1311604 九、發明說明： 【發明所屬之技術領域】1311604 IX. Description of the invention: [Technical field to which the invention belongs]
本發明係一種P大L A 種可於鎖且呈鎖固狀〜 壞的鎖結構，係、提供一 狀恶％，避免被外力破壞的鎖具。 【先前技術】 號碼鎖使用已緩杆 殼、…的號碼鎖具有-鎖 成 現碼鎖心斑一雜4·人 DJ=, ., 内ϋ ^與鎖栓係設置於鎖殼 I ’ 〃數個號碼轉#，鎖，全係受到號碼鎖心所 二1，鎖栓的頂端係突伸於鎖殼外 有一旋芸。 1 1於5亥大伸端固設 一當號碼轉輪轉動至事先設定的開鎖號碼時，此時轉動 疑盖’即可轉動鎖拾，而使得號碼鎖呈開鎖狀態。 而當號碼轉輪轉動至非設定的開鎖號碼時，此時號碼 鎖呈鎖固狀態，而鎖栓就盔法 貞杈就無去任思轉動，因此旋蓋就鉦法 轉動鎖拴。 … 然而有些人士，例如：竊賊、粒心大意人士或其他具 有不良居心的人士等，會於鎖於鎖固狀㈣，以卫具或強 大外力強行轉動旋蓋’而旋蓋於此外力的作用了，容易造 成損壞的情況或與鎖栓相互分離’如此當號碼鎖呈非鎖： 狀態時，已被破壞的旋蓋就無法轉動鎖栓，而使得號瑪鎖 恶法呈開鎖狀態。 【發明内容】 有鑑於前述之現有技術上的不便之處，本發明係設計 -種防止強力扭動破壞的鎖結構，係提供一種可讓旋蓋於 6 1311604 鎖呈鎖固狀態時，仍可轉動，藉此保護旋蓋與鎖栓 結構。 i<間的 ^為達到上述發明目的，本發明所採用的技術手段 。十一種防止強力扭動破壞的鎖結構，其具有—殼體、二二 碼鎖心與一鎖栓，號碼鎖心係設置於殼體内，鎖栓具有j 旋蓋與一鎖控件，鎖拴係設置於殼體内，鎖栓的頂端係2 殼體外部，於鎖栓的頂端形成有—頂環槽1環槽 對的頂凹#，各頂凹槽内設有彈性體，鎖控件係設於鎖： 的底端處，旋蓋係設於鎖栓的頂端處，旋蓋相對於鎖检的 頂凹槽位置設有螺絲，螺絲的螺入端係與彈性體相互 抵。 田鎖呈鎖固狀態時，此種狀態會使得鎖栓無法被旋蓋 所轉動，倘若此時，旋蓋被強行轉動，由於鎖栓係呈靜止 狀態轉動中的旋蓋僅能帶動推蓋，推蓋的圓弧端就會沿 著鎖栓的頂凹槽之内壁處離開，而彈性體會被壓縮，如此 僅有旋蓋被轉動，而鎖栓仍维持於不轉動的鎖固狀態，藉 此保護旋蓋與鎖栓之間的結構不受外力破壞。 【實施方式】 本發明係一種防止強力扭動破壞的鎖結構，請配合參 考第一及二圖所示’其為本發明第一實施例，其具有一殼 體（1 〇 )、一號碼鎖心（2 〇 )與一鎖栓（3 〇 ); 殼體（1〇)，其具有一上殼（11)、—下殼（1 2 )與一側殼體（1 3 ); 其底端形成 上设（11) ’請配合參考第三圖所示 l3ll6〇4 有上鎖心槽（1 1 1 )，上殼（i 1 )的頂端面形成數透 孔（1 1 2 ) ’透孔（1 1 2 )與上鎖心槽（1 i i )相 - 通’於上殼（1 1 )的頂端面且相對於透孔（1 1 2 )的 k 兩側分別標示有數字（1 1 3 )，並於上殼（1 1 )的一 端形成有一呈階梯狀的穿孔（i丄4 )，穿孔（丄i 4 ) 與上鎖心槽（1 1 1 )相通； 下殼（1 2 )，其係與上殼（1 1 )相互結合，下殼 (1 2 )相對於上殼（1 1 )的上鎖心槽（1 1 1 )位置 處形成有下鎖心槽（1 2 ]_ ); 側殼體（1 3 ) ’其係設於上殼（1 1 )的穿孔（工 1 4 )處’並且向外突伸，側殼體（1 3 )的頂緣會與穿 '孔（1 1 4 )的内緣相互卡抵，側殼體（1 3 )形成有一 貫孔（1 3 1 )，側殼體（1 3 )的外周壁形成有螺紋（工 3 2 )與一螺孔（1 3 3 )，螺孔（1 3 3 )與貫孔（工 3 1 )相通； | 號碼鎖心（2 0 ) ’其具有數號碼轉輪（2 1 )、數 内轉輪（22)、一彈簧（23)與一插栓（24); 各號碼轉輪（2 1 )，係設於下殼（1 2 )的下鎖心 槽（1 2 1 )與上殼（工工）的上鎖心槽（工工丄）之間， 亚由上殼（1 1 )的透孔（1 1 2 )延伸至外部，另於號 碼轉輪的周壁處標示有號碼（2 1 1 ); 、） 各内轉輪（2 2 ) ’其係設於各號碼轉輪（2丄）的 ^方、各内轉輪（22)的内環處形成有突齒（2 2 8 1311604 插栓（2 4 )，其一端係依序貫穿彈簧（2 3 )與 内轉輪（2 2 )的内環，於該延伸端的周壁形成有可歲 内轉輪（22)的突意（221)相互σ齒合 ；各 1 ) ; ^ 4 鎖栓（3 0 )，其具有-鎖觸元件（3工）與—旋甚 (3 2 )，鎖栓（3 〇 )係設置於上殼（丄工）的穿孔Τ 1 4 )與側殼體（丄3 )的貫孔（丄3丄）之間，鎖栓 ◦)的頂端係由穿孔（i ! 4 )延伸至外部，鎖栓 的周壁且相對於側殼體（工3 )的螺孔（工3 3 ) ) 形成有環槽（3〇1)，一中螺絲（3〇2)係螺固: 殼體（1 3 )的螺孔（i 3 3 )户. 、側 的-端係延伸至環槽（3〇1)4，藉此將鎖 ？ 樞設於側殼體（13)處，鎖检（3〇)的頂 :） 與插栓（24)的卡固端（24 可 〇 3 )，於鎖栓（3。s 相互卡固的凹槽（3 位置處形成有一頂環槽 3 ) 底端面形成有相對頂凹押了貝％槽（3 0 4 )的 分別設有-推蓋（3〇二3Λ5) ’各頂凹槽（3 0 5) 6) 配合參考第四圖张_ 推蓋（3 0 6 )相鄰於鎖 考弟四圖所不，各 061)，各推…η 〇)的端部形成圓弧端（3 成有容置槽（3 〇 fi 9 a ( 3 0 )的端部形 彈性體0〇7)=’於容置槽内設有 有彈性的物質，彈性體 ）可為彈簧或任何具 栓C 2 4 )的彈簧r ? q、 I )的彈性會大於穿設於插 之彈性’另於鎖栓（3 0 )的 9 1311604 氐'而蠕部形成有-底卡掣部（3 0 8 ). 鎖觸元件（3 1 )，其具有 ， 導體（314、·= 、 内轉件（31]> __ 14)與一下接觸蓋（3i . 1)、一 内轉件（3 Ί 1、 ·《 ’ ( 3 0 8 } (3 0} 於内轉件（3Η)的底端形成有 \二（312)， 與容置槽（318)，於容置槽（3ΐδ卡零二（3") 底端相互推抵；）的—端係與容置槽（318)的 導體（3 i 4)，其係卡擎於内轉 底t!部（313) ’並且與設置於容置槽（；：）的内 之弹瓦（3 1 7 )的另端相互推抵，彈： 8 )内 於將導體（3 i 4 )定位之用； ’（3 1 7 )係用 的广I:觸蓋（315)，其係蓋合於内轉件（3H) Π:並且將導體（314)包覆於其内，下= (3 1 5 )的底端設有可與導體（3丄 導桿（316); 少成電連通的 」疋盖（3 2 )，其係固設於鎖栓（3 〇 )的頂端處， 旋盍（3 2 )相對於鎖栓（]处 置處形成有螺孔（32 )二的7_( 3 0 4 )位 螺絲（3 2 2 )，螺緣（3 9 9、A 处蜍口有 0”相互推抵。—(322)的螺入端係與彈性體㈡ 合荼考第四圖所示，當號竭轉輪（2 1 )被轉動 至所設定的開鎖號碼時，此鎖呈非鎖固狀態，由於彈性體 10 1311604 (3 〇 7 )的彈性大於彈簧（2 3 )的彈性 4)此時可位於各内轉輪（22)内自由另插拾 (3 2 )被轉動時，位於推 ，而當旋蓋 之間的彈性體（3。”仍可絲…2) 就可帶動鎖拴（3 〇A 、 、 *旋蓋（3 2 ) 就會推動插栓24)二其轉：’轉動中的鎖拾…） 、 4)朝向退離鎖栓（3〇) 並且，^黃（2 3) ’如此該鎖就會形成開鎖狀^動’ 如上述之動作，當鎖栓（3〇)被轉心。 1 1 )亦會之轉動，並且將導件 /，轉件（3 疏（315)的導桿（316)位置處，使 下接觸 通，所以此電導通的模式可應用於任何電哭=形成電導 可將其予以開啟。 m或私械’藉此 反之，當鎖呈鎖固狀態時，導件 1 6 )二者之間就不會形成有電導通，所以前述、¥杯（3 機械就被關閉’故鎖觸元件（31)料鎖控^之電器或 睛配合麥考第五圖所示’而當號喝 動至非設定的開鎖號碼時， 1 )被轉 因其突塊（“U與内轉輪（22狀::^ =&狀悲’而使得（2 4 2 )受外力推抵 :此插栓（“）的卡固端（2 4 2 )就會與鎖 的凹槽（3 n q4 u ' ^v d ο ) 0)H被Π 此卡固狀態會使得鎖栓（3 乂热法被^(32)所轉動’倘若此時，旋.（32) =!=:專動’由於鎖栓（3〇)係、無法轉動，轉動中 盘（32)僅能帶動推蓋（306)，推蓋（3〇6) 11 1311604 的圓弧端（3 〇 6 1 )就會沿菩招4入/ ^ 就s /口者鎖栓（3 〇 )的頂凹槽（3 〇 5 )之内壁處離開頂凹槽（？ 〇 e、 — 只曰lcJ〇5)，並且推蓋（3〇 6 )會將彈性體（3 〇 7 )予以厭々 υ / J卞以屋鈿，如此僅有旋蓋（3 2 )被轉動，而鎖拴（3 〇 )维持於靜止狀態。 如上所述之結構，當鎖處於鎖固狀態時，位於旋蓋（3 2)與鎖栓—（3〇)之間的螺絲（3 2 2 )、彈性體（3 〇 7 )與推蓋（3 0 6 )可使得赫強絲 尺付被強仃轉動的旋蓋（3 2 )， 其可被轉動，此時推蓋（？门β、 k d U 6 )就會將彈性體（3 〇 7 ) 予以塵縮，並且沿著鎖检（q ^〉以 貝的頂凹槽（3〇5)之 内壁處離開頂凹槽^ 、d U 5 )，所以推蓋（3 〇 6 )盥頂 凹槽（3 0 5 )就呈相互分離的业〜 ^ / 刀離的狀您，故被強行轉動的旋 蓋（3 2 )僅有其會被迫轉動，而益、土进名 得動而無法帶動鎖栓（30)， 如此可確保旋蓋（3 2 )盥鎖栓f q n、 曰 性。 、鯓栓（3 〇 )之間結構的完整 s青配合參考第六圖所开_，甘&山Λ 士 Α 所不其為本創作第二實施例，於 本貫施例中，殼體、號碼鎖心 、 例近似，故不贅述； 貫知 其中鎖检（4 〇 )的頂端形成右 > 普+ 1 )，各頂凹枰"n J 1凹槽（4 、 ）内设有彈性體（4 2 );The invention relates to a lock structure which can be locked and locked to a bad type, and provides a lock which avoids being damaged by an external force. [Prior Art] The number lock uses the numbered lock of the relaxed lever shell, ... has the lock to the current code lock heart spot, a miscellaneous 4 · person DJ =, ., the inner ϋ ^ and the lock bolt system is set in the lock case I ' The number turns to #, lock, and the whole system is locked by the number lock. The top end of the lock bolt protrudes from the lock case and has a turn. 1 1 Fixing at the 5 ft. When the number wheel rotates to the previously set unlocking number, the suspect cover can be rotated to lock the lock, and the number lock is unlocked. When the number wheel rotates to a non-set unlocking number, the number lock is locked at this time, and the lock bolt is rotated without any thought, so the screw cap can not rotate the lock. ... However, some people, such as thieves, ill-willed people or other people with bad intentions, will lock in the lock (4), use the guard or strong external force to force the rotation of the cap" and screw the cover to the force. However, it is easy to cause damage or separate from the bolt. So when the number lock is in the non-locking state, the broken cap cannot be rotated, and the numb lock is unlocked. SUMMARY OF THE INVENTION In view of the foregoing inconveniences in the prior art, the present invention is designed to prevent a strong twisting damage of the lock structure, and to provide a screw cap that can be locked when the lock is locked in the 6 1311604. Rotate to thereby protect the screw cap and the bolt structure. i < between ^ to achieve the above object of the invention, the technical means employed by the present invention. Eleven lock structures for preventing strong twisting and damage, which have a casing, a two-two code lock core and a lock bolt, the number lock core is arranged in the casing, the lock bolt has a j screw cap and a lock control, and the lock The tether is disposed in the casing, and the top end of the bolt is outside the casing, and the top end of the bolt is formed with a top ring groove 1 of the ring groove pair, and each of the top grooves is provided with an elastic body, and the lock control is provided. The screw cap is disposed at the bottom end of the lock: the screw cap is disposed at the top end of the lock bolt, and the screw cap is provided with a screw relative to the top groove position of the lock check, and the screw end of the screw and the elastic body abut each other. When the field lock is locked, this state will make the bolt unable to be rotated by the screw cap. If the screw cap is forcibly rotated at this time, since the bolt is in a static state, the screw cap can only drive the push cover. The arc end of the cover will follow the inner wall of the top groove of the bolt, and the elastic body will be compressed, so that only the screw cap is rotated, and the bolt remains in the non-rotating state, thereby protecting The structure between the screw cap and the bolt is not damaged by external force. [Embodiment] The present invention is a lock structure for preventing strong twisting damage. Please refer to the first and second figures as a first embodiment of the present invention, which has a casing (1 〇) and a combination lock. a core (2 〇) and a lock bolt (3 〇); a casing (1 〇) having an upper casing (11), a lower casing (12) and a side casing (13); Forming the upper part (11) 'Please refer to the third figure, l3ll6〇4, there is a locking core groove (1 1 1 ), and the top surface of the upper shell (i 1 ) forms a number of through holes (1 1 2 ) 'through hole (1 1 2 ) is connected to the locking core groove (1 ii ) to the top surface of the upper casing (1 1 ) and is marked with a number on both sides of the through hole (1 1 2 ) (1 1 3 And forming a stepped through hole (i丄4) at one end of the upper case (1 1 ), the through hole (丄i 4 ) communicating with the upper lock core groove (1 1 1 ); the lower case (1 2 ), The upper shell (1 1 ) is coupled to the upper shell (1 1 ), and the lower shell (1 2 ) is formed with a lower locking core groove (1 2 ]_ at a position of the upper locking core groove (1 1 1 ) of the upper casing (1 1 ). The side casing (1 3 ) ' is attached to the perforation (work 1 4 ) of the upper casing (1 1 ) and The outer edge protrudes, the top edge of the side casing (1 3 ) is in contact with the inner edge of the through hole (1 1 4 ), and the side casing (13) is formed with a consistent hole (1 3 1 ), the side shell The outer peripheral wall of the body (13) is formed with a thread (work 3 2 ) and a screw hole (1 3 3 ), and the screw hole (1 3 3 ) communicates with the through hole (work 3 1 ); | number lock (2 0 ) 'It has a number number wheel (2 1 ), a number of inner wheels (22), a spring (23) and a plug (24); each number wheel (2 1 ) is attached to the lower case (1) 2) between the lower lock core groove (1 2 1 ) and the upper case (worker), the through hole (1 1 2 ) extends to the through hole (1 1 2 ) of the upper case (1 1 ) to Externally, the number is indicated on the circumference of the number wheel (2 1 1 ); and) each inner wheel (2 2 ) is attached to the square of each number wheel (2丄) and each inner wheel The inner ring of (22) is formed with a protruding tooth (2 2 8 1311604 plug (2 4 ), one end of which is sequentially penetrated through the inner ring of the spring (23) and the inner rotating wheel (2 2 ) at the extending end The peripheral wall is formed with a sudden (221) mutual σ tooth joint of the inner wheel (22); each 1); ^ 4 lock bolt (30), which has a lock Pieces (3 workers) and - Rotary (3 2), lock bolts (3 〇) are set in the upper shell (completed) perforated Τ 1 4 ) and the side shell (丄 3 ) through the hole (丄 3丄Between the ), the top end of the lock bolt is extended to the outside by the perforation (i ! 4 ), and the circumferential wall of the lock bolt and the screw hole (3 3 ) of the side shell (working 3) are formed with a ring groove ( 3〇1), one screw (3〇2) is screwed: the screw hole (i 3 3 ) of the housing (1 3 ), and the side end of the side extends to the ring groove (3〇1) 4, Will this lock? Piping at the side casing (13), locking the top of the (3〇):) and the locking end of the plug (24) (24 〇3), at the locking bolt (3.s mutual concave The groove (there is a top ring groove 3 formed at the position of 3). The bottom end surface is formed with a corresponding top recessed bevel groove (3 0 4 ) respectively - a push cover (3 〇 2 3 Λ 5) 'top grooves (3 0 5) 6) With reference to the fourth picture sheet _ push cover (3 0 6) adjacent to the lock Kaodi four maps, each 061), each push ... η 〇) end forming a circular end (3 into The accommodating groove (3 〇fi 9 a (30) end-shaped elastic body 0〇7)='the elastic medium is provided in the accommodating groove, and the elastic body can be a spring or any plug C 2 4 The spring r ? q, I ) will be more elastic than the 9 1311604 氐 ' that is inserted into the plug 's elastic ' and the plug ( 3 0 ) and the creep is formed with the bottom snap (3 0 8 ). Contact element (3 1 ) having a conductor (314, ·=, inner rotor (31]>__ 14) and a lower contact cover (3i. 1), an inner rotating member (3 Ί 1, · ' (3 0 8 } (3 0} at the bottom end of the inner transfer member (3Η) is formed with \2 (312), and the receiving groove (318), in the receiving groove 3ΐδ卡零二(3") The bottom end pushes each other;) the end-end and the conductor (3 i 4) of the receiving groove (318), which is in the inner turn t! (313)' And the other end of the elastic tile (3 1 7 ) disposed inside the accommodating groove (;:) is pushed against each other, and the bomb: 8) is used for positioning the conductor (3 i 4 ); '(3 1 7 ) Wide I: contact cover (315), which is attached to the inner rotation member (3H) Π: and the conductor (314) is covered therein, and the bottom end of the lower = (3 1 5 ) is provided a cover (32) that is in electrical communication with the conductor (3丄 guide rod (316); is fixed at the top end of the lock bolt (3 〇), and the rotation 盍 (3 2 ) is opposite to the lock bolt ( The 7_(3 0 4)-position screw (3 2 2 ) with the screw hole (32) 2 is formed at the disposal place, and the screw edge (3 9 9 , A at the mouth of the A) pushes against each other. - (322) The entry system and the elastomer (2) are shown in the fourth figure. When the number of exhaust wheels (2 1 ) is turned to the set unlock number, the lock is unlocked due to the elastomer 10 1311604 (3弹性7) is more elastic than the spring (23). 4) It can be placed in each inner wheel (22). 2) When it is turned, it is located in the push, and when the elastic body between the caps (3." can still be wire...2), the lock can be driven (3 〇A, **, screw cap (3 2) will push the plug Bolt 24) two rotations: 'lock in the rotation...) 4) toward the retreat lock (3〇) and ^ yellow (2 3) 'so the lock will form an unlocking movement' as described above Action, when the lock bolt (3〇) is turned. 1 1) will also rotate, and the guide /, the transfer member (3 sparse (315) guide rod (316) position, so that the lower contact is open, so this electrical conduction mode can be applied to any electric cry = formation The conductance can be turned on. m or private weapon'. On the contrary, when the lock is locked, the guide 16 6 will not form electrical conduction between the two, so the aforementioned, ¥ cup (3 machine Closed 'The lock element (31) is locked by the appliance or the eye is matched with the fifth picture shown in the Mai Kao's. When the number is moved to a non-set unlock number, 1) is transferred due to its protrusion (" U and the inner runner (22::^ =& sorrowful) makes (2 4 2 ) pushed by the external force: the plug end of the plug (") (2 4 2) will be locked with Groove (3 n q4 u ' ^vd ο ) 0)H is Π This stuck state causes the lock bolt (3 乂 thermal method to be rotated by ^ (32)'. If this is the case, rotate (32) =!= : The special action 'Because the lock bolt (3〇) is unable to rotate, the rotating middle plate (32) can only drive the push cover (306), and push the cover (3〇6) 11 1311604 to the arc end (3 〇 6 1 ) Will follow the Buddhism 4 in / ^ on the top groove of the s / mouth lock bolt (3 〇) (3 〇 5) The inner wall leaves the top groove (? 〇e, - 曰 lcJ〇5), and the push cover (3〇6) will distort the elastomer (3 〇 7 ) / J卞 to the eaves. Thus, only the screw cap (32) is rotated, and the lock cymbal (3 〇) is maintained at a standstill. As described above, when the lock is in the locked state, it is located at the screw cap (32) and the lock bolt-( 3螺丝) between the screw (3 2 2 ), the elastic body (3 〇 7 ) and the push cover (3 0 6 ), so that the Hercules can be rotated by the screw cap (3 2 ), which can be Rotate, at this time push the cover (? door β, kd U 6) will dust the elastic body (3 〇 7 ), and along the lock check (q ^ > with the top groove of the shell (3 〇 5) The inner wall leaves the top groove ^, d U 5 ), so the push cover (3 〇 6 ) dome groove (3 0 5 ) is separated from each other ~ ^ / knife away, so it is forcibly rotated Only the screw cap (3 2 ) will be forced to rotate, and the beneficial and soil can not be driven to drive the lock bolt (30), thus ensuring the screw cap (3 2 ) shackle pin fqn, sturdy. The complete s-green structure of the structure between the bolts (3 〇) is opened with reference to the sixth figure _ , Gan & Hawthorn Gentry is not the second embodiment of the creation, in the present example, the shell, the number lock, the example is similar, so do not repeat; the knowledge of the lock detection (4 〇) The top end forms a right > pu + 1), and each of the top concave 枰 "n J 1 grooves (4, ) is provided with an elastic body (4 2 );
旋盖（43)的內辟；?^a_L 土面且相對於頂凹槽（ 處形成有内凹槽（44) ^ ^ 丄）位置 v ^ ^ ^ ，於内凹槽如 (4 5 )，推笔（4 S+ 内設有推蓋 催氣（4 5 )相對於鎖栓 有四槽（4 5 1 )，推罢 的鸲部形成 ^ . 风（4 5 )相對於旋蓋（ 5而部形成有圓弧端（4 δ p a ^ , 、4 3 )的 52)，於推蓋"5)的凹槽u 12 1311604 51)與頂凹槽（41)之間設有彈性體（42)。 田鎖處於鎖固狀態下，旋蓋（4 3)被強行轉動時， 推蓋（4 5 )的圓弧端（4 5 2 )會沿著旋蓋（4 3 )的 内壁面移動’並且推蓋（45)會壓迫彈性體（Μ)， 如此旋蓋（4 3)就可被轉動，而旋蓋"3)與鎖栓" 〇)之間的結構就得以維待，而不被外力所破壞。 請配合參考第七及八圖所示，其為本創作之第三實施 例，針對第-圖的鎖栓（3〇)予以重新設計，於本實施 例中，鎖检（5 〇 )的底端形成有一底螺孔（5 〇丄）， 當鎖栓（5 〇 )設置於上殼（6 0 )的穿孔（6 1 )與側 殼體（6 2)白勺貫孔（6 3 )之間時，鎖检（5 〇 )的頂 端與底端係由穿孔（6 1 )與貫孔（6 3)處延伸至外部， 一底螺絲（51)係貫穿1舌（52)，並與底螺孔（5 〇 1 )相互螺固，藉此將鎖# (5 2)與鎖栓（5 〇 )柏 互連接。 ，當鎖呈鎖固狀態時’鎖舌（52)係與鎖固物相互卡 ¥，當鎖呈非鎖固狀態日夺’鎖舌（5 2 )係與鎖固物相互 脫離，藉此形成開鎖狀態，故鎖舌（52)係為一鎖控件。 此外，其不同的貫施例中，針對第-圖的號碼鎖心（2 0 )與鎖栓（3 0 )予以重新設計，其中，號碼鎖心具有 數號碼轉輪與數内轉輪； 各號碼轉輪’其形成有具有凹齒的内孔，各號碼轉輪 白勺外周壁設有數字； 各内轉輪’其係設於各號碼轉輪的内孔内，各内轉輪 13 1311604 的外周壁的—端端形成有 突齒，各内轉輪形成有貫孔 说碼轉輪的凹齒相互嗜合 鎖拴，其—端係突伸位於各内轉 知的端部形成有—严 輪的貝孔内，該突伸 會於與其相鄰的内韓鈐夕广 有％片，該環片 ^ π轉輪之底端相互推抵， 成有向外突出的導Η ^ _於鎖锃的桿壁形 相互推抵，II由下.曾片係與其相鄰的内轉輪之頂端部 一"下ν片與環片，而將内轉輪固定;^ # h _ 而鎖栓的另端形成有卡固端。 -於鎖拾處， 述。而此號碼鎖心的開鎖與閉鎖方式，如同上逃，故不贅 【圖式簡單說明】 ^圓係本發明之第一實施例之立體分解圖。 第—圖係本發明之第一實施例之立體外觀圖。 第一圖係本發明之第—實施例之剖面圖。 開頂凹槽 凹槽之俯 第四圖係本發明之第一實施例之推蓋 之俯視局部剖面圓。 第五圖係本發明之第一實施例之推蓋離開頂 視局部剖面圖。 未離開頂凹槽 第八圖係本發明之第二實施例之推蓋尚 之俯視剖面圖。 第七圖係本發明之第三實施例之立體分解圖。 第八圖係本發明之第三實施例之剖面圖。 【主要元件符號說明】 (1 〇)殼體 （1 1 )上殼 14 1311604The inner surface of the screw cap (43); ?^a_L soil surface and relative to the top groove (where the inner groove (44) ^ ^ 丄 is formed) position v ^ ^ ^, the inner groove such as (4 5), Push pen (4 S+ has a push cover urging (4 5 ) with four slots (4 5 1 ) relative to the lock bolt, and the pusher's crotch is formed ^. Wind (4 5 ) relative to the screw cap (5 52) formed with a circular arc end (4 δ pa ^ , , 4 3 ), and an elastic body (42) is provided between the groove u 12 1311604 51) of the push cover "5) and the top recess (41) . When the field lock is locked, when the screw cap (4 3) is forcibly rotated, the arc end (4 5 2 ) of the push cover (4 5 ) will move along the inner wall surface of the screw cap (43) and push the cover. (45) will press the elastomer (Μ), so that the cap (4 3) can be rotated, and the structure between the cap "3) and the bolt " 得以) can be treated without external force Destroyed. Please refer to the seventh and eighth figures, which is the third embodiment of the creation, and the lock bolt (3〇) of the first figure is redesigned. In this embodiment, the bottom of the lock check (5 〇) The end is formed with a bottom screw hole (5 〇丄), and the lock bolt (5 〇) is disposed in the through hole (6 1 ) of the upper case (60) and the through hole (6 3) of the side case (62) During the interval, the top and bottom ends of the lock (5 〇) are extended to the outside by the perforations (6 1 ) and the through holes (63), and a bottom screw (51) is passed through the tongue (52) and the bottom. The screw holes (5 〇 1 ) are screwed to each other, thereby interlocking the lock # (5 2) with the lock bolt (5 〇). When the lock is locked, the lock tongue (52) is locked with the lock body, and when the lock is in the non-locking state, the lock tongue (52) is separated from the lock body, thereby forming The lock state, so the lock tongue (52) is a lock control. In addition, in different embodiments, the number lock (20) and the lock bolt (30) of the first figure are redesigned, wherein the number lock has a number wheel and an inner wheel; The number wheel 'is formed with an inner hole having a concave tooth, and the outer peripheral wall of each number wheel is provided with a number; each inner wheel 'is attached to the inner hole of each number wheel, and each inner wheel 13 1311604 The end wall of the outer peripheral wall is formed with a protruding tooth, and each of the inner rotating wheels is formed with a through hole, and the concave teeth of the code wheel are mutually incompatible with each other, and the end protruding protrusion is formed at each end of the inner transfer. In the borehole of the stern wheel, the protrusion will be in the vicinity of the inner Han 钤 广 广 广 广 广 广 , , , , , , , π π π π π π π 底 底 底 底 底 底 底 底 底 底 底 底 底 底 底 底 底 底 底The wall shape of the locking rod is pushed against each other, and the lower part of the inner rotating wheel of the locking piece is a lower part of the inner rotating wheel, and the inner rotating wheel is fixed; ^ # h _ and the lock The other end of the plug is formed with a stuck end. - At the lock, said. However, the unlocking and locking of the lock of the number is like an escape, so it is not a simplification. [Circle Description] The circle is an exploded perspective view of the first embodiment of the present invention. The first drawing is a perspective view of the first embodiment of the present invention. The first drawing is a cross-sectional view of a first embodiment of the present invention. The top view groove is the top view of the push cover of the first embodiment of the present invention. Fig. 5 is a top cross-sectional view showing the push cover of the first embodiment of the present invention. The eighth embodiment is a top cross-sectional view of the push cover of the second embodiment of the present invention. Figure 7 is a perspective exploded view of a third embodiment of the present invention. Figure 8 is a cross-sectional view showing a third embodiment of the present invention. [Main component symbol description] (1 〇) housing (1 1 ) upper housing 14 1311604
(1 1 1 )上鎖心槽 (1 1 3 )數字 (1 2 )下殼 (1 3 )側殼體 (1 3 2 )螺紋 (2 0 )號碼鎖心 (211)號碼 (2 2 1 )突齒 (2 4 )插栓 (2 4 2 )卡固端 (3 0 1 )環槽 (3 0 3 )凹槽 (3 0 5 )頂凹槽 (3 0 6 1 )圓弧端 (3 0 7 )彈性體 (3 1 )鎖觸元件 (3 1 2 )内頂卡掣部 (3 1 3 )内底卡掣部 (314)導體 (316)導桿 (3 1 8 )容置槽 (3 2 1 )螺孔 (4 0 )鎖栓 (4 2 )彈性體 (1 1 2 )透孔 (1 1 4 )穿孔 (1 2 1 )下鎖心槽 (1 3 1 )貫孔 (1 3 3 )螺孔 (2 1 )號碼轉輪 (2 2 )内轉輪 (2 3 )彈簧 (2 4 1 )突塊 (3 0 )鎖栓 (3 0 2 )中螺絲 (3 0 4 )頂環槽 (3 0 6 )推蓋 (3 0 6 2 )容置槽 (3 0 8 )底卡掣部 (3 1 1 )内轉件 (3 1 5 )下接觸蓋 (317)彈簧 (3 2 )旋蓋 (3 2 2 )螺絲 (4 1 )頂凹槽 (4 3 )旋蓋 15 1311604 (4 4 )内凹槽 (4 5 1 )凹槽 (5 0 )鎖栓 (5 1 )底螺絲 (6 0 )上殼 (6 2 )側殼體 (4 5 )推蓋 (4 5 2 )圓弧端 (5 0 1 )底螺孔 (5 2 )鎖舌 (6 1 )穿孔 (6 3 )貫孔(1 1 1 ) Locking heart slot (1 1 3 ) Number (1 2 ) Lower case (1 3 ) Side case (1 3 2 ) Thread (2 0 ) Number lock (211) number (2 2 1 ) Tooth (2 4 ) plug (2 4 2 ) clamped end (3 0 1 ) ring groove (3 0 3 ) groove (3 0 5 ) top groove (3 0 6 1 ) arc end (3 0 7) Elastomer (3 1 ) Locking element (3 1 2 ) Inner top jaw (3 1 3) Insole clip (314) Conductor (316) Guide rod (3 1 8 ) accommodating groove (3 2 1) Screw hole (4 0) Lock bolt (4 2 ) Elastomer (1 1 2 ) Through hole (1 1 4 ) Perforation (1 2 1 ) Lower core groove (1 3 1 ) Through hole (1 3 3 Screw hole (2 1 ) number wheel (2 2 ) inner wheel (2 3 ) spring (2 4 1 ) protrusion (3 0 ) lock bolt (3 0 2 ) screw (3 0 4) top ring groove (3 0 6 ) Push cover (3 0 6 2 ) accommodating groove (3 0 8 ) bottom 掣 (3 1 1 ) inner rotating part (3 1 5 ) lower contact cover (317) spring (3 2) Cover (3 2 2 ) Screw (4 1 ) Top groove (4 3 ) Screw cap 15 1311604 (4 4 ) Inner groove (4 5 1 ) Groove (5 0 ) Lock bolt (5 1 ) Bottom screw (6 0) Upper shell (6 2 ) Side shell (4 5 ) Push cover (4 5 2 ) Arc end (5 0 1 ) Bottom screw hole (5 2 ) Lock tongue (6 1 ) Perforation (6 3 ) Through hole
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