五、新型說明： 【新型所屬之技術領威】 本創作係與周邊装置安裝於電腦的鎖定技術有關，特 別是指可鎖定及解鎖定的一種電腦周邊裝置之鎖定器。 【先前技術】 目前的電腦周邊裝置，以需要外接的裝置而言，例如 抽取式硬碟，大多具有一鎖具，在抽取式硬碟插二電腦上 對應的插槽後，以鑰匙來扳轉該鎖具，使抽取式硬碟鎖定 在電腦上。 ' 上述的鎖定方式，利用了傳統的鎖具配合鑰匙的方 式’然而，使时常會將鑰匙遺失，進略成無法解除鎖 定的問題，反而使得抽取式碟碟無法取出，喪失了抽取式 的方便性。 另外，在公告M340589號專利中，揭露了一種推入/ 頂出構件(圖號41)，其可讓卡片***後，以按壓 改變推入及頂出的狀態。 工 【新型内容】 本創作之主要目的在於提供一種電腦周邊裝置之鎖定 益’其不需對應鎖具⑽匙，只需直接按壓g卩可對電腦周 邊裳置達到鎖定及解鎖的效果^ ° 〇〇本創作之次一目的在於提供一種電腦周邊裝置之鎖定 ’其具錢作簡單，取用方便的功效。 M395855 為了達成前述目的，依據本創作所提供之一種電腦周 邊裝置之鎖定器，包含有：一殼體，内部具有一容置空間. -按鍵’具有-身部以及-按壓部，該身部係可前^移動 地設置於該容置空間内，該按壓部位於該身部前端且位於 該殼體外’該身部具有前後延伸的一導引緣，該導引緣在 其前後的部分分別呈靠近該殼體的一侧或遠離該殼體的一 侧；一推入/頂出組件，設於該殼體與該按鍵之間，提供該 按鍵被按壓後呈推入該殼體或頂出該殼體之狀態；一鎖 閂，具有一導引部以及一鎖定部，該鎖閂係可移動地設於 該殼體，且該導引部係作用於該導引緣，該鎖閂於該按鍵 前後移動時藉由該導引部沿該導引緣的作用而於一鎖定位 置以及一解鎖位置之間移動，該鎖閂位於鎖定位置時該鎖 定部係伸出該殼體，該鎖閂位於解鎖位置時該鎖定部係縮 回該殼體；以及一彈性件，一端作用於該鎖閂而另一端作 用於該殼體或該殼體内部的元件，其彈性力用以保持該鎖 閂向鎖定位置移動。藉此可具有不需鑰匙即可操作鎖定及 解鎖的簡易性及方便性。 【實施方式】 為了詳細說明本創作之構造及特點所在，茲舉以下之 較佳實施例並配合圖式說明如後，其_ : 如第一圖至第二圖所示，本創作第一較佳實施例所提 供之一種電腦周邊裝置之鎖定器10，主要由一殼體11、一 &鏈21、一推入/頂出組件31、一鎖問41以及一彈性件51 4 M395855 所組成，其中： 該殼體11 ^内部具有一容置空間12,該殼體u係由 -底座13與一盍體18所組成，該容置空間⑴ 於 底座η與該蓋體18之間。該殼體u的底座13、 擋塊14延伸至該容置空間12内。 _ 複數 該按鍵2卜具有一身部22以及—按壓部28，V. New Description: [New Technology Alliance] This creation is related to the locking technology of the peripheral device installed in the computer, especially the lock of a computer peripheral device that can be locked and unlocked. [Prior Art] In the current computer peripheral device, in the case of an external device, for example, a removable hard disk, most of them have a lock, and after the removable hard disk is inserted into the corresponding slot on the second computer, the key is used to turn the device. The lock locks the removable hard drive to the computer. 'The above locking method utilizes the traditional lock with the key.' However, the key is often lost, and the problem of unlocking cannot be unlocked. Instead, the removable disc cannot be removed, and the convenience of the removable type is lost. . Further, in the publication No. M340589, a push-in/ejection member (Fig. 41) is disclosed which allows the push-in and push-out states to be pressed after the card is inserted. [New content] The main purpose of this creation is to provide a locking function for the computer peripheral device. It does not need to correspond to the lock (10) key. Just press g卩 directly to lock and unlock the computer. ^ ° 〇〇 The second purpose of this creation is to provide a lock for the computer peripheral device, which is simple and easy to use. M395855 In order to achieve the foregoing object, a lock for a computer peripheral device according to the present invention includes: a casing having an accommodation space therein. - a button having a body portion and a pressing portion, the body portion The guiding portion is located at the front end of the body and is located outside the housing. The body has a guiding edge extending forward and backward. The guiding edge is respectively in front and rear portions thereof. a side of the housing or a side away from the housing; a push-in/out-out assembly disposed between the housing and the button to provide the button to be pushed into the housing or to be ejected a state of the housing; a latch having a guiding portion and a locking portion, the latch being movably disposed on the housing, and the guiding portion acting on the guiding edge, the latch being latched When the button moves back and forth, the guiding portion moves between a locking position and an unlocking position along the guiding edge, and the locking portion extends out of the housing when the latch is in the locking position, the lock The locking portion is retracted to the housing when the latch is in the unlocked position; A resilient member acting on the one end and the other end as a latch element for the housing or the interior of the housing, the elastic force for holding the latch to the lock position. This makes it easy and convenient to lock and unlock without the need for a key. [Embodiment] In order to explain the structure and characteristics of the present invention in detail, the following preferred embodiments are described with reference to the following figures, as follows: As shown in the first to second figures, the first comparison of the creation A locker 10 for a computer peripheral device provided by a preferred embodiment is mainly composed of a casing 11, a & chain 21, a push-in/out assembly 31, a lock 41, and an elastic member 51 4 M395855. The housing 11 has an accommodating space 12, and the housing u is composed of a base 13 and a body 18, and the accommodating space (1) is between the base η and the cover 18. The base 13 and the block 14 of the housing u extend into the accommodating space 12. _ plural, the button 2 has a body portion 22 and a pressing portion 28,
22係可前後雜地設置_容置㈣以，_壓》 位於該身部22前端且位於該殼體u外，該身部μ且& 後二申的-導引緣23 ’該導引緣23在其前後的部二= 呈靠近該殼體11的一側或遠離該殼體u的一側。本第 實施例所指的一侧係以左側為例（此僅為舉例而已，亦可 化為右側），且在本實施例中該導引緣23係由前往後地由 靠近而漸遠離該殼體11的左侧。該身部22還具有一六 區24,該容置區24的空間係可供該彈性件51的前端以及 該鎖閂41在受外力作用時於其内左右擺動。由第二圖中可 看出，本實施例中該導引緣23位於該容置區24左側。此 外，該身部22具有複數擋部25對應於等擋塊14，該身部 22向前移動至預定距離時，該等擋部25即抵於該等幹塊 14，藉以防止該身部22被拉出該殼體11。 該推入/頂出組件31，設於該殼體11與該按鍵21之 間’提供該按鍵21被按壓後呈推入該殼體1丨或頂出該殼 體11之狀態。其中，由於該推入/頂出組件31係屬習知技 術，其詳細結構及操作方法容不贅述。 該鎖閂41 ’具有一導引部42以及一鎖定部44，該鎖 5 M395855 閂4】係以可旋擺的方式設於該殼體11，且該導引部42作 用^該導弓|緣Μ，該鎖閃W於該按鍵Μ前後移動時藉由 該‘引部42沿該導引緣23 #作用而於一鎖定位置以及一 解鎖位置之間移動，該朗41位於鎖定位置時該鎖定部 44係伸出6亥殼體n，該鎖問W位於解鎖位置時該鎖定部 I4係縮回該殼體1卜其中’以該糊4!位於鎖定位置來 疋義該朗41之結構時，該_ 41的鎖定部44的後方具 有由該殼體U外側向著該殼體n且向後延伸的一斜面 /鎖疋部44的别S具有一橫向延伸的撐面442。 /山〜彈11件51 ’係為—彈片，以其後端設於該身部22 後端挪性件51的前端係位於該容置區Μ内且作 該鎖問41料引部42，可在受外 ％ 内左右擺動。該彈性侔/谷罝£24 "後地由#近而漸遠離該殼 的左側，而對應於該導引緣23。藉此該彈性件 =於該按鍵21以及該朗41之間，而該按鍵21即為該封 轉性件51的雜力肋倾該^ 也為了加強鎖定效果，係在該殼體11的蓋體18設置 =9’且該按鍵21的身部22具有—鎖定孔26,於= H1)呈推人該戒體丨1的狀態時，該穿孔19係對應於該鎖 疋孔26。藉此可將—蜾γ 丄A 豕鎖 栓96由外部穿過該穿孔19而蟫接 於該鎖技26, _轉較的縣。 累接 接下來說明本第—實施·，# 本第-實施例未安裝於—電關邊裝£81(示於第六圖^ 早獨動作狀態，之後再說明安裝於—電腦周邊裝置 動作狀態。 請參閱第三圖，本第-實施例之鎖定器10，在該按鍵 1處於呈推入該殼體11的狀態時，該鎖閃41係受到該彈 ，件W的作用，且該朗41之導引部42作用於該導引緣 =的前段而靠近該殼體U的左側，因此該朝41位於鎖 疋位置’該鎖定部44係伸出該殼體u。 如第四圖所示，在該按鍵21受到一次按壓後，藉由該 推入/頂出組件31的作用而使得該按鍵21呈頂出該殼體H 的狀態。此時該侧4i的導引部42係作用於該導引緣^ 的後段而遠離該殼體U的左側，而這個作用關係會使得該 鎖閃4〗魏鱗義置，該骸部μ也縮㈣殼體^。 在該按鍵21又再一次受到按壓後，即藉由該推入/頂 出組件31的作用而使得該按鍵21又回復至推人該殼體u 的狀態’即回復為第三圖所示的狀態。 此外，在第三圖所示的狀態下，該鎖閂41是受到該彈 ^生件51的作用而讓該鎖定部44伸出該殼體^的。此時若 有外力作用於該鎖定部44將之向殼體u内部推動若推 動的力量大於該彈性件51的彈性力，則藉由該容置區Μ 的:間關係’該鎖閃41仍會向内旋擺至該容置區24而該 鎖疋M4即縮回該殼體“内其狀態如第五圖所示。 而在本第實施例之鎖定器1〇實施於一電腦周邊裝 f 一81(例如抽取式硬碟)時，如第六圖至第八圖所示並配合 弟一圖至第五圖’係安裝於該電腦周邊裝置81的-側，該 M395855 電腦周邊裝置81所欲安裝的電腦主機機殼91上係設有對 應的插槽92。在將該電糊邊裝置81由該㈣92推入至 該機殼91 _過財，在_定11 10經賴機殼91時， 該鎖閃4\的鎖定部44後方所具有的斜面44i即會作用於 機殼9卜藉由分力作用而將該鎖定部44推入該鎖定器1〇 之殼體11 ⑽内(鎖定部44被推入的狀態即如第五圖所示）。 在該鎖定n ίο完全通過該機殼91後，該朗41即不再受 到機殼作用而藉由該彈性件51的作用而使該鎖定部44 =露出於其殼體^外’此時即藉由該擋面祀該機殼 後方’該電腦周邊裝置81以及該鎖定器1〇即被撐止在 =機殼91的後方而無法被拉出，此時即完成較動;。換 吕之，操作者只要直接將該電腦周邊裝置81推入至該機殼 91即自動完成鎖定動作。 ^成 請再參閱第九圖至第十圖，欲將已推入的該電腦周邊 山1取出時，只需再度按壓該按鍵21，藉由該推入/頂 扭組件31的作用，可作用該制41使該鎖定部44縮回該 设體11内而呈第九圖的狀態。此時該鎖定部44即沒有擋 f於:機殼91的後方，因此可將該電腦周邊裝置8Γ連； 該鎖定器10-併取出’取出的狀態如第十圖。換言之操 作^只要按壓該按鍵2卜次，即可解除鎖定狀態來取出該 获κ周邊裝置81。此外，在解除鎖定狀態取出該電腦周邊 裝置81時，除了直接將該電腦周邊裝置81扱出之外，還 可以藉由拉著該按鍵21的按壓部28向外，藉由該等擋部 25與擋塊14的相抵關係，而連同該殼體^以及該電腦周 8 裝置81 一起拉出該機殼9卜 又，若預期該電腦周邊裝置81在裝入機殼91後短時 ^内不會取出的話，還可以在該機殼91上對應設置一螺接 (示於第十圖）對應於該殼體η的穿孔19以及該身部 誃的鎖疋孔26(穿孔19及鎖定孔26示於第二圖），並藉由 、螺栓96(不於第六圖）鎖固，藉此除非該螺栓96被取下， =則—直是被該螺栓96鎖定於機殼91上的狀態，藉此可 M達到更為穩固的鎖定狀態，在此狀態下，即使按壓該按 1，也無法使其動作，亦即無法改變其狀態而解鎖。 請再參閱第十-圖至第十五圖，本創作第二較佳實施 例所提供之一種電腦周邊裝置之鎖定器60，主要概同於前 迷第—實施例，不同之處在於： ,該鎖問41，細可左右移動的方式設置於該殼體 1Γ(本實施例中係設置在殼體U，的底座13>且該鎖閂41， 具有一彈簧槽48。 一該彈性件51’於本第二實施例並不是彈片狀，而是一 彈簧’容置於該彈簧槽48 N，該彈性件M，的一端頂抵於 該彈簧槽48’的底壁，另一端頂抵於該殼體u，。 藉此，該彈性件51，同樣的可以提供作用於該鎖閂41， 向鎖定位置移動的彈性力。 〃本第三實施例之其餘結構以及操作狀態均概同於前揭 第—實施例，容不贅述。 由上可知，本創作所可達成之功效在於： -、不需鎖具：本創作不需要鎖具以及鱗，要把電 腦周邊裝置裝人時，只需直接推人即可完成鎖定動作。要 取出電關邊裝置時，只需按龍按鍵—次崎除鎖定狀 態，之後即可取出電腦周邊裝置。 一操作簡單、取用方便：由於鎖定只需直接推入， =解鎖只需按壓該按鍵—次，因此在鎖定及解鎖上的操作 都極為簡單，且取用上也極為方便。 【圖式簡單說明】 第一圖係本創作第一 第二圖係本創作第一 第三圖係本創作第— 移開蓋體後顯示鎖閂位於 較佳實施例之組合立體圖。 較佳實施例之分解立體圖。 較佳實施例之動作示意圖，其係 鎖定位置的狀態。 四圖縣創作第—触實闕之再—動作示， 不，鍵頂出，且糊位於_位置的狀態。· 第五圖係本創作第一較佳實施例之又 顯示翻直接被外力作用時_殼體__。 第六圖係本創作第一赵 本創作安裝於電腦周邊裝置後之狀 =。動作示意圖，顯示 態。第七國概，，瞻轉咖後的狀 罘八圖係弟 顯示 顯示 匈邵放大圖。 “=創作第1佳實施例之— 第十圖係本創作第―較佳實施例之動作幻 M395855 本創作連同電腦周邊裝置一起被拉出機殼的狀態。 第十一圖係本創作第二較佳實施例之組合立體圖，顯 示蓋體移開後的狀態。 第十二圖係本創作第二較佳實施例之局部分解立體 圖，顯示鎖閂分解後的底部狀態。 第十三圖係本創作第二較佳實施例之動作示意圖，顯 示未動作時，鎖閂位於鎖定位置之狀態。 第十四圖係本創作第二較佳實施例之動作示意圖，顯 示按鍵頂出，且鎖閂位於解鎖位置的狀態。 第十五圖係本創作第二較佳實施例之動作示意圖，顯 示鎖閂直接被外力作用時縮回殼體内的狀態。 【主要元件符號說明】 10電腦周邊裝置之鎖定器 11殼體 12容置空間 13底座 14擋塊 18蓋體 19穿孔 21按鍵 22身部 23導引緣 24容置區 25擋部 26鎖定孔 28按壓部 31推入/頂出組件41鎖閂 42導引部 44鎖定部 441斜面 442擋面 51彈性件 60電腦周邊裝置之鎖定器 11’殼體 13’底座 41’鎖閂 48彈簧槽 51’彈性件 11 M395855 81電腦周邊裝置 91機殼 92插槽 93螺接孔 96螺栓The 22 series can be arranged in front and rear. _ accommodating (four) _ _ pressure is located at the front end of the body 22 and outside the casing u, the body μ and &s; The edge 23 of the rim 23 is on the side close to the housing 11 or on the side away from the housing u. The one side referred to in the first embodiment is exemplified by the left side (this is merely an example, and may be turned into the right side), and in the present embodiment, the guiding edge 23 is moved away from the rear and away from the rear. The left side of the housing 11. The body portion 22 also has a six-zone portion 24 in which the space for the front end of the elastic member 51 and the latch 41 are swung left and right inside when the external force is applied. As can be seen from the second figure, in the embodiment, the guiding edge 23 is located on the left side of the accommodating area 24. In addition, the body portion 22 has a plurality of blocking portions 25 corresponding to the equal stoppers 14, and when the body portions 22 are moved forward to a predetermined distance, the blocking portions 25 abut against the dry blocks 14, thereby preventing the body portion 22 from being prevented. The housing 11 is pulled out. The push-in/out-out assembly 31 is disposed between the casing 11 and the button 21 to provide a state in which the button 21 is pressed and pushed into the casing 1 or pushed out of the casing 11. Wherein, the push-in/out-out assembly 31 is a conventional technology, and its detailed structure and operation method are not described herein. The latch 41' has a guiding portion 42 and a locking portion 44. The latch 5 M395855 is provided in the housing 11 in a swingable manner, and the guiding portion 42 acts on the guiding bow| In the edge, the lock flash W moves between a locked position and an unlocked position by the 'lead portion 42 along the guiding edge 23 # when the button Μ moves forward and backward, and the lang 41 is located at the locking position. The locking portion 44 is extended to the 6-shell housing n, and the locking portion I4 is retracted into the housing 1 when the locking device W is in the unlocking position, and the structure is defined by the paste 4! At the rear of the locking portion 44 of the _41, a slanting/locking portion 44 extending from the outer side of the casing U toward the casing n and extending rearward has a laterally extending struts 442. / Shan ~ 11 11' is a shrapnel, with the rear end of the rear end of the body 22, the front end of the body 51 is located in the accommodating area 且 and serves as the lock 41 It can swing left and right within the outside %. The elastic 侔/谷罝£24 " is later moved from # to the left side of the casing and corresponds to the leading edge 23. Thereby, the elastic member=between the button 21 and the flange 41, and the button 21 is the hybrid rib of the sealing member 51. Also for reinforcing the locking effect, the cover of the housing 11 is attached. When the body 18 is set to 9' and the body 22 of the button 21 has a locking hole 26, the hole 19 corresponds to the locking hole 26 when the state of the body 丨1 is pushed. Thereby, the 蜾γ 丄A 豕 lock pin 96 can be externally passed through the through hole 19 to be connected to the lock technology 26, _ turn to the county. The following is a description of the present invention - the implementation of the first embodiment is not installed in the electrical closing edge of the £81 (shown in the sixth figure ^ early independence action state, then the installation of the computer peripheral device action state Referring to the third figure, the locker 10 of the first embodiment, when the button 1 is in the state of being pushed into the casing 11, the lock flash 41 is subjected to the action of the spring, the member W, and the Lang The guiding portion 42 of the 41 acts on the front side of the leading edge = and approaches the left side of the housing U, so that the facing 41 is in the locking position 'the locking portion 44 extends out of the housing u. As shown in the fourth figure It is shown that after the button 21 is pressed once, the button 21 is in a state of ejecting the housing H by the action of the push-in/out unit 31. At this time, the guiding portion 42 of the side 4i functions. In the rear section of the guiding edge ^ away from the left side of the housing U, and this relationship will make the locking flash 4, the scale is also reduced (four) the housing ^. The button 21 is again subjected to After pressing, the button 21 is returned to the state of pushing the housing u by the action of the push-in/out unit 31. The state shown in the third figure. Further, in the state shown in the third figure, the latch 41 is subjected to the action of the elastic member 51 to allow the locking portion 44 to extend out of the casing 2. If an external force acts on the locking portion 44 to push it toward the inside of the housing u, if the pushing force is greater than the elastic force of the elastic member 51, the interlocking relationship of the receiving area ' The lock M4 is swung inwardly to the accommodating area 24, and the lock M4 is retracted into the housing. The state thereof is as shown in the fifth figure. In the first embodiment, the locker 1 is implemented on a computer peripheral device. When an 81 (for example, a removable hard disk) is attached to the side of the computer peripheral device 81 as shown in FIGS. 6 to 8 and in conjunction with the first to fifth figures, the M395855 computer peripheral device 81 The computer main body casing 91 to be installed is provided with a corresponding slot 92. The electric paste device 81 is pushed into the casing 91 by the (four) 92 _ _ _ _ _ _ 11 11 At the time of the locking portion 44 of the lock flash 4, the inclined surface 44i of the lock portion 44 acts on the casing 9 to push the locking portion 44 into the casing of the locker 1 by the force component. 11 (10) (the state in which the locking portion 44 is pushed is as shown in the fifth figure). After the locking n ίο completely passes through the casing 91, the lang 41 is no longer subjected to the casing and the elastic member The action of 51 causes the locking portion 44 to be exposed to the outside of the housing. At this time, the computer peripheral device 81 and the locking device 1 are supported by the chassis. The rear of the shell 91 cannot be pulled out, and the movement is completed at this time; in the case of the change, the operator simply pushes the computer peripheral device 81 into the casing 91 to automatically complete the locking action. In the ninth to tenth drawings, when the peripheral mountain 1 of the computer that has been pushed in is removed, the button 21 is only required to be pressed again, and by the action of the push/top twisting assembly 31, the system 41 can be acted upon. The lock portion 44 is retracted into the interior 11 and is in the state of the ninth diagram. At this time, the locking portion 44 is not blocked from the rear of the casing 91, so that the computer peripheral device 8 can be connected; the state in which the locker 10 is taken out and taken out is as shown in the tenth figure. In other words, as long as the button 2 is pressed twice, the locked state can be released to take out the obtained κ peripheral device 81. Further, when the computer peripheral device 81 is taken out in the unlocked state, in addition to directly pulling out the computer peripheral device 81, the pressing portion 28 of the button 21 can be pulled outward by the blocking portion 25 In conjunction with the stopper 14, the casing 9 is pulled out together with the casing and the computer peripheral 8 device 81. If the computer peripheral device 81 is expected to be installed in the casing 91, it is not short. If it is taken out, a screwing (shown in FIG. 10) corresponding to the through hole 19 of the casing η and the locking hole 26 of the body ( (the through hole 19 and the locking hole 26) may be correspondingly arranged on the casing 91. Shown in the second figure), and locked by the bolt 96 (not shown in the sixth figure), unless the bolt 96 is removed, then the state is directly locked by the bolt 96 to the casing 91. In this way, the M can be locked in a more stable state. In this state, even if the button is pressed, it cannot be operated, that is, the state cannot be changed and unlocked. Please refer to the tenth to fifteenth drawings. A locker 60 for a computer peripheral device according to the second preferred embodiment of the present invention is mainly similar to the first embodiment, except that: The lock 41 is disposed in the housing 1Γ (in the present embodiment, the base 13 disposed in the housing U), and the latch 41 has a spring slot 48. The elastic member 51 The second embodiment is not in the shape of a spring, but a spring is accommodated in the spring groove 48 N. One end of the elastic member M abuts against the bottom wall of the spring groove 48', and the other end is abutted. In this case, the elastic member 51 can also provide an elastic force acting on the latch 41 to move to the locking position. The remaining structure and operation state of the third embodiment are the same as As mentioned above, the functions that can be achieved by this creation are: - No locks required: This creation does not require locks and scales. Pushing can complete the locking action. To remove the electric edge device, just press The dragon button - the sub-salt lock state, after which you can take out the computer peripheral device. A simple operation, easy to use: because the lock only needs to be pushed directly, = unlock only need to press the button - times, so on the lock and unlock The operation is extremely simple, and it is also very convenient to use. [Simplified description of the drawing] The first picture is the first and second picture of the creation. The first and third pictures of this creation are the first part of the creation - the lock is displayed after the cover is removed. The latch is in the assembled perspective view of the preferred embodiment. The exploded perspective view of the preferred embodiment. The schematic diagram of the preferred embodiment is the state of the locked position. The creation of the fourth map of the county - the touch of the touch - action, no, The key is ejected, and the paste is in the state of the _ position. · The fifth figure is the first preferred embodiment of the present invention, which shows that the flip is directly applied by the external force _ shell __. After the creation and installation of the peripheral device of the computer =. Action diagram, display state. The seventh country, after the turn of the coffee, the figure shows the enlarged picture of the Hungarian Shao. "=Creating the first best example — The tenth picture is the original The operation of the first preferred embodiment is M395855. The creation is pulled out of the casing together with the computer peripheral device. The eleventh figure is a combined perspective view of the second preferred embodiment of the present invention, showing that the cover is removed The twelfth figure is a partially exploded perspective view of the second preferred embodiment of the present invention, showing the bottom state after the latch is disassembled. The thirteenth drawing is a schematic view of the action of the second preferred embodiment of the present invention, showing that the action is not in operation The fifteenth figure is a state of the second preferred embodiment of the present invention, showing a state in which the button is ejected and the latch is in the unlocked position. The fifteenth figure is the second comparison of the present creation. The schematic diagram of the action of the preferred embodiment shows the state in which the latch is directly retracted into the housing when the external force is applied. [Main component symbol description] 10 computer peripheral device locker 11 housing 12 housing space 13 base 14 stopper 18 cover Body 19 perforation 21 button 22 body 23 guiding edge 24 accommodating area 25 dam 26 locking hole 28 pressing portion 31 pushing in/out assembly 41 latch 42 guiding portion 44 locking portion 441 bevel 442 visor 51 elastic member 60 electric Locker for brain peripheral device 11' housing 13' base 41' latch 38 spring slot 51' elastic member 11 M395855 81 computer peripheral device 91 housing 92 slot 93 screw hole 96 bolt
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