technology.尔Q Λ/ΓΤ ^ Such as 'several stone camera module generally uses SMT technology and circuit board 纴人叙都, ^ L ^ ''Ό σ so when the functional module accessories damage gentleman; functional module It is fixed on the portable electronic device - 卞: the board, so it is not easy to repair and replace. "The machine - or electricity at the same time, in order to increase the 樵 ★ 石 石 姑 姑 石 石 石 石 石 石 石 石 石 石 μ μ μ μ Sex, portable electric 乂 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双 双Sexual accessories are also commonly used in portable electronic devices. When the piece can be ft; r捸叮 # 4 on the body, in this way, in the replacement of the decorative matching r knowing the portable electronic farm body or causing poor appearance. [Summary] Xin is not limited to the above-mentioned conventional technology The disadvantage of being able to be beaten is that it is necessary to provide an assembly mechanism that can be easily replaced with an electronic device accessory. It is also necessary to provide an electronic device that can be used for the assembly of the assembly mechanism described above.岂句杯—一述和一), pedestal, a slider, a guide body, and a shame, the 5H base has a shaft portion and a fitting portion, and a shaft chamber is opened in the axial portion thereof, Red plus God's mouth °# °" Axis Deng's periphery is provided with at least - first / month groove, nuclear (4) around the circumference of the shaft a pin hole, the elastic body and the slider ^ open 3 and The body provides a spring force acting on the slider: = ^, the passage of the elastic slider and at least one first-heart-wide:: including - through the guide, 哕筮_ speak Yaodi-/moon trough, and One end is provided with a clamp = "(7)a extending direction and the axial direction of the guide body - The sliding body is sleeved on the shaft adjacent to the t, and the upper door wind oblique angle is slidably engaged with the engaging portion on the glaze. The pin portion is accommodated in the η: a further electronic device for slidingly holding the first sliding slot and the second sliding slot, comprising: a body, an assembly mechanism and a disassembling accessory, the assembly mechanism further comprising a base, The secret, the purpose is to squat on the , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , :===, the circumference of the shaft portion is provided with at least a peripheral edge of the shaft portion, cough, and bones, and the fitting portion is sequentially received around the slider (four)-pin hole, the elasticity The elastic force of the body and the block; the enthalpy, the elastic body provides - acts on the sliding device - the second sliding;: a passage through the guiding body and at least the opening direction and the no: - the fastening portion, The extension of the second chute is fixed; the angle of the spot is angled; the guide body is sleeved on the shaft, and the engaging portion is slidably engaged with each other, The adjacent neighboring grain is placed in the hole of the §, and the other part of the steel is slidably held in the 兮m 4 and the second chute; the fitting is resisted by the slider == 200904296 . Body, = technology, the assembly mechanism of the present invention presses the pin by the groove wall forming the second chute on the side ν sliding body by rotating the guide slip, and is: along the groove wall forming the first chute The part is axially moved: the pin is fixed on the slider, so that the pin drives the slider - the electric 4 = two assembly parts are supported by the slider on the portable clothes body Therefore, the fitting can be removed by rotating the axial movement of the guide body to the fitting of the assembly. [Embodiment] = "The assembly mechanism 14, a slider 1 ό, a guide roller 10' of the first preferred embodiment of the present invention includes a base 12, an elastic body 18 and a pin 19 The pedestal 12 is a columnar body, and includes a ligature, a shaft portion 124, and a mating portion 126. The fixing portion 122 has a thread 1222 formed on a circumferential surface of a circular raft. It is used to cooperate with the portable electronically portable device 8 to ensure that the base 12 cannot rotate relative to the body of the same garment. The fixing portion 122 further includes a first end having a cross-sectional diameter smaller than The cross-sectional diameter of the fixing portion 122. The U4 includes a second end 1243' opposite to the solid (four) 122 and a second end 1243' opposite the end end of the msV241, and the shaft portion 124 is adjacent to the second one such as the end surface by two (1) slots 1244 and perpendicular thereto. The second chute 1245 is continuous through the chambers, and the first chutes 1244 and 9 200904296 are symmetric with respect to the axis of the shaft portion 124 and are parallel to the axial direction of the shaft portion 124. The elongated slot extends to form an axial movement of the slot wall guide pin 19 of the first slot 1244 along the shaft portion 124. 1245 extends along the axial direction of the shaft portion 124, and the elastic body 14 and the slider 16 are sequentially accommodated in the chamber 1245. The mating portion 126 is disposed around the circumference of the shaft portion 124, and is disposed at the first end 1241 and the first sliding portion. The slot 1244 is spaced apart from the fixed portion 122 by a certain distance. In this embodiment, the engaging portion 126 is an annular disk concentric with the shaft portion 124. The engaging portion 126 defines two card slots 1262, and the card slot 1262 is The engaging portion 126 is penetrated in a direction parallel to the axis of the engaging portion 126, and the engaging groove 1262 is divided into two sides of the shaft portion 124. The engaging groove 1262 is for engaging with the guiding body 18. The elastic body 14 may be a column. The pressure spring or the columnar elastic sponge is received in the chamber 1245 of the base 12, and one end thereof abuts the first end 1224 of the fixing portion 122, and the other end abuts the slider 16. The slider 16 is a columnar shape. The shape and size of the cross section are the same as the shape and size of the cross section of the chamber 1245. The cavity is accommodated in the chamber 1245, and one end thereof abuts the elastic body 14. A pin hole 162 is formed in the slider 16 and the pin is formed. The hole 162 penetrates the slider 16 in the radial direction of the slider 16, and the pin hole 162 is used to receive the pin 19. Referring to Figure 3, the guide The body 18 is a columnar body having a locking end 182 at one end and a flat end at the other end. The fastening end 182 is provided with two fastening portions 1822, and the fastening portion 1822 can be a tenon, the fastening portion. 1812 is engaged with the card slot 1262 to mount the guide body 18 on the base 12, and the locking portion 1822 is rotatable relative to the engaging portion 126 in the slot 1262. 10 200904296 A guide body 18 is opened The passage 184 through which the passage 184 passes, the shape and size of the transverse wear surface of the passage 184 are equivalent to the shape and size of the shaft portion 124, and the guide body 18 is sleeved on the shaft portion 124. The second sliding slot 186 is defined by the second sliding slot 186, and the extension T of the second sliding slot 186 is at an oblique angle to the axis of the guiding body 18, the second The chute 186 penetrates the guide body 18 in the radial direction of the guide body 18. The shape and size of the pin 19 are opposite to the shape and size of the pin hole 162. The middle portion of the bean is received in the pin hole 162, and both ends thereof extend into the first chute field (10) and the second chute 186. Thus, J 乂 passes through the square sliding body 18 > into the groove wall of the second sliding groove 186 to press the pin 19, so that the pin = the groove wall forming the (four)-slot 1244 is assembled with respect to the (four) m. Referring to FIG. 4, the following steps can be performed: The elastic body 14 and the slider 16 are sequentially accommodated in the chamber 124. The guide body 18 is sleeved on the shaft portion 124 of the base 12 and the card 1822 is matched with the card slot ι262. And the fixing portion 12 (the adjusting base 12, the slider 16 and the sliding body 18), the first sliding slot 1244, the pin hole 162y5, the +, #, so that the clamping 162 and the second sliding slot 186 will The pin 19 extends through the second sliding slot 186, the first and the locking hole 162, and the lock '19 and the locking hole 162 are in an interference fit, so that the "face" 44 is fixed on the slider 16, thereby The assembly mechanism 1 is integrated into - (4), the pin 19 elastomer 14 causes the slider 16 to produce a pre-tightening force. ', ' version. At the same time, when using the assembly mechanism 10, please refer to FIG. 5, providing an electronic device, including a The main body', the portable curved groove 3n, the curved concave sample 31, the second body is finely formed at the end - 4 311 is convexly disposed at both ends - the first - convex 312 11 200904296 . and the first convex 3i2 is oppositely--the second upper opening is provided with an internal thread (not shown), and is supported by the thread 3122 of the 314 brother-projection 312. From the @@f文舁 fixing portion 122. The body 300 i of the device. It is mounted on one end of the portable electronic component 32 to open a recess 322, the small size of the recess 322 is opposite to the shape and size of the slider 16 and the large piece 32 is provided with a recessed 322 @田田I fitting 32 At the same time, the six ends are matched with the assembly mechanism 10, and the second switch is placed in the recess 322, and the slider 16 is in contact with the pre-tightening force of the block 16 elastic body U, with a 2 The bottom passes through the phase, so that the fitting 32* is matched with the second boss 314, as shown in Fig. 。. The body 300 is placed on the garment. At the same time, as shown in Fig. 6, the guide slip (four) drives to form the second slide two: ^^^^ The groove forming the first chute 1244 is formed, and the pin 19 is estimated to be mixed with the same #124 is used for axial movement, so that the pin IS moves the slider 16 for axial movement, thereby releasing the resistance of the movable element 32, as shown in Fig. 7, '//moon ghost 16 and matching/no, no end Remove the accessory 32 It can be understood that the axis of the first chute 1244 is at an oblique angle. The door J is similar to the shaft portion 124. The fixing portion 122 may not be provided with the thread 1222, and the shape of the fixing portion 12 is the same as that of the fixing portion 12 2 . And the size phase: 图 (Fig. No-), the fixing portion m and the groove are assembled in the portable electronic device 30 by using the interference matching mechanism 10. The device can understand that the accessory 32 can be a functional accessory. For the earpiece or microphone, the accessory 32 can also be worn for $&, 'brother 3, 杈 group, accessories. In addition, the accessories are also not; Γ '如 ^ ❿仟 32 can also not open the groove 322, accessories% 12 200904296. One end directly resists the slider 16, the accessory 32 is fixed to the portable electronic: wide: the second boss 314, so that it can be understood that the portable strap: strike-132 and the second boss 134, the electric clothes on the 3 也 can also not protrude the first boss-groove (not shown and directly portable A slot wall (not shown) and a recess (not shown) are formed on the portable electronic device 3A. Assembly mechanism two =; 7: one of the second groove wall (in the groove, and the card is recognized, the Haidi - the groove wall, the fitting 32 can accommodate r, the slider 16 and the first Between the two groove walls. • JU%% can be cut, the guide body 18 〃 4 is only opened - the first - chute - end capacity is placed on the slider 16 - the second two chute 186 ' at this time, Pin 19 chute 186. The mounting mechanism 2 of the second embodiment in which the upper end is extended into the first chute 1244 and the second one #m day 1 is as shown in FIGS. 8 and 9 ==20 and the first implementation In the example, the assembly mechanism 10 kg is not in the 'assembly mechanism hollow cylinder, which includes - open = include - sleeve ... is programmed as "the mouth end 272 and half seal;; = and - semi-closed end 274' The sleeve chamber is used to accommodate the guide: to form a chamber I to the first stop-stop structure, the wall _ less - the outer peripheral wall of the guide body is set to the stop groove. The guide body 28 is convexly convex - the protrusion is added - In the embodiment, the protrusion 287 is received in the rotation preventing groove 278, and the protrusion 287 and the rotation preventing groove 278 and the guiding body 24 can be rotated together to assemble and take out the fitting. Turn. So 'can be rotated by the sleeve, can The solution can be opened on the semi-closed end 274 of the same 27-through hole 13 200904296 + 279' and the screw hole 289 is opened on the flat end 288 of the guide body 28, and the screw (not shown) penetrates the through hole 279 The sleeve 27 is engaged with the screw hole 289 to fix the sleeve 27 to the guide body 28. In addition, the limit portion can be disposed at the end of the fixed portion a "shaft 4 124", and the limit portion in this embodiment The portion 222 is fixed to the circular disk of the p — — 疋邠 疋邠 。 。 。 。 。. The limiting portion 212 is accommodated in: 276 (not shown), and adjacent to the open end 272 of the sleeve 27 ^ Cooperating, so that the sleeve 27 can be stably sleeved on the guide body 28. β In summary, the invention conforms to the invention (4) requirements, and is patented according to law. The present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are intended to be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of an assembly mechanism according to a first preferred embodiment of the present invention; Example mounting mechanism of the first preferred embodiment Ming
視圖； 土 ·^口 J 圖3係本發明第一較佳實施例之裝配機構之 立體圖； π a虹疋 圖4係本發明第一較佳實施例之裝配機構之裝配示音、 圖； ^ 圖5係本發明第一較佳實施例之裝配機構應用於可攜 式電子裝置之示意圖； 明 圖.6係配件裝配於圖5所示可攜式電子裝置之示意圖； 14 200904296 圖7係配件從圖6所示可攜式電子裝置取出之示意圖； 圖8係本發明第二較佳實施例之裝配機構之立體分解 • 示意圖，導滑體未示； -圖9係本發明第二較佳實施例之裝配機構之示意圖。 【主要元件符號說明】 裝配機構 10、20 銷 19 基座 12 固定咅P 22 固定部 122 限位部 222 螺紋 1222 套筒 27 軸部 124 開口端 272 第一端 1241 半封閉端 274 第二端 1243 容室 276 第一滑槽 1244 止轉槽 278 容室 1245 通孔 279 配合部 126 凸起 287 卡槽 1262 平面端 288 彈性體 14 螺釘孔 289 滑塊 16 本體 300 銷孔 162 弧形凹槽 311 導滑體 18、28 第一凸台 312 卡固端 182 第二凸台 314 卡固部 1822 配件 32 通道 184 凹槽 322 第二滑槽 186 15Figure 3 is a perspective view of the assembly mechanism of the first preferred embodiment of the present invention; π a rainbow diagram 4 is an assembly sound and diagram of the assembly mechanism of the first preferred embodiment of the present invention; 5 is a schematic diagram of an assembly mechanism of a first preferred embodiment of the present invention applied to a portable electronic device; FIG. 5 is a schematic view of a 6-series accessory assembled to the portable electronic device shown in FIG. 5; 14 200904296 FIG. FIG. 8 is a perspective exploded view of the assembly mechanism of the second preferred embodiment of the present invention, and the guide body is not shown; FIG. 9 is a second preferred embodiment of the present invention. Schematic diagram of the assembly mechanism of the embodiment. [Main component symbol description] Assembly mechanism 10, 20 Pin 19 Base 12 Fixing 咅 P 22 Fixing portion 122 Limiting portion 222 Thread 1222 Sleeve 27 Shaft portion 124 Open end 272 First end 1241 Semi-closed end 274 Second end 1243 Room 276 First chute 1244 Rotation groove 278 Room 1245 Through hole 279 Mating portion 126 Bump 287 Card slot 1262 Plane end 288 Elastomer 14 Screw hole 289 Slider 16 Body 300 Pin hole 162 Curved groove 311 Guide Slide body 18, 28 first boss 312 fastening end 182 second boss 314 fastening portion 1822 fitting 32 channel 184 groove 322 second chute 186 15