M324924 八、新型說明： 【新型所屬之技術領域】 : 本新型係有關於一種磁性定位之滑蓋裝置，尤指於第二導引 構件上設找侧；5，且粒磁;5的運祕㈣投影地通過該第 -導引構件之固定磁;5，使該第二導引構件移動至一定位置時， 藉該定位磁石與固定磁石因趨近而磁性相吸，而穩定定位者。 【先前技術】 目前所揭示之行動電話之滑蓋裝置，如第十—圖所示，係包 括：第一導引構件(51)，固農於行動電話之第一部份(61)〔如行 動電話之本體〕者；第二導引構件⑽，固裝於行動電話之第二 部份(62，如行動電話之滑蓋），令該第二導引構件⑽係可對應 地與該第-導引構件⑻形成一滑動對，使該第一、二導引構件 (51、52)可以相對滑移’即以聯動該行動電話之第―、二部份⑻、 62)相對滑移者；第一牽引彈簧⑽，其第一菁端⑽)枢連於趨 近該第-導引構件⑻之第—侧邊處，而其第二簧端(卿係拖連 :趨近該第二導引構件⑽之第二側邊位置者；以及第二牽引彈 黃(54) ’其第一簧端(541)樞連於趨近該第一導引構件⑸）之第二 7邊處’而其第二簧端(542)，係柩連於趨近第二導引構件⑽之 第側邊的位1者，如疋以藉該第一、二牽引彈菁⑸、⑷ 助使用者將行動電話之第一、二部份(6卜62)，自動地彈性復歸 於開啟位置或關閉位置者。 然而上述之滑蓋裝置，必須於第一、二導引構件⑸、奶間， M324924 裝設第一、二牽引彈簧（53、54)，除了使製造十分麻煩不便外， 當長期使用後，第一、二牵引彈簣（53、54)也易產生斷裂或彈性 疲乏，而無法確實地聯動行動電話之第一、二部份（61、62)停止 於預定之開啟位置或關閉位置，而顯現其缺點。 本案創作人有鑑於此，乃加以研究創新，而揭示出一種磁性定 位之滑蓋裝置。 【新型内容】M324924 VIII. New description: [New technical field]: This new type relates to a sliding device for magnetic positioning, especially for the second guiding member; 5, and granular magnetic; (4) Projectingly passing the fixed magnetic force of the first guiding member; 5, when the second guiding member is moved to a certain position, the positioning magnet and the fixed magnet are magnetically attracted by the approaching, thereby stabilizing the positioning. [Prior Art] The slide device of the presently disclosed mobile phone, as shown in the tenth-figure, includes: a first guiding member (51), which is fixed to the first part of the mobile phone (61) [eg a second guiding member (10) fixed to a second portion of the mobile phone (62, such as a slide of a mobile phone), such that the second guiding member (10) is correspondingly - the guiding member (8) forms a sliding pair such that the first and second guiding members (51, 52) can be relatively slipped 'i.e., to link the first to the second part (8), 62 of the mobile phone to the relative slipper a first traction spring (10) whose first cyan end (10) is pivoted to approach the first side of the first guiding member (8) and a second spring end thereof (toward the second a second side position of the guiding member (10); and a second traction spring (54) 'the first spring end (541) is pivotally connected to the second 7 side of the first guiding member (5)' The second spring end (542) is connected to the first side of the second guiding member (10), such as the first and second traction elastics (5), (4) to assist the user. Mobile power The first and second parts of the words (6 Bu 62) are automatically elastically restored to the open position or the closed position. However, the above sliding device must be equipped with first and second traction springs (53, 54) in the first and second guiding members (5), the milk room, and the M324924, except that the manufacturing is very troublesome and inconvenient, after long-term use, the first The first and second traction magazines (53, 54) are also prone to breakage or elastic fatigue, and the first and second parts (61, 62) of the mobile phone cannot be reliably linked to the predetermined open position or closed position. Its shortcomings. In view of this, the creators of this case have researched and innovated to reveal a magnetically positioned sliding device. [New content]
本新型之目的旨在提供一種磁性定位之滑蓋裝置，係包括： 第一導引構件，裝設有-固定磁石者；第二導引構件，吻合地與 該第-導引構件形成-滑動對或迴轉對，並於該第二料構件上 設有至少-定位磁石，令定位磁石與第—導引構件之固定磁石的 極性相異，且該第二導引構件依第—導引構件線性滑移或依一轴 心滑開時’定位磁石的運動路徑係投影地通過該第一導引構件之 固定磁石，使娜二料構件移動至—定位置時，麟定位磁石 與固定磁石因趨近而磁性相吸，而穩定定位者。 上 本新型所揭示磁性定位之滑蓋裝置，其中該第二導引構件 ’係可安裝有多數定倾石，使該第二料構料移時，可使 各定位磁石依序通過歐磁石，#各定位磁石相趨近第一導引 構件之固定磁石時，便會因磁極相異而相吸，形成多段定位該 二導引構件滑動的效果。 μ 本新型所揭絲性定狀滑雜置，射於雜二 之各相鄰喊触抑，储㈣性啦，令_性磁石之極性 6 M324924 係與第導引構件之固定磁石極性相同，且令該第二導引構件依 第一導引構件線性滑移或依一柩軸軸心旋轉地滑開時，同性磁石 的運動路徑係投影地通過該第—導引構件之固定磁石者；如是當 第-^^丨構件於第—導引構件上滑減滑開，而投影地使該同性 磁石趨近或重疊於第—導引構件之固定磁石上時，便可藉同性磁 石與固定磁石磁性相同而相斥，以輔助該第二導㈣件，依滑移 或滑開方向，加速、敎崎離，直至τ—個定位邮投影地趨 近固定磁；5 ’便可藉由該定位磁^翻定磁石因趨近而磁性相 吸，而再次穩定定位者。 本新型之可取實體，可由以下說明及所附各圖式，而得以明 晰之。 【實施方式】 請參閱第-至七圖所示，本新型係有關於一種磁性定位之滑 盖裝置，係包括：第-導引構件⑽），裝設有固定磁石⑻者； 第二導引構件⑽，吻合地與該第—導引構件⑽形成一滑動 對，並於該第二導引構件(2〇)上設有至少一定位磁石⑵a、2⑻， 令定位磁石（21a、21b)與第-導引構件⑽之固定磁石⑴）的極 性(假設該定位磁石的極性為N，固定磁石的極性為幻相異，且 令該第二導引構件⑽與該第—導引構件⑽產生預地的相對滑 動時，定位磁石（21a、21b)的運動路徑係投影地通過該第一導引 構件（1G)之固㈣石（11)，使該第二導引構件(2Q)滑移至一定位 置時，因該定位磁石（21a、21b)與固定磁石（11)_近而磁性相 M324924 • 吸，而穩定定位者。 ^如禾一、二、三圖所示，本新型所揭示之第一導引構件（10)， 係可固从I狀行動電話、相機、數位助理(知_1咐咖The purpose of the present invention is to provide a magnetic positioning slide device comprising: a first guiding member provided with a fixed magnet; and a second guiding member forming and slidingly engaging the first guiding member Pairing or rotating the pair, and providing at least a positioning magnet on the second material member, the positioning magnet is different from the polarity of the fixed magnet of the first guiding member, and the second guiding member is guided by the first guiding member When linearly sliding or sliding according to a shaft, the path of the positioning magnet is projected through the fixed magnet of the first guiding member, so that when the member of the second member moves to the fixed position, the positioning magnet and the fixed magnet are Approaching and magnetically attracting, and stabilizing the locator. The sliding device of the magnetic positioning disclosed in the present invention, wherein the second guiding member can be mounted with a plurality of fixed inclined stones, so that when the second material is moved, the positioning magnets can be sequentially passed through the European magnet. # When the positioning magnets approach the fixed magnet of the first guiding member, they will attract each other due to the different magnetic poles, forming a multi-stage positioning effect of the sliding of the two guiding members. μ The new type of silky fixed-slip hybrid, shot in the adjacent shouting of the second, the storage (four) sex, so that the polarity of the magnetic magnet 6 M324924 is the same as the fixed magnet of the guiding member. And the second guiding member is linearly slid according to the first guiding member or slidably rotated according to the axis of the shaft, and the moving path of the same magnet is projected through the fixed magnet of the first guiding member; If the first member is slidable and slid on the first guiding member, and the isotropic magnet is projected or superposed on the fixed magnet of the first guiding member, the same magnet and fixing can be used. The magnets are magnetically identical and repulsive to assist the second guide (four), in the direction of slip or slip, accelerating, and snagging away, until the τ-positional projection is approaching the fixed magnet; 5' can be used by The positioning magnets are magnetized by the approaching magnets, and are stabilized again. The desirable entities of the present invention can be clarified by the following description and the accompanying drawings. [Embodiment] Referring to Figures 7-14, the present invention relates to a magnetic positioning slider device, comprising: a first guiding member (10), which is provided with a fixed magnet (8); a second guiding The member (10) is formed to form a sliding pair with the first guiding member (10), and at least one positioning magnet (2)a, 2(8) is disposed on the second guiding member (2) to position the positioning magnet (21a, 21b) The polarity of the fixed magnet (1) of the first guiding member (10) (assuming that the polarity of the positioning magnet is N, the polarity of the fixed magnet is phantom, and the second guiding member (10) and the first guiding member (10) are generated. When the relative sliding of the ground is performed, the moving path of the positioning magnets (21a, 21b) is projected through the solid (four) stone (11) of the first guiding member (1G) to cause the second guiding member (2Q) to slip. When it reaches a certain position, the positioning magnet (21a, 21b) and the fixed magnet (11)_ are close to each other and the magnetic phase M324924 is sucked, and the positioner is stabilized. ^ As shown in the first, second and third figures, the present invention discloses The first guiding member (10) can be fixed from the I-shaped mobile phone, the camera, and the digital assistant.
Assistant ’簡稱_、全球衛星定位系統⑹_ p〇siti〇n ·， SySt=’簡稱GPS)功能的機器......等等的本體⑽）上，或-體成 餅物動電話、械、數位魏⑽）、全球魅定位祕(Gps) 力月匕的機等等的本體⑽）上；而該第二導引構件⑽），係 籲 可口^"定衣5又於行動電話、相機、數位助理(PDA)、全球衛星定位 系統(GPS)魏的齡......科的本體⑽u，或-體成型於該 行動電話、相機、數位助理⑽）、全球衛星定㈣統(Gps)功能 的機器.....·等等的本體⑽)上，本新型並不予自限。該第-導引 齡(即之_ ’係姆地設有滑槽(12、13)，㈣合地滑合該 第二導引構件⑽之兩側側緣(22、23)，使該第二導引構件⑽ 可於該第-導引構件⑽上，呈線性滑移。或如第人、九、十圖 • 所示’該第一導引構件(10a)、第二導引構件(20a)，係以柩軸(30) 相互樞接，呈-迴旋對(Turningpair)，使該第二導引構件(㈣， 可以依該樞軸(30)旋轉地朝一侧滑開者。 如第-至七®所不，本新型所揭示磁性定位之滑蓋裝置，其 巾該第二導引構件⑽上，係安裝有多數定位磁石⑵&、2ib)， 使該第二導引構件（20)滑移時，可使各定位磁石⑵a、21b)投影 地依序通過該第-導引構件⑽之固定磁石⑴），#各定位磁石 (21a、21b)分別趨近第-導引構件⑽之蚊磁石⑴）時，便會 8 M324924 因磁極相異而相吸，形成多段定位該第二導引構件（20)滑動的效 果。 ： 本新型所揭示磁性定位之滑蓋裝置，其中於該第二導引構件 (20)之各相鄰兩定位磁石（21a、21b)間，設有同性磁石（24)，令 該同性磁石（24)之極性(假設為S)係與第一導引構件（1〇)之固定 磁石（11)極性(假設為S)相同，且令該第二導引構件⑽)與該第一 導引構件（10)產生預定的相對滑動時，同性磁石（24)的運動路徑 > 係投影地通過該第一導引構件（1〇)之固定磁石（Η)者；如是當第 二導引構件(20)於第一導引構件（10)上滑移或滑開，而投影地使 該同性磁石（24)趨近或重疊於第一導引構件（1〇)之固定磁石（n) 上時，如第四、五圖所示，便可藉同性磁石（24)與固定磁石（11) 磁性相同而相斥，以輔助該第二導引構件(2〇)，依滑移或滑開方 向，加速、穩定地滑離，直至下一個定位磁石⑵b)投影地趨近固 定磁石（11)，因磁性而相吸，以穩定定位該第一、二導引構件 ί 20)，呈第六、七圖所示之狀態者。 本賴所揭示雜定位之滑蓋裝置，#於關行動電話，即 如第二、三圖所示，使第一、二導引構件〇〇、2〇)位於第一位置， 此時由於第二導引構件(2〇)之定位磁石（21a)投影對正於第一導 引構件⑽之固定磁石⑴），因兩者之磁性相異而相吸，在無外 力的作用下，該第―、二導引構件⑽、2G)便可以保持穩定定位 的狀悲’纽时需使贿動電話時，便可以(p)方向滑推一 導引構件⑽〔即可為行動電話之滑蓋〕，此時，如第四Γ五; 9 M324924 所示，原第二導引構件⑽與第—導引構件⑽產生磁性相吸的 疋位磁石（21a)便脫離固定磁石（11)磁力線的範圍，旋即使該同性 磁石（24)進人_定磁石（η)的磁力線範圍，由於同性磁石（24) 與固定磁石（11)的磁性相同，而產生相斥仙，而於該第二導引 構件（20)上產生一與推動第二導引構件（2〇)相同方向（p)之作用 力’以輔助第二導引構件(2〇)快速、穩定地朝推動方向繼續滑移， 直至下一個定位磁石（2ib)投影地趨近固定磁石（η)，如第六、七 圖所示，而因磁性相異而相吸，使該第一、二導引構件（1()、2〇) 穩定定位於此第二位置。當要關閉行動電話時，則依上述步驟反 向操作，也可使該第一、二導引構件（1〇、2〇)獲得相同的磁性定 位效果。 如第八、九、十圖所示，該第一導引構件（10a)、第二導引構 件(20a)，係以一樞軸(30)相互樞接，令該第二導引構件（2〇a)上， 係依该樞軸(30)之軸心，以相等的徑度間隔或不等之徑度間隔， 如彼此間隔90度，安裝有多數定位磁石（2ia、21b、21c)，令該 第二導引構件（20a)依樞軸（30)之軸心旋轉地滑開時，該定位磁石 (21a、21b、21c)的運動路徑，係投影地通過該第一導引構件（10a) 之固定磁石（11a)，使該第二導引構件（2〇a)每滑開一角度後，因 不同位置上對應之定位磁石（21a或21b或21c)與固定磁石（11a) 因趨近而磁性相吸，而使該第一、二導引構件（1〇a、2〇b)呈多段 式的穩定定位者。如第八、九、十圖所示，於上述第二導引構件 (20a)之各相鄰兩定位磁石（2la、21b、21c)間，設有同性磁石 M324924 (24a)，令該同性磁石(24a)之極性與第一導引構件（1〇a)之固定磁 石（11)極性相同，且令該第二導引構件（20a)依枢軸(3〇)之軸心， 旋轉地與該第—導引構件⑽)產生相對滑開運動時，同性磁石 (24a)的運動路徑係投影地通過該第一導引構件（丨〇a)之固定磁石 (11a)，即使，當操作地使該同性磁石（24a)進入該固定磁石（Ua) 的磁力線範圍，由於同性磁石（24a)與固定磁石（lla)的磁性相 同’而產生相斥作用’如第九圖所示，而於該第二導引構件(施） 上j生:與推動第二導引構件(施)相同方向⑺之作用力，以輔 助第二導引構件(2Ga)快速、穩賴朝推動方向繼續滑移，直至下 -個定位磁石⑵a或21b或21c)鄉_近固定磁石⑴心因 雜相異而相吸，使該第―、二導引構件⑽、服)穩定定位， 如弟十圖所示者。 本新型所揭示磁性定位之滑餘置，摒棄習知以第―、二牽 位的結構，因此除了使結構更為簡單:使 η早快速、降低成本外，也無因長期使用後，因第一、 -牽引轉(53、54)彈性疲乏或斷裂損壞的 新穎性及實用性。 ’而顯本新型之 本新型所揭示之結構、元件形狀 鱗下予罐飾應用，本新型並不自限。不"本_之精神及 【圖式簡單說明】 第圖·係本新型之立體分解圖。 第二圖：係本新型之第―、二導引構物 昂位置之狀態圖。 11 M324924 第三圖 第四圖 第五圖 弟六圖 •係第二圖3—3方向之結構圖 系自第—圖滑推第二導引構件，使同性磁石進入第— 引構件之固定磁石之磁力線範圍之狀態圖 :係第四圖5-5方向之結構圖。:係自第四_推第二導⑽件， 於第二位置之示意圖。 第一導 並使弟一導引構件定位 =七圖：係第六圖7-7方向之結構圖。Assistant 'abbreviation _, global satellite positioning system (6) _ p〇siti〇n ·, SySt = 'GPS for short) function of the machine ... etc. on the body (10)), or - body into a cake, mobile, machinery , the number of Wei (10)), the global body of the secret positioning (Gps) force on the body (10)); and the second guiding member (10)), is called delicious ^ " fixed clothes 5 and mobile phones, Camera, digital assistant (PDA), global positioning system (GPS), Wei's age... the body of the department (10)u, or - formed in the mobile phone, camera, digital assistant (10), global satellite (four) system On the body (10) of the (Gps) function machine, etc., the present invention is not self-limiting. The first guiding age (ie, the _ ' _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The two guiding members (10) are linearly slidable on the first guiding member (10), or as shown in the first, ninth, and tenth drawings, the first guiding member (10a) and the second guiding member ( 20a), which is pivotally connected to each other by a cymbal (30), such as a Turning pair, so that the second guiding member ((4) can be slid to one side according to the pivot (30). - The magnetic guide sliding device disclosed in the present invention has a plurality of positioning magnets (2) & 2ib mounted on the second guiding member (10), so that the second guiding member (20) When sliding, each positioning magnet (2)a, 21b) can be sequentially projected through the fixed magnet (1) of the first guiding member (10), and the respective positioning magnets (21a, 21b) respectively approach the first guiding member (10) In the case of the mosquito magnet (1), the 8 M324924 is attracted by the magnetic poles, and the effect of sliding the second guiding member (20) in multiple stages is formed. The magnetic positioning sliding device disclosed in the present invention, wherein a homogenous magnet (24) is disposed between each adjacent two positioning magnets (21a, 21b) of the second guiding member (20), so that the isotropic magnet ( 24) the polarity (assumed to be S) is the same as the fixed magnet (11) polarity (assumed S) of the first guiding member (1), and the second guiding member (10) and the first guiding When the member (10) produces a predetermined relative slip, the path of motion of the isotropic magnet (24) is projected through the fixed magnet of the first guiding member (1); if the second guiding member (20) sliding or sliding on the first guiding member (10), and projectingly bringing the isotropic magnet (24) closer to or overlapping the fixed magnet (n) of the first guiding member (1) At the same time, as shown in the fourth and fifth figures, the same magnet (24) can be repelled by the same magnetic force as the fixed magnet (11) to assist the second guiding member (2〇), depending on the slip or slip. Direction, accelerate, and steadily slip away until the next positioning magnet (2) b) projects closer to the fixed magnet (11), attracting due to magnetism, to stably position the first and second The guiding member ί 20) is in the state shown in the sixth and seventh figures. According to the slide device disclosed in the Lai, the #关关手机电话, as shown in the second and third figures, causes the first and second guiding members 〇〇, 2〇) to be in the first position, at this time The positioning magnet (21a) of the two guiding members (2〇) is projected to be opposite to the fixed magnet (1) of the first guiding member (10), and is attracted by the magnetic difference of the two, and the external force is not affected by the external force. ―, two guiding members (10), 2G) can maintain a stable positioning of the situation, when you need to make a bribe call, you can slide the guiding member (10) in the direction of (p) [that is, the slide of the mobile phone ], at this time, as shown in the fourth paragraph; 9 M324924, the original second guiding member (10) and the first guiding member (10) magnetically attracting the clamping magnet (21a) is separated from the magnetic field of the fixed magnet (11) Range, even if the same magnetic field (24) enters the magnetic field range of the magnet (η), since the magnetic magnet of the same magnet (24) is the same as the magnet of the fixed magnet (11), the second guide is generated. Producing a force in the same direction (p) as pushing the second guiding member (2) on the lead member (20) to assist the second The lead member (2〇) continues to slide rapidly and stably toward the pushing direction until the next positioning magnet (2ib) projects toward the fixed magnet (η), as shown in the sixth and seventh figures, and the magnetic difference The first and second guiding members (1(), 2〇) are stably positioned in the second position. When the mobile phone is to be turned off, the first and second guiding members (1〇, 2〇) can also obtain the same magnetic positioning effect by operating in reverse according to the above steps. As shown in the eighth, ninth, and tenth views, the first guiding member (10a) and the second guiding member (20a) are pivotally connected to each other by a pivot (30), so that the second guiding member ( 2〇a), according to the axis of the pivot (30), at equal or equal intervals of spacing, such as 90 degrees apart from each other, installed a majority of positioning magnets (2ia, 21b, 21c) When the second guiding member (20a) is slidably rotated according to the axis of the pivot (30), the moving path of the positioning magnet (21a, 21b, 21c) is projected through the first guiding member (10a) The fixed magnet (11a), after the second guiding member (2〇a) is slid open by an angle, corresponding to the positioning magnet (21a or 21b or 21c) and the fixed magnet (11a) at different positions Due to the approach, the magnetic attraction, the first and second guiding members (1〇a, 2〇b) are in a multi-stage stable position. As shown in the eighth, ninth, and tenth views, a homogenous magnet M324924 (24a) is disposed between each adjacent two positioning magnets (2la, 21b, 21c) of the second guiding member (20a) to make the same magnet. (24a) having the same polarity as the fixed magnet (11) of the first guiding member (1a), and rotating the second guiding member (20a) according to the axis of the pivot (3〇) When the first guiding member (10) generates a relative sliding motion, the moving path of the isotropic magnet (24a) is projected through the fixed magnet (11a) of the first guiding member (丨〇a), even when operated operatively The isotropic magnet (24a) enters the range of magnetic lines of force of the fixed magnet (Ua), and the repulsive action is generated by the same magneticity of the isotropic magnet (24a) and the fixed magnet (lla) as shown in the ninth figure. The two guiding members (applied) are: the force acting in the same direction (7) as the second guiding member (7) to assist the second guiding member (2Ga) to continue to slide quickly and stably until the pushing direction is continued until Lower-positioning magnet (2)a or 21b or 21c) Township_near fixed magnet (1) The heart is attracted by the difference, so that the first and second guiding members (10), service) stable positioning, as shown in the tenth figure. The sliding position of the magnetic positioning disclosed in the present invention discards the structure of the first and second holdings, so that in addition to making the structure simpler: the η is fast and the cost is reduced, and the long-term use is not caused by the first I. - Tracing rotation (53, 54) The novelty and practicability of elastic fatigue or fracture damage. The present invention is not limited by the structure and the shape of the components disclosed in the present invention. Not "The spirit of this _ and [Simple description of the diagram] The first diagram is a three-dimensional exploded view of the new model. The second picture is a state diagram of the first and second guiding structures of the present invention. 11 M324924 Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 3, Fig. 3-3, the structure diagram of the second guide member from the first figure, so that the same magnet enters the fixed magnet of the first lead member The state diagram of the magnetic field line range: the structure diagram of the fifth figure 5-5 direction. : is a schematic diagram of the second position (10) from the fourth _, in the second position. The first guide and the positioning of the guiding member of the younger brother = seven figures: the structural diagram of the direction of the seventh figure 7-7.
第八圖·係本新型第二種實施例之平面結構示意圖。 第九圖：細第八_轉地_第二導⑽件，使同性磁石進入 第-導引構件之S1定磁石之磁力線範圍之狀態圖。 第十圖=自第九圖繼續滑開第二導引構件，並使第二導引構件 疋位於下一個定位位置之示意圖。 第十一圖··係習知滑蓋結構之示意圖。The eighth figure is a schematic view of the planar structure of the second embodiment of the present invention. The ninth picture: a state diagram of the magnetic field line of the S1 fixed magnet of the first-guide member, which is the eighth-turned ground_second guide (10). Fig. 10 is a view showing the continuation of the second guiding member from the ninth diagram and the second guiding member being placed at the next positioning position. The eleventh figure is a schematic diagram of the conventional slide structure.
【主要元件符號說明】 (l〇)(l〇a)第一導引構件 (12)(13)滑槽 (21a)(21b)(21c)定位磁石 (24)(24a)同性磁石 (ll)(lla)固定磁石 (20)(20a)第二導引構件 (22)(23)側緣 (30)樞軸 (101)(102)本體 12[Description of main component symbols] (l〇) (l〇a) First guiding member (12) (13) Chute (21a) (21b) (21c) Positioning magnet (24) (24a) Isotropic magnet (ll) (lla) fixed magnet (20) (20a) second guiding member (22) (23) side edge (30) pivot (101) (102) body 12