M341083 八、新型說明： 【新型所屬之技術領域】 ， 本創作係有關一種防盜裝置，特別是指一種以按鍵密碼開啟之機械鎖。 【先前技術】 按’目前市面上之防盜鎖大致上分為機械鎖及電子鎖，機械鎖包括鑰 遣鎖、轉盤鎖及按鍵鎖，而電子鎖包括感應式、按鍵式、刷卡式等鎖。 按鍵鎖係以設定數字密碼之方式進行開鎖，傳統機械式按鍵鎖之密碼 無先後順序之分，只要將密碼全數按下即可將鎖打開，而按鍵式電子鎖則 要依序輸入密碼，因此有較多種不同的排列組合。但機械式按鍵鎖不需要 加裝供電裂置，無需考慮防水問題，故障率也低，就實用性來說顯然較電 子鎖為佳，更便於栓鎖於任何需要防盜之實物上。 以下，本創作即提出一種按鍵式防盜裝置，具體架構及其實施方式將 詳述於下。 【新型内容】 本創作之主要目的在提供一種按鍵式防盜裝置，其係在按鍵之調整元 件底鈿。又置5周整槽，以旋轉調整元件及控制元件，達到利用控制元件上 之防呆設計改變密碼，使開關可下按打開鎖勾之目的。 • 本_之另—目的在提供—觀鍵式防盜㈣，其巾按敝係與殼體 樞接、，可將按鍵組與殼體分開以旋轉調整槽更改密碼。 為達上叙目的，摘條供—麵賊防絲置，其聽括一殼體， 包含二外鋪及-内殼體；—按鍵組，設置於殼體上，包含_蓋板、至少 固定板、複數按鍵及-開關；以及一鎖勾，其係設置於殼體頂端，按下 開關可打_勾I其中每_按鍵係由—按鍵本體、—控制元件及一調整元 件所組成’碰70件之底部設有一調整槽，旋轉調整槽時可連帶旋轉調整 70件及控制7〇件’使控制元件±之防呆裝置啟動，當有啟動防呆裝置之按 鍵皆被按下時，按下開關可打開鎖勾。 底下藉由具體實施例詳加說明，當更容易瞭解本創作之目的、技術内 M341083 谷、特點及其所達成之功效。 【實施方式】 一本創作提供一種按鍵式防盜裝置，第一圖為本創作之立體圖，如圖所 不’本創作所提供之按鍵式防盜裝置包括外殼體1〇、鎖勾16及按鍵組， •其中按鍵組20上具有三種按鍵，分別為開關22、按鍵3〇及清零按鍵27。 一防塵蓋18樞接於外殼體1〇之下端或按鍵組2〇之下端。 第二圖為本創作中將按鍵組2〇打開之示意圖，請同時參考第三圖所示 之分解圖，外殼體10之左右兩側邊緣向内彎折，於外殼體1〇内部設置一 内殼體12，此外殼體1〇及内殼體12之頂端各設有一鎖孔1〇2、122，以 籲供U型之鎖勾16之較長端穿過，並可於外殼體1〇及内殼體12之鎖孔 102、122中上下移動，再利用一固定片34設置一道檻，使鎖勾16不會 完全麟外殼體10及内殼體12 ;於内殼體1〇及按鍵組2〇之間放置一隔 板14將兩者隔開。從第二圖中亦可看出按鍵組係枢接於殼體扣之 端，而防塵蓋18則樞接於按鍵組20之底端。 β 第三圖中右侧方框内為按鍵組2〇之後視圖，請同時參考第四圖所示之 ——按鍵組20之細部分解圖。按鍵組2〇包含一蓋板21、開關22、複數按鍵 30及複數固定板40，其中，蓋板21上設有數目與按鍵3〇數量相同之孔 洞使按鍵30凸出；按鍵30包括複數按鍵本體3〇2、複數控制元件3〇4及 馨複數調整元件306，而固定板40包括一第一固定板402、一第二固定板 404及一第三固定板406，於第一固定板402、第二固定板404及第三固 定板406上亦分別設有數量與按鍵3〇數相同之孔洞，使調整元件卡 固於第一固定板402上，再於調整元件306上放置第二固定板4〇4及第三 固定板406’最後在第三固定板406上設置控制元件304及按鍵本體302。 第一固定板402之四角各設有一固定孔4022，利用複數螺絲32從下方向 上穿過固定孔4022，將按鍵本體302、控制元件304、調整元件306、第 一固定板402、第二固定板404及第三固定板406等構件固定在蓋板21 背面。 開關22與一開關殼體24分別從蓋板21之上方及下方組合，並以一 M341083 螺絲26將兩者鎖在一起，開關22並_殻體12 f 當按下開關22時可帶動第二敗板404向下雜疋板相接 调整元件306末端為圓开知前 部固定，於調整元件306底部柱f ’可卡在控制元件304内 , _^==調=瓣，帶動控制元件- 置3042亦不按下任何按鍵3。時，:=二置= =1=防/^ 3042中；若不旋轉防繼卻按下任二30 =’第二_4G4會卡到按下之按鍵3〇的侧 壁，不會剛好嵌入任-防呆裝置3042之凹槽，故此時開關22無法按下； ίϊ=:04旋轉啟動防呆裝置3042後將此按鍵之號瑪設為密碼，且 ^ 了，㈣之正確按鍵3〇時’再按開關22可讓第二固定板4〇4下移 並肷入母-按鍵3G之防呆裝置3G42巾，__ 16。 歷^鍵^ 2〇中更包括—滑動裝置28及設於其上之清零按鍵27，當按錯 按義時，按下清零按鍵27可帶動滑動裝置28將按鍵加彈起回復原狀。 第五圖為本創作之侧面剖視圖’從圖中可看出外殼體1〇及内殼體杈 之上緣皆向内彎折，按鍵組2〇與内殼體12樞接；隔板14上方即為按鍵 組20。從圖中可看出按鍵本體3〇2、控制元件304、調整元件306、第- 固定板4G2、第二固定板404及第三固定板4Q6等構件之械位置關係。 第六圖為第五圖中從箭頭A方向之剖視圖，映片34將鎖勾16之鎖 舌卡住使鎖勾16無齡開，當輸人正確_並按下關22後可將按鍵組 20打開如第二圖所示，接著將固定片34拿起後，可將鎖勾16解開。第七 圖為第五圖中從箭頭.B方向之剖視圖，從圖争可清楚看出滑動裝置28斑 控制元件304之關係，當按下按鍵本體3〇2時，控制元件3〇4會卡在滑^ 裝置28上，因此按下清零按鍵27移動滑動裝置28可將已按下之控制元 件304回歸原位。 工 唯以上所述者，僅為本創作之較佳實施例而已，並非用來限定本創作 7 M341083 實施之範圍。故即凡依本創作申請範圍所述之特徵及精神所為之均等變化 或修飾，均應包括於本創作之申請專利範圍内。 【圖式簡單說明】 '第一圖為本創作按鍵式防盜裝置之立體圖。 第二圖為本創作中將按鍵組打開之立體圖。 第三圖為本創作按鍵式防盜裝置之分解圖。 第四圖為本創作中按鍵組之細部分解圖。 第五圖為本創作之側面剖視圖。 第六圖為第五圖中從箭頭A方向之剖視圖。 鲁第七圖為第五圖中從箭頭B方向之剖視圖。 【主要元件符號說明】 10外殼體 102鎖孔 12内殼體 122鎖孔 14隔板 16鎖勾 18防塵蓋 • 20按鍵組 21蓋板 22開關 24開關殼體 26螺絲 • 27清零按鍵 28滑動裝置 30按鍵 302按鍵本體 304控制元件 8 M341083 3042防呆裝置 306調整元件 3062調整槽 ' 32螺絲 • 34固定片 40固定板 402第一固定板 4022固定孔 404第二固定板 φ 4〇6第三固定板M341083 Eight, new description: [New technical field], this creation is related to an anti-theft device, especially a mechanical lock that is opened with a key code. [Prior Art] According to the current anti-theft locks on the market, it is roughly divided into a mechanical lock and an electronic lock. The mechanical lock includes a key lock, a turntable lock and a key lock, and the electronic lock includes an inductive, push-button, swipe-type lock, and the like. The key lock is unlocked by setting the digital password. The password of the traditional mechanical key lock is not in the order, as long as the password is pressed all the way to open the lock, and the push-button electronic lock is to input the password in order, so There are many different combinations of permutations. However, the mechanical key lock does not need to be equipped with a power supply split, no need to consider the waterproof problem, and the failure rate is also low. In terms of practicality, it is obviously better than the electronic lock, and it is more convenient to lock the lock on any physical object that needs theft prevention. In the following, the present invention proposes a push-button anti-theft device, and the specific architecture and its implementation will be described in detail below. [New Content] The main purpose of this creation is to provide a push-button anti-theft device that is attached to the bottom of the adjustment element of the button. The groove is further set for 5 weeks to rotate the adjusting component and the control component to change the password by using the foolproof design on the control component, so that the switch can be pressed to open the lock hook. • The other purpose of this is to provide a watch-type anti-theft (4). The towel is pivotally connected to the housing, and the button group can be separated from the housing to rotate the adjustment slot to change the password. In order to achieve the above-mentioned purpose, the strip is provided for the thief to prevent the wire from being placed, and the hearing includes a casing, including the second outer cover and the inner casing; the button group is disposed on the casing, including the cover plate, at least fixed a plate, a plurality of buttons and a switch; and a lock hook, which is disposed at the top of the casing, and the switch can be used to press the switch _ hook I, wherein each button is composed of - the button body, the control component and an adjusting component There is an adjustment groove at the bottom of the 70 pieces. When the rotation adjustment groove is rotated, 70 pieces can be rotated and the 7 pieces can be controlled to enable the control element ± to prevent the device from being activated. When the buttons for starting the foolproof device are pressed, press The lower switch opens the lock hook. The detailed description of the specific examples below makes it easier to understand the purpose of the creation, the M341083 valley, the characteristics and the effects achieved. [Embodiment] A creation of a push-button anti-theft device is provided. The first figure is a perspective view of the creation. The button-type anti-theft device provided by the present invention includes an outer casing 1 锁, a lock hook 16 and a button group. • Among the button group 20, there are three kinds of buttons, which are a switch 22, a button 3〇, and a clear button 27. A dust cover 18 is pivotally connected to the lower end of the outer casing 1 or the lower end of the button group 2 . The second figure is a schematic diagram of opening the button group 2〇 in the creation. Please refer to the exploded view shown in the third figure. The left and right edges of the outer casing 10 are bent inward, and the inside of the outer casing 1 is disposed inside. The housing 12, in addition to the top end of the housing 1 and the inner housing 12, is provided with a locking hole 1 〇 2, 122 for urging the longer end of the U-shaped locking hook 16 to pass through, and the outer casing 1 〇 And the locking holes 102, 122 of the inner casing 12 are moved up and down, and then a fixing piece 34 is used to set a cymbal so that the locking hook 16 does not completely cover the outer casing 10 and the inner casing 12; A separator 14 is placed between the groups 2 to separate the two. It can also be seen from the second figure that the button group is pivotally connected to the end of the casing buckle, and the dust cover 18 is pivotally connected to the bottom end of the button group 20. β The right side of the box in the third figure is the rear view of the button group 2〇, please also refer to the detailed diagram of the button group 20 as shown in the fourth figure. The button group 2 includes a cover plate 21, a switch 22, a plurality of buttons 30, and a plurality of fixing plates 40. The cover plate 21 is provided with a number of holes the same as the number of the buttons 3 to make the button 30 protrude; the button 30 includes a plurality of buttons. The main body 3〇2, the plurality of control elements 3〇4 and the singularity adjusting element 306, and the fixing plate 40 includes a first fixing plate 402, a second fixing plate 404 and a third fixing plate 406, and the first fixing plate 402 The second fixing plate 404 and the third fixing plate 406 are respectively provided with holes having the same number of turns as the button 3, so that the adjusting component is fixed on the first fixing plate 402, and then the second fixing is placed on the adjusting component 306. The plate 4〇4 and the third fixing plate 406′ are finally provided with a control element 304 and a button body 302 on the third fixing plate 406. Each of the four corners of the first fixing plate 402 is provided with a fixing hole 4022. The plurality of screws 32 are used to pass through the fixing hole 4022 from below. The button body 302, the control element 304, the adjusting component 306, the first fixing plate 402, and the second fixing plate are arranged. Components such as 404 and third fixing plate 406 are fixed to the back surface of the cover 21. The switch 22 and a switch housing 24 are respectively combined from above and below the cover 21, and are locked together by a M341083 screw 26, and the switch 22 and the housing 12 f can drive the second when the switch 22 is pressed. The bottom plate 404 is fixed to the front end of the mixing plate 306, and the bottom portion of the adjusting member 306 is clamped in the control element 304. _^============================================ Set 3042 also does not press any button 3. When: == two sets = =1=anti/^ 3042; if you do not rotate the anti-step but press any two 30 = 'second _4G4 will be stuck to the side wall of the pressed button 3〇, will not just embed Ren-defense device 3042 groove, so the switch 22 can not be pressed at this time; ίϊ =: 04 rotation start the foolproof device 3042, the number of the button is set to the password, and ^, (4) the correct button 3 〇 'Pressing the switch 22 again allows the second fixing plate 4〇4 to move down and into the mother-button 3G anti-stay device 3G42 towel, __16. The calendar button 2 further includes a sliding device 28 and a clearing button 27 disposed thereon. When the wrong button is pressed, pressing the clear button 27 can cause the sliding device 28 to spring the button to return to the original state. The fifth figure is a side cross-sectional view of the creation. It can be seen from the figure that the outer casing 1 and the upper edge of the inner casing are bent inward, and the button group 2 is pivotally connected to the inner casing 12; That is, the button group 20 is used. The mechanical positional relationship between the button body 3〇2, the control element 304, the adjustment element 306, the first fixing plate 4G2, the second fixing plate 404, and the third fixing plate 4Q6 can be seen from the figure. The sixth figure is a cross-sectional view from the arrow A direction in the fifth figure. The image sheet 34 locks the lock tongue of the lock hook 16 so that the lock hook 16 is not open. When the input is correct _ and the switch 22 is pressed, the button group can be pressed. 20 is opened as shown in the second figure, and after the fixing piece 34 is picked up, the lock hook 16 can be unlocked. The seventh figure is a cross-sectional view from the direction of arrow B in the fifth figure. The relationship between the spot control element 304 of the sliding device 28 can be clearly seen from the figure. When the button body 3〇2 is pressed, the control element 3〇4 will be stuck. On the slide device 28, pressing the clear button 27 to move the slide device 28 returns the depressed control member 304 to its original position. The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the implementation of this creation 7 M341083. Therefore, any changes or modifications to the characteristics and spirits described in the scope of this application shall be included in the scope of the patent application for this creation. [Simple description of the diagram] 'The first picture is a perspective view of the created button type anti-theft device. The second picture is a perspective view of the button group opened in the creation. The third figure is an exploded view of the created button type anti-theft device. The fourth picture is a detailed diagram of the key group of the creation. The fifth picture is a side cross-sectional view of the creation. The sixth drawing is a cross-sectional view from the direction of arrow A in the fifth figure. The seventh diagram of Lu is a cross-sectional view from the direction of arrow B in the fifth figure. [Main component symbol description] 10 outer casing 102 keyhole 12 inner casing 122 lock hole 14 partition 16 lock hook 18 dust cover • 20 button group 21 cover 22 switch 24 switch housing 26 screw • 27 clear button 28 sliding Device 30 button 302 button body 304 control element 8 M341083 3042 foolproof device 306 adjustment component 3062 adjustment slot '32 screw • 34 fixing piece 40 fixing plate 402 first fixing plate 4022 fixing hole 404 second fixing plate φ 4 〇 6 third Fixed plate