M286263 八、新型說明： ， 【新型所屬之技術領域】 本創作是關於一種快換式鎖組，尤指一種用於可更換 鎖珠而能更換鎖匙使用之鎖組設計。 【先前技術】 按’習用可更換鎖珠之結構，係如公告編號第丨63799 •號「可更換鎖心之門鎖構造改良」，其係由一鎖殼、一裝 在鎖殼内並以螺絲固定之鎖心座，以及一裝套在鎖心座内 轉動之鎖心所構成，其特徵係在鎖心末端沿徑方向***一 插銷’該插銷與容納釘銷之孔洞及鑰匙孔相隔九十度設置 ，並於容納鎖心之鎖心座部圓周設一弧長為九十度之缺口 ^ ，該缺口一端與鎖心座上之一排小孔呈一直線，使鎖心只 月b在缺口範範圍内轉動，當把插銷拔除時，鎖心可在鎖心 座内轉動自如，使容納釘銷之孔洞可與鎖心座之小孔對齊 _ ，從而隨鎖心轉動之一組釘銷即可自小孔中倒出，以換裝 一組新的釘銷繼續使用，以提高門鎖經濟效益； 上述可更換鎖心之門鎖構造，其更換釘銷的技術手段 ，必須先將插銷拔除，才能旋轉鎖心將釘銷倒出，而造成 更換操作上之不便，且於換裝完成之後，又必須再將插銷 插回原位才能復原，故其對於釘銷的更換操作並不具有便 利用。 〃 再如公告編號第1 97055號「可快速更換梢珠之鎖心定 位構造」，係包含有一外筒，其内設有梢珠孔，以容置彈 4 M286263 簧條及梢珠，相對於梢珠孔之他側筒壁設有退換孔，且梢 耗與退換孔侧分別各設—定位孔，並以—G型環將内筒 由環槽位予以扣人結合，使内筒可於外筒中自由旋轉者， 以及具有-内筒’其外徑位設有環槽丨c ^環扣入，以限 制内筒於外筒中自由旋轉且不可分離，壁身設有梢珠孔及 / υ員孔則可谷置彈簧條及鋼珠，而軸心位則設有鑰匙槽 孔供錄匙進出纟，其特徵為：容置於内筒之沈頭孔中的鋼 珠，恆文彈簧條之頂推而卡陷於外筒之定位孔内，使内筒 二外筒中旋轉日寸，因鋼珠卡陷於定位孔之定位作用，使内 筒之梢珠孔對正外筒夕# 文丨 卜同之退換孔，而能快速更換内筒之梢珠 者； 上述容置於内筒之沈頭孔中的鋼珠及彈菁條，當内筒 於外筒中旋轉時，鋼珠於外筒内壁面易產生磨#，以及鋼 朱卡於疋位孔的結構設計，鋼珠進入及退出定位孔的接 Ί造成定位孔擴孔’使内筒之梢珠孔與外筒之退換孔 ' 操作易產生偏差間隙而難以對正，導致梢珠不易 取出更換。 【新型内容】 有t於上述習用鎖具之問題，本創作人乃思及研究改 而創作出種「快換式鎖組」，可克服上述問題，達 到易於快速對正及方便更換鎖珠之功效，為本創作設計之 主要目的所在； 為達成上述目的之結構特徵及技術内容，本創作「快 5 M286263 換式鎖組 其包括： 一鎖起； 一鎖心’其前緣表面設置一 、 罢；、41 衣槽，以及在鎖心表面言曼 置成排的鎖珠孔，鎖珠孔中# p又置下鎖珠，並於鎖心前端雨 側設置嵌槽； 月而兩M286263 VIII. New description: , [New technical field] This creation is about a quick-change lock group, especially a lock set design for replacing the lock beads and replacing the keys. [Prior Art] According to the structure of the custom-replaceable lock bead, as in Bulletin No. 丨63799 • "Replacement lock door lock structure improvement", it is a lock case, one is installed in the lock case and The screw-locked lock core seat and a lock sleeve rotating in the lock core seat are characterized in that a plug is inserted in the radial direction at the end of the lock core. The pin is separated from the hole and the key hole of the pin. Ten degrees setting, and a gap of 90 degrees in the circumference of the lock core seat of the lock core is provided, and one end of the notch is in line with a small hole in the lock core seat, so that the lock heart is only in the month b Rotating within the range of the notch, when the pin is removed, the lock can be rotated freely in the lock seat, so that the hole for accommodating the pin can be aligned with the small hole of the lock seat _, thereby rotating one set of pins with the lock It can be poured out from the small hole to replace it with a new set of nails to improve the economic benefit of the door lock. The above-mentioned replaceable lock door lock structure, the technical means of replacing the pin must first be inserted into the pin. Pulling out, you can rotate the lock to pour the pin, and cause the replacement The inconvenience and after facelift to complete, they must then insert the pin back into place in order to recover, so that they do not have use for the replacement of the peg. 〃 Another example is the No. 1978055 “Lockable Key Locating Structure for Quickly Changing the Beads”, which includes an outer cylinder with a tip bead hole for accommodating the spring 4 M286263 spring strip and tip beads, as opposed to The side wall of the tip bead is provided with a retreating hole, and the tip consumption and the retreating hole side are respectively provided with a positioning hole, and the inner tube is buckled by the ring of the G-ring, so that the inner tube can be The freely rotatable in the outer cylinder, and the inner cylinder of the inner cylinder are provided with a ring groove 丨c ^ ring to restrict the inner cylinder from freely rotating and inseparable in the outer cylinder, and the wall body is provided with a tip bead hole and/or a crucible. The hole of the member can be placed with a spring strip and a steel ball, and the shaft center is provided with a key slot for the entry and exit of the keyhole. The feature is: a steel ball housed in the counterbore of the inner cylinder, the top of the constant spring strip Pushing the card into the positioning hole of the outer cylinder, so that the inner cylinder is rotated in the outer cylinder, because the steel ball is stuck in the positioning hole, so that the tip of the inner cylinder is opposite to the outer cylinder. Hole, and can quickly replace the tip of the inner cylinder; the above-mentioned steel ball and elastic strips placed in the counterbore of the inner cylinder, When the cylinder rotates in the outer cylinder, the steel ball is easy to produce the grinding # on the inner wall of the outer cylinder, and the structural design of the steel Zhuka in the clamping hole, the joint of the steel ball entering and exiting the positioning hole causes the positioning hole to ream the hole to make the inner cylinder tip The return hole of the bead hole and the outer cylinder is easy to produce a deviation gap and is difficult to be aligned, which makes the tip bead difficult to remove and replace. [New content] With the problem of the above-mentioned conventional locks, the creator has created a kind of "quick-change lock group" by thinking and researching, which can overcome the above problems and achieve the effect of easy and quick alignment and easy replacement of the lock beads. The main purpose of this design is to create the structure and technical content of the above purpose. The creation of the "5 M286263 replacement lock group includes: a lock; a lock heart" ;, 41 clothes trough, and the locking bead hole in the lock core surface, the lock bead hole in the # p and then the locking bead, and the groove on the rain side of the front end of the lock;
一鎖套，其表面卜# 士 n A ,^ 形成一凸邛，凸部中設置成排的鎖 ,, 鎖珠及彈簧，並以一蓋板覆蓋予以 扣合，鎖套内部形成容 ^ 風谷置二間可供鎖心穿入，鎖套表面正 對於鎖珠孔端設置成排的換珠孔； I止輪板呈c形狀，可套設在鎖心表面環槽處； 止動座，其兩側周緣向外延伸出凸扣部，止動座的 凸扣部與鎖心嵌槽鉚合牢固。 【實施方式】 ★本創作「快換式鎖組」第一種結構設計，可配合參看 第一、二、三圖所示，其包括： 一鎖匙（1 0 ); 一鎖心（2 0 )，其前緣表面設置一環槽（2 1 )， %槽（2 1 )具有不等徑的第一階級部（2 1 1 )、第二 P白、、及( 2 1 2 ) ’第一階級部（2 1 1 )外徑小於第二 15白級部（2 1 2 )，以及在鎖心（2 0 )表面設置成排的 鎖珠孔（2 3 )，鎖珠孔（2 3 )中設置下鎖珠（4 0 ) ’並於鎖心（2 0 )前端兩側設置嵌槽（2 4 ); 一鎖套（30)，其表面上形成一凸部（301)， 6 M286263 凸部（3 Ο 1 )中設置成排的鎖珠孔（3 2 )，鎖珠孔（ 32)中設置上鎖珠（5〇)及彈簧（51)，並以一蓋 板（5 2 )覆蓋予以扣合，於凸部（3 〇丄）前緣設置一 孔洞（3 3 )，於孔洞（3 3 )中設置一彈簧（6 3 )， 鎖套（3 0 )内部形成容置空間（3 〇 2 )可供鎖心（2 〇 )牙入，鎖套（3 〇 )表面正對於鎖珠孔（3 2 )端設 置成排的換珠孔（3 1 )，於鎖套（3 〇 )前端形成半圈 凸台（35) ’於鄰近半圈凸台（35)之鎖套（30) 表面設置一切平面（34); 一止輪板（6 0 )呈C形狀，可套設在鎖心（2 〇 ) 表面環槽（2 1 ) 4，止輪板（6 〇 ) 一端形成轉折扣部 (61)，止輪板（6 0 )頂端向上形成延伸部（6 2 ) ，延伸部（6 2 )頂端形成一凸點（6 2丄），凸點（6 2 1 )穿入彈簧（6 3 )底端，· 一止動座（7 0 )，其兩側周緣向外延伸出凸扣部（ 7 1 )，止動座（7 0 )的凸扣部（7丄）與鎖心（2 〇 )嵌槽（2 4 )鉚合牢固，使止動座（7 〇 )能承受一定 的拉力而不會從鎖心（2 〇 )脫離。 第一種結構設計是採用止輪板（6 〇 )為浮動形態， 在正常工作狀態下是卡在環槽（2丄）的第一階級部$ 2 11)下端，而作為止輪用； 以及鎖套（3 0 )周面所設置的換珠孔（3丄）與鎖 珠孔（3 2 )具有1.〇匪偏距，在正常轉動時，下鎖珠（ 4 0 )無法從換珠孔（3 1 )掉離，又鎖套（3 〇 )前端 7 M286263 之半圈凸台（35)可托住浮動的止輪板（6Q)，前述 止動座（7 〇 )鑲入鎖心' (2 〇 )前端内部時，使鎖心（ 2 0 )前端外徑（2 5 )小於鎖套（3 〇 )容置空間（3 〇 2 )内徑，當需要推出鎖心（2 〇 )日夺，不會發生干涉 上述第一種結構設計 可配合參看第三圖及第四圖所示’將鎖匙（丄〇 )***鎖 心（20)轉動180度，之後，可用手推動轉折扣部（ 61)抬起止輪板（60)並同時推動鎖心'(2〇)，使 止輪板（6 〇 )能卡在環槽（2工）之第二階級部（2工 )使鎖套（3 〇 )換珠孔（3丄）與鎖心 珠孔⑴）料，即取出下鎖珠（4〇)加以更= 更換下鎖珠（4 〇 )時，可倒出 、，、 匙（ 貼 T倒出下鎖珠（4 0 )、更換鎖 鎖心（20)=應的下鎖珠（4〇)$成更換、推回 環槽（ 彈：（6 3 )使止輪板（6 0 )重新卡在 u 一級部（2 1 1 )下端完成換珠工作； 如弟五圖所示，如需要推出鎖心（2〇) ’可用乍 起止輪板（60)龍限位置，使 ^用手抬 七、八圖所示，組」f二種結構設計’係如第六、 0 2 Q \ 、 ，其前緣表面設置一環槽（2 2 )， 2 〇 )表面設置成排的鎖珠孔（2 3 )，鎖 一鎖匙 一鎖心 以及在鎖心 8 M286263 珠孔（23)中δ又置下鎖珠（go)，並於鎖心（2〇) •前端兩側設置嵌槽（2 4 )，以及鎖心（2 0 )前端斜向 鑽一孔洞（2 6 )，孔洞（2 6 )内裝設一銷訂（8 〇 ) 及一彈黃（8 1 )，於裝入銷釘（8 〇 )後孔洞（2 6 ) 鉚合，使銷釘（8 0 )不會彈出. 一鎖套（30)，其表面上形成一凸部， 凸部（3 0 1 )中設置成排的鎖珠孔（3 2 )，鎖珠孔（ _ 32)中設置上鎖珠（5〇)及彈簧（51)，並以一蓋 板（5 2 )覆蓋予以扣合，鎖套（3 〇 )内部形成容置空 間（3 0 2 )可供鎖心（2 〇 )穿入，鎖套（3 〇 )表面 正對於鎖珠孔（3 2 )端設置成排的換珠孔（3丄），鎖 套（3 0 )前緣内部設置一偏心台階（3 6 )，偏心台階 • ( 3 6 )環繞於容置空間（3 〇 2 )之壁面一側一段形成 無台階面（3 7 ); 一止輪板（6 0 )呈c形狀，可套設在鎖心（2 〇 ) φ 表面環槽（21)處， 一止動座（7 0 )，其兩側周緣向外延伸出凸扣部（ 71)，止動座（70)的凸扣部（71)與鎖心（2〇 )嵌槽（2 4 )鉚合牢固，使止動座（7 〇 )能承受一定 的拉力而不會從鎖心（2 〇 )脫離。 於鎖套（3 0 )周面所設置的換珠孔（3 i )與鎖珠 孔（3 2 )具有1·〇_偏距，在正常轉動時，下鎖珠（4 〇)無法從換珠孔（3 1)掉離，前述止動座（7〇)鑲 入鎖心（2 0 )前端内部時，使鎖心（2 〇 )前端外徑（ M286263 2 5 )小於鎖套（3 0 )容置空間（3 Ο 2 )内徑，當需 要推出鎖心（2 〇 )時，不會發生干涉。 上述第二種結構設計，如需更換下鎖珠（4 〇 )時， 可配合參看第士 4«、1 ^ _ 十一、十二圖所示，卸下止輪板（ 4 )、將鎖匙（1 0 )***鎖心（2 〇 )轉動工8 〇度 、並拉出鎖心（2 0 )，當鎖心（2 0 )拉出量約到 1.0mm時’鎖心（2 〇 )銷釘（8 〇 )頂住鎖套（3 〇 ) 内側偏心台階（3 6 )的側壁，使鎖# ( 3 〇 )換珠孔（ 3 1 )與鎖心（2 0 )鎖珠孔（2 3 )對齊，即可更換下 鎖珠（4 0 ); 、 當更換下鎖珠（4 0 )時，倒出下鎖珠（4 〇 )、更 換鎖廷（1 0 )、裝入對應的下鎖珠（4 〇 )，完成更換 下鎖珠（4 0 )後，重新安裝止輪板（6 4 )工作結束； 如要推出鎖心（2 〇 )，可卸下止輪板（6 4 )，順 時針轉動鎖起（！ ◦)❸3 ◦度，使銷釘（8 ◦)與鎖套 (3 0 )水平方向無台階面（3 7 )處一致，即可推出鎖 〜（2 0 )，將鎖心（2 0 )取出。 本創作「快換式鎖組」第三種結構設計，可配合參看 第十三、十四、十五圖所示，其包括： 一鎖匙（1 0 ) ,· 一鎖心（2 〇 )，其前緣表面設置一環槽（2 2 )， 、及在鎖^ ( 2 〇 )表面設置成排的鎖珠孔（2 3 )，鎖 珠孔（2 3 )中設置下鎖珠（4 〇 )，並於鎖心（2 〇 ) 前端兩側設置钱槽（2 4)，以及鎖心（2 0)前端斜向 10 M286263 鑽一孔洞（2 6 ) ’孔洞（2 6 )内裝設一销釘（8 〇 ) 及-彈簧（8 1)，於裝入銷釘（8〇)後孔洞（26) 鉚合，使銷釘（8 〇 )不會彈出； 一鎖套（3〇)，其表面上形成-凸部（301)， 凸P ( 3 0 1 )中设置成排的鎖珠孔（3 2 )，鎖珠孔（ 32)中設置上鎖玻fen、η 貝珠（50)及彈簧（51)，炎以一蓋 板（5 2 )覆盖予以扣人，結太, 乂扣口 鎖套（3 0 )内部形成容置空 間（3 0 2 )可供銷心广9 ^、+ l鎖心C 2 〇 )穿入，鎖套（3 〇 )表面 正對於鎖珠孔（3 ?彳組执里丄、 2 ^ δ又置成排的換珠孔（3 1 )，鎖 套（3 0 )前緣内部吟罟_ & i h又置。階使其具有台階側壁（3 8 〕’於鎖套（3 〇 )前媸你+、丄，m ^月】而形成+圈凸台（3 5 )，於鄰近 半圈凸台（35)之鎖套Γ^η、士 / 0)表面設置一切平面（3 4)，切平面(34)虛士凡罢 _ J處5又置一鎖套孔（3 4 1 ); 一止輪板（6 〇 )呈c报处 、 ^王L形狀，可套設在鎖心（2 0 ) 表面環槽（2 1 )處，止鈐姑r 0 ^ r ^ 止輪板（6 0 ) —端形成轉折扣部A lock sleeve whose surface is #士 n A , ^ forms a tenon, a lock arranged in a row in the convex portion, a lock bead and a spring, and is covered by a cover plate to be fastened, and the inside of the lock sleeve is formed into a wind valley The two locks can be inserted into the lock, and the surface of the lock sleeve is arranged in a row for the bead hole of the lock bead; the I stop plate is c-shaped and can be sleeved on the ring groove of the lock core surface; the stop seat, The peripheral edges of the two sides extend outwardly from the protruding portion, and the protruding portion of the stopping seat is riveted firmly to the lock core groove. [Embodiment] ★ The first structural design of the "Quick-change lock group" of this creation can be matched with the first, second and third figures. It includes: a key (1 0 ); a lock (2 0) a leading groove (2 1 ) is disposed on the leading edge surface thereof, and the % groove (2 1 ) has a first step portion (2 1 1 ) of an unequal diameter, a second P white, and ( 2 1 2 ) 'first class The outer diameter of the portion (2 1 1 ) is smaller than the second white level portion (2 1 2 ), and the locking bead holes (23) are arranged in rows on the surface of the lock core (20), and the locking bead holes (23) Set the lower locking bead (4 0 ) ' and set the groove (2 4 ) on both sides of the front end of the lock core (2 0 ); a lock sleeve (30), a convex portion (301) is formed on the surface thereof, 6 M286263 convex portion (3 Ο 1 ) is set in a row of locking bead holes (3 2 ), and the locking bead holes (32) are provided with locking beads (5〇) and springs (51), and are covered by a cover plate (5 2 ) The buckle is provided with a hole (3 3 ) at the front edge of the convex portion (3 〇丄), and a spring (63) is disposed in the hole (3 3 ), and the inside of the lock sleeve (30) forms an accommodating space (3 〇 2) Available for locking the heart (2 〇), the lock sleeve (3 〇) surface is facing the locking bead hole (3 2 ) Set the row of bead holes (3 1 ), form a half-turn boss (35) at the front end of the lock sleeve (3 〇). Set the plane on the surface of the lock sleeve (30) adjacent to the half-turn boss (35). ); a wheel plate (60) is C-shaped and can be sleeved on the lock ring (2 〇) surface ring groove (2 1 ) 4, and the end of the wheel plate (6 〇) forms a discount portion (61). An extension (6 2 ) is formed at the top end of the wheel plate (60), a bump (6 2丄) is formed at the top end of the extension portion (6 2 ), and the bump (6 2 1 ) penetrates the bottom end of the spring (63). · A stop seat (70), with the convex part (7 1 ) extending outward from the periphery of the two sides, the convex part (7丄) of the stop seat (7 0) and the lock core (2 〇) (2 4) The riveting is firm so that the stopper (7 〇) can withstand a certain pulling force without being detached from the lock core (2 〇). The first structural design adopts a floating plate (6 〇) as a floating form, and in a normal working state, it is stuck at the lower end of the first-stage portion (2 2 11) of the ring groove (2丄), and is used as a stop wheel; The beading hole (3丄) and the locking bead hole (3 2 ) provided on the circumferential surface of the locking sleeve (30) have a 〇匪 offset, and during normal rotation, the lower locking bead (40) cannot be changed from the bead The hole (3 1 ) is dropped, and the locking sleeve (3 〇) front end 7 M286263 half-turn boss (35) can support the floating wheel plate (6Q), and the aforementioned stop seat (7 〇) is inserted into the lock core ' (2 〇) inside the front end, so that the front outer diameter (2 5 ) of the lock core ( 2 0 ) is smaller than the inner diameter of the lock sleeve (3 〇) accommodation space (3 〇 2 ), when the lock core (2 〇) needs to be pushed out The first type of structural design can be combined with the first structural design shown in the third and fourth figures. The key (丄〇) is inserted into the lock core (20) by 180 degrees, and then the hand can be used to push the discount department. (61) Lift the wheel plate (60) and push the lock heart '(2〇) at the same time so that the wheel plate (6 〇) can be caught in the second step of the ring groove (2 work). (3 〇) change the hole (3丄) and lock Heart bead hole (1)), that is, remove the lower locking bead (4〇) for more = replace the lower locking bead (4 〇), you can pour out, and, spoon (P T pour out the lower locking bead (4 0), replace Lock lock (20) = should be the lower lock bead (4 〇) $ to replace, push back the ring groove (bomb: (6 3) so that the wheel plate (60) re-clamped in the u first part (2 1 1) The lower end completes the work of changing the beads; as shown in the fifth figure, if you need to push the lock (2〇), you can use the lifting wheel (60) to limit the position of the wheel, so that the hand is lifted by seven or eight, the group "f" The two structural designs are based on the sixth, 0 2 Q \ , and the front edge surface is provided with a ring groove (2 2 ), 2 〇). The surface is arranged in rows of locking beads (2 3 ), locking a key and a lock And in the lock 8 M286263 bead hole (23), δ is placed on the locking bead (go), and in the lock core (2〇) • the front side is provided with a groove (2 4 ), and the front end of the lock (2 0 ) Drill a hole (2 6 ) obliquely, and install a pin (8 〇) and a bullet (8 1 ) in the hole (2 6 ), and rive the hole (2 6 ) after loading the pin (8 〇) So that the pin (8 0 ) does not pop out. A lock sleeve (30) has a convex surface formed on it. , the convex part (3 0 1 ) is arranged in a row of locking bead holes (3 2 ), the locking bead hole ( _ 32) is provided with a locking bead (5 〇) and a spring (51), and a cover plate (5) 2) Covering is fastened, and the inside of the lock sleeve (3 〇) forms a accommodating space (3 0 2 ) for the lock core (2 〇) to penetrate, and the surface of the lock sleeve (3 〇) is for the lock bead hole (3 2 ) The end is arranged in a row of beads changing holes (3丄), and an eccentric step (3 6 ) is arranged inside the front edge of the locking sleeve (30), and the eccentric step (3 6 ) surrounds the wall of the accommodating space (3 〇 2 ) One side of the section forms a stepless surface (3 7 ); a wheel plate (60) is c-shaped and can be sleeved at the lock core (2 〇) φ surface ring groove (21), a stop seat (7 0 ), the convex portions (71) extend outwardly from the peripheral edges of the two sides, and the protruding portion (71) of the stopping seat (70) and the locking core (2〇) fitting groove (24) are riveted firmly to stop The seat (7 〇) can withstand a certain amount of tension without detaching from the lock (2 〇). The beading hole (3 i ) and the locking bead hole (3 2 ) provided on the circumferential surface of the locking sleeve (30) have a 11〇 offset, and during normal rotation, the lower locking bead (4 〇) cannot be changed. When the bead hole (3 1) is dropped, the aforementioned stopper seat (7〇) is inserted into the front end of the lock core (20), so that the outer diameter (M286263 2 5) of the front end of the lock core (2 〇) is smaller than the lock sleeve (3 0). ) The inner space (3 Ο 2 ) is accommodated, and when the lock (2 〇) needs to be pushed out, no interference occurs. In the above second structural design, if the lower locking bead (4 〇) needs to be replaced, the retaining wheel plate (4) can be removed as shown in the drawings of the 4th, 1^ _ 11 and 12 drawings. (1 0) Insert the lock core (2 〇) to turn the work 8 degrees and pull out the lock (2 0 ). When the lock (2 0 ) is pulled out to about 1.0mm, the lock (2 〇) pin (8 〇) against the side of the lock sleeve (3 〇) inside the eccentric step (3 6 ), so that the lock # ( 3 〇) change the bead hole ( 3 1 ) and the lock core (2 0 ) lock the hole (2 3 ) Align, you can replace the lower locking bead (4 0); When replacing the lower locking bead (4 0), pour out the lower locking bead (4 〇), replace the lock ring (10), and insert the corresponding lower locking bead (4 〇), after the replacement of the lower locking bead (40), re-install the wheel plate (6 4) to finish the work; if the lock (2 〇) is to be pushed out, the wheel plate (6 4 ) can be removed. When the hour hand turns the lock (! ◦) ❸ 3 ◦ degree, so that the pin (8 ◦) and the lock sleeve (3 0) are in the horizontal direction without the step surface (3 7), the lock ~ (2 0 ) can be pushed out, and the lock will be locked. (2 0 ) Take out. The third structural design of the "Quick-Change Lock Group" of this creation can be seen in the figures of the thirteenth, fourteenth and fifteenth, which include: a key (1 0 ), a lock (2 〇), a ring groove (2 2 ) is arranged on the front edge surface thereof, and a locking bead hole (2 3 ) is arranged in the row on the surface of the lock ^ ( 2 〇), and a lower locking bead (4 〇) is arranged in the locking bead hole (23) And set the money slot (2 4) on both sides of the front end of the lock core (2 〇), and the lock core (2 0) front end oblique direction 10 M286263 drill a hole (2 6 ) 'The hole (2 6 ) is equipped with a pin Nail (8 〇) and - spring (8 1), after the pin (8 〇) is inserted into the hole (26), the pin (26) is riveted so that the pin (8 〇) does not pop out; a lock sleeve (3 〇) on the surface Forming a convex portion (301), the convex P (301) is arranged in a row of locking bead holes (3 2 ), and the locking bead holes (32) are provided with a locking glass fen, an η bead (50) and a spring ( 51), the inflammation is covered with a cover (5 2 ) to buckle the person, the knot is too, the inside of the buckle lock sleeve (30) forms the accommodation space (3 0 2 ) for the wide core 9 ^, + l lock C 2 〇) penetrates, the lock sleeve (3 〇) surface is facing the lock bead hole (3 彳 group 丄 丄, 2 ^ δ is again placed in rows of bead holes (3 1 ), and the inner edge of the front edge of the lock sleeve (30) is set to _ & ih. The step is such that it has a stepped side wall (3 8 ]' in the lock sleeve (3 〇 ) before you +, 丄, m ^ month] and form a + circle boss (3 5 ), set all the planes on the surface of the locking sleeve Γ^η,士/0) adjacent to the half-turn boss (35) (3 4 ), cut plane (34) 虚士凡走 _ J at 5 and set a lock hole (3 4 1); a stop plate (6 〇) is c report, ^ Wang L shape, can be set in the lock Heart (2 0 ) at the surface ring groove (2 1 ), stop 钤 钤 r 0 ^ r ^ stop wheel plate (60)
〈6 1 )，止輪板（6 0 )頂# a L ϋ )頂i而向上形成延伸部（6 2 ) ，延伸部（6 2 )頂端形成一 n r p / 取凸點（6 2 1 )，凸點（6 2 1 )穿入彈簧（6 3 )底端； 一止動座（70) 八兩側周緣向外延伸出凸扣部（ 广1 )，止動座（7 〇 )的凸4口卹 凸扣口Ρ ( 7 1 )與鎖心（2 〇 )肷槽（2 4 )鉚合牢固，使+私 使止動座（7 0 )能承受一定 的拉力而不會從鎖心（2 〇 )脫離。 第三種結構設計是採用止 .^ ^ 用止輪板（β 0 )為浮動形態， 在正吊工作狀態下是卡在環槽 τQ 2 2 )下端，而作為止輪 11 M286263 用； 以及鎖套（3 〇 )周面所設置的換珠孔（3丄）與鎖 珠孔（3 2 )具有1.〇_偏距，在正常轉動時，下鎖珠（ 4 0 )無法從換珠孔（3丄）掉離，鎖套（3 〇 )前端之 半圈凸台（3 5 )可托住浮動的止輪板（6 Q )，前述止 動座（70)料壓件，其鎮人鎖心（2Q)前端内部時 ，使鎖心（2 0 )前端外徑（2 5 )小於鎖套（3 〇 置空間（3 0 2 )内徑，當需要推出鎖心（ 谷 會發生干涉； 、不 上述第二種結構設計，如需更換下鎖珠（4㈡日^ 可配合參看第十六、十七、十八圖所示，將鎖起q二 插：鎖心（20)轉動18〇度，之後，可用手 ^邛上6 1 ) #起止輪板（6 ◦)並同時拉出鎖心（2 : ，當鎖心（2 〇 )拉出量約到κ 〇_時，鎖心 銷釘（8 〇 ) 了盲付指春f Q η、 〇 ) 只、…鎖套（3 0)内側台階之台階側壁（。 鎖 彳鎖套（3 0 )換珠孔（3 i )與鎖心（2 孔（2 3 )對齊，即可更換下鎖珠（4 〇 ). ，更換下鎖珠（40 )時，倒出下鎖珠（4〇)、 、鎖达（10)、裝入對應的下鎖珠"〇卜 更 下鎖珠“Ο)後，推回鎖心（2〇 =換 止輪板（…重新卡在鎖心（2〇)環槽；：使 成組裝； ^衣禮〔22)内完 3 〇 )平方=鎖心（2 〇 ) ’可轉動鎖匙（1 0 )使鎖( 千方向之鎖套孔（341)與鎖心（2〇)銷針 12 M286263 =:2=。(80”……2 … 【圖式簡單說明 第 第 圖 圖 本創作第一種結構設計立體分解圖。 第三圖 第四圖 本創作第一種結構設計組合剖視圖。 第二圖之3 — 3剖視圖。 本創作第一種結構設計更換下鎖珠之實施例 圖。 第五圖：本創作第一種結構設計推出鎖心之實施例剖 視圖。 第六圖 第七圖 第八圖 第九圖 本創作第二種結構設計立體分解圖。 本創作第二種結構設計組合剖視圖。 第二圖之8 — 9剖視圖。 =創作第二種結構設計之正常狀態銷釘剖視 第十圖·纟創作第二種結構設計更換下鎖珠工作狀態 之銷釘剖視圖。 “ … 圖·本創作第二種結構設計更換下鎖珠工作狀 態剖視圖。 第十二圖 第十三圖 第十四圖 第十五圖 第十一圖之1 2 — 1 2剖視圖。 本創作第二種結構設計立體分解圖 本創作第二種結構設計組合剖視圖 第十四圖之1 5 — 1 5剖視圖。 13 M286263 第十六圖：本創作第三種結構設計正常工作狀態銷釘 剖視圖。 第十七圖··本創作第三種結構設計更換下鎖珠狀態銷 釘剖視圖。<6 1 ), the wheel plate (60) top # a L ϋ ) top i forms an extension (6 2 ) upward, and the top end of the extension portion (6 2 ) forms an nrp / a convex point (6 2 1 ), The bump (6 2 1 ) penetrates into the bottom end of the spring (63); a stop seat (70) extends outwardly from the periphery of the eight sides of the convex buckle portion (wide 1), and the projection 4 of the stop seat (7 〇) The cufflinks 7 Ρ ( 7 1 ) and the lock (2 〇) 肷 ( (2 4 ) are riveted so that the shackle (7 0 ) can withstand a certain pulling force without the lock ( 2 〇) detached. The third structural design is to use the stop plate (β 0 ) as the floating form, in the positive hanging working state, it is stuck at the lower end of the ring groove τQ 2 2 ), and as the stop wheel 11 M286263; The beading hole (3丄) and the locking bead hole (3 2 ) provided on the circumference of the sleeve (3 〇) have a 〇 偏 offset, and during normal rotation, the lower locking bead ( 4 0 ) cannot be changed from the bead hole. (3丄) falling off, the half-turn boss (3 5) at the front end of the lock sleeve (3 〇) can support the floating wheel plate (6 Q ), the aforementioned stop seat (70), the pressure piece, the town When the front end of the lock core (2Q) is inside, the outer diameter (2 5 ) of the front end of the lock core (2 0 ) is smaller than the inner diameter of the lock sleeve (3 〇 space (3 0 2 ), when the lock core needs to be pushed out (the valley will interfere; Without the above-mentioned second structure design, if the lower locking bead needs to be replaced (4 (2) day ^ can be seen as shown in the sixteenth, seventeenth, and eighteenth figures, the lock will be inserted two times: the lock core (20) is rotated 18〇 Degree, after that, you can use the hand ^ 邛 6 1 ) # 起起轮板 (6 ◦) and pull out the lock at the same time (2:, when the lock (2 〇) pulls out the amount to κ 〇 _, the lock pin (8 〇) blind paying refers to spring f Q η, 〇) Only, ... lock sleeve (3 0) stepped side wall of the inner step (. lock lock sleeve (3 0) change the bead hole (3 i ) and the lock core (2 holes (2 3 ) aligned, you can replace the lower lock bead ( 4 〇)., when replacing the lower locking bead (40), pour out the lower locking bead (4〇), lock (10), and insert the corresponding lower locking bead. , push back the lock heart (2 〇 = change the wheel plate (... re-lock in the lock (2 〇) ring groove;: make the assembly; ^ clothing ceremony [22] in the end 3 〇) square = lock heart (2 〇 ) 'Rotary key (1 0) makes the lock (thousand direction lock hole (341) and lock core (2〇) pin 12 M286263 =:2=. (80"...2 ... [Simple diagram The first figure is a three-dimensional exploded view of the structure design. The third figure and the fourth picture are the first structural design combination sectional view. The second figure is 3 - 3 sectional view. The first structural design of this creation replaces the lower locking beads The fifth embodiment: The first structural design of the present invention introduces a sectional view of the embodiment of the lock core. The sixth figure, the seventh figure, the eighth figure, the ninth figure, the second structural design of the second exploded view. A cross-sectional view of the two structural design combinations. Fig. 8 - 9 is a cross-sectional view of the second figure. = The normal state of the second structural design is created. Fig. 10 is a cross-sectional view of the second structural design to replace the working state of the lower locking bead. "... Figure 2: This is a cross-sectional view of the second structural design of the lower locking bead working state. Twelfth Figure Thirteenth Figure Fourteenth Fifteenth Figure 11 Figure 1 2 - 1 2 sectional view. The second structural design of this creation is a three-dimensional exploded view. The second structural design of the creation is a sectional view of the fourteenth figure. 13 M286263 Figure 16: This is the third structural design of the normal working state pin section view. The seventeenth figure · The third structural design of this creation replaces the sectional view of the lower locking bead pin.
本創作第三種結構設計更換下鎖珠工作狀 第十八圖 態剖視圖。 【主要元件符號說明】 (1 〇 )鎖匙 (21)環槽 (2 1 2 )第二階級部 (2 3 )鎖珠孔 (2 5 ·)前端外徑 (3 0 1 )凸部 (3 1 )換珠孔 (3 3 )孔洞 (3 4 1 )鎖套孔 (3 6 )偏心台階 (3 8 )台階側壁 (5 0 )上鎖珠 (5 2 )蓋板 (6 1 )轉折扣部 (6 2 1 )凸點 (6 4 )止輪板 (71)凸扣部 (2 0 )鎖心 (2 1 1 )第一階級部 (2 2 )環槽 (2 4 )嵌槽 (3 0 )鎖套 (3 0 2 )容置空間 (3 2 )鎖珠孔 (3 4 )切平面 (3 5 )半圈凸台 (3 7 )無台階面 (4 0 )下鎖珠 (5 1 )彈簧 (6 0 )止輪板 (6 2 )延伸部 (6 3 )彈簧 (7 0 )止動座 14The third structural design of this creation replaces the locking bead working shape. [Description of main component symbols] (1 〇) Key (21) Ring groove (2 1 2) Second-stage part (2 3 ) Locking bead hole (2 5 ·) Front end outer diameter (3 0 1 ) Projection (3 1 ) Change the bead hole (3 3 ) hole (3 4 1) lock sleeve hole (3 6 ) eccentric step (3 8 ) step side wall (5 0 ) lock the bead (5 2 ) cover plate (6 1 ) to the discount department ( 6 2 1) Bump (6 4) Wrench plate (71) Clamping part (2 0) Locking core (2 1 1) First-stage part (2 2 ) Ring groove (2 4 ) Insert groove (3 0 ) Locking sleeve (3 0 2 ) accommodating space (3 2 ) locking bead hole (3 4 ) cutting plane (3 5 ) half circle boss (3 7 ) without step surface (4 0 ) lower locking bead (5 1 ) spring (6 0 ) Wheel plate (6 2 ) Extension (6 3 ) Spring (7 0 ) Stop seat 14