201028521 五 、本案若雜學辆，請揭示最_示發明特 徵的化學式： 六、發明說明： 【發明所屬之技術領域】 設有一:鎖、S:件:匙匙^ 法開鎮=開:有者效阻絕非本 參 卷人f今崎匙（1 )旋轉來_之内、外鎖心（2 ) (3 ) 插之f f、(90)(請參閱第一圖)設計原理係以鑰匙(1 ) =孔（2G)時，對應餘匙（1 )=(⑵ ()内珠孔(22)中之内珠(24)會因彈簧 ^朝向鑽孔（12)中移位’達到令内珠⑻頂緣 =(3)穿孔（30)内切，將鑰匙（1 )旋轉時 )外珠孔（32)中之外珠（34)會圍繞著内鎖心（2 ) =徑作圓周運動不會陷入内鎖心（2 )内珠孔（22)中〔陷入 住現象業界統稱上吃下〕，此即對位核碼成功而能順利開 鎖，其結構主要係由一内鎖心（2 )内套於一與鎖殼固定之外 ，心（3 )穿孔（30)中，内鎖心（2 )中央成型為對應鑰匙 (1 )匙桿（10)形狀之鑰匙孔（20)，匙桿（1〇)上設有若 201028521 干鑽孔（12) ’該鑽孔（12)位置及鑽孔數係對應内鎖心（2 ) 預設之徑向等數内珠孔（22)及外鎖心（3 )預設之徑向等數 • 外珠孔（32)，其中’各内珠孔（22)及其對應外珠孔（32) 中分別置入有預設長度之内珠（24)、外珠（34)及彈簧（35) v 且以封蓋（36)予以封合，利用匙桿（1〇)上之鑽孔（12)深 度搭配内珠（24)、外珠（34)長度達到令内珠（24)頂緣（26) 與外鎖心（3 )穿孔（30)内切即外珠（34)底緣（28)與内 鎖心（2 )周緣面，即外鎖心（3 )外珠孔（32)中之外珠（34) 底緣（28)不會插在内鎖心（2 )内珠孔（22)中〔此狀態為： 外珠（34)内置於外鎖心（3 )外珠孔（32)中且内珠（24) 内置於内鎖心（2 )内珠孔（22)中〕，則可順利旋轉鑰匙（1 ) 並連動以C型扣（38)固定於内鎖心（2 )後侧之轉桿（37) 而令鎖舌脫開門框而開門者（請參閱第二圖）。 【發明内容】 一種「附加勾插件鑰匙及鎖」結構（請參閱第八圖）主要 係在内、外鎖心（2 ) (3 )套合組成之鎖芯（9〇)内樞接一 徑向閉鎖結構（8 )，該徑向閉鎖結構（8 )主要係在内鎖心 (2 )鑰匙孔（20)旁向内至少鑽設有一邊孔（21)，由内鎖 心（2 )後側面對應邊孔（21)處鑽設一同心較大徑之軸孔 ❹ （29) ’在内鎖心（2 )胴身近後侧面設有一徑向孔（25)供 置入一彈簧（35)及一中央形成凸緣（77)之擋珠（76)，而 内鎖心（2 )胴身對應於播珠（76)凸緣（77)略上位置開設 有一擋板孔（79)並置入一擋板（78)，令彈簧（35)係被壓 縮在擋珠（76)凸緣（77)及擋板（78)間而形成彈簧（35) 力僅能頂向鑰起孔（20)方向，取一前端形成小口徑之紐（53) 且桿身後端形成一小段凹緣（55)之傳動桿（54)由内鎖心（2 ) 軸孔（29)後側套設有一彈簧（35)並以一封蓋（36)予以封 固’當傳動桿（54)之鈕（53)被瑜匙（1 )觸抵而向後移位 時（請參閱第九圖），傳動桿（54)之凹緣（55)會先移位至 擋珠（76)位置，因該擋珠（76)受限於擔板（78)卡住而無 201028521 法向外彈’一直到輪起（1 )繼續前插時鑰起（1 )插端之斜 面〔每把鑰匙（1 )的尖端皆設有斜面〕會將整個檔珠（76) • 及彈簧（35) 一起掩向傳動桿（54)之凹緣（55) ’達到預計 位置而能進行對碼開鎖（請參閱第十、十一圖）；反向抽出鑰 ， 匙（1 )時因傳動桿（54)及鍮匙（1 )尖移位而只露出餘起 孔（20)空間’因彈力作用會將擋珠（76)朝向鑰起孔（2〇) 空間伸展者。 【實施方式】 而本發明最佳實施例（請參閱第八圖）係在内、外鎖心（2 ) (3 )套合組成之鎖芯（90)内樞接一徑向閉鎖結構（8 )， 該徑向閉鎖結構（8 )至少包括一在内鎖心（2 )軸孔（29) 中被彈簧（35)前頂之傳動桿（54)及一在徑向孔（25)中被 彈簧（35)頂持及擋板（78)限制僅能朝向鑰匙孔（2〇)方向 之播珠（76) ’而傳動桿（54)之移位係藉由一鑰匙〇 )作 動發生的（請參閲第三、四圖），該錄匙（1 )匙桿（1〇)近 匙把（11)端形成套端（13)再以一匙把（11)前侧形成延伸 端（17)且延伸端（π)截面（18)對應起桿（1〇)套端（13) 形成套孔（14)，而匙桿（1〇)套端（13)及匙把（1丨）延伸 端（17)皆鑽設有銷孔（15)可插入一銷（16)相結合，其中， ❿ 匙把（11)延伸端（Π)截面（18)對應内鎖心（2 )上傳動 桿（54)鈕（53)表面壓緣（52)則設有一插孔（19)，實施 上，用鎖人以上述餘匙（1 )插入鎖心（9〇)鑰匙孔（2〇)至 預計位置時會將其延伸端（17)截面（18)之插孔（丨9)接觸 到内鎖心（2 )上傳動桿（54)前侧鈕（53)之壓緣（52)而 令傳動桿（54)上之彈簧（35)被麼縮移位，因傳動桿（54) 位移量足夠令其桿身後端凹緣（55)會先移位至擋珠（76)位 置，因該擋珠（76)受限於擋板（78)卡住而無法向外彈，一 直到鍮匙（1 )繼續前插時鑰匙（1 )插端之斜面會將整個擔 珠（76)及彈簧（35) —起擠向傳動桿（54)之凹緣（55)， 達到預計位置而能進行對碼開鎖者。 5 201028521 上述實施例之作動係由鑰匙（丨）延伸端（17)截面（18) 之插孔（19)深度接觸到内鎖心)上傳動桿（54)前側鈕 (53)之壓緣（53)令傳動桿（54)向後移位並連動到外鎖心 (3 )軸向珠（50)之紐（53)而發動解鎖狀態，而此利用按 • 壓鎖芯（90)鑰匙孔（20)面鈕（53)壓緣（52)的方式其鑰 匙（1 )的構成也可為附有勾插件（4 )之凸出型（請參閲第 五、六圖）’該附有勾插件（4 )鑰匙（1 )匙桿（1〇)近匙 把（11)端形成套端（13)再以一匙把（11)前侧形成延伸端 (17)且延伸端（17)截面（18)對應匙桿（1〇)套端（13) 形成套孔（14)，而匙桿（10)套端（13)及匙把（11)延伸 響 端（17)皆鑽設有銷孔（15)可插入一銷（16)相結合，其中， 匙把（11)延伸端（17)截面（18)對應内鎖心（2 )上傳動 桿（54)鈕（53)表面壓緣（53)則設有一插孔（19)，其中， 該插孔（19)中固定插置有一插件（42)，利用該插件（42) 抵觸到内鎖心（2 )上傳動桿（54)前侧鈕（53)之壓緣（53) 令傳動桿（54)向後移位達解鎖狀態者。 又本發明另一徑向閉鎖結構（8 )為第二實施例（請參閱 第十二圖）構成係在内鎖心（2 )餘匙孔（20)旁向内至少鑽 設有一邊孔（21) ’由内鎖心（2 )後侧面對應邊孔（21)處 φ 鑽設一同心較大徑之轴孔（29)，在内鎖心（2 )胴身近後侧 面設有一内珠孔（22)供置入一内珠（24)，且在外鎖心（3 ) 對應内鎖心（2 )内珠孔（22)處設有一外珠孔（32)並置入 有一外珠（34)及一彈簧（35)並以一封蓋（36)封合，取一 刖端形成小口控之紐（53)且桿身後端形成一小段凹緣（55) 之傳動桿（54)由内鎖心（2 )轴孔（29)後侧套設有一彈簧 (35)並以一封蓋（36)予以封固（請參閱第十三圖），當傳 動桿（54)之紐（53)被鍮匙（1 )觸抵而向後移位時，傳動 桿（54)之凹緣（55)會先移開在内珠（24)位置之外，同時 帶動内珠（24)向外擠壓而令外珠（34)去壓縮彈簧（35)而 移位，這内珠（24)及外珠（34)之徑向移位會達到令内珠（24) 6 201028521 頂緣（26)與外鎖心（3 )穿孔（30)内切即外珠（34)底緣 (28)與内鎖心（2 )周緣面，即外鎖心（3 )外珠孔（32) 中之外珠（34)底緣（28)不會插在内鎖心（2 )内珠孔（22) 中〔此狀態為外珠（34)内置於外鎖心（3 )外珠孔（32)中 且内珠（24)内置於内鎖心（2 )内珠孔（22)中〕，可順利 旋轉鑰匙（1 )並連動以C型扣（38)固定於内鎖心（2 )後 侧之轉桿（37)而令鎖舌脫開門框而開門者（請參閱第十四、 十五圖）。201028521 V. If the case is mixed, please reveal the chemical formula of the most invented features: 6. Invention Description: [Technical field of invention] There is one: lock, S: piece: key spoon ^ method open town = open: yes The effect is not the volunteer f. Today's spoon (1) rotates inside _, outside the lock (2) (3) Insert ff, (90) (see the first figure) design principle is the key (1 ) = hole (2G), the corresponding inner key (1) = ((2) () inner bead hole (22) in the inner bead (24) will be displaced by the spring ^ toward the bore (12) 'to reach the inner bead (8) top edge = (3) perforation (30) incision, when the key (1) is rotated) the outer bead (32) in the outer bead (34) will surround the inner lock (2) = diameter for circular motion Will fall into the inner lock (2) in the inner bead hole (22) [to fall into the phenomenon of the industry collectively eaten], this is the alignment of the nuclear code successfully and can be successfully unlocked, its structure is mainly by an inner lock (2) The inner sleeve is fixed to the lock case, and in the core (3) perforation (30), the inner lock core (2) is centrally formed into a key hole (20) corresponding to the key (1) key lever (10), and the key lever (1〇) is provided with 201028521 dry drilling (12) 'the hole 12) Position and number of holes correspond to the inner lock core (2) Preset radial equal inner inner hole (22) and outer lock (3) preset radial equal number • outer bead hole (32), Wherein each inner bead hole (22) and its corresponding outer bead hole (32) are respectively inserted with a predetermined length of inner bead (24), outer bead (34) and spring (35) v and with a cover (36) ) Sealed, using the hole (12) on the spoon (1) to match the inner bead (24) and the outer bead (34) to the inner bead (24) top edge (26) and the outer lock ( 3) The perforation (30) is the inner edge of the outer bead (34) and the peripheral edge of the inner lock (2), that is, the outer bead (3) and the outer bead (32). The edge (28) is not inserted into the inner hole (22) of the inner lock core (2) [this state is: the outer bead (34) is built in the outer lock core (3) outer bead hole (32) and the inner bead ( 24) Built in the inner locking hole (2) in the inner hole (22), the key (1) can be rotated smoothly and the C-shaped buckle (38) can be fixed to the rotating rod on the rear side of the inner lock (2) ( 37) The door is opened and the door is opened (see the second figure). SUMMARY OF THE INVENTION A structure of "adding a hook key and lock" (see the eighth figure) is mainly a pivotal connection between the inner and outer lock cores (2) (3) To the locking structure (8), the radial locking structure (8) is mainly drilled at least one side hole (21) inwardly of the inner locking core (2) key hole (20), and is locked by the inner locking core (2) A shaft hole with a larger concentric diameter is drilled at the side corresponding hole (21). (29) 'The inner lock core (2) is provided with a radial hole (25) on the near rear side for inserting a spring (35) And a centrally formed flange (76) of the flange (77), and the inner lock core (2) body corresponding to the bead (76) flange (77) is slightly positioned with a baffle hole (79) juxtaposed Into a baffle (78), the spring (35) is compressed between the flange (77) flange (77) and the baffle (78) to form a spring (35) force can only be directed to the key hole (20 ), take a front end to form a small diameter button (53) and the rear end of the shaft forms a small concave edge (55) of the transmission rod (54) from the inner lock core (2) shaft hole (29) behind the sleeve is provided with a spring (35) and sealed with a cover (36) When the button (53) of the lever (54) is displaced by the spoon (1) and is displaced backward (refer to the ninth diagram), the concave edge (55) of the transmission rod (54) is first shifted to the stopper (76). Position, because the bead (76) is limited by the support plate (78) stuck without the 201028521 method of outwardly projecting 'from the time until the wheel (1) continues to insert the key (1) the slant of the spigot Putting the tip of the key (1) with a bevel will cover the entire bead (76) • and the spring (35) to the concave edge (55) of the transmission rod (54) to achieve the desired position and unlock the code. (Please refer to the tenth and eleventh figures); when the key is reversed, the key (1) is displaced by the transmission rod (54) and the key (1), and only the remaining hole (20) space is exposed. The bead (76) will be stretched toward the keyhole (2〇) space. [Embodiment] The preferred embodiment of the present invention (see FIG. 8) is pivotally connected to a locking core (90) of the inner and outer lock cores (2) (3). The radial locking structure (8) comprises at least one transmission rod (54) in front of the spring (35) in the inner lock core (2) shaft hole (29) and a radial hole (25) The spring (35) and the baffle (78) limit the play beads (76) that can only face the keyhole (2〇) and the displacement of the transmission rod (54) is activated by a key (). Please refer to the third and fourth figures). The key (1) key lever (1〇) near the key (11) end forms the sleeve end (13) and then the front side of the spoon (11) forms the extension end (17). And the extension end (π) section (18) corresponds to the rod (1〇) sleeve end (13) to form the sleeve hole (14), and the key lever (1〇) sleeve end (13) and the spoon handle (1丨) extend The end (17) is drilled with a pin hole (15) for inserting a pin (16), wherein the (11) extension end (Π) section (18) corresponds to the inner lock (2) upper drive rod (54) The button (53) surface pressing edge (52) is provided with a jack (19), in practice, with a lock to When the above key (1) is inserted into the keyhole (9〇) keyhole (2〇) to the expected position, the socket (丨9) of the extension end (17) section (18) is brought into contact with the inner lock core (2). Upload the pressing edge (52) of the front side button (53) of the moving rod (54) to cause the spring (35) on the transmission rod (54) to be displaced, because the displacement of the transmission rod (54) is sufficient to make the shaft behind The end concave edge (55) will first shift to the position of the ball stop (76), because the stop bead (76) is limited by the baffle (78) being stuck and cannot be outwardly bounced until the key (1) continues. When the plug-in key (1) is inserted, the bevel will push the entire bead (76) and the spring (35) to the concave edge (55) of the transmission rod (54) to reach the expected position and can be unlocked. 5 201028521 The actuation of the above embodiment is made by the insertion of the socket (19) of the cross section (18) of the key (丨) extension end (17) into the inner lock core) and the pressure edge of the front side button (53) of the upper transmission shaft (54) ( 53) The transmission rod (54) is displaced backward and linked to the outer lock (3) axial bead (50) button (53) to activate the unlocked state, and this uses the press lock core (90) key hole ( 20) The way the button (53) is pressed (52). The key (1) can also be a protruding type with a hook insert (4) (please refer to the fifth and sixth figures). Insert (4) key (1) key lever (1〇) near the key handle (11) end forming the sleeve end (13) and then forming a extending end (17) with a spoon (11) front side and extending the end (17) (18) A corresponding hole (1〇) sleeve end (13) forms a sleeve hole (14), and the key lever (10) sleeve end (13) and the key handle (11) extension sound end (17) are drilled with a pin. The hole (15) can be inserted into a pin (16), wherein the cross section (18) of the extended end (17) of the key handle (11) corresponds to the surface pressing edge of the transmission rod (54) button (53) on the inner lock core (2) (53) is provided with a jack (19), wherein the jack (19) is fixedly inserted with a plug-in (42) ), the insert (42) is used to resist the pressing edge (53) of the front side button (53) of the transmission rod (54) on the inner lock core (2), so that the transmission rod (54) is displaced backward to the unlocked state. In addition, the other radial locking structure (8) of the present invention is a second embodiment (see the twelfth figure), and at least one side hole is drilled inwardly of the inner key (2) keyhole (20). 21) 'A hole (29) with a concentric larger diameter is drilled from the inner side of the inner lock (2) corresponding to the side hole (21), and an inner bead hole is provided on the inner side of the inner lock core (2). (22) for inserting an inner bead (24), and at the outer lock core (3) corresponding to the inner lock core (2), a bead hole (32) is provided at the bead hole (22) and an outer bead is placed (34). And a spring (35) and sealed with a cover (36), taking a button to form a small mouth control button (53) and a rear end of the shaft forming a small concave edge (55) of the transmission rod (54) The lock core (2) shaft hole (29) is provided with a spring (35) on the rear side and is sealed with a cover (36) (see Figure 13). When the transmission rod (54) is new (53) When the key (1) is touched and displaced backward, the concave edge (55) of the transmission rod (54) is first removed from the position of the inner bead (24), and the inner bead (24) is pushed outward. And the outer bead (34) is displaced by the compression spring (35), which is the inner bead (24) and the outer bead 34) The radial displacement will reach the inner bead (24) 6 201028521 top edge (26) and outer lock core (3) perforation (30) inner cut, ie outer bead (34) bottom edge (28) and inner lock center (2) The peripheral surface, that is, the outer locking core (3), the outer bead hole (32), the outer bead (34) bottom edge (28) is not inserted into the inner locking hole (2) inner bead hole (22) The outer bead (34) is built in the outer lock core (3) outer bead hole (32) and the inner bead (24) is built in the inner lock core (2) inner bead hole (22), and the key can be smoothly rotated ( 1) Connect the C-type buckle (38) to the rotating rod (37) on the rear side of the inner lock (2) to open the door and open the door (see Figures 14 and 15).
❹ 本發明第三實施例（請參閱第十六圖）係為另一軸向閉鎖 結構（5 )，該軸向閉鎖結構)主要係在内、外鎖心（2 ) (3 )對應到内鎖心（2 )上之如前傳動桿（54)前側鈕（53) 之壓緣（52)處朝向外鎖心（3 )至少開設有—貫通之轴孔 (29) ’而在内鎖心（2 )網身適當位置鑽設有一徑向孔（25) 並置入一^蓋（36)，由内鎖心（2 )鑰起孔（2〇)面自軸孔 (29)至徑向孔（25)朝向外鎖心（3 )開設有一缺口（69) 供容^一前端形成有如傳動桿（54)前側鈕（53)壓緣（52) 之又桿（6 )，該叉桿（6 )桿身垂向連結有一連接桿（6〇) 並連結有一與又桿（6 )同向平行之侧桿（62)，其中，該叉 桿（6 )後端係壓縮著一彈簧（35)，取一具有填補缺口（69) ，，，對應於叉桿（6 )紐(53)壓緣（52)處形成有一邊孔 (21)之卡塊（64)卡置在缺口（69)中，又於外鎖心（3 ) ，缺口（69)處樞接-圈套板⑽），該圈套板（66)面設 有一螺孔（68)供以螺絲（45)相螺合於外鎖心（3 )且在圈 ^板（66)内侧面介於邊孔（21)及螺孔⑽）間形成有一對 應御!桿（62)端形狀之夾孔⑹，其中，内鎖心（2 )之缺 口 (69)及圈套板⑽）深度需包含又桿（6 )及其位移量空 二，外鎖心（3 )端之缺口（69)需環娜成環溝（61)， 插孔（19)、附有勾插件（4 )鑰匙（"抵觸到 會同步後壓懈（62)，使侧桿（62)得以脫離 卞塊（64 )夾孔（65 )之限制解鎖而能正確核碼，同時側桿（62 ) 7 201028521 能脫離圈套板（66)夾孔（65)之限制而能旋轉在外鎖心（3 ) 之環溝（61)中者（請參閱第十七、十八圖）。 上述實施例皆為徑向閉鎖結構（8 )設計，但本發明第四 實施例係為軸向閉鎖結構（5 )，該軸向閉鎖結構（5 )運用 ’ 在鎖具（9 )上（請參閱第十九圖：圖中（96)係假想將夾置 在鎖具（9 )二鎖殼面（94)中取出時之假示意環框），在鎖 具（9 )前後鎖殼面（94)中央鎖孔（92)處置入一插口件（7 )， 該插口件（7 )中央設有餘匙孔（2〇)前後端形成縮口（72) 供夾置在鎖具（9 )前後鎖殼面（94)中央，鑰起孔（20)旁 髻 向内至少鑽設有一邊孔（21)，並由插口件（7 )後側面對應 邊孔（21)處鑽設一同心較大徑之軸孔（29)，又在鎖具（9 ) 後鎖殼面（94)後樞接一後座組（74)，在該後座組（74)與 插口件（7 )後侧銜接面對應第一邊孔（21)處開設有第二邊 孔（31)且後座組（74)後側面對應到插口件（7 )軸孔（29) 處亦鑽設有等數等徑軸孔(29 )，取一前端形成小口徑之鈕(53 ) 且桿身後端形成徑縮（56)之傳動桿（54)由插口件（7 )轴 孔（29)後侧插入並在徑縮（56)處套設有一彈簧（35)，其 中’插口件（7 )胴身相當於傳動桿（54)徑縮（56)中段位 置由外向内徑向設有一切溝（27)可供置入一夾片（58)，該 _ 夾片（58)下沿形成有小於彈簧（35)外徑之開孔（59)，由 ，切溝（27)置入夾片（58)時令彈簧（35)於傳動桿（54) 徑縮（56)中形成略壓縮狀態；另取一前端形成小口徑鈕（53) 之軸向珠（50)、一彈簧（35)由後座組（74)軸孔（29)後 侧置入並以一封蓋（36)予以封固，利用前述設有插孔〇9) 或附有勾插件（4 )鑰匙（1 )抵壓傳動桿（54)前側鈕（53) 之壓緣（53)而後向移位解除軸向閉鎖結構（5 )，而此轴向 鎖結構（5 )可實施在任何鎖具（9 )巾（請參閱第二十、 二圖）。 一又本發明第五實施例為另一軸向閉鎖結構（5 )(請參閲 第二十二圖）其係由内鎖心（2 )餘匙(20)旁向内至少鑽 8 201028521 設有一邊孔（21)，並由内鎖心（2 )後侧面〔令内鎖心（2 ) 鑰匙孔（20 )為前側〕對應邊孔（21)處鑽設一同心較大徑之 軸孔（29)，又在外鎖心（3 )後侧形成可卡置内鎖心（2 ) 之收口形包覆緣（39)，在該包覆緣（39)與内鎖心（2 )後 侧銜揍面對應第一邊孔（21)處開設有第二邊孔（31)且外鎖 心（3 )後侧面對應到内鎖心（2 )軸孔（29)處亦鑽設有等 數等徑轴孔（29)，取一前端形成小口徑之纽（53)且桿身後 端形成徑縮（56)之傳動桿（54)由内鎖心（2 )轴孔（29) 後侧插入並在徑縮（56)處套設有一彈簧（35)，其中，内鎖 心（2 )胴身相當於傳動桿（54)徑縮（56)中段位置由外向 内徑向設有一切溝（27)可供置入一夾片（58)，該夾片（58) 下沿形成有小於彈簧（35)外徑之開孔（59)，由該切溝（27) 置入夾片（58)時令彈簧（35)於傳動桿（54)徑縮（56)中The third embodiment of the present invention (please refer to the sixteenth embodiment) is another axial locking structure (5) which is mainly corresponding to the inner and outer locks (2) (3). The lock core (2) is located at the pressing edge (52) of the front side button (53) of the front transmission rod (54) toward the outer lock core (3) at least through the through hole (29)' and the inner lock core (2) A radial hole (25) is drilled in the appropriate position of the net body and placed into a cover (36), and the inner lock core (2) is pivoted (2〇) from the shaft hole (29) to the radial direction. The hole (25) defines a notch (69) facing the outer lock core (3) for the front end to be formed with a lever (6) such as a pressing edge (52) of the front side button (53) of the transmission rod (54), the fork rod ( 6) The shaft is vertically connected with a connecting rod (6〇) and coupled with a side rod (62) parallel to the parallel rod (6), wherein the rear end of the fork rod (6) is compressed with a spring (35) a card block (64) having a filling hole (69) corresponding to the edge of the fork (6) button (52) formed with a hole (21) is placed in the notch (69) In the outer lock (3), the gap (69) is pivoted - the snare plate (10)), the snare A screw hole (68) is arranged on the surface of the plate (66) for screwing the outer lock core (3) with the screw (45) and the side hole (21) and the screw hole (10) on the inner side of the ring plate (66). A clamping hole (6) corresponding to the shape of the end of the rod (62) is formed, wherein the depth of the notch (69) and the snare plate (10) of the inner locking core (2) needs to include a further rod (6) and a displacement amount thereof. The outer lock (3) end of the gap (69) needs to be looped into the ring groove (61), the jack (19), with the hook insert (4) key (" against the synchronization and then pressurize (62), The side bar (62) can be unlocked by the restriction of the clamping hole (65) of the clamping block (64), and the side bar (62) 7 201028521 can be removed from the limitation of the clamping hole (65) of the snare plate (66). It can be rotated in the annular groove (61) of the outer lock core (3) (please refer to the seventeenth and eighteenth views). The above embodiments are all designed for the radial locking structure (8), but the fourth embodiment of the present invention is For the axial locking structure (5), the axial locking structure (5) is applied to the lock (9) (please refer to the nineteenth figure: (96) is supposed to be clamped in the lock (9) two locks Deception when taking out the shell surface (94) In the ring frame of the lock (9), the central locking hole (92) of the locking shell surface (94) is disposed in a socket member (7), and the front and rear ends of the socket member (7) are provided with a front and rear end of the keyhole (2). The constriction (72) is sandwiched between the front and rear lock housing faces (94) of the lock (9), and at least one side hole (21) is drilled inwardly of the key opening hole (20), and is inserted by the socket member (7) A shaft hole (29) having a larger concentric diameter is drilled at the side corresponding hole (21), and a rear seat group (74) is pivotally connected to the rear seat (94) after the lock (9). The second side hole (31) is opened at the first side hole (21) of the group (74) and the rear side engaging surface of the socket member (7), and the rear side of the rear seat group (74) corresponds to the socket member (7) shaft hole. (29) An equal-diameter shaft hole (29) is also drilled, and a front end of the shaft is formed with a small-diameter button (53) and the rear end of the shaft is formed with a diameter-reducing (56) transmission rod (54) by the socket member (7). The rear side of the shaft hole (29) is inserted and a spring (35) is sleeved at the diameter reduction (56), wherein the 'slot member (7) is equivalent to the middle of the transmission rod (54) (56) All grooves (27) are provided in the inner radial direction for inserting a clip (58). _ The lower edge of the clip (58) is formed with an opening (59) smaller than the outer diameter of the spring (35), and the slit (27) is placed into the clip (58) and the spring (35) is applied to the transmission rod (54). A slightly compressed state is formed in the diameter reduction (56); an axial bead (50) having a small diameter button (53) is formed at the front end, and a spring (35) is disposed at the rear side of the shaft hole (29) of the rear seat group (74). Insert and seal with a cover (36), and use the above-mentioned jack 〇9) or hook (4) key (1) to press the pressure button of the front button (53) of the transmission rod (54) ( 53) The rearward displacement releases the axial latching structure (5), and the axial lock structure (5) can be implemented on any lock (9) towel (see Figures 20 and 2). A fifth embodiment of the present invention is another axial locking structure (5) (see FIG. 22) which is at least drilled by the inner lock core (2) (2). There is a hole (21), and the inner side of the inner lock (2) (the inner lock (2) key hole (20) is the front side] corresponding to the side hole (21) is drilled with a concentric larger diameter shaft hole (29), on the rear side of the outer lock core (3), a notch-shaped covering edge (39) of the slidable inner lock core (2) is formed on the rear side of the covering edge (39) and the inner lock core (2) The second side hole (31) is opened at the first side hole (21), and the rear side of the outer lock core (3) corresponds to the inner lock core (2). The shaft hole (29) is also drilled with an equal number. The equal-diameter shaft hole (29) is formed by a front end forming a small-diameter button (53) and a shaft (54) having a diameter reduction (56) at the rear end of the shaft is inserted from the rear side of the inner lock core (2) shaft hole (29) And a spring (35) is sleeved at the diameter reduction (56), wherein the inner lock core (2) is equivalent to the transmission rod (54), and the middle portion of the transmission rod (54) is provided with all grooves from the outer to the inner radial direction ( 27) A clip (58) can be placed, and the lower edge of the clip (58) is formed with less than the bullet The opening (59) of the outer diameter of the spring (35) is placed in the clip (58) by the slit (27) and the spring (35) is reduced in the transmission rod (54) (56)
形成略壓縮狀態；另取一前端形成小口徑鈕（53)之軸向珠 (50)、一彈簧（35)由外鎖心（3 )軸孔（29)後側置入並 以一封蓋（36)予以封固’則外鎖心（3 )轴孔（29)中之轴 向珠（50)之紐（53)係伸出到内鎖心（2 )軸孔（29)中而 具有令内鎖心（2 )完全無法旋轉達到閉鎖目的；而傳動桿(54) 之移位係由一延伸端（17)截面（18)設有一插孔（19)或插 孔（19)中固定插置有一插件（42)之鑰匙（1 )抵觸到内鎖 心（2 )上傳動桿（54)前侧鈕（53)之壓緣（53)令傳動桿 (54)向後移位達解鎖狀態者（請參閱第二十三圖）。 前述附有勾插件（4 )錄匙（1 )係為：延伸端（17)截 面（18)對應内鎖心（2 )上傳動桿（54)鈕（53)表面壓緣 (53)則設有一插孔（19)，其中，該插孔（19)中固定插置 有-插件（42);而附有物件（4 )鑰起（1 )除此附加一 ，件(42)巧^本發明第六實施例鑰匙（1 )型式為附加一 勾件（4G) (¾參閲第七圖），該鑰匙〇 )係在起桿⑽ 上巧到内鎖心(2 )上傳動桿(54)前侧鈕⑽ 之壓緣（53)處樞設-呈角折之勾件（4〇)，該勾件（4〇)上 201028521 及匙桿（10 )上皆鑽設有銷孔（15)可插入一銷（16)相結合， 利用該鑰起（1 )匙桿（10)上之勾件（40)抵觸到内鎖心（2 ) 上傳動桿（54)前侧鈕（53)之壓緣（53)令傳動桿（54)向 ‘ 後位移而發動解鎖者（請參閱第二十四〜二十七圖）。 - 另本發明第七實施例（請參閱第二十八圖）係在前述之内 鎖心（2 )鑰匙孔（20)旁向内至少鑽設有一邊孔（21)上對 應插入一前桿（80)，該前桿（80)可連動至該邊孔（21)内 之軸向閉鎖結構（5 )及徑向閉鎖結構（8 )機構者（請參閲 第二十九圖）。 而本發明第八實施例（請參閱第三十圖）係在内鎖心（2 ) ❹ 鑰匙孔（20)面樞接一形板（84)，該形板（84)中央需開設 有大於鑰起孔（20)之形孔（86)，利用此形板（84)之厚度 差設計即能有效過濾是否為鎖具（9 )及鑰匙（1 )是否為合 一適用者，亦即能有效剔除非法者以他錄匙（1 )來開啟鎖具 (9 )完全無法符合到預設正蜂之對碼位置（請參閱第三十一 圖）。 又本發明第九實施例係在内鎖心（2 )餘匙孔（20)及各 邊孔（21)間加設有一阻桿孔（83)並插固有一阻桿（82)， 可有效遏止不法者以他型錄匙（丨）來開本發明鎖具（9 )者 魯 （睛參.閱第三十二圖）。 ^ 綜上所述，本發明為一種確實有效之新穎鎖具（9 )及餘 匙（1 )’不僅是能增加鎖組之解碼複雜度且可防止竊賊以任 何!？鎖工具來非法開鎖，確保用鎖人之身家及財產安全，為一 簡，、經濟、安全、有效之鎖具（9 )，且為首先發明者，完 全符合發明專利之申請要件，盼貴審查委員能早日審結本案 並賜准專利為禱。 201028521 【圖式簡單說明】 第m用鎖芯之立體分解圖。 • 第―® ·剌用齡組合之立體外觀圖。 - 第二圖.係本發明鑰起分解圖。 第四圖··係第三圖毅組合之立體外觀圖。 第五圖：係本發明附有勾插件餘匙之立體分解圖。 第六圖：鄉五®麟齡之讀外觀圖。 ❹ 第七圖：係本發明另一附有勾插件鑰匙之立體外觀圖。 第八圖：係本發明最佳實施例之立體分解圖。 第九圖：絲八@似及鍮匙組合之剖示圖。 第十圖·係第八圖組合鍮匙未插至定位時閉鎖狀態之示意圖。 第十-圖：係第人圖組合鑰匙插至定位時解鎖狀態之示意圖。 第十二圖：係本發明第二實施例之立體分解圖。 第十三圖：係第十二圖鎖芯及鑰起組合之剖示圖。 ⑩ 第十四圖♦係第十二圖組合餘匙未插至定仇時閉鎖狀態之 不意圖。 第十五圖：係第十二圖組合鑰匙插至定位時解鎖狀態之示 意圖。 第十六圖：係本發明第三實施例之立體分解圖。 第十七圖：係第十六圖組合鑰匙未插至定位時閉鎖狀態之 不意圖。 第十八圖：係第十六圖組合餘匙插至定位解鎖時内鎖心旋 π 201028521 轉狀態之示意圖。 第十九圖：係本發明第四實施例之立體分解圖。 • 第二十圖：係第十九圖鎖芯及鑰匙魬合之立體外觀圖。 ’ 帛二十—圖：係第十九圖鎖芯及鑰匙組合另-视角之外觀圖。 第二十二圖：係第五實施例之立體分解圖。 第二十三圖：係第二十二圖鎖芯及鑰匙組合之剖示圖。 第二十四圖：係本發明第六實施例之立體分解圖。 ❹ 第二十五圖：係第二十四圖鎖芯組合之剖示圖。 第二十六圖：係第二十四圖未插鍮匙時閉鎖狀態之示意圖。 第二十七圖：係第二十四圖組合输起插至定位時解鎖狀態之 示意圖。 苐二十八圖：係本發明第七實施例之立體分解圖。 第二十九圖：係第二十八圖組合之立體外觀圖。 第三十圖：係本發明第八實施例之立體分解圖。 ® 第三十一圖：係本發明第八實施例另一形板之示意圖。 第二十二圖：係第九實施例另一視角之立體外觀圖。 【主要元件符號說明】 (1 )鑰匙 (10)匙桿 (11)匙把 (12)鑽孔 (13)套端 (14)套孔 (15)銷孔 (16)銷 (Π)延伸端 (18)截面 (19)插孔 (2 )内鎖心 (20)鑰匙孔 (21)第一邊孔 12 201028521Forming a slightly compressed state; taking another axial end of the small diameter button (53) to form an axial bead (50), a spring (35) is placed by the outer side of the outer lock (3) shaft hole (29) and is covered with a cover (36) Sealing the outer core (3) The axial bead (50) in the shaft hole (29) is extended into the inner lock (2) shaft hole (29) and has The inner lock core (2) is completely unable to rotate to achieve the purpose of blocking; and the displacement of the transmission rod (54) is fixed by a socket (19) or a socket (19) by a section (18) of the extended end (17). Inserting a key (1) of the insert (42) against the pressing edge (53) of the front side button (53) of the transmission rod (54) on the inner lock core (2) causes the transmission rod (54) to be displaced backward to the unlocked state (Please refer to the twenty-third figure). The hook (1) with the hook insert (4) is: the extension end (17) section (18) corresponds to the inner lock core (2) on the transmission rod (54) button (53) surface pressure edge (53) is set There is a jack (19), wherein the jack (19) is fixedly inserted with a plug-in (42); and the attached object (4) is activated (1) in addition to the one, the piece (42) In the sixth embodiment of the invention, the key (1) type is an additional hook (4G) (3⁄4 refers to the seventh figure), and the key 系 is attached to the inner lock (2) on the lift rod (10) (54). ) The rim (53) of the front side button (10) is pivoted - a corner-folded hook (4 〇), and the pin hole (15) is drilled on the 201028521 and the spoon (10) on the hook (4 〇) A pin (16) can be inserted in combination, and the hook (40) on the key lever (10) is used to contact the inner lock core (2) to upload the front button (53) of the movable lever (54). The pressing edge (53) causes the transmission rod (54) to be released by the 'rear displacement' (see pages 24 to 27). - In addition, the seventh embodiment of the present invention (please refer to the twenty-eighth figure) is formed by inserting a front rod at least one side hole (21) in the inner side of the inner key (2) key hole (20). (80), the front rod (80) can be linked to the axial locking structure (5) and the radial locking structure (8) in the side hole (21) (refer to Figure 29). In the eighth embodiment of the present invention (see FIG. 30), a shape plate (84) is pivotally connected to the inner key (2) 钥匙 key hole (20), and the center of the plate (84) needs to be opened larger than The hole (86) of the key hole (20) is designed to effectively filter whether the lock (9) and the key (1) are suitable for use by using the difference in thickness of the plate (84), that is, effective It is impossible for the unconditioner to open the lock (9) with his key (1) to match the position of the preset bee (see Figure 31). According to a ninth embodiment of the present invention, a barrier hole (83) is interposed between the inner key (2) and the side holes (21), and an inherent resistance bar (82) is inserted, which is effective. To stop the unscrupulous person from using his type of key (丨) to open the lock of the invention (9), Lu (see the thirty-second figure). In summary, the present invention is a truly effective new lock (9) and a redundant key (1)' which not only increases the decoding complexity of the lock set but also prevents thieves from any! The lock tool is used to illegally unlock the lock, ensuring the safety of the locker and the property. It is a simple, economical, safe and effective lock (9), and is the first inventor, fully complying with the application requirements of the invention patent, and hopes that the review committee The case can be concluded as soon as possible and the patent is granted as a prayer. 201028521 [Simple description of the figure] The exploded view of the m-th lock core. • A three-dimensional appearance of the ―··· age combination. - The second figure is a key exploded view of the present invention. The fourth picture·· is the three-dimensional appearance of the third figure. Fig. 5 is a perspective exploded view of the present invention with a hook and a key. The sixth picture: the appearance of the township five® Lin Ling reading.第七 Fig. 7 is a perspective view of another key of the present invention with a hook card key. Figure 8 is a perspective exploded view of a preferred embodiment of the present invention. The ninth picture: a cross-sectional view of the combination of silk eight @like and key. The tenth figure is a schematic diagram of the locked state when the combination key of the eighth figure is not inserted. Tenth-figure: A schematic diagram of the unlocking state when the first person combination key is inserted into the positioning. Figure 12 is a perspective exploded view of a second embodiment of the present invention. Thirteenth Figure: is a cross-sectional view of the lock core and key combination of the twelfth figure. 10 Figure 14 ♦ The twelfth figure is not intended to be inserted into the locked state of the enemy. Fifteenth figure: It is the intention of the unlocking state when the combination key of the twelfth figure is inserted into the positioning. Figure 16 is a perspective exploded view of a third embodiment of the present invention. Figure 17: It is not intended that the combination key of the sixteenth figure is not inserted into the locked state during positioning. Figure 18: The figure of the sixteenth figure is the schematic diagram of the state of the lock when the combination key is inserted into the positioning and unlocking. Figure 19 is a perspective exploded view of a fourth embodiment of the present invention. • Figure 20: is a three-dimensional appearance of the lock cylinder and key combination of the nineteenth figure.帛 帛 — — 图 图 图 图 图 图 : : : — — — — — — — — — — — Twenty-second diagram: is a perspective exploded view of the fifth embodiment. Twenty-third picture: is a sectional view of the lock core and key combination of the twenty-second figure. Twenty-fourth embodiment is a perspective exploded view of a sixth embodiment of the present invention. ❹ Twenty-fifth figure: is a cross-sectional view of the lock core combination of the twenty-fourth figure. Figure 26: Schematic diagram of the locked state of the twenty-fourth figure when the key is not inserted. Twenty-seventh figure: is a schematic diagram of the unlocking state when the combination of the twenty-fourth figure is connected to the positioning. 28 is a perspective exploded view of a seventh embodiment of the present invention. Twenty-ninth picture: a stereoscopic appearance of the combination of the twenty-eighth figure. Figure 30 is a perspective exploded view of an eighth embodiment of the present invention. ® Figure 31 is a schematic view of another shaped plate of the eighth embodiment of the present invention. Twenty-second diagram: is a perspective view of another perspective of the ninth embodiment. [Main component symbol description] (1) Key (10) key lever (11) key handle (12) drill hole (13) sleeve end (14) sleeve hole (15) pin hole (16) pin (Π) extension end ( 18) Section (19) Jack (2) Inner lock (20) Key hole (21) First side hole 12 201028521
(22)内珠孔 (25)徑向孔 (27)切溝 (29) 軸孔 (30) 穿孔 (32)外珠孔 (35)彈簧 (37)轉桿 (39) 包覆緣 (40) 勾件 (45)螺絲 (50)軸向珠 (53)紐 (55)凹緣 (58)夾件 (6 )叉桿 (61)環溝 (64)卡塊 (66)圈套板 (69)缺口 (72)縮口 (76)擋珠 (78)擋板 (8 )徑向閉鎖結構 (82)阻桿 (84)形板 (9 )鎖具 (92)鎖孔 (96)示意環框 (24)内珠 (26)頂緣 (28)底緣 (3 )外鎖心 (31)第二邊孔 (34)外珠 (36)封蓋 (38) C型扣 (4 )勾插件 (42)插件 (5 )轴向閉鎖結構 (52)壓緣 (54)傳動桿 (56)徑縮 (59)開孔 (60 )連接桿 (62)側桿 (65)夾孔 (68)螺孔 (7 )插口件 (74)後座組 (77)凸緣 (79 )擋板孔 (80)前桿 (83)阻桿孔 (86)形孔 (90)鎖芯 (94)鎖殼面 13(22) inner bead hole (25) radial hole (27) grooving (29) shaft hole (30) perforation (32) outer bead hole (35) spring (37) rotating rod (39) covering edge (40) Hook (45) Screw (50) Axial Bead (53) New (55) Recessed Edge (58) Clamp (6) Fork Pole (61) Annular Groove (64) Block (66) Trap Plate (69) Notch (72) Shrink (76) Stopper (78) Baffle (8) Radial Locking Structure (82) Barrier (84) Plate (9) Lock (92) Locking Hole (96) Schematic Ring Frame (24) Inner bead (26) top edge (28) bottom edge (3) outer lock core (31) second side hole (34) outer bead (36) cover (38) C-type buckle (4) hook insert (42) insert (5) Axial locking structure (52) Pressing edge (54) Transmission rod (56) Diameter (59) Opening (60) Connecting rod (62) Side rod (65) Clamping hole (68) Screw hole (7) Socket (74) Rear Seat Set (77) Flange (79) Baffle Hole (80) Front Bar (83) Barrier Hole (86) Hole (90) Cylinder (94) Lock Shell Surface 13