201144553 六、發明說明： 【發明所屬之技術領域】 本發明係為一種具變號墊片之鎖具結構，尤指一種可在原有的鎖碼變 化系統同時並存另外-鎖碼變化核，可碰具增加安錄，^可依使 用者需求而快速增加鎖碼變化及增加鎖具的使用功能變化之一種具變號墊 片之鎖具結構。 【先前技術】 如，一般之「鎖具結構」，請參閱第一圖所示，其包含有殼體82及旋 轉軸83 ’該旋轉軸83設於殼體82之内，且該旋轉軸83設有槽座831及數 個槽孔832 ’其槽孔832内包含有插梢833 ;其係藉由彈簧842使下層的插 梢843 —端頂抵於旋轉軸83之槽孔832内，因此使旋轉軸83不能轉動而 達閉鎖的功效；又當插入對的鎖匙81時，插梢槽溝811頂抵上層的插梢 833，並且使上層的插梢833與下層的插梢843其接觸面平齊於下槽座84 與槽座831之接觸面，此時，旋動該鎖匙81即可帶動旋轉軸83轉動，因 而達開鎖之功效； 該「鎖具結構」其雖可達開鎖、閉鎖之功效，惟因該「鎖具結構」其 插梢833之數量固定，因而無法增加變化，導致該「鎖具結構」之鎖碼變 化有限，無法依使用者的需求快速擴充增加，且安全性不夠，進而造成使 用受限； 又如，英國專利GB2385631A「Variable Tubular Lock」，請參閱第 二圖所示，其包含有殼體82及旋轉軸83,該旋轉轴83設於殼體82之内’ 且該旋轉軸83設有槽座831及數個槽孔832，其槽孔832内包含有插梢 201144553 833;其特徵是該殼體82設有凸塊821，如該凸塊821可防止_器開鎖， 以增加安全性’除此之外’其閉鎖及開鎖之動作原理與上述先前技術相同， 在此不多加說明； 該英國專利GB2385631A其雖可增加安全性，惟因該「鎖具結構」其插 梢833之數量也固定’因而鎖碼之變化增加有限，無法依使用者的需求快 速擴充增加； 再如，市面上購得的-般「鎖具結構」，請參閱第三圖所示，其亦包 • 含有殼體92及旋轉軸93 ’該旋轉軸93設於殼體92之内，且該旋轉軸93 設有槽座咖及數個槽孔932，其槽孔932内包含有插梢辦；其係藉由彈 簧933使插梢934頂抵於殼體92之凹槽921，因此使旋轉轴⑽不能轉動， 而達到閉鎖的功效；又當插入對的鎖匙91時，插梢槽溝9ιι頂抵插梢咖 並且雜梢934脫_槽921，鱗，旋動該鎖匙91即可帶動旋轉袖93轉 動’因而達開鎖之功效； 該「鎖具結構」其雖也可達開鎖、閉鎖功效，惟因該「鎖具、结構」^201144553 VI. Description of the invention: [Technical field of the invention] The present invention relates to a lock structure with a variable gauge gasket, in particular to a core-lockable change core that can coexist in the original lock code change system. Adding an amp, a lock structure with a variable shims that can quickly increase the lock code change and increase the use function of the lock according to the user's needs. [Prior Art] For example, the general "lock structure", as shown in the first figure, includes a housing 82 and a rotating shaft 83. The rotating shaft 83 is disposed within the housing 82, and the rotating shaft 83 is provided. The slotted seat 831 and the plurality of slots 832' have a slot 833 therein; the spring 842 causes the lower end of the socket 843 to abut against the slot 832 of the rotating shaft 83, thereby The rotating shaft 83 cannot rotate to achieve the function of the locking; when the pair of the keys 81 are inserted, the insertion groove 811 abuts against the insertion end 833 of the upper layer, and the upper insertion end 833 and the lower insertion end 843 are in contact with each other. The contact surface of the lower seat 84 and the seat 831 is flushed. At this time, the rotation of the key 81 can drive the rotating shaft 83 to rotate, thereby achieving the function of unlocking; the "lock structure" can achieve the function of unlocking and locking. However, because the number of the plugs 833 of the "lock structure" is fixed, the change cannot be increased, resulting in a limited change in the lock code of the "lock structure", which cannot be rapidly expanded and increased according to the needs of the user, and the safety is insufficient, thereby causing Restricted use; for example, British patent GB2385631A "Variable As shown in the second figure, the Tubular Lock includes a housing 82 and a rotating shaft 83. The rotating shaft 83 is disposed inside the housing 82. The rotating shaft 83 is provided with a slot 831 and a plurality of slots. 832, the slot 832 includes a spigot 201144553 833; and the housing 82 is provided with a protrusion 821, such as the 821 can prevent the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The principle of the operation of the unlocking is the same as that of the prior art described above, and will not be described here; the British patent GB2385631A can increase the safety, but the number of the plugs 833 of the "lock structure" is also fixed, thus the change of the lock code is increased. Limited, can not be quickly expanded according to the user's needs; for example, the commercially available "lock structure", please refer to the third figure, which also includes a housing 92 and a rotating shaft 93 'the rotation The shaft 93 is disposed in the housing 92, and the rotating shaft 93 is provided with a slot seat and a plurality of slots 932, and the slot 932 includes a slotting portion; the slot 934 is biased by the spring 933 The groove 921 of the housing 92, so that the rotating shaft (10) can not be rotated, and the locking effect is achieved. When the pair of keys 91 are inserted, the insertion slot 9 ιι is placed against the thimble and the hopper 934 is detached from the slot 921. The scale is rotated, and the rotation of the key 91 can drive the rotating sleeve 93 to rotate, thereby achieving the effect of unlocking; The "lock structure" can also unlock and lock, but because of the "lock, structure" ^
▲肖34之數量也固定’因而無法增加變化，導致該「鎖且结構」之鎖衣 變化有限，無法依使岐的需錄频辆加，且安全性·，進而以 使用受限； *因此，本案發明人鑑於上述之缺失，因而集思創新開發，多年潛心研 究’終於研發出—種具變號墊片之鎖具結構。 【發明内容】 本發明之主要目的雜供—種賤缝片之鎖具結構，其包含： 一殼體，該殼體内設有容納空間，且該殼體—端設有鎖匙孔； 201144553 -旋轉轴，麟熱套設缝狀容触_，且織雜設有槽座， 該槽座設有數個槽孔’其槽孔内設有插梢； 至少-變號墊片，變雜片疊設於旋轉轴其槽座之插梢周圍，且變號 塾片内設有透孔，又變號墊片設有數個環孔，每—環孔與透孔相貫通，且 ~ 變號墊片設有對位凸部； * #由»墊狀對位凸雜置較分佈，及對位凸部之高低位差，即 可在原有的鎖碼變化系統同時並存另外一鎖碼變化系統，可使鎖具增加安 • 全性’進而可依使用者需求而快速增加鎖碼變化及增加鎖具的使用功能變 化之效果者。 【實施方式】 請參閱第四圖、第七圖所示’本發明之主要目的係提供—種具變號塾 片之鎖具結構，其包含： 一殼體1，該殼體1内設有容納空間11，且該殼體i _端設有鎖匙孔 12 ； 、 φ 一旋轉軸2 ,該旋轉轴2套設於殼體1之容納空間u内，且該旋轉軸 2設有槽座21，該槽座21設有數個槽孔22，其槽孔22内設有插梢23 ; i少-變雜片3、4、5 ’變號墊>；3、4、5疊設於旋轉轴2其槽座 21之插梢23周圍，且變號墊片3、4、5内設有透孔31、41、51，又變號 塾片3、4、5對應插梢23設有數個環孔32、42、52，每一環孔犯、42、 52與透孔31、4卜51相貫通’且變號墊片3、4、5設有對位凸部犯、43、 53 ； 請參閱第四圖及第七圖至第九圖所示，藉由變號墊片3、4、5之對位 201144553 凸口P 33、43、53位置疊設分佈，如第八圖、第九圖所示，對位凸部n 53疊設位置排列變化及其因疊設產生之高低位差縣組合，即可在原有的 鎖碼變化_時並存另外―鎖碼變化系統，可使鎖具增加安全性進而 可依使用者需求而快速增加鎖碼變化及增加鎖具的使用功能變化之效果 、 者; . 請參閱第一圖至第六圖所示，其中第四圖為本發明之-種實施例，係 第圖衍伸而來，其亦包含殼體i及旋轉轴2，該旋轉轴2設於殼體1之 _ S邊雜2 有槽座21及油槪22，其槽孔22内設有插梢23 ; 第五圖為本發明之另—種實施例，係由第二圖衍生而來，其亦包含殼體比 及旋轉軸2 ’職轉軸2設於殼體lb之内，且該旋轉軸2設錢座2i及數 個槽孔22，其槽孔22内設有插梢23 ;第六圖為本發明又一種實施例，係 由第三圖衍生而來，其亦.包含殼體lc及旋轉轴此，該旋轉轴此設於殼體 lc之内’且該旋轉轴2c設有槽座21c及數個槽孔处，其槽孔奴内設有 插梢23c ;如上所述’顯而易見，本發明其閉鎖與開鎖的動作原理和先前技 驗術由使旋轉軸2、2c不能轉動而達觸鎖的功效，請再配合參 Μ十圖所示，且藉由鎖匙73及其插梢槽溝74使旋轉轴2、&能轉動而 ._ ;但本發明包含至少-變號墊片3、4、5，變號墊片3、4、5疊設於旋 轉軸2、2c其槽座2卜21c之插梢23、23c周園，且變號塾片3、4、5設 有對位凸部33、43、53，因此，插入鎖匙73時，其凸部槽溝75必須先通 過疊設分佈·之對位凸部33、43、53才可以開鎖，—般的鎖匙81、％ 絕對無法通珊位凸部33、43、53 _鎖，_，本卿可以在不改變鎖 具使用習_情況下，大幅增加鎖具的安錄；而且藉由變麵^ 3、4、5 6 201144553 之對位凸部33、43、53疊設位置排列變化及其因疊設排列產生高低位差相 乘組合’如第八圖、第九圖所示，變化出多數組的號碼組合，形成另外一 鎖碼變化系統並存於原有_碼變化祕，進而可依伽者需求而快奸 加鎖碼變化； ' 曰 請參閱第十圖所示，為對應本魏「具變號塾片之鎖具結構」，於鎖 匙孔12外部設有對應_匙73，_匙73對應姻23設有數她梢槽溝 74，插梢槽溝74之深淺長度細肖23之長度高低相對應，且該鎖匙㈣ 應變_ 3、4、5讀銘部33、43、53設有凸部槽溝？5，凸部槽溝 75之深淺長度與變細3、4、5之對位凸部33、43、53位置疊設料及 其因疊設分佈產生之高低位差相對應；耻，該継π能以凸部槽溝乃 對應而且通過相疊設分佈與高低不同的對位凸部33、似、^所排列之鎖碼 變化系統1壯同—般先前猶之「結構」_觸溝？4對應插梢 23之鎖碼變化系統而開鎖； π參閱第十-圖所示，又於本發明「具變號塾片之鎖具結構」其鎖匙 孔12外部可設有母鎖匙版，該母鎖匙版對應插梢Μ設有數個插梢槽^ 也，插梢槽溝74a之深淺長度與插梢23之長度高低相對應，且該母鎖匙 ，對應魏利3、4、5之對位凸部33、43、53財凸部槽溝％ ^ 聂〜冓75a之冰淺長度至少為變號塾片3、4、5之對位凸部&、仏53相 :之厚度’該母鎖4 73a能以凸部槽溝75a通過每一個位置變化與高低不 同的對位凸部33、43、53 ’並且以插梢槽溝恤對應插梢23之鎖媽變化系 而開鎖’因此’該母鎖匙73a可打開一族群因對位凸部33、犯 ' 犯位置 〜η低變化不同而鎖遣73不能互開的每—個「具變號墊片之鎖具結構」， 201144553 =施Π 用功能變化，因此當本發明實施於*場之置物 時，w物之管~主管人員 母鎖起733即可開啟—族群原有鎖W3不能互開的所有的鎮呈； 如上所述，本發明「具變號塾片之鎖具結構」的旋轉轴2設有槽座21 及數個槽孔22，其槽孔22内設有插梢, ，/、中，插梢23為可活動的設於 内’又插梢23之位置與變缝片3、4、5之環孔32、42、52相對 應’且_ 23之長度高低與鎖匙73之插梢槽溝％相對應，如第十圖所示， 作為閉鎖及開鎖的構件，請再配合參„十二騎示，但為了提升組装時 、穩固I、方舰，其數_彳肖23巾Μ 。或u槽座21 V-體成型設有至少一插梢23a，該插梢既之位置與變 號墊片3 4、5之壞孔32、42、52相對應，且該鋪23a之位置與鎖匙73 梢槽溝74相對應，以作為對應開鎖的構件，但不作為閉鎖的構件； 上所述，本發明包含至少—變號塾片3、4、5，變號墊片3、4、5疊 ;走轉轴2其槽座21之插梢23周圍，且變號墊片3、4、5設有對位凸 部 33 4^ ° 、 53;因此，本發明不但結構簡單且容易製造，並且使本發明擁 有另外套鎖碼變化系統並存於原有的鎖碼變化系統，可使本發明在不改 變使用習慣的情況下增加安全性，進而可依使用需求而快速增加鎖碼變化 及增加使用功能變化，顯見本發明具有顯著而具體的功能增進，具備實用 性新穎性、進步性、方便性及利用性，並符合發明專利要件，爰依法提 出申請。 [S1 8 201144553 【圖式簡單說明】 第一圖係為先前技術一之分解示意圖。 第二圖係為先前技術二之分解示意圖。 第三圖係為先前技術三之分解示意圖。 第四圖係為本發明之大部分解示意圓。 第五圖係為本發明另一實施例示意圖。 第六圖係為本發明又一實施例示意圖。 第七圖係為第四圓之立體組合示意圖。 第八圖係為第四圖其變號墊片之對位凸部的高低位差立體示意圖。 第九圖係為第_其變號制之對位凸部的另—高低位差立體示意圖。 第十圖係為第四圖其触孔外部設麵匙之立體示意圖。 第十一圖係為細圖其鎖匙孔外部設有匙之立體示意圖 第十=_為細__插定於槽座之立體示意圖。 【主要元件符號說明】 1.. 殼體 lc..殼體 12.. 鎖匙孔 2c.·旋轉轴 21c..槽座 22c..槽孔 23a..插梢 3.. 變號墊片 lb·.毂體 [S1 11 ‘·容納空間 2·.焚轉轴 21··槽座 22..槽孔 23·.插梢 23c..插梢 31.·透孔 9 201144553 32..環孔 33..對位凸部 4..變號墊片 41..透孔 42.·環孔 43..對位凸部 5..變號墊片 51..透孔 . 52··環孔 53..對位凸部 , 73..鎖匙 73a..母鎖匙 74..插梢槽溝 74a..插梢槽溝 75..凸部槽溝 75a..凸部槽溝 W 81..鎖匙 811..插梢槽溝 82..殼體 821..凸塊 83.·旋轉軸 831..槽座 832..槽孔 833..插梢 84..下槽座 842..彈簧 843..插梢 91..鎖匙 φ 911..插梢槽溝 92..殼體 921,,凹槽 93..旋轉軸 931.·槽座 932..槽孔 933·.彈簣 934.·插梢▲The number of Xiao 34 is also fixed', so it is impossible to increase the change, resulting in limited changes in the lock and structure of the lock. It is impossible to increase the frequency of the video, and the security is limited. In view of the above-mentioned shortcomings, the inventor of this case has concentrated on innovative development, and has been researching and developing for many years to finally develop a lock structure with variable-size gaskets. SUMMARY OF THE INVENTION The main purpose of the present invention is to provide a lock structure for a quilting sheet, comprising: a housing having an accommodation space therein, and the housing end having a keyhole; 201144553 - rotation The shaft and the Lin hot sleeve are provided with a seam-like contact _, and the weaving is provided with a slot seat, the slot seat is provided with a plurality of slots, and the slot is provided with a plug; at least the variable spacer and the variable chip stack Around the spigot of the rotating shaft, and the through hole is provided with a through hole, and the variable shims are provided with a plurality of ring holes, each ring hole and the through hole are penetrated, and ~ the variable mark gasket is provided There is a contra-angle convex part; * #由» cushion-like alignment convex mismatch distribution, and the high and low position difference of the contra-position convex part, the original lock code change system can coexist with another lock code change system at the same time, The locks increase the safety of the whole and then increase the lock code change and increase the effect of the change of the use function of the lock according to the user's needs. [Embodiment] Please refer to the fourth and seventh figures. The main object of the present invention is to provide a lock structure with a variable-numbered cymbal, comprising: a housing 1 having a housing therein a space 11 and a housing hole y end is provided with a key hole 12; φ a rotating shaft 2, the rotating shaft 2 is sleeved in the receiving space u of the housing 1, and the rotating shaft 2 is provided with a slot seat 21, The slot 21 is provided with a plurality of slots 22, and the slot 22 is provided with a plug 23; i-variable-discrete 3, 4, 5 'variable pad>; 3, 4, 5 are stacked on the rotating shaft 2, around the insertion end 23 of the socket 21, and the transmissive spacers 3, 4, 5 are provided with through holes 31, 41, 51, and the variable cymbals 3, 4, 5 corresponding to the insertion end 23 are provided with several rings Holes 32, 42, 52, each ring hole commits, 42, 52 and through holes 31, 4 and 51 pass through 'and the variable spacers 3, 4, 5 are provided with the alignment convex portion, 43, 53; As shown in the fourth figure and the seventh to ninth figures, the positions of the projections P33, 43, and 53 of the alignment of the index pads 3, 4, and 5, 201144553 are superimposed, as shown in the eighth figure and the ninth figure. As shown, the alignment convex portion n 53 overlaps the position alignment change and the high and low bits due to the overlap County combination, you can save the lock code change system when the original lock code changes _, so that the lock can increase the security and then quickly increase the lock code change and increase the effect of the lock function change function according to the user's needs. Please refer to the first to sixth figures, wherein the fourth figure is an embodiment of the present invention, which is derived from the figure, and also includes a housing i and a rotating shaft 2, the rotating shaft 2 The housing 1 is provided with a slot 21 and a grease cymbal 22, and a slot 23 is provided in the slot 22. The fifth figure is another embodiment of the present invention, which is derived from the second diagram. In addition, the housing shaft ratio and the rotating shaft 2' shaft 2 are disposed in the housing lb, and the rotating shaft 2 is provided with a socket 2i and a plurality of slots 22, and the slot 22 is provided with a socket. 23 is a further embodiment of the present invention, derived from the third figure, which also includes a housing lc and a rotating shaft, the rotating shaft is disposed within the housing lc and the rotating shaft 2c is provided with a socket 21c and a plurality of slots, and a slot 23c is provided in the slot hole; as described above, it is obvious that the locking and unlocking operation principle of the present invention And the previous technique is to make the rotation shaft 2, 2c unable to rotate to reach the touch lock effect, please cooperate with the reference numeral 10, and the rotation shaft 2, & the lock shaft 73 and its insertion slot 74 The invention can include at least the variable gauge gaskets 3, 4, 5, and the variable gauge gaskets 3, 4, 5 are superposed on the rotary shafts 2, 2c, and the inserts 23 of the slots 2, 21c, 23c Zhouyuan, and the variable cymbals 3, 4, 5 are provided with the alignment convex portions 33, 43, 53. Therefore, when the key 73 is inserted, the convex groove 75 must first pass through the overlapping distribution. The parts 33, 43, and 53 can be unlocked. The general key 81, % can never pass the position convex parts 33, 43, 53 _ lock, _, this Qing can increase the lock without changing the lock use _ And the positional arrangement change of the alignment convex parts 33, 43, 53 of the facets 3, 4, 5 6 201144553 and the high and low difference multiplication combination by the overlapping arrangement as shown in the eighth figure In the ninth figure, the number combination of multiple arrays is changed to form another lock code change system and stored in the original _ code change secret, and then the lock code change can be triggered according to the demand of the gamma; ' 曰Referring to the tenth figure, in order to correspond to the "lock structure of the variable cymbal", the corresponding _ key 73 is provided outside the keyhole 12, and the _ key 73 corresponds to the nucleus 23 with a number of her tip slots 74. Corresponding to the length of the shallow length 23 of the groove 74, and the key (4) strain _ 3, 4, 5 reading part 33, 43, 53 is provided with a convex groove? 5, the depth of the convex groove 75 and the positional protrusions 33, 43, 53 of the tapered 3, 4, 5 position overlap material and its height difference caused by the overlap distribution; shame, the 継 π It can be said that the convex groove is corresponding to and through the overlapping arrangement of the alignment convex portion 33, which is different from the height, and the arrangement of the lock code changing system 1 is similar to the conventional structure. 4 is unlocked corresponding to the lock code changing system of the plug 23; π refers to the tenth-picture, and in the "lock structure of the variable cymbal" of the present invention, a key lock plate may be provided outside the keyhole 12 of the present invention. The key version is provided with a plurality of insertion slots. The depth of the insertion slot 74a corresponds to the length of the insertion end 23, and the female key corresponds to the alignment convex of Weili 3, 4, and 5. Part 33, 43, and 53 convex convex groove % ^ 聂~冓75a The shallow length of the ice is at least the opposite of the stencil 3, 4, 5, the convex portion & 仏53 phase: the thickness 'the female lock 4 73a can be unlocked by the convex groove 75a through the positional projections 33, 43, 53' which are different from each other in position change, and the lock groove of the insert groove corresponding to the insertion tip 23 is unlocked. The female key 73a can open a "lock structure with a variable spacer" for each group due to the contradiction convex portion 33, the difference between the position of the contradiction and the low change of the η, and the lock 73 can not be mutually opened, 201144553 = application The function changes, so when the invention is implemented in the * field, the tube of the w object ~ the master locks the 733 to open - the original group lock W3 can not mutually As shown in the above, the rotating shaft 2 of the "lock structure with a variable cymbal" of the present invention is provided with a housing 21 and a plurality of slots 22, and the slots 22 are provided with spigots, / In the middle, the insertion end 23 is movable and disposed at the position of the insertion end 23 corresponding to the ring holes 32, 42, 52 of the variable slit pieces 3, 4, 5' and the length of the _ 23 and the key 73 The corresponding slot groove corresponds to the corresponding one. As shown in the tenth figure, as a member for locking and unlocking, please cooperate with the 12-ride display, but in order to improve the assembly, stabilize the I, the square ship, the number 23 Μ 。 or u socket 21 V-body molding is provided with at least one spigot 23a, the spigot position corresponding to the bad holes 32, 42, 52 of the variable shims 34, 5, and the shop The position of 23a corresponds to the tip 73 of the key 73 as a member corresponding to the unlocking, but not as a member for locking; as described above, the present invention comprises at least the variable cymbals 3, 4, 5, the variable shims 3 4, 5 stack; the rotating shaft 2 is around the insertion end 23 of the socket 21, and the variable spacers 3, 4, 5 are provided with the alignment convex portions 33 4^ ° , 53; therefore, the invention is not only simple in structure And easy to manufacture, and The invention has another set of lock code change system and is stored in the original lock code change system, so that the invention can increase the security without changing the usage habits, and thus can quickly increase the lock code change and increase the use according to the use requirements. Functional changes, it is obvious that the present invention has significant and specific functional enhancement, has practical novelty, advancement, convenience and usability, and meets the requirements of invention patents, and applies according to law. [S1 8 201144553 [Simple diagram] The first figure is an exploded view of the prior art 1. The second figure is an exploded view of the prior art 2. The third figure is an exploded view of the prior art 3. The fourth figure is a schematic representation of most of the invention. The fifth figure is a schematic view of another embodiment of the present invention. Figure 6 is a schematic view of still another embodiment of the present invention. The seventh figure is a three-dimensional combination diagram of the fourth circle. The eighth figure is a three-dimensional schematic diagram of the height difference of the alignment convex portion of the variable gasket in the fourth figure. The ninth figure is a three-dimensional schematic diagram of the other high-low position difference of the alignment convex portion of the first variation. The tenth figure is a three-dimensional diagram of the outer surface of the contact hole of the fourth figure. The eleventh figure is a three-dimensional diagram showing the key outside the keyhole of the keyhole. Tenth = _ is a three-dimensional diagram of the fine __ inserted in the slot. [Description of main component symbols] 1. Housing lc.. Housing 12: Keyhole 2c.·Rotary shaft 21c.. Slot 22c.. Slot 23a.. Insert 3: Changing washer lb· Hub body [S1 11 '·Accommodating space 2· Burning shaft 21··Slot 22: Slot 23·. Inserting tip 23c.. Inserting tip 31.·Perforating hole 9 201144553 32.. Ring hole 33. Alignment convex part 4.. Change number pad 41.. Through hole 42. · Ring hole 43.. Alignment convex part 5.. Change number pad 51.. Through hole. 52··ring hole 53.. Alignment convex part, 73.. Key 73a.. Female key 74.. Inserting groove 74a.. Inserting groove groove 75.. convex groove 34a.. convex groove W 81.. Key 811.. Insert slot groove 82.. housing 821.. bump 83.·rotation shaft 831.. slot seat 832.. slot 833.. insertion tip 84.. lower slot 842.. spring 843.. insert tip 91 .. key φ 911.. insert slot 92.. housing 921,, groove 93.. rotating shaft 931. · slot 932.. slot 933 ·. magazine 934.
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