MJ92987 五、新型說明： 【新型所屬之技術領域】 敌之技術，尤其是指一種 種彈性扣件與其固鎖與釋 本創作係有關一種固鎖與釋 利用彈性壓縮與恢復力釋放之一 放機構之裴置。 【先前技術】 省用之伺服運算處理系統，〜 電子裝置，每-個電子裝置係可^ 5，都具有複數個 網路通訊漁、影像處轉組、的模組，例如： 些電子裝置相互組合可以提供伺存模組，這 的後盾。 服運异處理系統更強有力 為了增加電子裝置固定於伺 當電子模_接到伺服運算處 异處理糸統的效果， 適當固鎖的機制。在習 糸、、先的機櫃上時，需要有 就揭露一種^中’^美國專利仍加皿 旋轉的拉柄，拉柄自由，構’在设體的兩侧設置有可以 入於框架内時，葬由 具有一個卡合部，當該殼體制 端的卡合部可以c走轉至-定位時，該拉柄料 内。此外，又如美國二合，以將該殼體鎖固於該挺架 固鎖機構，其係在其4 us.pat.N0.5,030，108也揭露〜種 柄柩軸側上具有；2兩側設置有可以旋轉的拉柄，妆 藉由拉柄的旋轉至一°部，當該基板制人於框架内時， 與框架相卡合。&位時，該拉柄樞㈣的卡合部可以 M392987 雖^述之技術好1置_具㈣鎖機構 定的固定效果’不過對於使用者而言，在卸 =置時1要用人力去拉動拉柄，才能將裝置脫離卡合 狀^因此使用上還是不便。因此如圖一所示的具有彈性 以無出拉柄的彈性扣件可以解決前述的不便。不過 的彈性扣件卜由於其彈性體IG僅藉由—連接段u 力1 i本體12相連接，由於彈性扣件1材料特性限 ^再加上為了避免該連接段„受到過大的壓力而斷裂， 2圖-中彈性體1G的移動行程會受到限制，導致彈 置有限。 T合上述’因㈣需—種彈性扣件與其固鎖 構之裝置來解決習用技術所產生的問題。 機 【新型内容】 本創作提供一種彈性扣件，其係具有 =將被壓縮行程所需受的力分散至該兩彈性段 =到彈性之需求也不會使彈性件毁加 b 的行程，進而可以增加蓄積的彈性 力;7被麼細 以藉由該彈性恢r讀動至一適=:M縮物可 =作提供-種具_與釋放機構之裝置 —免性扣件以形成具有一自動解除扣鎖狀能之㈣ :扣件先釋放與拉柄的卡合狀態，再利用：機= Γ使得拉柄-端與殼體相扣合的狀態可以出彈 % ’而得以解除。因此使用者只要拉柄每出 可以使彈力作用於加紅μ 9 釋放機制’即 吏隹力作用於拉柄上，而將拉柄彈出，進而解除固鎖 5 明2987 機制，以增加使用之方便性。 在-實施财’本創作提供一種彈性扣件，其係 有.一本體；一彈性體，其係具有一第一彈性部以及 ί彈性部’該第—彈性部係連接於該本體之-側面上，該 弟一彈性部則與該第—彈性部相連接；以及—釋放柄，盆 係以弟-端連接於該本體上，該釋放柄之第二端具有一卡 扣部，該釋放柄係藉由—外力使該釋放柄向—方向產生偏 擺’而改變該卡扣部之位置。 在另—實_中’賴作提供—翻鎖與釋放機構之 装置’其係包括有··-電子裝置；—彈性扣件，包括有一 本體\一彈性體以及—釋放柄，該本體係固設於該電子裝 ，上及彈性體係具有第—彈性部以及—第二彈性部，該 第彈係連接於該本體之一侧面上，該第二彈性部則 與該第：彈性部相連接’該釋放柄係以第一端連接於該本 體上。亥釋放柄之第二端具有一卡扣部，該釋放柄係藉由 外力使_放柄向_方向產生偏擺’而改變該卡扣部之 ，置；以及一卡扣臂，其係樞接於該電子裝置上，該卡扣 臂係於鎖位置時’壓在該彈性扣件上，使得該卡扣部 卡扣該卡扣臂之一端，以及於該外力作用於該釋放柄，使 該卡扣部脫離該卡扣臂時，該卡扣臂藉由該彈性扣件之彈 性恢復力之推動，而轉動至一釋放位置。 【實施方式】 為使貴審查委，員能對本創作之特徵、目的及功能有 更進一步的認知與瞭解，下文特將本創作之裝置的相關細 M392987 部結構以及設制理念原由進行朗，㈣得 以了解本創作之特點，詳細說明陳述如下：-委貝了 請參閱圖二A與圖二r料-^ , 之彈性扣件立體示意圖；圖Λ:其二= 該本體2。，其一側面上係4;Γ第二釋放柄22。 女每妙加士斗社 宁^、有至）一第一固定結構200。 本貝她例中，，亥第-固定結構係 的是，第一固定結構200之數量盥 序要况月 ^ 心数里興構形係根據需要而定並 無一疋之限制。該彈性體21，其係具有第一彈性部21〇以 2二彈性部2U ’該第-彈性部21°係連接於該本體 〇之-側面上’該第二彈性部211則與該第一彈性部21〇 相連接，使該彈性體21具有類似s形的結構。該本體2〇 之一側具有一卡合板202。 在本實施例中，該第一彈性部21〇更包括有 接桿2100、-第一彈性段21〇1以及—第二連接桿繼， 該第一連接桿2100連接於該本體2〇上，該第一彈性段以⑴ 係分別與該第-連接桿2100以及第二連接桿·之一端 相連接。在本實施例中，該第一連接桿21〇〇與該本體2〇 間具有一開槽201 ’以增加該第一彈性部21〇的壓縮變形 的緩衝空間。該第二彈性部2n更包括有一第二彈性段 _以及一第三連接桿2⑴，該第二彈性段211〇之一端 係與該第一彈性部210相連接，本實施例中，該第二彈性 段2110/系與該第一彈性部21〇之第二連接桿2〗〇2相連 接，該第三連接桿2111則與該第二彈性段211〇之另一端 相連接。 7 M392987 該釋放柄22,其係以第一端220連接於該本體20上， 該釋放柄22之第二端221具有一卡扣部222。該卡扣部222 上更連接有一推板223。如圖二C所示，該圖係為該彈性 扣件動作示意圖，當該彈性體受到外力90作用時，會壓縮 該彈性體21，由於本創作之彈性體21具有兩個以上的彈 性部，因此可以增加外力壓縮的行程。一但外力壓縮行程 增加，則彈性體21可以蓄積更多的彈性恢復力。另外，該 釋放柄22則可藉由外力91作用於推板223上，使該釋放 柄22向一方向產生偏擺，而改變該卡扣部222之位置 請參閱圖三所示，該圖係為本創作之固鎖與釋放機構 之裝置立體分解示意圖。該裝置3包括有一電子裝置30、 一彈性扣件2以及以卡扣臂31。該電子裝置30包括有一 殼體300以及一電子元件301，該電子元件301係設置於 該殼體300内。在本實施例中，該電子元件301可以為儲 存媒體，例如：硬碟或光碟，或者是網路模組，例如：集 線器（hub)或者是交換器（switch)等，但不以此為限。該殼體 300具有一底板3000,底板3000之一侧具有一靠板3001， 該底板3000與該靠板3001間具有一開口 3002，在該底板 3000靠近該開口 3002間具有一容置座3003，容置座3003 上具有一第二固定結構3004且在該容置座3003 —側開設 有一嵌入口 3005。在本實施例中，該第二固定結構3004 係為一對開孔。在另一實施例中，該靠板3001上更具有一 抵靠槽3006。該抵靠槽3006之設置係根據需要而定，並 非必要之元件。 該彈性扣件2，其結構係如圖二A與圖二B所示的結 M392987 構，在此不作贅述。在本實施例中，該彈性扣件2係設置 於该谷^座3003内，其中該彈性扣件2的第一固定結構 200 ’本貫施例為—對凸柱’其係分職人於第二固定結構 3004内。要5兄明的是，該第一固定結構2㈨與該第二固定 、、’。構3GG4只要是可以相互麵接以將該彈性扣件2固定於容 置座細3内即可，並不以本實施例之凸柱或開孔為限制。 而該彈性扣件2之卡合板加係嵌人該嵌人σ薦内。藉 由该第Γ固定結構200、第二固定結構3004、該卡合板202 乂及忒队入口 3005的結構使得該彈性扣件2可以固定於該 殼體300上。 要况明的是，該第一固定結構200與第二固定結構 3004的組合，以及該嵌入口 3〇〇5與該卡合板2〇2的組合 =同時實施或者是擇一為之，並不以本創作之實施例同 時貫施為限制。當該彈性扣件2裝入該容置座3〇〇3内時， 5亥彈性扣件2之釋放柄22的推板223以及該卡扣部222係 ^於該容置座3003而裸露於該開口 3術内。該卡扣臂 ，一係糟由一樞軸32通過該卡扣臂31上之一通孔31〇， =接於該殼體300上’使該卡扣臂31以該樞軸％進行 =丄在本實施例中’該卡扣臂31具有一臂體3ιι，且一 —凹座312 ’而另一端具有—凸段3U。該凸段、313 之側具有一導引面314。該臂I# $ j n > . -壓板315。 4體⑽之—側面上折接有 請參示：::::=r:r。 臂之動作關係示意圖。當該卡扣f31尚未二= Μ 观 987 卡扣時，卡扣臂31係位於如圖四Α :置：夺’使用者藉由施力帶動該 32為轴轉動。當卡扣臂 二二=軸 釋放柄22之卡扣部222之端面接觸==3 = 二於該卡扣部222上，使得該卡扣部』 於釋放柄的柄體可視為彈性雖臂 ° 往方向92鉍么士 勹评r王心' <，因此當卡扣部222 觸之面M L 導引面313川員著與該卡扣部從接 觸之^動，最後移動至如圖四B所示之—固鎖位置。 之導臂31移動至顧雜置時，由於卡扣臂31 不再作用於該卡扣部222，因此卡扣部222 S用力消失的情況下，先前所蓄積的彈性力會讓該釋放 ^ 往方向93移動而回到原位，進而讓該卡扣部奶抵 *於該凸段313上’㈣該卡扣f31限位於職鎖位置: 在此，時4壓板3 15係抵靠於該抵靠槽go%底面上，以 及省壓板315係壓在凸出於開口 3〇〇2之彈性體2丨之第二 弹性部211上。由於該彈性體21具有一第一彈性部2ι〇以 及一第二彈性部211，因此相較於圖一的先前技術而言， 可以在有限的容置空間中，產生比較大的壓縮行程，進而 可以讓彈性體累積比較大的彈性恢復力量。此外，該第— 彈性部210與第二彈性部211分散了卡扣臂31的壓力，因 此得以在大的壓縮行程中，彈性體不至於損壞或斷裂。 在圖四B中’由於該卡扣臂3〗位於固鎖位置’因此該 凹座312可以對應到一側的框架4上，以避免該電子裝置 被外力強拉而脫離框架4。該框架4通常為伺服器上提供 10 M392987 ***電子農置的開口周圍的結構，其係屬於習用的技術， 再此不作贅述。當使用者要拉出該裝置3以脫離框架4時， 首先需要讓凹座312離開與該框架4對應的位置。如圖四 C所不此時，使用者提供一外力9丨於該推板上，使 該卡扣部222往方向92移動，而脫離該卡扣臂3卜一但， 。亥卡扣4 222脫離邊凸段313時，原先蓄積於該彈性體 之彈性恢復力，在該卡扣臂31沒有受到拘束的情況下，便 會產生作用，將該卡扣臂向外方向推動。當該卡扣臂Μ藉 ㈣彈性扣件2之彈性恢復力之推料，即可轉動而轉^ 至-釋放位置’其係如圖四A所述之虛線的卡扣臂Μ的 位置。此時，凹座312脫離了與該框架 位 得使用者可以將裝置3抽拔。 W罝使 惟以上所述者，僅為本創作之實施例，當不能以之限 圍。即大凡依本創物^ 又化及b飾’仍將不失本創作之要義所在，亦 作之精神和範圍，故都應視為本創作㈣—步實施狀況。 M392987 【圖式簡單說明】 圖一係為習用之彈性扣件示意圖。 圖二A係為本創作之彈性扣件立體示意圖。 圖二B係為本創作之彈性扣件平面示意圖。 圖一 C係為該彈性扣件動作示意圖。 圖三係為本創作之固鎖與釋放機構之裝置立體分解示 意圖。 圖四A至圖四c係為本創作之固鎖與釋放機構之裝置 動作示意圖。 【主要元件符號說明】 彈性扣件 10-彈性體 連接段 12-本體 彈性扣件 20- 本體 200- 第一固定結構 201- 開槽 202- 卡合板 21- 彈性體 210-第一彈性部 2100- 第一連接桿 2101- 第一彈性段 2102- 第二連接桿 211 -第二彈性部 2110- 第二彈性段 2111- 第三連接桿 22-釋放柄 220- 第一端 221- 第二端 222- 卡扣部 223- 推板 3-裝置 30-電子裝置 300-殼體 3000- 底板 3001- 靠板 3002- 開口 12 M392987MJ92987 V. New description: [New technology field] The technology of the enemy, especially one kind of elastic fasteners and its lock and release system related to a kind of lock and release using elastic compression and restoring force release mechanism The device is set. [Prior Art] The servo computing processing system, the electronic device, each electronic device can have a plurality of network communication fishery, image transfer, and modules, for example: The combination can provide an operating module, which is backed by this. The service differential processing system is more powerful. In order to increase the effect that the electronic device is fixed to the servo electronic module _ the servo processing is different, the mechanism is properly locked. In the case of the first cabinet, it is necessary to expose a handle that is rotated by the US patent. The handle is free, and the structure is placed on both sides of the body to be placed in the frame. The burial has a splicing portion, and when the engaging portion of the casing end can be moved to the position, the shank is inside. In addition, as in the United States, the two locks are used to lock the casing to the frame locking mechanism, which is also attached to the side of the shank of the shank at 4 us. pat. N 0.5, 030, 108; The side is provided with a rotatable handle, and the makeup is rotated to a one-degree portion by the handle, and the substrate is engaged with the frame when the substrate is made in the frame. When the position is used, the engaging portion of the handle shaft (four) can be M392987. Although the technique described is good, the fixing effect of the locking mechanism is set to be ''but the user has to use the manpower for the user. It is inconvenient to use the pull handle to pull the device out of the snap fit. Therefore, the elastic fastener having elasticity without a pull handle as shown in Fig. 1 can solve the aforementioned inconvenience. However, the elastic fastener IG is only connected by the connecting body u 1 1 body 12 due to the elastic body IG, due to the material property limitation of the elastic fastener 1 and the breaking of the connecting section „ to avoid excessive pressure 2, the moving stroke of the middle elastic body 1G will be limited, resulting in limited elastic. T. The above-mentioned 'four (four) need - a kind of elastic fasteners and its fixed structure device to solve the problems caused by the conventional technology. Contents] The present invention provides an elastic fastener having a force that is required to be dispersed by the compression stroke to the two elastic segments = the requirement of elasticity does not cause the elastic member to dampen the stroke of b, thereby increasing the accumulation Elastic force; 7 is finely read by the elastic recovery r to a suitable =: M shrinkage can be provided - the device - with the release mechanism - the free fastener to form an automatic release The lock can be used (4): the fastener is released and the engagement state of the handle is first used, and the machine is used: the state of the pull-handle and the end of the case can be released by the % ', so the user can Each pull of the handle can cause the elastic force to act on the red μ 9 release machine The system's force acts on the handle, and the handle is ejected, thereby unblocking the mechanism of the 2, 2,987 to increase the convenience of use. In the implementation of the creation, the present invention provides an elastic fastener, which is provided with a body having a first elastic portion and an elastic portion connected to a side of the body, the elastic portion being connected to the first elastic portion And releasing the handle, the basin is connected to the body by the younger end, and the second end of the release handle has a buckle portion, the release handle is biased in the direction of the release handle by an external force. And changing the position of the buckle portion. The device for providing a flip-lock and release mechanism in the other is a electronic device; the elastic fastener includes a body\an elastomer And a release handle, the system is fixed on the electronic device, and the elastic system has a first elastic portion and a second elastic portion, the first elastic system is connected to one side of the body, and the second elastic portion is Connected to the first: elastic portion The end is connected to the body. The second end of the lifting handle has a latching portion, and the releasing handle changes the locking portion by the external force causing the yoke to yaw in the _ direction; a latching arm pivotally connected to the electronic device, wherein the latching arm is pressed against the elastic fastener when the latching position is in the locking position, so that the latching portion buckles one end of the latching arm, and the external force When the latching portion is disengaged from the latching arm, the latching arm is rotated to a release position by the elastic restoring force of the elastic fastener. [Embodiment] The committee members can further understand and understand the characteristics, purposes and functions of this creation. The following is a detailed description of the structure and design concept of the M392987 structure of the creation device. (4) to understand the characteristics of this creation, detailed The statement is as follows: - The two-dimensional schematic diagram of the elastic fasteners of Fig. 2A and Fig. 2, the material of Fig. 2, Fig. 2: Fig. 2: The body 2. , on one side of the body 4; Γ second release handle 22. Each of the wonderful Jiashidoushes has a first fixed structure of 200. In her example, the Haidi-fixed structure is that the number of first fixed structures 200 is in the order of months. The number of cores is determined according to needs and is not limited. The elastic body 21 has a first elastic portion 21 and a second elastic portion 2U'. The first elastic portion 21 is attached to the side surface of the main body. The second elastic portion 211 is the first elastic portion 211. The elastic portions 21 are connected to each other such that the elastic body 21 has an s-like structure. One side of the body 2 has a snap plate 202. In this embodiment, the first elastic portion 21 includes a post 2100, a first elastic segment 21〇1, and a second connecting rod. The first connecting rod 2100 is coupled to the body 2〇. The first elastic segments are respectively connected to the first connecting rod 2100 and the second connecting rod end by (1). In this embodiment, the first connecting rod 21 〇〇 and the body 2 具有 have a slot 201 ′ to increase the buffer space of the compression deformation of the first elastic portion 21 。. The second elastic portion 2n further includes a second elastic portion _ and a third connecting rod 2 (1). One end of the second elastic portion 211 is connected to the first elastic portion 210. In this embodiment, the second portion The elastic section 2110 is connected to the second connecting rod 2 〇 2 of the first elastic portion 21 , and the third connecting rod 2111 is connected to the other end of the second elastic portion 211 . 7 M392987 The release handle 22 is connected to the body 20 by a first end 220. The second end 221 of the release handle 22 has a latching portion 222. A push plate 223 is further connected to the buckle portion 222. As shown in FIG. 2C, the figure is a schematic view of the action of the elastic fastener. When the elastic body is subjected to the external force 90, the elastic body 21 is compressed. Since the elastic body 21 of the present invention has two or more elastic portions, Therefore, it is possible to increase the stroke of the external force compression. Once the external force compression stroke is increased, the elastic body 21 can accumulate more elastic restoring force. In addition, the release handle 22 can be applied to the push plate 223 by the external force 91, so that the release handle 22 is yawed in one direction, and the position of the buckle portion 222 is changed, as shown in FIG. The stereoscopic exploded view of the device for the locking and releasing mechanism of the present invention. The device 3 includes an electronic device 30, a resilient fastener 2 and a snap arm 31. The electronic device 30 includes a housing 300 and an electronic component 301 disposed in the housing 300. In this embodiment, the electronic component 301 can be a storage medium, such as a hard disk or a compact disk, or a network module, such as a hub or a switch, but not limited thereto. . The housing 300 has a bottom plate 3000. One side of the bottom plate 3000 has a backing plate 3001. The bottom plate 3000 has an opening 3002 between the bottom plate 3000 and the bottom plate 3000. The bottom plate 3000 has a receiving seat 3003 adjacent to the opening 3002. The receiving base 3003 has a second fixing structure 3004 and an insertion opening 3005 is formed on the side of the receiving base 3003. In this embodiment, the second fixing structure 3004 is a pair of openings. In another embodiment, the backing plate 3001 further has an abutment groove 3006. The arrangement of the abutment slots 3006 is based on needs and is not a necessary component. The elastic fastener 2 has a structure as shown in FIG. 2A and FIG. 2B, and is not described herein. In this embodiment, the elastic fastener 2 is disposed in the valley 3003, wherein the first fixing structure 200 of the elastic fastener 2 is in the form of a pair of protrusions. The second fixed structure 3004. To be 5 brothers, the first fixed structure 2 (9) and the second fixed, , '. The structure 3GG4 may be connected to each other to fix the elastic fastener 2 in the housing seat 3, and is not limited by the stud or opening of the embodiment. The engaging plate of the elastic fastener 2 is embedded in the inlay. The elastic fastening member 2 can be fixed to the housing 300 by the structure of the second fixing structure 200, the second fixing structure 3004, the engaging plate 202 and the stern inlet 3005. It should be noted that the combination of the first fixing structure 200 and the second fixing structure 3004, and the combination of the insertion port 3〇〇5 and the engaging plate 2〇2 are simultaneously implemented or alternatively, and are not The embodiment of the present invention is simultaneously applied as a limitation. When the elastic fastener 2 is inserted into the receiving seat 3〇〇3, the push plate 223 of the release handle 22 of the 5H elastic fastener 2 and the buckle portion 222 are exposed to the receiving seat 3003. The opening 3 is intraoperative. The latching arm is passed by a pivot 32 through a through hole 31 of the latching arm 31, and is connected to the housing 300 to cause the latching arm 31 to perform at the pivot axis. In the present embodiment, the latch arm 31 has an arm body 3 ιι and a recess 312 ' and the other end has a convex segment 3U. The side of the protruding section 313 has a guiding surface 314. The arm I# $ j n > . - a platen 315. 4 body (10) - folded on the side, please see: ::::=r:r. Schematic diagram of the action of the arm. When the buckle f31 has not yet been replaced by the 987 buckle, the latching arm 31 is located as shown in FIG. 4: the user is driven by the force to drive the 32 to rotate. When the end surface of the latching portion 222 of the latching arm 22=shaft release handle 22 is in contact ==3 = 2 on the latching portion 222, the handle portion of the latching portion can be regarded as elastic. In the direction of 92 铋 勹 勹 勹 r 王 王 王 王 , , , , , , , , , , 当 当 当 ML ML ML ML 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 313 Shown - the position of the lock. When the guide arm 31 is moved to the mismatched position, since the latching arm 31 no longer acts on the latching portion 222, when the latching portion 222 S is forced to disappear, the previously accumulated elastic force causes the release to be released. The direction 93 moves back to the original position, so that the buckle portion is pressed against the convex portion 313. (4) The buckle f31 is limited to the position of the lock: Here, the pressure plate 3 15 is pressed against the buckle. On the bottom surface of the groove go%, and the pressure-saving plate 315 is pressed against the second elastic portion 211 of the elastic body 2 that protrudes from the opening 3〇〇2. Since the elastic body 21 has a first elastic portion 2 ι and a second elastic portion 211, a relatively large compression stroke can be generated in a limited accommodating space compared to the prior art of FIG. It allows the elastomer to accumulate a relatively large elastic restoring force. Further, the first elastic portion 210 and the second elastic portion 211 disperse the pressure of the snap arm 31, so that the elastic body is not damaged or broken during a large compression stroke. In Fig. 4B, 'because the snap arm 3 is in the locked position', the recess 312 can correspond to the frame 4 on one side to prevent the electronic device from being pulled away from the frame 4 by external force. The frame 4 is generally provided with a structure of 10 M392987 inserted into the opening of the electronic farm on the server, which is a conventional technique and will not be described again. When the user wants to pull out the device 3 to disengage the frame 4, it is first necessary to leave the recess 312 away from the position corresponding to the frame 4. As shown in Fig. 4C, the user provides an external force 9 on the push plate to move the buckle portion 222 in the direction 92, and is separated from the buckle arm 3. When the hexagram 4 222 is disengaged from the slanting section 313, the elastic restoring force originally accumulated in the elastic body acts to prevent the latching arm 31 from being restrained, and the latching arm is pushed outward. . When the latch arm is pushed by (4) the elastic restoring force of the elastic fastener 2, it can be rotated and rotated to the - release position, which is the position of the dotted arm of the broken line as shown in Fig. 4A. At this point, the recess 312 is disengaged from the frame and the user can pull the device 3 out. However, the above is only the embodiment of this creation, and cannot be limited. That is to say, according to the creation of the creation of the product, and the decoration of the b, it will not lose the essence of the creation, but also the spirit and scope, so it should be regarded as the creation (four) - the implementation status. M392987 [Simple description of the drawings] Figure 1 is a schematic diagram of the elastic fasteners used in the past. Figure 2A is a three-dimensional schematic view of the elastic fastener of the present invention. Figure 2B is a schematic plan view of the elastic fastener of the present invention. Figure 1 C is a schematic diagram of the action of the elastic fastener. Figure 3 is a perspective exploded view of the device of the lock and release mechanism of the present invention. Figure 4A to Figure 4c are schematic diagrams of the operation of the device for the locking and releasing mechanism of the present invention. [Description of main component symbols] Elastic fastener 10 - Elastomer connecting section 12 - Body elastic fastener 20 - Main body 200 - First fixing structure 201 - Slot 202 - Interlocking plate 21 - Elastomer 210 - First elastic part 2100- First connecting rod 2101 - first elastic segment 2102 - second connecting rod 211 - second elastic portion 2110 - second elastic portion 2111 - third connecting rod 22 - release handle 220 - first end 221 - second end 222- Buckle portion 223 - push plate 3 - device 30 - electronic device 300 - housing 3000 - bottom plate 3001 - back plate 3002 - opening 12 M392987
3003- 容置座 3004- 第二固定結 構 3005- 嵌入口 3006- 抵靠槽 301-電子元件 31-卡扣臂 310- 通孔 311- 臂體 312- 凹座 313- 凸段 314- 導引面 315- 壓板 32-框軸 4-框架 90、91-外力 92、93-方向 94-壓力 133003- accommodating seat 3004-second fixing structure 3005- insertion hole 3006- abutting groove 301-electronic component 31-buckle arm 310-through hole 311-arm body 312- recess 313-bump 314- guiding surface 315- Pressure plate 32-frame shaft 4-frame 90, 91- external force 92, 93-direction 94-pressure 13