TWI301521B

TWI301521B -

Info

Publication number: TWI301521B
Application number: TW95138959A
Authority: TW
Inventors: mou-zheng Li
Original assignee: Aba Ufo Int Corp
Priority date: 2006-10-23
Filing date: 2006-10-23
Publication date: 2008-10-01
Also published as: TW200819602A

Description

1301521 九、發明說明：係提供一種具有號碼鎖心【發明所屬之技術領域】本發明係一種複合結構鎖與鑰匙鎖心的鎖具結構。【先前技術】 ’鎖心與鎖拴係受並且該突現有的號碼鎖具有-鎖殼、-鎖心與-鎖栓鎖栓係設置於鎖殼内，鎖心、具有數個號碼轉輪，到鎖心所控制’鎖栓的頂端係突伸於鎖殼外部，伸端係呈彎弧狀，而且與鎖殼相互卡固。鎖栓可鈎設於欲鎖固位置如此即完成鎖固的動作，當鎖號碼轉輪，而當號碼轉輪轉動即呈非鎖固狀態，所以鎖栓即的位置就可呈自由狀態。處，並使鎖心呈鎖固狀態，具欲呈開鎖狀態時，可轉動至事先設定的號碼時，鎖心了被拉動，因此先前被鎖固然而大部分的使用輕匆，Κ：中或長久未使用鎖具的狀態下會將原先設定的開鎖號碼忘記，戶斤以使用者就無法開啟鎖具，因此鎖具就必須面臨被破壞或被棄置，對使用者而3 ’現有的號碼鎖有其使用上的不便性。【發明内容】有鑑於前述之現有技術上的不便之處，本發明係設計一種後合結構鎖，係提供一種可利用開鎖號碼開啟或鑰匙開啟的鎖具結構。為達到上述發明目的，本發明所採用的技術手段為設計一種複合結構鎖，其具有一殼體、一號碼鎖心、一钤 1301521 頌心、一上推座、一下推座與一鎖栓，號碼鎖心係設置於殼體内，並且需要轉動至開鎖號碼方可呈開啟裝態，鑰匙鎖心係設於殼體内且相鄰於號碼鎖心，並且可利用鑰匙開啟，下推座係設於殼體内，並且與鑰匙鎖心相互連動，上推座係設於殼體内，並且與下推座相互連動，上推座的一鈿係突伸於殼體外，鎖栓的一端係與號碼鎖心相互連接，另端係突伸於殼體外，該端係為鎖固端，並且鎖固端呈彎弧狀且相對於鑰匙鎖心位置處，鎖固端係與上推座突伸於殼體外的一端相互卡固。本發明的優點在於：當號碼鎖心被轉動至正確的開鎖號碼時，鎖具即成開鎖狀態，另外，亦可利用鑰匙使得鑰匙鎖心呈非鎖固狀態，而鎖具亦可呈開鎖狀態，所以鎖具玎選擇利用開鎖號碼或鑰匙開啟，而使鎖具具有使用上的便利性。【實施方式】本發明係一種複合結構鎖，請配合參考第一、二及二圖所示其具有一號碼鎖心（1 Q )、一鎖检（1 3 )、，鑰匙鎖心、（2 0 )、-殼體（3 〇 )、一定位簧片（3 2 )與一尋碼推片（3 3 ); 號碼鎖心（1 〇)，其具有數號碼轉輪（1 i )與數内轉輪（1 2 ); 各號碼轉輪（11) ’其形成有具有凹齒（11 2) 的内孔（1 1 1 )，各號碼轉輪（工工）的外周壁設有數字（圖中未示）； 7 1301521 内孔°内轉輪（1 2) ’其係設於各號碼轉輪（1 1 )的、，1 1丄）内，各内轉輪（12)的外周壁的一端形 ,山有平滑端（121)，請配合參考第四圖所$，於其另成有大齒（丄22)與滑齒（123)，突齒（12 、，係與各號碼轉輪（1 1 )的凹齒（1 1 2 )相互嚙合’ 亚於各内轉輪（12)形成有突齒（122)與滑歯（1 23)的端部形成有定位槽（124)，定位槽（124) 係位於二突齒（122)之間，各内轉輪（η)形成有貫孔（1 2 5 ); 鎖检（1 3 )，其一端係突伸位於各内轉輪（1 2 ) 的貝孔（1 2 5 )内，該突伸端的端部形成有一環槽（1 3 1 )，於環槽（1 3工）處套設有一環片（丄3 2 )， 5亥環片（1 3 2 )會於與其相鄰的内轉輪（1 2 )之底端相互推抵，鎖栓（1 3 )呈彎弧狀且相對於鑰匙鎖心（2 0 )的一端為鎖固端（1 3 3 )，於鎖栓（1 3 )的桿壁且相鄰於其中段處形成有向外突出的上導片（1 3 4)與下導片（135)，並且下導片（135)係與其相鄰的内轉輪（1 2 )之頂端部相互推抵，藉由下導片（i 3 5 ) 與環片（1 3 2 )，而將内轉輪（丄2 )固定於鎖栓（工 3 )處；鑰匙鎖心（2 〇 )’請配合參考第五圖所示，其具有一定殼（2 1 )、一轉桿（2 2 )、數鎖珠（2 3 )、數鎖珠彈簧（24)、一下珠座（25)、一下推座（26)、一上推座（27)、一彈簧（28); 1301521 Γ Ο 1 \ 1； ’其形成有轉孔（211)，定殼（2 ~白勺周壁形成有相對的定孔（212)與桿孔（213)，疋孑匕（2 1 9、η t 匕）及桿孔（2 1 3 )與轉孔（2 1 1 )相通；轉杯（2 2 )，其一端形成有上珠座（2 2 1 )，於上珠座（2 2 1 )處間隔形成有數珠孔（2 2 2 )，轉桿 (2 2 )具有上珠座（2 2丄）的一端係設置定殼（2工）的轉孔Γ 9 1 Ί、 / 丄1)内，轉桿（22)與轉孔（221)之間形=有可供輪起插人的㈣，轉桿（2 2)的另端係突申於定成（2 1 )外，於該端形成有尺寸較小且呈弧狀的轉動端（2 2 3 ); 鎖珠（2 3 )與鎖珠彈簧（2 4 )’其係設置於轉桿 (22)的各珠孔（222)内；下珠座（2 5)，其形成有可讓轉桿（2 2)之轉動端（2 2 3 )貫穿的穿孔（2 5工），設於定殼（21)的轉孔（211)心下珠】（= 的周壁且相對罐（21)之定孔（212)位置處形成有栓槽（2 5 2 )，於栓槽（2 5 2 )設有一插栓（2 5 3 )，插栓（2 5 3 )的自由端會突伸於定_ ( η ) 的定孔（2 i 2”，藉此將下珠座（25 2 )固定於定殼（2 1 )内，下珠座（2 ^ 干、匕D )相對於t王秦坐（2 2 1 )的珠孔（2 2 2 )位置處形成有珠样： 3)，而設於各珠孔（222)内的鎖珠彈筈（g 另端會與下珠座（25)之珠槽（25?、aa 24)之推抵；、底端面相互 13〇15211301521 IX. Description of the invention: Providing a lock with a number [Technical Field of the Invention] The present invention relates to a lock structure of a composite structure lock and a key lock core. [Prior Art] 'The lock and the lock are received and the existing number lock has a lock case, a lock and a lock bolt are arranged in the lock case, the lock core has a number of number wheels, The top end of the lock bolt that is controlled by the lock core protrudes from the outside of the lock case, and the extended end is curved and locked with the lock case. The lock bolt can be hooked to the position to be locked. Thus, the lock is completed. When the lock number is rotated, and the number wheel is rotated, the position is locked, so the position of the lock can be free. Where, and the lock is locked, when the lock is in the unlocked state, the lock can be pulled when it is rotated to the preset number, so the lock is previously locked, but most of the use is frivolous, Κ: 中或If the lock is not used for a long time, the unlock number originally set will be forgotten, and the user cannot open the lock, so the lock must be damaged or discarded. For the user, the 3' existing number lock has its use. Inconvenience. SUMMARY OF THE INVENTION In view of the foregoing inconveniences of the prior art, the present invention is directed to a rear structure lock that provides a lock structure that can be opened with an unlock number or opened with a key. In order to achieve the above object, the technical means adopted by the present invention is to design a composite structure lock having a casing, a lock core, a 1301521 core, a push-up seat, a push-up seat and a lock bolt. The key lock system is disposed in the casing and needs to be rotated to the unlocking number to be in an open state. The key lock is disposed in the casing and adjacent to the number lock core, and can be opened by the key, and the seat is pushed down. The utility model is disposed in the housing and interlocked with the key lock core. The push-up seat is disposed in the housing and is interlocked with the push-down seat. A shackle of the push-up base protrudes outside the housing, and one end of the lock bolt is Interconnected with the number lock core, the other end protrudes from the outside of the casing, the end is a locking end, and the locking end is curved and opposite to the position of the key lock, and the locking end is pushed up with the push-up seat The ends extending outside the casing are mutually engaged. The invention has the advantages that when the number lock is rotated to the correct unlocking number, the lock is unlocked, and the key can be unlocked by the key, and the lock can be unlocked. The lock 玎 chooses to use the unlock number or the key to open, so that the lock has the convenience of use. [Embodiment] The present invention is a composite structure lock, which has a number lock (1 Q ), a lock check (1 3 ), a key lock, (2) as shown in the first, second and second figures. 0), - housing (3 〇), a positioning reed (3 2 ) and a code-finding push (3 3 ); number lock (1 〇), which has a number wheel (1 i ) and number Inner wheel (1 2 ); each number wheel (11) 'is formed with an inner hole (1 1 1 ) having a concave tooth (11 2 ), and the outer peripheral wall of each number wheel (worker) is provided with a number ( 7 1301521 Inner hole ° Inner wheel (1 2) 'It is set in each number wheel (1 1 ), 1 1丄), the outer peripheral wall of each inner wheel (12) One end shape, the mountain has a smooth end (121), please refer to the reference figure in the fourth figure, and the other has a large tooth (丄22) and a sliding tooth (123), the protruding tooth (12, the system and each number turn The concave teeth (1 1 2 ) of the wheel (1 1 ) are engaged with each other. A positioning groove (124) is formed at an end portion of each inner rotating wheel (12) formed with a protruding tooth (122) and a sliding cymbal (1 23). The positioning groove (124) is located between the two teeth (122), and each inner wheel (η) is formed with a hole (1 2 5 ); a lock (1 3 ), one end of which protrudes in a hole (1 2 5 ) of each inner wheel (1 2 ), and a ring groove is formed at an end of the protruding end (1) 3 1 ), a ring piece (丄3 2 ) is placed at the ring groove (13), and the 5 piece of ring piece (1 3 2 ) will be at the bottom end of the adjacent inner wheel (1 2 ) Pushing, the bolt (13) is curved and one end of the key lock (20) is a locking end (1 3 3 ) on the wall of the bolt (1 3 ) and adjacent to it An upper guide piece (1 34) and a lower guide piece (135) projecting outward are formed at the segment, and the lower guide piece (135) is pushed against the top end portion of the adjacent inner rotation wheel (1 2 ). The inner rotor (丄2) is fixed to the bolt (3) by the lower guide piece (i 3 5 ) and the ring piece (1 3 2 ); the key lock core (2 〇)' please cooperate with the reference As shown in the five figures, it has a certain shell (2 1 ), a rotating rod (2 2 ), a number of locking beads (2 3 ), a number of bead springs (24), a lower bead seat (25), a lower push seat (26 ), a push-up seat (27), a spring (28); 1301521 Γ Ο 1 \ 1; 'It is formed with a turning hole (211), a fixed shell (2 ~ white spoon) The wall is formed with opposite fixed holes (212) and rod holes (213), 疋孑匕 (2 1 9 , η t 匕) and rod holes (2 1 3 ) communicate with the rotating holes (2 1 1 ); 2 2 ), one end is formed with an upper bead seat (2 2 1 ), a plurality of bead holes (2 2 2 ) are formed at intervals of the upper bead seat (2 2 1 ), and the rotating rod (2 2 ) has an upper bead seat (2) 2丄) One end is set to the fixed hole (2 work) of the hole Γ 9 1 Ί, / 丄 1), between the rotating rod (22) and the rotating hole (221) = there is a wheel for insertion (4) The other end of the rotating rod (2 2) is formed in the fixed end (2 1 ), and a small-sized and arc-shaped rotating end (2 2 3 ) is formed at the end; the locking bead (2 3 ) And a bead spring (2 4 ) is disposed in each of the bead holes (222) of the rotating rod (22); a lower bead seat (25) is formed with a rotating end of the rotating rod (22) ( 2 2 3) Perforation (25 work), the hole (211) of the fixed shell (21) (the lower wall of the hole) is formed at the position of the fixed hole (212) of the can (21) The bolt groove (2 5 2 ) is provided with a plug bolt (2 5 3 ) in the bolt groove (2 5 2 ), and the free end of the plug bolt (2 5 3 ) protrudes from the fixed hole of the fixed _ ( η ) (2 i 2 ", thereby fixing the lower bead seat (25 2 ) in the fixed shell (2 1 ), the lower bead seat (2 ^ dry, 匕D) relative to the t-hole sitting (2 2 1 ) of the bead hole (2 2 2) Beads are formed at the position: 3), and the beaded magazine (g at the other end and the bead (25?, aa 24) of the lower bead (25) is placed in each bead hole (222). Abut; the bottom end of each other 13〇1521

下推座（2 6 ) ，：i：彤士、+ 〃圯成有一可讓轉桿（動柒（2 2 3 )貫穿的i . ΛΑ 貝牙的弧孔（2 6 1 )，弧孔勺孔形等於轉動端（2 2 3、ΑΑ ν ^ d )的形狀，下推座離定殼（2 1 )的端部之Λ 士 0 而4之兩相對側邊處分別形王傾斜狀的引斜邊（2 β 、逆、匕b2)，於下推座（2 處形成有一推槽（2 β 3 ); 推座（27)，其形成有一可讓轉桿（動端（223)插入的下孔（271)，下孔的内壁處形成有限位塊（2 7 2 )，上推座（端部形成有可與下推座（2 6 )之引斜邊（2 的導斜邊（273) ’於上推座（27)的周成有相ft料塊（2 7 4 )，上推座（2 7 ) 形成有穿設部（2 7 5 )，另於穿設部（2 7 端端部形成有上孔（2 7 6 ); 彈κ ( 2 8 )，其係套設於上推座（2 7 (2 7 5 )處；成有 6 ) 2 2 C 2 2 7 6 2 璧車由的另 5 ) )之轉 6 1) 6 )遠突出且的周壁之轉 7 的一 )相對向處形一端部的自由 )的穿設部、冗又體（3 0)，其具有可相互結合的二半殼體（3工），於各半殼體的内侧面形成有半餘起鎖心槽（31丄）與半，碼鎖心槽（3 1 2 )’各半输匙鎖心槽（3 1 1 )的底面形成有導槽（3 1 3)，並於其-半鑰匙鎖心槽（3 |ι)的底端面形成有定桿（314)，於形成有定桿（3 4 )之半殼體（3 1 )的内側面且位於半鑰匙鎖心槽（3 1 1 )與半號碼鎖心槽（3丄2 )之間形成有尋碼推片槽 (315)與定位簧片槽（316)，而在同一半殼體（3 10 1301521Push-down seat (2 6 ), :i: gentleman, + 〃圯〃圯有一可可可可 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( 可可可可可可可可可可可可可可可可可The shape of the hole is equal to the shape of the rotating end (2 2 3, ΑΑ ν ^ d ), and the push-down seat is opposite to the end of the fixed shell (2 1 ), and the opposite sides of the four sides are respectively inclined by the king. Bevel (2 β , inverse, 匕 b2 ), in the push-down seat (2 has a thrust groove (2 β 3 ); push seat (27), which forms a rotating rod (moving end (223) inserted a lower hole (271), a finite block (2 7 2 ) is formed at the inner wall of the lower hole, and the push-up seat is formed at the end (the end portion is formed with a leading edge of the push-down seat (2 6 ) (the guide bevel of 2 (273) ) 'The top of the push-up seat (27) has a phase ft block (2 7 4 ), the upper push block (27) is formed with a piercing portion (2 7 5 ), and the piercing portion (2 7 end) The end is formed with an upper hole (2 7 6 ); a spring κ (28) which is sleeved at the upper push block (2 7 (2 7 5 ); has 6) 2 2 C 2 2 7 6 2 璧The other part of the car is 5)) 6)) 6) The protruding part of the peripheral wall 7 which is far protruding and the opposite of the one end is free. (30), which has two half-shells (3 working pieces) which can be combined with each other, and a semi-remaining lock groove (31丄) and a half are formed on the inner side surface of each half-shell, and the code lock core groove (3 1) 2) 'The bottom surface of each half of the key lock groove (3 1 1 ) is formed with a guide groove (3 1 3), and a fixed rod is formed on the bottom end surface of the semi-key lock groove (3 | 1) (314) ), on the inner side surface of the half-shell (3 1 ) on which the fixed rod (3 4 ) is formed and between the half-key lock groove (3 1 1 ) and the half-number lock groove (3丄2) The code pusher slot (315) and the positioning reed slot (316), while in the same half-shell (3 10 1301521

1 )的半號碼鎖心槽（3 1 2 )的底端面形成有調整换 1 7 )，並於二半殼體（3 1 )相對於其半號碼鎖心才曹 12)位置處形成有號碼轉輪口（3 18)，並於为殼體（3 1 )的外側面且相對於其半號碼鎖心槽（3 ] 位置處形成有確認孔（3 1 9 ); 當一半殼體（3 1 )相互結合時，二論匙鎖心才曹 1 1 )會結合形成為可容置鑰匙鎖心（2 〇 )的鑰麥减' 槽’並且定桿（3 1 4 )延伸至定殼（2 1 )的桿扎（1) The bottom end surface of the half-number lock slot (3 1 2 ) is formed with an adjustment 1 7 ), and a number is formed at the position of the second half housing (3 1 ) relative to the half-number lock (12) The wheel port (3 18) is formed with a confirmation hole (3 1 9 ) at the outer side of the casing (3 1 ) and at a position relative to the half-number lock groove (3); when half of the casing (3) 1) When combining with each other, the key to the key is to form a key that can accommodate the key lock (2 〇) minus the 'slot' and the fixed rod (3 1 4 ) extends to the fixed shell ( 2 1 ) rod barding (

1 3)内，藉此將鑰匙鎖心（2〇)固定於殼體（3 0) 上推座（2 7 )的導塊（2 7 4 )會分別延伸至導槽（3 1 3 )内，藉此限制上推座（2 7 )無法相對於殼艨（3 〇)轉動，並且上推座（27)的穿設部（275)會突伸於殼體（30)外，而套設於穿設部（275)的彈黃 (2 8 )的一端係與殼體（3 〇 )内壁相互推抵；另外’二半號碼鎖心槽（3 1 2 )會結合形成一玎容置唬碼鎖心（1 0 )的號碼鎖心槽，號碼轉輪（1 1 )會由唬碼轉輪口（ 3 1 8 )突伸於殼體（3 〇 )外，並且鎖才王（1 3)具有鎖固端（1 3 3)的一端會突伸於殼體（3 〇)外，而且插入上推座（27)的上孔（276)内；定位簧片（3 2 )，其係設置於殼體（3 〇 )的定位黃片槽（316)内，定位簧片（32)形成有數彈片（3 2 1 )，各彈片（3 2 1 )係突出至半號碼鎖心槽（3工 2 )内，並與其相對應的各號碼轉輪（1 1 )之周壁相推抵’而當號碼轉輪（1 1 )轉動時，使用者會感受到此推 1301521 抵所帶來的定位手感；尋碼推片（3 q ) 推片槽（3 i 5)内，1其係設置於殼體（3 0)的尋碼動突起（33工），推動突起（3^的—端形成有推匙鎖心槽内的下推座（）係延伸至位於鑰推片（3 3 ) θ 之推槽（2 6 3 )内，尋碼 )的另端之頂端處形成、馬的突片（3 3 2 )，各突攻有數大伸至號碼鎖心槽殼體（3 0 )的確認孔°(大:乂3、3 2 )的自由端且相對於 2)的定位槽（1? 位置處（即為内轉輪（工於"形成i — 有-回推彈菩（3 s ς 3 4 )，凹槽（3 3 4 )内設 ” I d d 5 )，回推彈菩與殼體（30)之内壁面相互推抵:、（3 3 5 )的另端係本鎖具係可鎖固於任何位所示，當號焉轉輪（11) ?考弟-及七圖時，鎖检（i 3 )即預先设定的開鎖號碼、丄即可被拉動，上開殼體（3 〇 )的内部，片（1 3 4 )就會離 Ο 〇 N 、貞检（1 3 )的鎖固端（1 )侍以脫離上推座（2 7)的上孔使得鎖具得以呈開鎖狀態。处而 :配口參考第一、二、六及八圖所示，可利用於推座⑴）J 亚且轉動下推座（26)，而上動的^ 塊（2 7 2 )會限難桿（22)轉此時，上推座（27)的導斜邊（⑴二坐（2 6 )的引斜邊（2 6 2 )奋呈相針、軍受到强翌r 〇〇、乙J曰呈相對運動狀態， K28)的推抵’而使得上推座（27)朝向下 12 1301521 推座（2 6 )方向運動，如此鎖拴（1 3 )的鎖固端（丄 3 3 )得以脫離上推座（2 7 )的上孔（2 7 6 )，而使得鎖具呈非鎖固狀態。此外，若於開鎖號瑪不慎遺忘時，可於鑰匙使鎖具呈非鎖固狀態時，因於鑰匙轉動時，下推座（2 6 )會將尋碼推片（3 3 )朝向號碼鎖心（1 0 )方向推動，此時，請配合參考第九圖所示，可轉動號碼轉輪（丄丄），當轉動至開鎖號碼時，可透過上殼體（3 1 )的確認孔（3 9 ) 與尋碼推片（3 3 )的穿孔（3 3 3 )，看見内轉輪 2的定位槽（1 2 4)，如此即得知已轉動至先前不慎遺忘的開鎖號碼。 ’、請配合參考第十圖所示，若此時欲變更開鎖號碼時，可轉動轉栓（13)(即將轉栓（13)的鎖固端 3 )被轉動1 8 〇度），並將鎖拴（]?、 (1〇)的方向推入殼體（30)内’此時受到下突片 3 5 )的推抵，内轉輪（丄2 )隨著鎖栓（1 大、使其突齒（"2 )與號碼轉輪（i i )的内齒()i運動’ 相互分離，而號碼轉輪（1 1 )會位於内轉輪\ 1 1 2 } 平滑端（1 2 1 )處，如此就可將號碼轉輪（1 1 2 )的至想要的號碼’待號碼已經重新設定後，可將鎖1拾13轉動反向拉出，如此突齒（122)與内齒（1ι ύ ; 相互嚙合，並將其鎖固端（]_ 3 3 )轉 2 )㈢再_人以待下次❹。和其初始位置，另外，於號瑪鎖心（10)呈開鎖裝狀態時，殼 13 l3〇l521 〇)的凋整塊（3 1 7)會允許内轉輪（1 2)的滑齒（1 2 3 )通過’如此就可將鎖栓（1 3 )朝向號碼鎖心（1 0 )方向推動，反之，當鎖具呈鎖固狀態時，調整塊（3 1 7 )與突齒（1 2 2 )會相互卡抵，而使得鎖栓（丄3 ) 無法被推動或拉動。再者’欲使用鑰匙使鑰匙鎖心（2 〇 )鎖固時，可於鑰匙鎖心（2 0 )呈開鎖狀態時，反向轉動下推座（2 6 )，此時，導斜邊（2 7 3 )與引斜邊（2 6 2 )之間的引導關係會迫使上推座（2 7 )朝·向遠離下推座（2 6 )的方向運動，並且壓迫彈黃（28)，而鎖栓（13)的鎖固端（1 3 3 )會再次插入上推座（2 7 )的上孔（2 7 6 ) 内’如此鎖具即為鎖固狀態。再一’欲使用號碼鎖心（1 〇 )鎖固時，可於號碼鎖心（1 0 )呈開鎖狀態，將鎖栓（1 3 )的鎖固端（1 3 3 )會再次插入上推座（2 7 )的上孔（2 7 6 )内即可，旅且將號碼轉輪（1 1 )轉動至非開鎖號碼處，如此即為鎖固狀態，此時，鎖具内部各構件之間的相對關係，如前所述，故不贅述。綜合以上所言，本鎖具可使用號碼開啟，若不慎將開鎖號碼遺忘時，亦可使用鑰匙可開啟鎖具，並可透過尋碼推片（3 8 )與内轉輪（1 2 )之間的定位關係，重新找^ 旧開鎖號碼。此外，本發明亦可使不同結構的號碼鎖心（圖中未系），其可具有數號碼轉輪、數内轉輪與一鎖栓； 14 1301521 各號碼轉輪，其具有内；^丨 ^ 夂★ 有内孔，内孔的孔壁處具有凹| · 。内轉輪，其係設於各號回，輪形成有貫孔，貫孔的孔壁處具孔處’於各内轉外周壁處形成有f U 亚於各内轉輪的鎖：：有疋位槽與可與號碼轉輪相互嗤合的突齒. ‘锃，其一端係依序貫穿各内轉輪， :…有可與各内轉輪的突齒相互喷弯弧狀且相對於鑰匙鎖心-端為鎖固端。鎖由於號碼鎖心之内轉輪有所復存在。双體之調整塊不所以當號碼轉輪被轉動至開鎖狀料再與内轉輪的突齒相互喝合，如此鎖栓即可被拉動= 貞“開鎖“，另外，其開鎖號相關構件’如同前述，故不贅述。 1、…其他【圖式簡單說明】第一圖係本發明之立體分解圖。第二圖係本發明之立體外觀圖。第三圖係本發明之局部立體外觀圖。第四圖係本發明之局部剖面圖。第五圖係鑰匙鎖心之立體分解圖。第六圖係本發明之局部動作剖面圖。 :七圖係本發明於號碼鎖心呈開鎖狀態之平面圖。弟八圖係本發明於鑰匙鎖心呈 -,m ^ 貞狀怨之平面圖。弟九0係本务明於尋找開鎖號碼之平面圖。第十圖係本發明於設定另一開鎖號碑之；面圖。 15 13015211 3), whereby the key lock (2〇) is fixed to the housing (30), and the guide block (2 7 4) of the push base (27) extends into the guide groove (3 1 3 ) Therefore, the push-up seat (27) cannot be rotated relative to the casing (3 〇), and the insertion portion (275) of the push-up seat (27) protrudes out of the casing (30), and the sleeve is set One end of the spring (28) of the wearing portion (275) is pushed against the inner wall of the casing (3 〇); and the two half-key lock grooves (3 1 2) are combined to form a 玎唬The number lock slot of the code lock core (1 0 ), the number wheel (1 1 ) will protrude from the housing (3 8) by the weight wheel (3 1 8), and the lock king (1 3 ) The end with the locking end (1 3 3) protrudes out of the housing (3 〇) and is inserted into the upper hole (276) of the upper push block (27); the positioning reed (3 2 ) is The positioning reed (32) is formed in the positioning yellow piece groove (316) of the casing (3 〇), and the elastic piece (32) is formed with a plurality of elastic pieces (3 2 1 ), and each elastic piece (3 2 1 ) protrudes to the half-number lock groove (3) Within 2), and corresponding to the corresponding number of the wheel (1 1 ), the peripheral wall is pushed to 'and the number wheel (1 1) When moving, the user will feel the positioning feel brought by the push 1301521; the code-finding push (3 q ) in the push-pull slot (3 i 5), 1 is set in the housing (30) The code-protruding protrusion (33 work) pushes the protrusion (the push-down seat in the center of the hole of the push key is formed to extend into the push groove (2 6 3 ) located at the key push piece (3 3 ) θ Inside, at the top end of the other end, the horse's tab (3 3 2 ) is formed, and each of the taps has a number of confirmation holes that extend to the number lock slot housing (30) (large: 乂3, 3 2 ) The free end and relative to the 2) positioning groove (1? position (that is, the inner wheel (working in " forming i - there - push back Boss (3 s ς 3 4), groove ( 3 3 4) Built-in "I dd 5", push back the inner wall of the shell and the shell (30) to push each other: (3 3 5) the other end of the lock can be locked in any position When the 焉焉 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( (1 3 4 ) will leave the locking end (1) of Ο N and 贞 (1 3 ) The upper hole of the push seat (2 7) allows the lock to be unlocked. Where: the fitting is shown in the first, second, sixth and eighth figures, which can be used for the push seat (1)) and the lower push seat (26) ), and the upper moving block (2 7 2 ) will limit the difficult rod (22) to this time, and push the oblique side of the push-up seat (27) ((1) two sitting (2 6) leading oblique side (2 6 2 ) Struggling with the needle, the army is forced to r 〇〇, B J 曰 is in relative motion, K28) is pushed to make the push-up seat (27) move toward the lower 12 1301521 push seat (2 6 ), so The locking end (丄3 3 ) of the lock cymbal (1 3 ) is disengaged from the upper hole (2 7 6 ) of the push-up seat (27), so that the lock is unlocked. In addition, if the unlocking number is inadvertently forgotten, the lock can be unlocked when the key is turned, and the push-down seat (2 6) will face the code-finger (3 3 ) toward the combination lock when the key is rotated. Push in the direction of the heart (1 0). At this time, please refer to the figure 9 to rotate the number wheel (丄丄). When turning to the unlocking number, it can pass through the confirmation hole of the upper casing (3 1 ). 3 9 ) With the perforation (3 3 3 ) of the code-finding pusher (3 3 ), the positioning groove (1 2 4) of the inner reel 2 is seen, so that it is known that the unlocking number has been turned to the previous inadvertently forgotten. ', please refer to the tenth figure, if you want to change the unlocking number at this time, you can turn the bolt (13) (ie the locking end of the bolt (13) is turned 1 8 )), and The direction of the lock ] (]?, (1〇) is pushed into the housing (30), which is pushed by the lower tab 3 5 at this time, and the inner runner (丄2) follows the lock bolt (1 large, The teeth ("2) are separated from the inner teeth ()i movements of the number wheel (ii), and the number wheel (1 1 ) is located at the inner wheel \ 1 1 2 } smooth end (1 2 1 ), so that the number of the wheel (1 1 2) to the desired number 'waiting number has been reset, the lock 1 can be rotated 13 and pulled backwards, so that the teeth (122) and internal teeth (1ι ύ ; intermeshing and turning the locking end (]_ 3 3 ) to 2) (3) _ people waiting for the next ❹. And its initial position, in addition, the lock on the lock (10) In the state, the bulging block (3 1 7) of the shell 13 l3〇l521 〇) will allow the sliding teeth (1 2 3 ) of the inner rotating wheel (1 2) to pass [so that the locking bolt (1 3 ) can be oriented towards the number The lock (1 0 ) is pushed in the direction, otherwise, when the lock is locked, adjust (317) and the protruding tooth (122) can engage with each other in contact, so that the bolt (Shang 3) can not be pushed or pulled. In addition, when you want to use the key to lock the key lock (2 〇), you can reverse the push-down seat (2 6 ) when the key lock (20) is unlocked. At this time, the guide bevel ( 2 7 3) The guiding relationship with the leading edge (2 6 2 ) forces the push-up seat (27) to move away from the push-down seat (26) and presses the yellow (28). The locking end (1 3 3 ) of the bolt (13) is again inserted into the upper hole (2 7 6 ) of the upper push block (27). Thus, the lock is locked. If you want to use the lock (1 〇) to lock, you can unlock the lock (1 0 ) and insert the lock (1 3 3) into the push-up. The upper hole (2 7 6 ) of the seat (2 7 ) can be used, and the number wheel (1 1 ) is rotated to the unlocking number, so that it is locked, and at this time, between the components inside the lock The relative relationship, as mentioned above, is not described here. In summary, the lock can be opened with a number. If the unlock number is forgotten, the key can be used to unlock the lock and can be accessed between the code-finger (3 8 ) and the inner wheel (1 2 ). The positioning relationship, re-find the old unlock number. In addition, the present invention can also lock the number of different structures (not shown in the figure), which can have a number wheel, an inner wheel and a bolt; 14 1301521 each number wheel, which has an inner; ^ 夂★ There is an inner hole with a concave hole in the hole wall. The inner runner is set on each of the numbers, the wheel is formed with a through hole, and the hole at the wall of the through hole is formed at the inner peripheral wall of each inner turn to form a lock with the F U sub-inner inner wheel: The clamping groove and the protruding tooth which can be coupled with the numbering wheel. '锃, one end of which is sequentially penetrated through the inner inner wheel, :...the protruding teeth of each inner rotating wheel are curved and curved with respect to each other The key lock is at the end of the lock. The lock has reappeared due to the number within the lock. The adjustment block of the double body is not so when the number wheel is rotated to the unlocking material and then the teeth of the inner wheel are engaged with each other, so that the bolt can be pulled = 贞 "unlock", in addition, the unlocking number related component ' As mentioned above, it will not be described. 1. Others [Simplified description of the drawings] The first figure is a perspective exploded view of the present invention. The second drawing is a perspective view of the present invention. The third figure is a partial perspective view of the present invention. The fourth figure is a partial cross-sectional view of the present invention. The fifth picture is an exploded view of the key lock. The sixth drawing is a partial motion sectional view of the present invention. : Figure 7 is a plan view showing the unlocking state of the number lock in the present invention. The eighth figure of the present invention is a plan view of the key lock in the key lock, -, m ^ 贞。. The brother of the ninth is the plan to find the unlocking number. The tenth figure shows the invention in setting another unlocking monument; 15 1301521

【主要元件符號說明】 (1〇)號碼鎖心 (1 1 1 )内孔 (1 2 )内轉輪 (1 2 2 )突齒 (1 2 4 )定位槽 (1 3 )鎖栓 (1 3 2 )環片 (1 3 4 )上導片 (2 0 )錄匙鎖心 (2 1 1 )轉孔 (2 1 3 )桿孔 (2 2 1 )上珠座 (2 2 3 )轉動端 (2 4 )鎖珠彈簧 (2 5 1 )穿孔 (2 5 3 )插栓 (2 6 1 )弧孔 (2 6 3 )推槽 (2 7 1 )下孔 (2 7 3 )導斜邊 (2 7 5 )穿設部 (2 8 )彈簣 (31)半殼體 (1 1 )號碼轉輪 (1 1 2 )凹齒 (1 2 1 )平滑端 (1 2 3 )滑齒 (1 2 5 )貫孔 (1 3 1 )環槽 (1 3 3 )鎖固端 (1 3 5 )下導片 (2 1 )定殼 (2 1 2 )定孔 (2 2 )轉桿 (2 2 2 )珠孔 (2 3 )鎖珠 (2 5 )下珠座 (2 5 2 )栓槽 (2 6 )下推座 (2 6 2 )引斜邊 (2 7 )上推座 (2 7 2 )限位塊 (2 7 4 )導塊 (2 7 6 )上孔 (3 0 )殼體 (3 1 1 )半鑰匙鎖心槽 16 1301521 (3 1 2 )半號碼鎖心槽 (313)導槽（314)定桿 (3 1 5 )尋碼推片槽 (3 1 6 )定位簣片槽 (3 1 7 )調整塊（3 1 8 )號碼轉輪口 (3 1 9 )確認孔（3 2 )定位簧片 (3 2 1 )彈片（3 3 )尋碼推片 (331)推動突起（332)突片 • (333)穿孔（334)凹槽 (3 3 5 )回推彈簧[Main component symbol description] (1〇) number lock core (1 1 1 ) inner hole (1 2 ) inner wheel (1 2 2 ) protruding tooth (1 2 4 ) positioning groove (1 3 ) latch (1 3 2) ring piece (1 3 4 ) upper guide piece (2 0 ) keyhole lock (2 1 1 ) rotary hole (2 1 3) rod hole (2 2 1 ) upper bead seat (2 2 3 ) rotating end ( 2 4) Locking bead spring (2 5 1 ) perforated (2 5 3 ) plug (2 6 1 ) arc hole (2 6 3 ) push groove (2 7 1 ) lower hole (2 7 3 ) guide bevel (2 7 5) Threading part (2 8) magazine (31) half shell (1 1 ) number wheel (1 1 2 ) concave tooth (1 2 1 ) smooth end (1 2 3 ) sliding tooth (1 2 5 )through hole (1 3 1 ) ring groove (1 3 3 ) locking end (1 3 5 ) lower guide piece (2 1 ) fixed case (2 1 2 ) fixed hole (2 2 ) rotating rod (2 2 2 ) Bead hole (2 3 ) lock bead (2 5 ) lower bead seat (2 5 2 ) bolt groove (2 6 ) push down seat (2 6 2 ) lead oblique side (2 7 ) push up seat (2 7 2 ) limit Bit block (2 7 4 ) guide block (2 7 6 ) upper hole (3 0 ) housing (3 1 1 ) half key lock slot 16 1301521 (3 1 2 ) half number lock slot (313) guide groove ( 314) Fixed rod (3 1 5 ) Finder code push slot (3 1 6 ) Positioning cymbal slot (3 1 7 ) Adjustment block (3 1 8 ) Number rotary port (3 1 9 ) Confirmation hole (3 2 ) Positioning reed (3 2 1) shrapnel (3 3 ) Sheet (331) push projection (332) tab • (333) perforation (334) groove (3 3 5 ) pushback spring

1717

Claims

Year 3 repair (Ge U.:; J 1301521 X, patent application scope: 1 · A composite structure lock, which has a casing; a number lock core, which is installed in the casing; a key lock, The system is disposed in the casing and adjacent to the lock core; the lower pusher is disposed in the casing and interlocks with the key lock; an upper pusher is disposed in the casing, and The push-down seat is interlocked with each other, and one end of the push-up seat protrudes outside the casing; and a lock bolt's end is connected to the number lock core, the other end protrudes outside the casing, and the other end is a lock end. And the locking end is curved and at a position relative to the key lock center, the locking end is fastened to the end of the upper pushing protrusion protruding from the housing; and the housing is formed at a position relative to the number lock center The confirmation hole is provided with a code-finding pusher in the casing and between the push seat and the number lock core, and one end of the code-finding push piece is connected with the push-down seat, and one end of the code-finding push piece is formed with a number of protrusions to the number lock. The tabs of the heart groove, the free ends of the tabs, and the holes of the confirmation holes are formed with perforations. 2. The composite structure lock according to claim 1, wherein the key lock has a fixed shell, a rotating rod, a plurality of locking beads, a number of locking beaded marbles, and a spring; The hole, the peripheral wall of the fixed shell is formed with a fixed hole and a rod hole fixed hole and the rod hole communicates with the rotating hole; 18 1301521 The number of beads is dry: the other end is formed with the upper bead seat at the upper bead seat to be formed with: holes, Turning #The end of the upper bead seat is arranged in the rotating hole of the fixed shell, and a gap for the key insertion is formed between the / dry correcting hole, the rotating rod protrudes out of the fixed shell, and the belt is right and the other end The material is made into a small-sized and arc-shaped rotating bead and a lock bead spring, which is disposed in each bead hole of the rotating rod, and the lower bead seat is formed with a perforation through which the rotating end of the rotating rod can pass. The bead seat is arranged under the rotating hole of the fixed shell. The peripheral wall of the inner lower bead seat is formed with a bolt groove at a position corresponding to the pupil of the fixed shell, and the end protrudes into the fixed hole of the fixed shell. ―Insert check' is inserted from each other; the inside of the hole will be the other end of the lock bead and the other will form a turn An arc hole penetrating through the rotating end; and two opposite sides are respectively formed with a protruding and inclined inclined body formed with a finite block formed at the inner wall of the turret hole of the rotating rod, and the push block = part The upper pusher wears: ¥ oblique side, and the other end is formed with the inner wall of each other. The other end of the body and the body of the body are pushed against each other. The protrusion at the end of the housing is formed with a free hole for the insertion of the locking end of the locking bolt. The multiple number locking core according to claim 2 has a number wheel and a number of inner wheels. ;,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, In the inner hole of the inner wall of the 'meat', the inner inner wheel A Μ & has a smooth end, and at its other end is formed a άΠ & : the concave teeth of the runner are mutually coupled, and At the end of each of the two = each number is formed with a positioning mm into a toothed inner wheel ^ ancient θ # is located between the two teeth, the car has 4 The other end of the bolt can be protruded from the through hole therein; ,, " the sluice protrudes from the through hole of the inner wheel, and the groove is formed by the if.

Bottom of the wheel: There is a ring piece, the ring piece will be pushed in the same direction as the adjacent one, and the rod wall of the bolt is adjacent to: the upper guide piece that protrudes outward A lower guide piece ' is formed at the bottom and the lower guide piece is pushed against the tip end portion of the adjacent inner season τ wheel. 5 u 4 · The composite structure lock described in item 2 of the patent scope, the number lock has a number number wheel and a number of inner wheels; - each weight wheel has an inner hole, the inner hole hole wall The utility model has a concave tooth; each inner rotating wheel is arranged at an inner hole of each numbering wheel, each inner rotating wheel is formed with a bell hole, and the through hole hole wall has a protruding tooth, and is arranged on the outer circumference of each inner rotating wheel

The wall is formed with a positioning groove and a heart tooth that can mesh with the concave tooth of the numbering wheel; & the locking inspection 'the one end of the inner ring of the inner rotating wheel is sequentially inserted, and the peripheral wall of the extending end is formed with each A projection that engages the teeth of the inner runner. 5. The composite structural lock according to claim 3, wherein one end of each inner wheel formed with a protruding tooth is formed with a sliding tooth; a guiding block is formed at a peripheral wall of the upper pushing seat; The combined two half shells are formed with a half-key lock slot and a half-number lock slot on the inner side of each half-shell, and two half-key locks 20 1301521 are combined to form a key lock slot, two halves The number lock slot is combined to form a number lock slot, and the bottom end surface of each half of the key lock slot is formed with a guide groove for the push block of the push block to extend into the rod hole of the fixed case The rod is formed on the inner side surface of the half of the casing and between the semi-key lock slot and the half-number lock slot to form a code-finding slot and a positioning tab groove for accommodating the code-finding push tab, and positioning the reed slot A positioning spring is arranged therein, and the positioning spring is formed with a plurality of elastic pieces, each of the elastic pieces protruding into the lower number lock slot, and corresponding to the corresponding peripheral wall of each number wheel, and in the same half shell The bottom end surface of the half-number lock slot is formed with an adjustment block for allowing the sliding teeth to pass through, and in two halves Body is formed for the relative number wheel protrudes outside the housing to the opening thereof at the number wheel lock core half slot position number. 6. The composite structural lock according to claim 4, wherein a guide block is formed at a peripheral wall of the upper push seat; and a housing having two half-shells that are coupled to each other, and the half-shells of the respective half-shells The inner side surface is formed with a semi-key lock slot and a half-number lock slot, and the two half key lock _ heart slot system is combined to form a key lock slot, and the two half lock core slots are combined to form a number lock slot, and each half key lock The bottom end surface of the core groove is formed with a guide groove through which the guide block of the push-up seat extends and a rod hole into which the rod hole of the fixed case can be inserted, on the inner side of the half of the housing and in the half key lock groove and A semi-numbered lock slot is formed with a code-finding slot and a positioning bobbin slot for accommodating the code-finding pusher. The positioning reed slot is provided with a positioning reed. The positioning reed forms a plurality of elastic pieces, and each of the shrapnel is protruding. Extending into the lower lock slot and pushing against the peripheral wall of each of the corresponding numbering wheels, and forming a numbering wheel for protruding from the shell at the position of the second half of the housing relative to the half-number lock slot In vitro number wheel 21 1301521 7 . As described in claim 5 or 6 a structural lock, wherein a push groove is formed in a peripheral wall of the push-down seat; a key lock slot for accommodating a key lock and a number lock slot for accommodating a number lock are formed in the body, and the hole is formed in the hole The outer side of the housing is opposite to the position of the key lock slot; the other end of the code-finding push tab is formed with a push protrusion, and the push protrusion extends to the push slot of the push-down seat located in the key lock slot, and the code is searched. One end of the push piece formed with the protruding piece is formed with a groove. The groove is provided with a pushback spring, and the other end of the pushback spring is pushed against the inner wall surface of the casing. 8 - a lock capable of finding the original unlocking number, having: 'a housing formed with a confirmation hole ·; a number lock core disposed in the housing and at a position relative to the confirmation hole; a key lock core, which is disposed in the casing and adjacent to the lock core; a push-up seat, which is disposed in the casing and interlocked with the key lock core; and an upper push seat that is fastened to the shell In the body, and in conjunction with the push-down seat, one end of the push-up seat protrudes from the outside of the housing; a latch has one end connected to the combination lock, and the other end protrudes outside the housing and is curved And at the position of the key lock, the end is a locking end' and the locking end is fastened to the end of the push-up seat protruding from the outside of the housing; and a tongue pusher is disposed in the housing It is located between the pusher and the number lock 22 1301521, and one end of the code-finding piece is connected with the push seat, and the other end of the code-finding piece is formed with a plurality of protrusions protruding to the number lock slot, each protrusion The free end is formed with a perforation at a position relative to the confirmation hole of the housing. 9 ·If you find the lock of the original unlocking number as described in item 8 of the patent application scope, the key lock has a fixed shell, a rotating rod, a number of locking beads, a number of locking bead springs and a spring; There is a rotating hole, the peripheral wall of the fixed shell is formed with a fixed hole and a rod hole, and the fixed hole and the rod hole communicate with the rotating hole; the rotating rod has a plurality of bead holes formed at the other end thereof, and the rotating rod has the rotating rod and the rotating of the upper bead seat A hole is formed between the holes to extend outside the casing, and an end is formed; the bead seat is formed at the upper seat of the bead seat, and one end is disposed in the rotation hole of the fixed shell, the gap of the key insertion, the rotation of the rod At the other end, there is a small-sized and arc-shaped rotating yoke lock bead spring, which is a lower bead seat, which is formed with a perforation for allowing the rotating end of the rotating rod to pass through, and the seat is set in the rotating hole of the branch. a peripheral groove of the lower bead seat and a pin groove formed at the opposite side of the shell, and a plug is provided in each of the bolt grooves, and the inserted 的 is inserted by the fixed pair to push against each other; the inner and lower beads The other end of the lock bead spring 1 :::: it is formed with an arc hole that allows the rotating end of the rotating rod to pass through, the side, ... At each end, a protruding and inclined slanting ridge is formed, which is formed with an inner wall of a through-hole hole for inserting the rotating end of the rotating rod to form an ancient service from the 仏W shell, the block, and the end of the push-up seat The part is formed by the age of 23 l3〇lS2l. Two pushes: the opposite guide bevels on the two sides are formed, and the inner wall is formed at the other end: the "" sleeve is provided with the elastic cyanine, and the other end of the elastic cyanine Pushing against the housing, the dent portion protrudes out of the housing, and the end portion is formed with a locking hole for locking detection. The upper hole w is free of the code center 0: Γ 'patent range ninth item The utility model can find the original unlocking shoulder, wherein the number locking core has a numbering wheel and a number of inner turns. The concave tooth numbering wheel is formed with an inner hole 'and a hole of the inner hole; each inner wheel has It is disposed in the inner hole of each number wheel, and one end of the outer peripheral wall of each inner wheel is formed with a smooth end, and at the other end thereof, a concave tooth phase (four) which can be used for each number wheel is formed. The inner runner is formed with a stern end formed with a positioning groove 'position groove is located between the two teeth, and each inner wheel is formed The other end of the locking bolt protrudes from the through hole therein; the locking bolt protrudes from one end of the through hole of the inner rotating wheel, and the end portion thereof is formed with a ring groove, and a ring piece is sleeved at the ring groove, the ring The sheet is pushed against the bottom end of the inner wheel adjacent thereto, and the upper and lower guide pieces are formed on the rod wall of the bolt and adjacent to the middle portion thereof, and the lower guide piece is opposite thereto. The top end of the adjacent inner wheel is pushed against each other. 1 1 · The lock of the original unlocking number can be found as described in item 9 of the patent application scope, wherein the number lock has a number number wheel and a number of inner wheels; The code wheel has an inner hole, and the inner hole hole has a concave tooth; each inner wheel is not at the inner hole of each number wheel, and each inner wheel is formed with a through hole, and the through hole hole wall Having a protruding tooth, and forming a positioning groove and a tooth 24 1301521 which can engage with the concave tooth of the numbering wheel at the outer peripheral wall of each inner wheel; the heart η passes through the inner ring of each inner wheel, and the extension The peripheral wall is formed with a protrusion that can be incompatible with the teeth of each inner wheel... The scope of the patent can be found in the first item. The unlocking of the lock of the gamma, wherein one end of each inner wheel is formed with a protruding tooth is formed with a sliding tooth; a peripheral wall of the upper pushing seat is formed with a guiding block; and the housing has two half shells which can be combined with each other, in each half Housing

The inner side is formed with a semi-key lock slot and a half-number lock.

The cardiotonary system is formed as a key lock slot, and the two half-key lock slot is combined to form a number lock slot, and the bottom end surface of each half-key lock slot is formed with a guide block for the I pusher to extend therein. The guide groove and the rod hole that can be inserted into the fixed shell are formed on the inner side surface of the half of the casing and between the half key lock slot and the half number lock slot to form a code for accommodating the code search slide. The sliding groove and the positioning hole are arranged in the groove, and the positioning spring piece is provided with a positioning piece. The positioning spring piece is formed with two elastic pieces, and each of the elastic pieces protrudes into the lower number lock groove, and the corresponding number is turned. The peripheral wall of the wheel is pushed against each other, and the code-finishing groove forms the same side and is adjacent to the positioning crotch groove, and the bottom end surface of the half-number lock groove of the same half-shell forms an adjustment for allowing the sliding tooth to pass. And a numbering wheel port for the numbering wheel to protrude outside the casing is formed at the position of the second half of the housing relative to the half-key lock slot. 1 3 · The lock of the original unlocking number can be found as described in Item 1 of the patent application, wherein a guide block is formed at a peripheral wall of the upper push seat; and a housing having two outer shells which are combined with each other The inner side of the half-shell is formed with a half-key lock slot and a half-number lock slot. The two-half key lock 25 1301521 is formed by a heart-locking groove. The two-half number lock-lock groove is combined to form a combination lock. The bottom end surface of each of the half-key lock grooves is formed with a guide groove through which the guide block for the push-up seat extends and a rod hole into which the rod hole of the fixed case can be inserted, on the inner side of the half of the housing And a positioning chip slot and a positioning cymbal slot for accommodating the code-finding plate are formed between the semi-key lock slot and the half-number lock slot, and a positioning reed is disposed in the positioning reed slot, and the positioning reed is disposed. A plurality of elastic pieces are formed, and each of the elastic pieces protrudes into the lower number lock slot, and is pushed against the peripheral wall of the corresponding Lu numbering wheel, and is formed at a position of the second half housing relative to the half number lock groove thereof. There is a number wheel for the number wheel to protrude outside the casing, and a lock for unlocking the number. A push groove is formed in the peripheral wall of the middle and lower push base; a key lock slot for accommodating the key lock core and a #ϋ code lock groove for accommodating the spring phase are formed in the body, and the hole is formed in the shell The outer side of the body is opposite to the position of the key lock groove; w and the other end of the horse push piece is formed with a push protrusion, and the end of the push protrusion is formed in the push groove of the second push seat. Forming the protruding end system and the shell 2: surface: the groove is provided with a pushback elastic, and the M i faces of the pushback elastic are pushed against each other. XI. 囷: As the next page 26