M306010 八、新型說明： 【新型所屬之技術領域】 本創作係—種定位滑軌裝置，其提供一種可明確定位 且能迅速復位的滑執裝置結構。 【先前技術】 電子裝置的應用可說是相當的普及化，例如：手機或 可攜帶式遊戲機，此類的電子裝置為了可縮小其攜帶的體 積，因此其設計會使用滑蓋裝置的概念，藉此滑蓋裝置的 設計而使得電子裝置得以於攜帶時縮小其體積，並於使用 時增加其體積，而滑叢奘詈雲、、典 月盍在置則而α軌裝置，使其得到開展 與閉合時所需之彈力。 現有的滑軌裝置’請配合參考第十三及十四圖所示， 。有：亡夹板（60)、-彈簧（6。與-下央板（6 _彈瓦（5 2 )係設於上夹板（5 0 )與下夾板（5 丄）之間，彈簧（5 2 )的兩端係分別與上夹板（6 與下夾板（6 1 )的相對側面處相互連接 的中本报士、士^ a ^ (62) t心成有一線圈（6 2 1 )，此線圈（6 2丄）可提 供彈黃（6 2)所需之彈力。 沾上夾板（6〇)與下夾板（61)可分別與電”置 的上蓋與下蓋相、-子衣置 電”置#… 部可分別設有可供 于裒置使用的電路、螢幕與鐽盤等。 因此當電子裝置的上蓋與 (6 0 ) m… ”卜1呈開展狀怨時，上夾板 ^夾板（6 1 )亦會呈開展狀態，此時彈# ^ β 2 )的線圈（6 2丄） ‘（6 J ^ θ移動至另一位置，此位移會進 5 M306010 而產生前述開展時所需之彈力，藉此使得上蓋與下蓋呈相 互開展狀。 反之，當上蓋與下蓋呈閉合狀態時，上夾板（6 〇 ) 與下夾板（6 1 )亦會呈閉合狀態，此時彈簧（2 )的 線圈（6 2 1 )就會回到初始位4，並再次提供彈力，而 使上蓋與下蓋維持於閉合狀態。 由於彈簧（62)僅具有一線圈（621)，所以彈 !( 6 2 )的彈力就會有所不足，所以電子裝置就非常容 易呈非完全閉合狀態，並且當使用者推動上蓋或下蓋，欲 使電子裝置成開展或閉合狀態時，使用者不易感到來自彈 頁（6 2 )的彈力，如此會使得現有的滑軌裝置具有定位 與復位效果不佳的缺點。 【新型内容】 有鑑於前述之現有技術上的不便之處，本創作係設計 -種定位滑軌裝置，係提供一種可明確定位且能迅速 的滑執裝置結構。 局運到上述創作 計-種定位滑軌裝置，其具有—上夾板、_下夾板與—彈 性緩阻件’上炎板的兩側邊分別形成有滑軌，下夾 側邊分別形成有可容置上夾板的滑軌的軌槽，彈性緩二 具有至少-上彈簧與至少—下彈簧，各上彈簧的二端係八 別樞設於上夾板與下夾板上，各上彈簧彎折形成有至少： 個線圈’各下彈*的二端係分別樞設於上夾板與下 上，各下彈簧分別彎折形成有至少二個線圈。/、 Μ反 M306010 如上述之結構，其係設置於一電子裝置的内部，而使 得該電子裝置形成一滑蓋式結構，當電子裝置呈收合狀態 或開展狀態時，彈性缓阻件可提供適當的彈力，而使得電 子裝置可於展開時迅速定位，或者使得電子裝置於收合時 迅速回復至其初始位置。 $ 由於彈性緩阻件的上彈簧與下彈簧，其二者的線圈結 :曰有所不同，所以上彈簧與下彈簧所產生彈簧扭力亦有 動由此彈菁扭力的差異性，而使得上央板會相對 箬盘下彈•之M或者下夹板會相對於上央板運動時，上彈 貝興下彈貫之間的彈笼 、 5 #力可均勾互補，如此當電子穿晉 :展或收合狀態時，使用者可感受較佳的滑動手感：並 可使得電子袭置具有較佳的定位與復。〜 【實施方式】 本創作係一種定彳典 ^ ^,Α A . π軌衷置，請配合參考第一及二圖 所不，其為本創作第— / 一下夾板（1 i )食 …、有上夹板（1 〇)、 丄）與一彈性緩阻件（ 上夾板（1 〇)，盆拓雕μ 與第二固定孔（ 別形成有滑軌（ 下夾板（1 1 ) 與第四固定孔（1工 別形成有軌槽（1 1 0 0 ”板上设有第一固定孔（1 〇 1 ) ) 於上夾板（1 〇)的兩側邊分 其板體上設有第三固定孔（1 1 1 ) )’於下夾板（1 1 )的兩側邊分 磨滑塊（：L〕4 ) )，在各轨槽（1 1 3 )處設有耐 )’各耐磨滑场（ 上失板（1〇)的滑軌（i ; 14)形成有可容置 1 〇 3 )的滑槽（1 ；! 5 )，另 M3 06010 於各耐磨滑塊（1 1 4 )的端部設有耐磨襯塊（J丄6 )， 此耐磨襯塊（1 1 6 )的功用在於減少金屬材料間推磨的 摩擦異音； 上彈簧（1 3 )鱼- 彈性缓阻件（1 2 )，其 下彈簧（1 4 ) ，· 各上彈黃（13)，請配合參考第三圖所示，其兩 端部分別彎折形成有固定孔（i 3 : ) ( i 3 2 )， 弹κ ( 1 3 ) fB’隔彎折形成有二個線圈 圈…3)具有至少'繞圈； 各線 各下彈箐 广*1 A \ ，其兩端端部分別彎折形成有固定 孔（141) (142)，各下骚益,” 1、 . λ古二你1 # 下译百（1 4 )間隔彎折形 成有二個線圈（丄4 3 )， 繞圈； 各線圈（1 4 3 )具有至少— (13 孔（1 與第二 彈簧（ 另 簧（1 的另一 與 如 處 )的固定孔 ……定於二上彈菁 4 ! ^ , + 1 )、二下彈簧（1 4 )的固定 gj ^ 1反（1〇)的第一固定孔（101) 固&孔（102)，而將 孔（101) 14)从 山 上每餐（13)與二下 -圓一^部樞設於上夹板（1 〇 )處· 一固定栓（1 6 ) ，1八。 ）處， 〇的另一固定孔（；=序貫穿固定於二下彈 :定孔（…）、下失：彈簀⑴） 與第四固定孔（11二(11)的第三固定孔 二下彈簧（14)的另—ί 而將二上彈簧（1 此即將彈性緩阻件而一枢設於下夾才反（1 1 ) )樞設於上夾板（1 0 ) M3 06010 與下夾板（1 ：ι )之間。 於實際使用0寺，上夾板（1 〇)與下夾板（1 可 ' /置（例如·手機、可攜帶式遊戲機、MP3播放器 或個人數位助理（Personal digital Assistant，PDA)) 的構件5又置之用，藉此使得前述之電子裝置可構成一呈收 合與展開狀的結構。 所以當電子裝置因外力推動，而使其呈展開狀態時， 上夾板（1 0 )會相對於下夾板（i 2 )運動，或者下夾 (1 1 ) έ相對於上夾板（1 〇 )運動，此時，彈性緩 阻件（1 2 )可提供足夠的彈力，而使前述之上夾板（工 〇 )或下夾板（1 i )可迅速移動至定位。 反之，當前述之上央板（i 〇 )或下夾板（丄丄）欲 回到其初始位置時，即電子裝置呈收合狀態'，可將上夾板 (1 〇 )或下夾板（1 i )反向推動，此時，彈性緩阻件 (1 2)可提供足夠的彈力’而使前述之上失板（工⑹ 或下夾板（1 1 )可迅速回復至其初始位置。 / 如上所述，彈性緩阻件（1 2 )可於電子裝置呈收合 狀態或開展狀態時，提供適當的彈力，而使得電子裝置可 於展開時迅速定位，或者使得電子裳置可於收合時迅速回 復至其初始位置，因為彈性緩阻件（丄2 )的上彈簧" 3 )與下彈簧（1 4 )二者的線圈（1 3 3 ) ( i :3 ) 結構不同，所以上彈簧（！ 3 )肖下彈簧（丄4 )所產生 彈簧杻力亦有所不同，藉由此彈簣扭力的差異 上夾板（1 0 )會相對於下失板（ 性，而使得 1)運動，或者下夾 M3 06010 板（1 l)會相對於上夾板（ 3 )與下彈簧（1 4 )之間的 當電子裝置呈開展或收合狀態 動手感。 10)運動時，上彈簧（1 彈簧扭力可均勻互補，如此 時，使用者可感受較佳的滑M306010 VIII. New description: [New technical field] This creation is a kind of positioning slide device, which provides a sliding device structure that can be clearly positioned and can be quickly reset. [Prior Art] The application of an electronic device can be said to be quite popular, for example, a mobile phone or a portable game machine, and the electronic device of this type is designed to use the concept of a slider device in order to reduce the volume that it carries. By virtue of the design of the slider device, the electronic device can be reduced in size when it is carried, and its volume is increased when it is used, and the slides are smashed, and the squadron is placed in the alpha rail device to enable it to be carried out. And the elastic force required when closing. The existing rail device 'Please refer to the figures shown in Figures 13 and 14. There are: dead splint (60), - spring (6. and - lower central plate (6 _ spring tile (5 2) is set between the upper splint (50) and the lower splint (5 丄), spring (5 2 The two ends are respectively connected to the upper side of the upper plate (6 and the opposite side of the lower plate (6 1 ), and the core is a coil (6 2 1 ), the coil (6 2丄) can provide the elastic force required for the spring (6 2). The splint (6〇) and the lower clamp (61) can be respectively connected to the upper and lower covers of the electric system. The ## section can be equipped with a circuit, a screen, a disk, etc., which can be used by the device. Therefore, when the upper cover of the electronic device is in a state of resentment with the (6 0 ) m... 6 1) It will also be in the state of development. At this time, the coil of the #^β 2 ) (6 2丄) '(6 J ^ θ moves to another position, this displacement will enter 5 M306010 and the required The elastic force is used to make the upper cover and the lower cover cooperate with each other. Conversely, when the upper cover and the lower cover are closed, the upper clamp (6 〇) and the lower clamp (6 1 ) are also closed, and the spring (2) Coil 6 2 1 ) will return to the initial position 4, and provide the elastic force again, and keep the upper cover and the lower cover in the closed state. Since the spring (62) has only one coil (621), the elastic force of the bullet! (6 2 ) There will be some deficiencies, so the electronic device is very easy to be in a completely closed state, and when the user pushes the upper cover or the lower cover, the user does not easily feel the pop-up page when the electronic device is in the open or closed state (6 2 ) The elasticity of the existing rail device has the disadvantages of poor positioning and resetting effect. [New content] In view of the above-mentioned prior art inconvenience, the present invention is designed to provide a positioning rail device. The utility model relates to a sliding device structure which can be clearly positioned and can be quickly moved. The board is transported to the above-mentioned creation meter-type positioning rail device, which has the upper side of the upper plate, the lower plate and the elastic retarder. Forming a slide rail, the side edges of the lower clip are respectively formed with a rail groove for accommodating the slide rail of the upper clamp plate, and the elastic spring has at least an upper spring and at least a lower spring, and the two ends of each upper spring are pivoted on the Upper splint On the lower clamping plate, each upper spring is bent to form at least: two coils of each of the lower ends of the coils are respectively pivoted on the upper clamping plate and the lower side, and each lower spring is bent to form at least two coils respectively. The anti-M306010 is configured to be disposed inside an electronic device such that the electronic device forms a slide-type structure, and the elastic retarder can provide an appropriate elastic force when the electronic device is in a collapsed state or a developed state. Therefore, the electronic device can be quickly positioned when unfolded, or the electronic device can quickly return to its original position when folded. $ Due to the upper spring and the lower spring of the elastic retarder, the coils of the two are: Different, so the spring torsion generated by the upper spring and the lower spring also has the difference of the torsion force of the spring, so that the upper plate will be pulled relative to the disk, or the lower plate will move relative to the upper plate. The bullet cage and the 5# force between the bullets and the bullets can be complemented, so that when the electrons are worn or stretched, the user can feel a better sliding feel: and the electronic attack can be made. Better Location and complex. ~ [Implementation] This creation is a kind of fixed code ^ ^, Α A. π track set, please refer to the first and second pictures, which is the first creation of the creation - / a splint (1 i ) food... There are upper splint (1 〇), 丄) and an elastic retarder (upper splint (1 〇), potted knives μ and second fixing holes (with no rails formed (lower splint (1 1 ) and fourth fixed) Hole (1 work forming a rail groove (1 1 0 0 " board with a first fixing hole (1 〇 1)) on the two sides of the upper plate (1 〇) is divided into a third fixed on the plate body Hole (1 1 1 ) )' is used to grind the slider (:L] 4 ) on both sides of the lower clamp (1 1 ), and is provided with resistance at each rail groove (1 1 3) The sliding plate (i; 14) of the upper plate (1〇) is formed with a chute (1;! 5) that can accommodate 1 〇3), and the other M3 06010 is used for each wear-resistant slider (1 1 4 ) The end is provided with a wear-resistant pad (J丄6). The function of the wear-resistant pad (1 16) is to reduce the frictional noise of the metal material; the upper spring (13) fish-elastic resistance Pieces (1 2 ), the lower spring (1 4 ), · each on the yellow (13), please refer to the reference As shown in the three figures, the two ends are bent to form a fixing hole (i 3 : ) ( i 3 2 ), and the elastic κ (1 3 ) fB' is bent to form two coils... 3) having at least ' Around the circle; each line has a lower *广*1 A \ , and the ends of the two ends are respectively bent to form a fixing hole (141) (142), each of which is sin, "1, . λ Gu Er You 1 # 下译One hundred (1 4 ) interval bends are formed with two coils (丄4 3 ), and the coils; each coil (1 4 3 ) has at least — (13 holes (1 with the second spring (the other spring (the other of the Fixing hole as in the case... fixed in the second elastic ring 4 ! ^ , + 1 ), fixed in the second spring (1 4 ) fixed gj ^ 1 reverse (1〇) first fixing hole (101) solid & Hole (102), and hole (101) 14) from the mountain, each meal (13) and two lower-circle one part is pivoted at the upper splint (1 〇) · a fixed plug (1 6), 18. ), another fixed hole of the cymbal (; = sequence is fixed to the second bullet: fixed hole (...), lower loss: magazine (1)) and the fourth fixed hole (11 second (11) of the third fixed hole two The lower spring (14) is the other one, and the second spring (1 is about to be elastically retarded and pivoted) The lower clamp is reversed (1 1 )) and is pivoted between the upper clamp (10) M3 06010 and the lower clamp (1: ι). For the actual use of the 0 temple, the upper clamp (1 〇) and the lower clamp (1 can be ' The component 5 of the device (for example, a mobile phone, a portable game machine, an MP3 player or a personal digital assistant (PDA)) is used again, whereby the aforementioned electronic device can constitute a folding and Expanded structure. Therefore, when the electronic device is pushed by an external force, the upper clamp (10) moves relative to the lower clamp (i2), or the lower clamp (1 1 ) έ moves relative to the upper clamp (1 〇). At this time, the elastic retarding member (12) can provide sufficient elastic force to allow the above-mentioned upper splint (worker) or lower splint (1i) to be quickly moved to the position. Conversely, when the front panel (i 〇) or the lower panel (丄丄) is to return to its initial position, that is, the electronic device is in a collapsed state, the upper clamp (1 〇) or the lower clamp (1 i) can be used. The reverse push, at this time, the elastic retarder (12) can provide sufficient elastic force' to make the above-mentioned upper plate (the work (6) or the lower plate (1 1) can quickly return to its original position. The elastic retarding member (12) can provide an appropriate elastic force when the electronic device is in a collapsed state or a developing state, so that the electronic device can be quickly positioned when deployed, or the electronic device can be quickly folded. Return to its original position, because the upper spring " 3 of the elastic retarder (丄2) and the lower spring (1 4) have different coil (1 3 3 ) ( i :3 ) structure, so the upper spring ( 3) The spring force generated by the lower spring (丄4) is also different, by which the splint (10) will move relative to the lower plate (1, 1), or The lower clamp M3 06010 plate (1 l) will open when the electronic device is opened relative to the upper clamp ( 3 ) and the lower spring (1 4 ) Or a collapsed state hands-on feel. 10) When moving, the upper spring (1 spring torque can be evenly complementary, so that the user can feel better slipping
另外，由於彈性緩阻件（1 2 )的彈簧扭力可均勻互 補，因此可使得電子裝置具有較佳的定位與復位效果。 請配合參考第四及五圖所示，其為本創作第二實施 例，於本實施例中，上夾板（2 〇 )、下夾板（2丄）、 彈性緩阻件（2 2 )的數量與下彈簧（2 4 )與第一實施 例相同，故不贅述； 其中，各上彈簧（2 3 )的端部分別彎折形成有固定 孔（2 3 1 )，各上彈簧（2 3 )中段處彎折形成有一個 線圈（2 3 2 )。 請配合參考第六與七圖所示，其為本創作第三實施 例，於本實施例中，上夾板（3 〇 )的滑軌（3 〇 1 )及 下夾板（3 1 )的耐磨滑塊（3 χ丄）與第一實施例相同， 故不贅述； 其中，上夾板（3 0 )形成有的二相鄰的固定孔； 下夾板（3 1 )形成有的二相鄰的固定孔； 彈性緩阻件（32)，其僅具有一上彈簧（3 3 )與 一下彈簧（3 4 ); ’、 上彈簧（3 3 )，請配合參考第八圖所示，其二端部 分別彎折形成有固定孔（3 3 ]_ )，上彈簧（3 3 )彎折 形成有二個線圈（3 3 2 )，各線圈（3 3 2 )具有至少 10 M3 06010 一繞圈； 下彈簧（3 4 )，其二端部分別彎折形成有固定孔， 下彈簧（34)彎折形成有四個線圈（341)，：線圈 (341)具有至少一繞圈； 口疋4王（3 5) ’其依序貫穿固定於上彈菁（3 2) 的其一固定孔（3 3 1 )與上夾板（3 0)的其一固定孔， 而將上彈5 (3 3)的端部樞設於上夾板（3 〇)處.In addition, since the spring torsion of the elastic retarding member (12) can be uniformly complemented, the electronic device can have a better positioning and resetting effect. Please refer to the fourth and fifth figures, which is the second embodiment of the creation. In this embodiment, the number of upper splint (2 〇), lower splint (2 丄), and elastic retarder (2 2 ) The lower spring (2 4 ) is the same as the first embodiment, and therefore will not be described; wherein the ends of the upper springs (23) are respectively bent and formed with fixing holes (2 3 1 ), and the upper springs (2 3 ) The middle section is bent to form a coil (2 3 2 ). Please refer to the sixth and seventh figures, which is the third embodiment of the creation. In this embodiment, the wear rails (3 〇 1 ) and the lower clamps ( 3 1 ) of the upper splint (3 〇) are wear-resistant. The slider (3 χ丄) is the same as that of the first embodiment, and therefore will not be described; wherein the upper clamping plate (30) is formed with two adjacent fixing holes; the lower clamping plate (3 1 ) is formed with two adjacent fixings. a flexible retarding member (32) having only an upper spring (3 3 ) and a lower spring (3 4 ); ', an upper spring (3 3 ), please refer to the eighth drawing, the two end portions thereof Do not bend to form a fixing hole (3 3 ]_ ), the upper spring (3 3 ) is bent to form two coils (3 3 2 ), and each coil (3 3 2 ) has at least 10 M3 06010 a winding; a spring (3 4 ), the two ends of which are respectively bent and formed with fixing holes, and the lower spring (34) is bent to form four coils (341), wherein the coil (341) has at least one winding; 3 5) 'It is inserted through one of the fixing holes (3 3 1 ) of the upper elastic cyanine (3 2) and one of the fixing holes of the upper clamping plate (30), and will be lifted 5 (3 3) The end is pivoted on the upper splint (3 ) Place.
另一固定拴（36)，其依序貫穿固定於下彈箬（3 4匕：其-固定孔與上夾板（3…另一固定孔：而將 下彈黃（3 4)的端部樞設於上夾板（3 〇)處； 再固定栓（37)，其依序貫穿固定於上 3)的另-固定孔（331)與下夾板（31)的固二孔， 而將上彈筹.. 耳/ 3 3 )的另一端部樞設於下夾板（3丄Another fixed cymbal (36) is sequentially fixed to the lower magazine (3 4 匕: its - fixing hole and upper plate (3... another fixing hole: and the lower end of the yellow (3 4)) Set at the upper splint (3 〇); and then fix the bolt (37), which is sequentially inserted through the fixed hole (331) of the upper 3) and the fixed hole of the lower splint (31), .. The other end of the ear / 3 3 ) is pivoted to the lower splint (3丄
如此將上彈箐r q ^ ^，L 丄）之間；（3 3 )枢5又於上央板（3 〇 )與下夾板（3 4)的另=:(38) ’其依序貫穿固定於下彈菁（3 下彈箬（3父孔與下央板（31)❾另一固定孔，而將 此將；彈=-端部樞設於下夹板（川處，如 i )之間。4 )樞設於上夹板（3 0 )與下夾板（3 ^ ^ ^ (7 ^ ^ . t ^ 下夾板 板（4 0 )的滑執（4 ◦"及 同，故不賛上：的耐磨滑塊（411)亦與第一實施例相 11 M306010 其中’上失板 m "0)形成有-固定孔； 下夾板（4 1 )形# 士 形成有一固定孔； 彈性緩阻件（ (44); ’其僅具有—上彈簧（4 3 )與 上彈筈（4 2、 上彈簧（43 )啤批，其二端部分別彎折形成有固定孔， 31)具有至少一繞圈有個線圈（431)，線圈（4 下彈簧（4 4 )，复山 下彈簧（4 4)彎折开心：、部分別彎折形成有固定孔’ (4 4 i )且古 形成有五個線圈（4 4 1 )，各線圈 "具有至少-繞圈； 一固定拴（4 5^ 的其一固宕$ ，/、依序貫穿固定於上彈簧（43) J 因疋孔、下彈笼r ^ ,、 π、αα 3(44)的其一固定孔與上夾板（4 〇 )的固定孔，而脸， 上入极、4 其一端部樞設於上^ ^ ( 4 3 )與下彈菁（4 4 )的 上A板（4 0 )處； 另一固定栓 3)的另一固〜，），其依序貫穿固定於上彈簣（4 , 孔、下彈簧（44)的另一固定孔盥下十 板（4 1 )的固定？丨， 口疋孔與下夾 4 λ ^ 而將上彈簧（43)與下彈筈 4 )的另一端部拖設於π + ^ ^ ( 4 Γ 4 ^ 於下夾板（4 1 )處，藉此將上 143)與下彈箬, 丄5早百 ^ 44)樞設於上夾板（40)邀下± 板（4 1 )之間。 y抖下失 請配合參考第+_ ^ 及十二圖所示，其為本創作第X _ 她例，於本實施例中， 弟五貫 盥第-每上夾板（5 0 )及下夾板（5 ”矛只轭例相同，故不贅述； ； 其中，彈性緩阻件 仵（52)，其具有一上彈簧（53) 12 M3 06010 與-下彈簧（54) ’上彈簧（53)與下 樞設於上夾板（5 0 )與下夾板（5 1 、b 4 ) 3 )彎折形成有二個線圈（5 3丄），之間，上彈簧（5 有至少-繞圈’下彈簧（5 4 )彎折开,：目（5 3 1 )具 4 1 ) ’線圈（5 4 1 )具有至少…/冑二個線圈（5 綠 ® , i ,，... . a® ’而且下彈簧（r 3 )的線圈 4 )的線圈（5 4 1 )之結構與上彈筈 3 1 )之結構不相同 综合以上所述，彈性緩阻件（丄2) (42) (52)具有至少一上彈簧（ 32) Q w , ( 1 3 ) (23) (3 3) (53)與至少_下彈簧（14) (34) (44) (54)，而各上彈簧（"）（2 (33) (43) (53)與各下彈簧（14) (2 (3 4 ) ( 4 4 ) ( 5 4 )分別具有至少一 2 ) 並且 ::4 3 ) ( 2 3 2 ) (332) (431)(二) ()’線圈（133) ( 1 4 3 ) ( 2 3 2 ) (3 (43!) (531) (541)具有至少—繞圈 =:13;( 2 3 )( 3 3 )( 4 3)…）與 2 2 4 ) ( 3 4 ) ( 4 4 ) (54)之 33)( 1 4 3 )( 2 3 2 )( 3 3 2 )( 4 3 31) (541)數量皆不相同，又 :)(24) (34)(…（54)的各線圈 )(143) (232) (332) (431) (5 3 1 )( 5 4 1 )具有至少一繞圈，因此藉由二者結 13 M306010 構不同所產生的4 » 得上彈菁（1:=力亦會有所差異性，此差異性可使 Τ## ( 1 4 ) r 3 ) ( 3 3 ) ( 4 3 ) ( 5 3 )與 的彈:簧：二U ) ( 3 4 ) ( 4 4 ) ( 5 4)之間 態時，使用者：補’所以當電子裝置呈開展或收合狀 且有m 感叉較佳的滑動手感’並可使得電子裝置 具有較佳的定位與復位效果。 于衣置 【圖式間單說明】 戶第-圖係本創作之第—實施例之立體分解圖。 fr圖係本創作之第—實施例之立體外觀圖。 圖係本創作之第一實施例之上彈簧之平面圖。 弟圖係本創作之第二實施例之立體分解圖。 第：圖係本創作之第二實施例之立體外觀圖。 “圖係本創作之第三實施例之立體外觀圖。 =二:系本創作之第三實施例之另一立體外觀圖。 第糸本創作之第三實施例之上彈簧之平面圖。 Α θ係本創作之第四實施例之立體外觀圖。 2圖係本創作之第四實施例之另一立體外觀圖。 目係本創作之第五實施例之立體外觀圖。 第本創作之第五實施例之另-立體外觀圖。 弟十一圖係現有的滑軌裝置之平面圖。 第十四圖係現有的滑執震置之另_平面圖。 【主要元件符號說明】 (1 0)上夾板 （1 〇 i )第一固定孔 (1 〇 2 )第二固定孔 14 M306010So the upper 箐rq ^ ^, L 丄); (3 3 ) the pivot 5 again on the upper plate (3 〇) and the lower plate (3 4) of the other =: (38) 'the order through the fixed Under the bullet (3 lower magazines (3 parent hole and lower center plate (31) ❾ another fixing hole, and this will; bomb = - end pivoted between the lower splint (Chuan, such as i) 4) pivoted on the upper splint (30) and the lower splint (3 ^ ^ ^ (7 ^ ^ . t ^ lower splint (4 0) slippery (4 ◦ " and the same, so do not like: The wear-resistant slider (411) is also formed with the first embodiment phase 11 M306010, wherein the 'upper plate m " 0) is formed with a fixing hole; the lower plate (4 1 ) is formed with a fixing hole; ((44); 'It has only the upper spring (4 3 ) and the upper magazine (4 2, the upper spring (43) beer batch, the two end portions are respectively bent to form a fixing hole, 31) has at least one There is a coil (431) around the coil, the coil (4 lower spring (4 4 ), the mountain lower spring (4 4) bends happy: the part is bent to form a fixed hole' (4 4 i ) and the ancient formation has five Coils (4 4 1 ), each coil " has at least - winding; a fixed 拴 (4 5^ The one of the fixing holes is fixed to the upper spring (43) J. One of the fixing holes of the boring hole, the lower elastic cage r ^ , , π, αα 3 (44) and the upper clamping plate (4 〇) Fixing the hole, and the face, the upper pole, and the 4th end are pivoted at the upper A plate (4 0 ) of the upper ^ ^ ( 4 3 ) and the lower elastic cyanine (4 4 ); the other fixed pin 3) A solid ~,), which is fixed in the upper elastic file (4, the other fixed hole of the hole, the lower spring (44), the lower ten plate (4 1) fixed? 丨, the mouth 与 hole and the lower clamp 4 λ ^ and drag the other end of the upper spring (43) and the lower magazine 4) to π + ^ ^ (4 Γ 4 ^ at the lower plate (4 1 ), thereby taking the upper 143) and the lower magazine , 丄5 early hundred ^ 44) pivoted on the upper clamp (40) invited between the ± plate (4 1). y shake the loss please refer to the reference +_ ^ and twelve figures, which is the first creation X _ her example, in this embodiment, the 五五盥盥 - each upper splint (50) and the lower splint (5 ” spear yoke example are the same, so do not repeat;; Among them, elastic slow-resistance 仵 (52 ), it has an upper spring (53) 12 M3 06010 and - lower spring (54) 'upper spring (53) and lower pivot The splint (50) and the lower splint (5 1 , b 4 ) 3 ) are bent to form two coils (5 3 丄), and the upper spring (5 has at least a winding 'lower spring (5 4 ) bend Fold,: mesh (5 3 1 ) with 4 1 ) 'coil (5 4 1 ) has at least ... / 胄 two coils (5 green ® , i , , ... . a ® ' and lower spring (r 3 The structure of the coil (5 4 1 ) of the coil 4) is different from the structure of the upper magazine 3 1 ). As described above, the elastic retarder (丄2) (42) (52) has at least one upper spring ( 32) Q w , ( 1 3 ) (23) (3 3) (53) and at least _ lower spring (14) (34) (44) (54), and each upper spring (") (2 (33) (43) (53) and each lower spring (14) (2 (3 4 ) ( 4 4 ) ( 5 4 ) respectively have at least one 2) and :: 4 3 ) ( 2 3 2 ) (332) (431) (b) () 'coil (133) ( 1 4 3 ) ( 2 3 2 ) (3 (43!) (531) (541) has at least - winding =: 13; ( 2 3 ) ( 3 3 ) ( 4 3)...) and 2 2 4 ) ( 3 4 ) ( 4 4 ) (54) of 33) ( 1 4 3 ) ( 2 3 2 ) ( 3 3 2 ) ( 4 3 31) (541) Same, again:) (24) (34) (each coil of (54)) (143) (232) (332) (431) (5 3 1 ) ( 5 4 1 ) has at least one winding Therefore, the 4 » which is produced by the difference of the 13 M306010 structure is different (1:= the force will also be different, this difference can make Τ## ( 1 4 ) r 3 ) ( 3 3 ) ( 4 3 ) ( 5 3 ) with the bomb: spring: two U) ( 3 4 ) ( 4 4 ) ( 5 4) when the state is between the user: make up 'so when the electronic device is launched or folded Moreover, the sliding feel of the m-feel is better, and the electronic device has better positioning and resetting effects.衣衣置 [Illustration of the drawings] The first-figure diagram of the first embodiment of the present invention. The fr map is a three-dimensional appearance of the first embodiment of the present invention. The drawing is a plan view of a spring above the first embodiment of the present invention. The figure is an exploded perspective view of a second embodiment of the present invention. The first drawing is a perspective view of the second embodiment of the present creation. Fig. 3 is a perspective view showing a third embodiment of the third embodiment of the present invention. Fig. 2 is another perspective view of the third embodiment of the present invention. A plan view of the spring above the third embodiment of the present invention. A perspective view of the fourth embodiment of the present invention. 2 is another perspective view of the fourth embodiment of the present invention. The third aspect of the present invention is a three-dimensional appearance. The other is a three-dimensional appearance of the embodiment. The eleventh figure is a plan view of the existing rail device. The fourteenth figure is another plan view of the existing sliding shock. [Main component symbol description] (1 0) upper splint (1 〇i ) first fixing hole (1 〇 2 ) second fixing hole 14 M306010
(1 Ο 3 )滑軌 (1 1 )下夹板 (112) 第四固定孔 (113) 軌槽 (115)滑槽 (1 2 )彈性緩阻件 (131)固定孔 (1 3 3 )線圈 (1 4 1 )固定孔 (1 4 3 )線圈 (1 6 )固定栓 (2 1 )下夾板 (2 3 )上彈簧 (2 3 2 )線圈 (3 0 )上夾板 (3 1 )下夾板 (3 2 )彈性緩阻件 (3 3 1 )固定孔 (3 4 )下彈簧 (3 6 )固定栓 (3 8 )固定栓 (4 0 1 )滑軌 (4 1 1 )耐磨滑塊 (4 3 )上彈簧 (1 1 1 )第三固定孔 (1 1 4 )耐磨滑塊 (1 1 6 )耐磨襯塊 (1 3 )上彈簧 (1 3 2 )固定孔 (1 4 )下彈簧 (1 4 2 )固定孔 (1 5 )固定栓 (2 0 )上爽板 (2 2 )彈性緩阻件 (2 3 Γ)固定孔 (2 4 )下彈簧 (3 0 1 )滑執 (3 1 1 )耐磨滑塊 (3 3 )上彈簧 (3 3 2 )線圈 (3 5 )固定栓 (3 7 )固定栓 (4 0 )上夾板 (4 1 )下夾板 (4 2 )彈性緩阻件 (4 3 1 )線圈 15 M3 06010 (4 4 )下彈簧 (4 6 )固定栓 (5 1 )下夾板 (5 3 )上彈簧 (5 4 )下彈簧 (6 0 )上夾板 (6 2 )彈簧 (4 5 )固定栓 (5 0 )上夾板 (5 2 )彈性緩阻件 (5 3 1 )線圈 (5 4 1 )線圈 (61)下夾板 (6 2 1 )線圈(1 Ο 3) Slide rail (1 1 ) Lower clamp plate (112) Fourth fixing hole (113) Rail groove (115) Chute (1 2 ) Elastic damper (131) Fixing hole (1 3 3 ) Coil ( 1 4 1) fixing hole (1 4 3) coil (1 6 ) fixing bolt (2 1 ) lower clamping plate (2 3 ) upper spring (2 3 2 ) coil (3 0 ) upper clamping plate (3 1 ) lower clamping plate (3 2) elastic retarder (3 3 1 ) fixing hole (3 4 ) lower spring (3 6 ) fixing bolt (3 8 ) fixing bolt (4 0 1 ) sliding rail (4 1 1 ) wear-resistant slider (4 3 ) Upper spring (1 1 1) Third fixing hole (1 1 4) Wear-resistant slider (1 1 6) Wear-resistant pad (1 3 ) Upper spring (1 3 2 ) Fixing hole (1 4 ) Lower spring ( 1 4 2) fixing hole (1 5 ) fixing bolt (2 0 ) upper plate (2 2 ) elastic retarding member (2 3 Γ) fixing hole (2 4 ) lower spring (3 0 1 ) sliding (3 1 1) Wear-resistant slider (3 3 ) Upper spring (3 3 2 ) Coil (3 5 ) Fixing bolt (3 7 ) Fixing bolt (4 0 ) Upper clamping plate (4 1 ) Lower clamping plate (4 2 ) Elastic retarding member (4 3 1 ) Coil 15 M3 06010 (4 4 ) Lower spring (4 6 ) Fixing pin (5 1 ) Lower clamping plate (5 3 ) Upper spring (5 4 ) Lower spring (6 0 ) Upper clamping plate (6 2 ) Spring (4 5 ) fixing bolt (5 0 ) upper clamping plate ( 5 2 ) elastic retarding member (5 3 1 ) coil (5 4 1 ) coil (61) Splint (621) coil
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