1250246 九、發明說明： 【發明所屬之技術領域】 本《月係牙重具辨識裝置的圓筒名貞，其具有可確認正 確鑰匙始可進行開鎖的鎖具。 【先前技術】 目刖現有使用的圓筒鎖，參看第十三圖所示，其構造 概略有-呈中空的鎖殼（7〇)，其二端形成有不同孔徑 的穿孔，可置入在鎖殼内的鎖心（7丄），於鎖心（7工） 的轉軸上形成有一突環狀的上珠座（7 2 )，其上設有數 個位在軸向的上珠孔（721)，一可套在轉軸上並與鎖 殼相互結合的下珠座（73)，其相對於在軸向位置設有 與上珠孔（7 2 1 )相對的下珠# ( 7 3 i )，前述的下 珠槽（7 3 1 )内設有彈簧（7 3 3 )及下珠銷（7 3 2 )， 另上珠孔（7 2 1 )内設有上珠銷（7 2 2 )，且上、下 珠銷（7 2 2 ) ( 7 3 2 )的長度不·同，藉由彈簧（7 3 3 )將上、下珠銷同時向外推頂，此時下珠銷（7 3 2 ) 將位在上、下珠座（7 2 )( 7 3 )相互鄰接的「旋轉界 面」處，如此，鎖心（7 1 )即無法被轉動達到具鎖固功 反之，若正確的鑰匙（8 〇 )插入鎖具後，藉由鑰匙 週邊所設具有不同長度的凹槽（81)，即可推移上7下 珠銷（7 2 2 )( 7 3 2 )並移動不同距離，此時即可使 上、下珠銷]7 2 2 )( 7 3 2 )的接觸面位在前述的旋 轉界面，進而可使鎖心（7 i )可予以轉動，達到開鎖目 5 1250246 的0 由於圓筒鎖是否得以開鎖’其主要決定在鑰匙上所設 人▲同長度的凹槽’因而目w有不法人士即利用塑膠管（配 δ爹看第十四圖所示）’例如：塑膠製的筆管（9 〇 ), 直接插置在鎖殼（70)的鎖心（71)4，此時受推動 的上、，下珠銷（722) ( 7 3 2 )並受到彈簧（7 3 3 ) 的頂f ’在數次的插置及分離後前述筆管（9 〇 )的外週 處即受到上珠銷的作用而形成有凹槽（91)，進而在多 次的嘗試後即可使各凹梓f 谷^曰（9 1 )與正確輪起的凹槽（8 1,)相當，使得不法人士亦可利用筆管（9 〇)達到開啟 鎖具，如此，造成此種圓筒鎖的鎖固功能，其安全性受到 相田大的衫響’且為此種鎖具的一缺點及問題。 【發明内容】 本發明者有鑑於目前所使用的圓筒鎖所存在的缺點及 問題，而予以重新設計改良，其係在現有圓筒鎖之鎖心内 ^目對的鑰起間’設有另—辨識裝置，開鎖時必須在完全 付合位置，使得此種鎖具具有可提高鎖固功能的目的。 為達到前述的發明目的，本發明所運用的技術手段在 於提供一種具辨識裝置的圓筒鎖，其中在中空的鎖殼内設 有鎖心組，該鎖心組設有具上珠座的鎖心，其上套設有下 珠座，在上、下珠間設有數組的上、下珠銷及彈菁，又下 珠座與鎖殼為相互結合固定’可插入鎖殼内的鑰匙，其外 側形成有可推移上珠銷的凹槽；前述鎖心於軸向中心的一 端設有容置槽’其内可依序置入有彈性元件及控制桿，控 6 l25〇246 制桿於桿面上形成有凹 Μ ^ ^ 4丸，在徑向距離上讓槽較凹1250246 IX. Description of the invention: [Technical field to which the invention pertains] The cylinder name of the monthly tooth-recognition device has a lock capable of confirming that the correct key can be unlocked. [Prior Art] The cylinder lock that has been used in the prior art, as shown in the thirteenth figure, has a structure with a hollow lock case (7〇), and two ends thereof are formed with perforations of different apertures, which can be placed in The lock core (7丄) in the lock case forms a ring-shaped upper bead seat (72) on the shaft of the lock core (7 work), and is provided with a plurality of upper bead holes in the axial direction (721) a lower bead seat (73) which is sleeved on the rotating shaft and coupled with the lock case, and is provided with a lower bead # ( 7 3 i ) opposite to the upper bead hole (7 2 1 ) with respect to the axial position. a spring (7 3 3 ) and a lower pin (7 3 2 ) are disposed in the lower bead groove (7 3 1 ), and an upper bead pin (7 2 2 ) is disposed in the upper bead hole (7 2 1 ). And the lengths of the upper and lower bead pins (7 2 2 ) ( 7 3 2 ) are not the same, and the upper and lower bead pins are simultaneously pushed outward by the spring (7 3 3 ), at this time, the bead pin (7) 3 2) Place the “rotating interface” adjacent to each other in the upper and lower bead seats (7 2 ) ( 7 3 ). Thus, the lock core (7 1 ) cannot be rotated to achieve the locking work. Otherwise, if correct After the key (8 〇) is inserted into the lock, it is provided by the key With the same length of the groove (81), you can push the upper 7-pin (7 2 2 ) ( 7 3 2 ) and move the different distances, then you can make the upper and lower beads] 7 2 2 ) ( 7 3 2) The contact surface is at the aforementioned rotating interface, so that the lock core (7 i ) can be rotated to reach 0 of the unlocking head 5 1250246. Since the cylinder lock can be unlocked, the main decision is made on the key ▲ The same length of the groove 'Therefore, the wrong person uses the plastic tube (with δ爹 see the fourteenth figure) ' For example: plastic pen tube (9 〇), directly inserted in the lock case (70) The lock core (71) 4, at this time the pushed upper and lower pins (722) (7 3 2 ) and subjected to the top f' of the spring (7 3 3 ) after several times of insertion and separation The outer circumference of the tube (9 〇) is subjected to the action of the upper bead pin to form a groove (91), so that after a plurality of attempts, each of the concave 梓 f 谷 曰 (9 1 ) and the correct rotation The groove (8 1,) is equivalent, so that the lawless person can also use the pen tube (9 〇) to reach the opening lock. Thus, the locking function of the cylinder lock is safe, and the safety is affected by the big shirt. A disadvantage and problem of this type of lock. SUMMARY OF THE INVENTION The present inventors have redesigned and improved in view of the shortcomings and problems of the cylinder locks currently used, which are provided in the key opening of the lock cylinder of the existing cylinder lock. In addition, the identification device must be in a fully engaged position when unlocking, so that the lock has the purpose of improving the locking function. In order to achieve the foregoing object, the technical means for the present invention is to provide a cylinder lock with an identification device, wherein a lock core group is provided in the hollow lock case, and the lock core group is provided with a lock with a bead seat. The heart is provided with a lower bead seat, an upper and lower bead pins and an elastic crest are arranged between the upper and lower beads, and the lower bead seat and the lock case are fixed together to fix a key that can be inserted into the lock case. The outer side is formed with a groove for pushing the upper pin; the end of the lock core at the axial center is provided with a receiving groove, wherein the elastic element and the control rod are sequentially disposed, and the rod is controlled by 6 l25 〇 246 A concave Μ ^ ^ 4 pill is formed on the face of the rod, and the groove is concave in the radial distance.
才曹為珠；又於上珐庙机古 U .珠庄δ又有徑向且相對於控制桿位置的滑 孔，其内部設有彈性元件另為 ’月 部設有至少-定位"(或凹部），其孔二圓 邊”位圓碩部位在定位孔（或凹部）的孔緣處；於週 且料上珠銷處設有凹槽的鑰H内部設有—相對於 控制桿位置的作動桿。 ； 容二：：辨識裝置的圓筒鎖，其中上珠座所設滑孔與 :置有孔徑小於滑孔的穿％，卡料在供彈菁套置 處形成為桿件，前述穿孔僅供桿件貫穿。 所述之具辨識裝置的圓筒鎖，其中作動桿一端 可與鑰匙内部結合的固定座。 ’ 所述之具辨識裝置的圓筒鎖，其中彈性元件為彈菩。 錯由本發明前述的設計，在開鎖時必須外側的回槽盘 内部的作動桿同時均為正確，始可 推移至正確位置，匙始可轉動销、Η珠鎖及控制桿 蝙延始j轉動鎖心組並使卡掣件縮入上 珠座内’為—可提供鎖固功能1易被不法人士利用管件 經由嘗試方式找出凹槽深度予以開鎖’故本發明所設計的 圓筒鎖確可提供較佳的鎖固功能。 【實施方式】 蒼看第-及二圖所示，本發明所設計的具辨識裝置的 圓筒鎖中鎖殼（1〇)里中空狀且其内部形成有容室 (1 1 )’容Η 1 1)内部設計為不同孔徑，且内部設 1250246 置有一鎖心組，該鎖心組的構造與現有圓筒鎖的鎖心組相 同。 前述鎖心組的基本構造，係於呈桿狀的鎖心（2 〇 ) 上形成有-突環狀的上珠座（21)，其另端套設有—下 珠座（201)，前述的上、下珠座(201) 的軸向且相對位置處，於下珠座（2 〇丄）内依序設有彈 簧及下珠銷，在上珠座（2丄）設有上珠銷，又下珠座（2 01) 徑向設有固定孔. Λ1 ^ u疋札Q 2 0 2 )，在鎖殼（丄〇 )相對 處設有穿孔（12) ’一固定柱（121)貫穿穿孔（1 2) 固定在固定孔（2〇2)處’將二者相互結合組成。 本發明所設計的辨識裝置，其構造係在鎖心（2 0 ) -：的軸向中心處形成有容置槽（22)，其内部依序置 …π、的㈣（4 0 )及控制桿（3 0 )，控制 干 ）一端形成有凸部（3 1 )，可供與彈箬（4 〇 的相對端套設抵頂，於幻… 41(40) ^ φ αα 於其枰命上切削形成有若干平面且苴 與中心的徑向距離為z n r 丁 且" P ， p分別形成有相鄰的至少一凹 曰（32)及至少-讓槽（33); 又同時配合表I势一 向處設有-滑孔：：，於上珠座（21)的徑 前述的容置槽（2 )，該滑孔（2 Η )係相對於 孔（2 1 i Ζ孔徑的且二者之間形成有-孔徑小於滑 内依序設有為彈性元：？12) ’於滑孔（2 1 1) 卡掌件（5 〇 )的—山平黃（5 3 )及卡掣件（5 0 )， 方向係相對於鎖心 ‘、口碩邛（5 1 )(其端部的弧緣 、’U、旋轉方向），另端為外徑較圓頭部（5 1250246 二,小的桿件（52)，彈簧（53)套心桿件（52) 卜側並相互抵頂，桿件（52)$另端可穿過穿孔（W 簧（53)此端位在穿1(212)週邊定位， 使付彈黃（5 3 )續：當本制从 、、”對卡料（5 0 )形成向外推移的 :’另在鎖殼（10)上相對於滑孔（211)位置設 ^ 4孔（1 3 )，定位孔（1 3 )的孔徑小於圓頭部（5 Q 1W 1 )的部份外緣位在定位孔（丄 内邛’於此同時卡掣件（5 〇 )遠離圓頭部（5 1 ) =端相對位在控制桿（3〇)的凹槽（32)處，並抵 、凹才曰（3 2 )側壁以防止控制桿（3 0 )受彈簧（4 〇 )推移突出鎖心（2 〇 )端面； 再者’所設置可插入鎖心（2〇) 一端的錄匙（6〇)， 其中空凹部（6 2 Q、 〕處5又有一作動桿（6 3 )，作動桿（6 …一端形成有一可與凹部（62)相互套置結合的固定 厓1 ^1)，其結合方式可利用緊配合固定，或在相對 二疋座（6 3 1 )位置的鑰起（6 Q )外側以衝壓方式， =變形而在該處相互結合固定，在鑰起（6〇)插入鎖 ;1〇)時，丽述作動桿（6 3)可插入容置槽（22) 内並推移控制桿（3 〇 )。 配合參看笫三及_ 一及四圖所不’若所使用的鑰匙（60) ::確，於插入鎖殼（10)後，除了可使鎖心（2〇) ' 下朱銷*至定位，即其接觸面位在旋轉界面處的 開鎖位置，此時作動提「a ^、 、， 則干（6 3 )將推移控制桿（3 0 )移 位並同時壓縮彈箬（4 η、 、， 平-(4 0 ) ’亚使得其讓槽（3 3 )相對 丄250246 位在卡掣件（5 〇 )位 (52)端頭原係相對接觸位在 該捍件（52)的端頭传相針二（32)纟’改變為 者之形成有一段間距對位在讓槽(川位置且二 示）當Γ:鎗匙（6〇)時（同時配合參看第五及六圖所 不），由於受到彈箬（$ q、 其圓頭邱…、、 ）頂推向外的卡掣件（5 0 )， ^Mm„并厂 "緣由疋位孔（1 3 )的孔緣處 :移離開，並壓縮彈簧（53)，另 由端將進入位在讓槽（3 3 ) )的自 、J J )處，此時鎖心（2 〇 )即可 順利的轉動並完成開鎖動件 即可完成閉鎖動作。 又右鑰起(6〇)反轉復位 本發明所使用的正確鑰匙（60)，除了位在外側的 凹槽（6 1 )貞上、下珠鎖的配合必須正確之外，另所特 殊設計的位在鑰匙（6〇)内部的作動桿（63)長度亦 必須為正確，始可以令作動桿（6 3 )將控制桿（3 〇 ) 推移’並使其所設位在軸向處的讓槽（3 3 )可移至與卡 掣件（5 0 ) 4目對，達到提供切件（5 Q )縮人的間距 及空間’而可完成開鎖動作，目&，可依據設計將作動桿 (6 3 ) @長度與控制桿（3 〇 )㈣槽（3 3 )相對位 置，設計成多種不同位置，以增加其此部份辨識裝置的變 化性，提高其鎖固功能。 參看第七圖所示，當不法人士以筆管（9〇)或其它 代替官件，進行各嘗試方式並獲得位在外側的凹槽（9 1 )，此時或許可嘗試利用凹槽（9 1 )完成將鎖心組的 1250246 下：移至開鎖位置’但並無法同時推移控制桿(3 或將控制桿（3 〇 )推移至 得卡掣件Γ ς n、 雏W開鎖位置，而使 )可在開鎖時有移動的空間，故不法人士 …、法輕易甚至無法完成開鎖動作。 ^ 者Μ I看第八圖所示，係本發明所設計的另一實 ，J /、中鎖敗（1 0 1 )的設計與第一圖的鎖殼（；[〇 ) 不同處，在於销μ r 1 η 1l 1 u j “ “（1 0 1 )的内壁面上形成有數位在軸 p的凹口[5 ( 1 Q 2 )，該凹部（ 、丄U」）以替代原定位孔 (")’本件以圖中所示的二轴向凹部（" 說明； 前述在鎖殼（10)上所設的定位孔（13)，或鎖 殼（1 〇 1 )内壁面所設的凹部（i 〇 2)，設置有至少 一個’可在每一間隔為九十度的位置處設置，以配合實際 使用的需4 ’而提供有不同的開、閉鎖使用，例如：在： 述不同：施例中，分別設有二定位孔（i 3 ) s戈凹部（丄 〇2)犄’使用者可將鑰匙（6〇)由其中一處插入，於 旋轉九十度後由另一處取出。 、 再麥看第九圖所示’其鎖殼（1 0 1 )内部所設的各 構件，包括鎖心（2 0 )、控制桿（3 〇 )、彈簧（4 〇 )、 卡掌件（5 〇 )及鑰匙（6〇)等均與第一及二圖所示的 實施例相同，故不再贅述；組裝完成後，其中卡掣件（5 〇 端的圓頭部（5 1 )位在其中一凹部（1 〇 2 )内， 其另端的桿件（5 2 )端頭位在控制桿（3 〇 )的凹槽（3 2 )處，此時即形成鎖心（2 〇 )無法相對於鎖殼（i 〇 1250246 進*為閉鎖狀態（配合參看第+ S所- 夢看弟十及’乐十一圖所不）。 I〜圖所示，欲冷y 匙（6 0)插入鎖心（2 〇)達仃:’鎖時，可將正確鑰 被推移，使得凹槽（q 此知控制桿C 3 0 )將 2 )離閉卡掣# 2 )端頭，而讓槽（ （5 0 )的桿件（5 、d 3 )則相對於 處且二者之間形成有_ 、 （ 5 2 )的端頭 圓頭部（51)受到凹部 轉動鎖心（20)時， 另端桿件（5 2 )的端頭將、鱼）孤緣的推抵移動，其 鎖心（2 〇 )即可完 & ( 3 3 )内，因此， ,^ ^ 轉動而達到開鎖動作。 由於本發明所設計的 人士，以筆管（90)切相同具有防止不法 式的不當開鎖的特點。它代替管件，進行各種嘗試方 【圖式簡單說明】 第-圖係本發明的立體分解圖。 第二圖係本發明的部份立體剖視圖。 第三圖係本發明的部份剖視圖。 第四圖係本發明的另一剖視圖。 第五及六圖係本發明的動作參考圖。 第七圖係本發明使用狀態示意圖。 第八圖係本發明另—實施例的鎖殼外觀圖。 :九圖係本發明另—實施例的剖面示意圖。 =圖係本發明另—實施例輸匙插人的剖面示意圖。 =-及十二圖係本發明另一實施例的操作示意圖。 弟十二圖現有鎖具的剖面示意圖。 12 1250246 第十四.圖現有鎖具的另一剖面示意圖。 【主要元件符號說明】 (10) ( 1 0 1 )鎖殼 (1 0 2 )凹部 (1 2 )穿孔 (1 3 )定位孔 (2 0 1 )下珠座 (21)上珠座 (212)穿孔 (3 0 )控制桿 (3 2 )凹槽 (4 0 )彈簧 (5 1 )圓頭部 (5 3 )彈簧 (6 1 )凹槽 (6 3 )作動桿 (7 0 )鎖殼 (7 2 )上珠座 (7 2 2 )上珠銷 (7 3 1 )下珠槽 (7 3 3 )彈簧 (81)凹槽 (91)凹槽 (1 1 )容室 (1 2 1 )定位柱 (2 0 )鎖心 (2 0 2 )固定孔 (2 1 1 )滑孔 (2 2 )容置槽 (3 1 )凸部 (3 3 )讓槽 (5 0 )卡掣件 (5 2 )桿件 (6 0 )鑰匙 (6 2 )四部 (631)固定座 (7 1 )鎖心 (7 2 1 )上珠孔 (7 3 )下珠座 (7 3 2 )下珠銷 (8 0 )錄匙 (9 0 )筆管Cao Weizhu; also in the Shangyu Temple Gu U. Zhuzhuang δ has a radial and relative to the position of the control rod sliding hole, which is internally provided with elastic elements and another 'monthly at least - positioning " (or recess ), the rounded edge of the hole has a rounded portion at the edge of the hole of the positioning hole (or the recess); and the key H provided with the groove at the bead pin on the circumference is provided with an operation relative to the position of the lever ; 容二:: The cylinder lock of the identification device, wherein the upper bead seat is provided with a sliding hole and: a hole having a smaller aperture than the sliding hole is formed, and the card material is formed as a rod at the supply sleeve, the perforation Only the rod member is penetrated. The cylinder lock with the identification device, wherein the one end of the actuating rod can be coupled with the inner portion of the key. The cylinder lock with the identification device, wherein the elastic element is a bullet. According to the foregoing design of the present invention, the actuating rod inside the outer grooved disc must be correct at the same time when unlocking, and can be moved to the correct position at the same time, the key can be rotated, the bead lock and the control rod bat delay j rotation lock Group and retract the clip into the upper bead seat's - provide lock function 1 The unscrupulous person uses the pipe fitting to find the groove depth to unlock it by trying to find out. Therefore, the cylinder lock designed by the present invention can provide a better locking function. [Embodiment] As shown in the first and second figures, The lock cylinder (1〇) of the cylinder lock with the identification device has a hollow shape and a cavity (1 1 ) is formed therein. 1 1) The interior is designed with different apertures, and the internal 1250246 is provided. The lock core group has the same structure as the lock core group of the existing cylinder lock. The basic structure of the lock core group is formed on the rod-shaped lock core (2 〇) and formed on the ring-shaped ring The bead seat (21) is provided with a lower bead seat (201) at the other end, and the axial and relative positions of the upper and lower bead seats (201) are sequentially arranged in the lower bead seat (2 〇丄). It is equipped with a spring and a lower pin. It has an upper bead pin on the upper bead seat (2丄) and a fixed hole in the lower bead seat (2 01). Λ1 ^ u疋札Q 2 0 2 ), in the lock The shell (丄〇) is provided with a perforation (12). A fixed column (121) is inserted through the perforation (1 2) and fixed at the fixing hole (2〇2) to combine the two. The identification device designed by the invention has a structure in which a receiving groove (22) is formed at the axial center of the lock core (2 0 ) -: the inside thereof is sequentially placed ... π, (4) (4 0 ) and the lever (3 0 ), control dry) is formed with a convex part (3 1 ) at one end, which can be used to mate with the magazine (the opposite end of the 4 〇 is set to the top, and the illusion is 41...(40) ^ φ αα Forming a plurality of planes and a radial distance between the crucible and the center is znr and " P, p respectively forming adjacent at least one recess (32) and at least - letting the groove (33); There is a - slide hole::, in the upper bead seat (21), the aforementioned accommodating groove (2), the sliding hole (2 Η) is relative to the hole (2 1 i Ζ aperture and between the two Formed with - the aperture is smaller than the sliding inside and is provided as an elastic element: 12) 'In the sliding hole (2 1 1) card part (5 〇) - Shanping Huang (5 3) and the card piece (5 0), the direction is relative to the lock heart ', the mouth is 邛 (5 1) (the edge of the end, 'U, direction of rotation), the other end is the outer diameter of the round head (5 1250246 two, small rod (52), spring (53) sleeve rod (52) side And against each other, the rod (52) $ the other end can pass through the perforation (W spring (53), this end position is positioned around the wear 1 (212), so that the bullet yellow (5 3) continues: when the system is from, "The card material (50) is formed to be outwardly shifted: 'In the lock case (10), the hole (1 3) is disposed relative to the position of the slide hole (211), and the hole diameter of the positioning hole (13) is smaller than Part of the outer edge of the round head (5 Q 1W 1 ) is located in the positioning hole (丄 邛 ' at this time while the clamping element (5 〇) is away from the round head (5 1 ) = the opposite position is on the lever (3)凹槽) at the groove (32), and the concave and convex (3 2 ) side walls to prevent the control rod (30) from being pushed by the spring (4 〇) to protrude the locking core (2 〇) end face; The key (6〇) at one end of the lock core (2〇) can be inserted, and the movable recess (6 2 Q, 〕) 5 has an actuating lever. (6 3 ), the actuating rod (6 is formed at one end with a fixed cliff 1 ^1) which can be sleeved with the recessed portion (62), and the combined manner can be fixed by a tight fit or in a relative two-seat (6 3 1 The key of the position (6 Q ) is stamped, = deformed and fixed at the same place, and the key (6 3) can be inserted into the lock when the key is inserted (6〇); Set the slot (22) and move the lever (3 〇). See also 笫3 and _ 1 and 4. If you don't use the key (60) :: Yes, after inserting the lock case (10), except The lock core (2〇) 'lower pin* can be positioned to the position where the contact surface is at the unlocking position at the rotary interface. At this time, the action "a ^, ,, (6 3 ) will move the lever ( 3 0) Shift and simultaneously compress the magazine (4 η, ,, and -(4 0 ) 'A so that it makes the slot (3 3 ) relative to the 250246 position at the end of the (5 〇) position (52) The original relative contact position is at the end of the element (52). The phase change pin 2 (32) 纟 'changes the formation of a person with a spacing alignment in the groove (the Sichuan position and the second indication) when the 枪: the spoon ( 6〇) time (at the same time See the fifth and sixth figures.), due to the impeachment ($q, its round head Qiu..., , ) push the outer card (5 0), ^Mm„和厂" (1 3 ) at the edge of the hole: move away and compress the spring (53), and the other end will enter the position (J 3 ) of the groove (3 3 ), at this time the lock (2 〇) The locking operation can be completed by smoothly rotating and completing the unlocking movement. The right key (6〇) reverses and resets the correct key (60) used in the present invention, except that the groove (6 1 ) located on the outer side and the lower bead lock must be correctly matched. The length of the actuating lever (63) inside the key (6〇) must also be correct, so that the actuating lever (6 3 ) can move the lever (3 〇) and set it in the axial direction. Let the groove (3 3 ) be moved to the same position as the clamping member (5 0 ), to achieve the spacing and space for providing the cutting piece (5 Q), and the unlocking action can be completed, and the mesh can be designed according to the design. The operating rod (6 3 ) @ length and the control rod (3 〇) (four) slot (3 3) relative position, designed in a variety of different positions, to increase the variability of this part of the identification device, improve its locking function. Referring to the seventh figure, when the unscrupulous person replaces the official piece with a pen tube (9 inches) or the like, performs each attempt and obtains the groove (9 1 ) located on the outer side, at which time it is permitted to use the groove (9). 1) Finish the 1250246 under the lock group: Move to the unlock position 'but can't move the lever at the same time (3 or move the lever (3 〇) to the card Γ 、 n, the young W unlock position, so that ) There is room for movement when unlocking, so unscrupulous people..., the law can not even complete the unlocking action. ^者Μ I see the eighth figure, another design designed by the present invention, the design of the J /, the middle lock (1 0 1 ) is different from the lock case of the first figure (; [〇], Pin μ r 1 η 1l 1 uj "" (1 0 1 ) is formed on the inner wall surface with a notch [5 ( 1 Q 2 ) of the axis p, which is a recess ((, U") instead of the original positioning hole ( ") 'This piece is shown in the two-axis recess shown in the figure ("Description; the positioning hole (13) provided on the lock case (10), or the inner wall surface of the lock case (1 〇1) The recess (i 〇 2) is provided with at least one 'can be set at a position of ninety degrees at each interval to provide different opening and closing uses in accordance with the actual use 4', for example: in: : In the example, there are two positioning holes (i 3 ) s Go recesses (丄〇 2) 犄 'The user can insert the key (6 〇) from one of them, and after rotating 90 degrees, another place Take out, and then look at the various components inside the lock case (1 0 1) shown in the ninth figure, including the lock core (2 0 ), the control lever (3 〇), the spring (4 〇), the palm Piece (5 〇) and key The key (6〇) and the like are the same as those of the first and second embodiments, and therefore will not be described again; after the assembly is completed, the latching member (5 1 end of the round head (5 1 ) is located in one of the recesses ( 1 〇 2 ), the end of the other end of the rod (5 2 ) is located at the groove (3 2 ) of the control rod (3 〇), at which point the lock core (2 〇) cannot be formed relative to the lock case ( i 〇1250246 Into the locked state (with reference to the +S S - Dream Watch 10 and 'Le 11'). I ~ picture, want to cold y spoon (60) into the lock (2 〇 ) Daxie: 'When locking, the correct key can be pushed so that the groove (q knows that the lever C 3 0 ) will 2) off the end of the card #2), and let the slot ((5 0) When the rod member (5, d3) is opposite to the portion, and the end round head portion (51) formed with _, (5 2 ) therebetween is subjected to the concave rotation lock core (20), the other end rod member (5) 2) The end of the fish, the fish) is pushed to move, and the lock core (2 〇) can be finished within (3 3 ), therefore, ^ ^ rotates to achieve the unlocking action. Designed by the present invention Person, with the pen tube (90) cut the same to prevent illegal The following is a perspective view of the present invention. The second drawing is a perspective view of the present invention. The third drawing is a perspective view of the present invention. 4 is a cross-sectional view of the present invention. The fifth and sixth figures are diagrams of the operation of the present invention. The seventh diagram is a schematic diagram of the state of use of the present invention. The eighth diagram is a lock of another embodiment of the present invention. Shell appearance. : Nine diagrams are schematic cross-sectional views of other embodiments of the invention. = Figure is a cross-sectional view of another embodiment of the present invention. The =- and twelve diagrams are schematic illustrations of the operation of another embodiment of the present invention. Twelve diagrams of the existing locks. 12 1250246 Fourteenth. Another schematic cross-sectional view of the existing lock. [Description of main component symbols] (10) (1 0 1) Locking case (1 0 2 ) Recessed part (1 2 ) Perforation (1 3 ) Positioning hole (2 0 1 ) Lower bead seat (21) Upper bead seat (212) Perforation (3 0 ) control lever (3 2 ) groove (4 0 ) spring (5 1 ) round head (5 3 ) spring (6 1 ) groove (6 3 ) actuating rod (7 0 ) lock case (7 2) Upper bead seat (7 2 2 ) upper bead pin (7 3 1 ) lower bead groove (7 3 3 ) spring (81) groove (91) groove (1 1 ) chamber (1 2 1 ) positioning column (2 0) lock core (2 0 2 ) fixing hole (2 1 1 ) slide hole (2 2 ) accommodating groove (3 1 ) convex portion (3 3 ) let groove (5 0 ) clamp member (5 2 ) Rod (6 0 ) key (6 2 ) four (631) fixing seat (7 1 ) lock core (7 2 1 ) upper bead hole (7 3 ) lower bead seat (7 3 2 ) lower bead pin (8 0 ) Recording key (9 0 ) pen tube
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