j274l〇〇 九、發明說明： 的鎖’係提供一種可配合 ’藉以提供有著不同需求 【發明所屬之技術領域】 本發明係一種具有離合功能 運用於多種不同鎖固方式的鎖具 的使用者多種使用方式。 【先前技術】、 鎖，其用意在於保護人們的生命與財產，或防止欲鎖 固之物品遭到不法人士的竊取，然而目前鎖的設計皆傾向 •於功能方面的設計，亦即門鎖、電腦鎖或汽車鎖等等，但 是幾乎少有鎖的設計是傾向於可應用於各種不同功能的物 品上。 因此對製造商而言，為了製造各種不同用途的鎖，就 必須要有不同的設計，作土商而^ τ仁袈仏商而㊂，無疑地是件非常耗 費成本的事。 【發明内容】 本發明者為了降低製造成本與生產一可配合運用於多 #種不同鎖固方式的鎖具，而設計一種鎖，主要係以簡單之 結構’達到降低成本與多種使用之優點，為其發明目的。 為了達到前述之發明目的，本發明所運用的技術手段 在於提供-種具有離合功能的鎖，其包括有—鎖殼，其内 設有-轉殼’ #殼内依序設有—鎖心裝置、及—與鎖心裝 置相互連接的旋轉座、—彈f、—轉桿與—滾珠轴承； 轉桿的一端與旋轉座相互連接，於該端，轉桿與旋轉 作分別設有可相互卡抵的卡固桿與卡固片，在轉桿的另端 1274100 設有鎖固端。 之轉勒 由轉動轉殼，而使得轉殼内各構件也隨 動’並且鎖固端會虚 鎖固裝置哎直接錯n 件―起轉動，並帶動 卡鎖_位置’當完全鎖固後，將 而動Γ，、反離卡抵狀態，使得轉桿不能再隨著轉殼 《奴解除鎖固狀態時，只需將卡固桿與卡固 =抵，轉桿就可隨著轉殼而動作，如此鎖固 :^動鎖固裝置，使其脫離鎖固狀態或脫離鎖固位置， =除鎖固狀態’藉由上述之動作，使得本發 夕種不同用途的鎖固方式。 π 【實施方式】 的鎖，請配合參考第一及 、一鎖固裝置與一鎖心裝 其為一兩端具有開 本發明係一種具有離合功能 一圖所示，其包括有一轉殼裝置 置； 轉殼裝置具有一鎖殼（1〇 的中空殼體； 轉奴（20) ’其為一中空殼體，於其上設— =為不同孔徑的貫孔（21)，請配合參考第三圖所:兩 貝孔（2 1 )的内壁周面形成有一彈片槽 彈菁槽（212)，彈菁槽（212)内設有塾圈 3 )在轉殼（2 0 )的-端之外週壁形成有呈環形 的旋轉部（2 2)，另端之外週壁設有一嵌槽（2 3 )出 轉殼（20)設置於鎖殼（1〇)内部，而旋轉部， 與歲槽（2 3 )分別突伸於鎖殼（i ^外㈣ - 1274100 轉殼（2〇)可於鎖殼（1〇)内部自由轉動，並突伸於 外部的欲槽（23)設有固定環（24)，另於轉殼。 0)之外週壁設有—定位孔（25)，並於轉豸（2〇) 相對於定位孔（2 5)之位置處設有長孔（2 6); 鎖固裝置係設置於轉殼裝置内，其具有一轉桿（8〇)， 其一端形成有鎖固端（81) ’於本實施例中鎖固端（8 1 )的週壁設有螺紋，並且鎖固端（8 i )穿過一滾珠輛 承（90)，於轉桿（80)之桿體的中段處突設有—環 體（85)，藉由環體（85)與滾珠軸承（9〇)相互 卡抵，又於轉# ( 8 〇 )延伸至外部的桿壁上形成有—嵌 槽（8 2 )，其上設有固定環（8 3 )，如此轉桿（8 〇八) :與滾珠軸承（9 0 )才目互結合，其鎖固端（8丄）的― ，由轉殼（2 〇 )之貫孔（2工）延伸至轉殼（2 〇 )外 部i並，貫穿—摩擦圈（11) ’摩擦圈（11)為橡膠 材貝所製，轉桿（8 0 )的另-端突設有兩相對的卡固 (84); 才干 固；( 9 1 )係設置於彈片槽（2 1 1 )内，藉此 (疋k軸承（9 〇 )於轉殼（2 〇 )内以防止滾珠軸承 9 〇 )由轉殼（2 0 )内分離脫落； 山:方疋轉座（60)，其係設置於轉殼（20)内，其 Ό 而大死/成有固定邊（6 1 )，其上形成有二個相對的缺 6工1)，旋轉座（60)上設有一孔（62)，々 孔（6 2、 成 」可供轉桿（8 0 )設有卡固桿（8 4 )的一糾 延伸至孔r ^ 而 ^ 6 2 )内，另於孔（6 2 ) —端的開口處間隔 7 1274100 設有若干卡固片（621、 有空間可供與轉桿（8 n 2 1 )間形成 〇υ)之卡固桿（84)相石丰把· 一彈簧（7 0 )，发信^ 4 )相互卡抵， ，、係故至於轉殼（2 〇、向 甘 端與旋轉座（6 0 )之固定邊 〇 )内’其一 轉殼（2 0 )之彈簧槽（目互推抵’另端與 推抵； （212)的Η (213)相互 -鎖心裝置’請再配合參考第二及 向設置於轉殼（2 〇 )形屮女#絲* / 八糸苹 」形成有碇轉部（2 2 )的一端，立 具有一鎖心外殼（3 〇 )，豆1#右 ^ " J 其上叹有一貫孔（31)，另 於其外週壁徑向設有一穿丨f q 匕2)，於相對於穿孑L (3 2 )位置處設有孔（3 3 )，在貫:( q Ί、 ;在貝孔（3 1 )内分別軸向 設有具有一定弧寬的長槽（3丄丄）與固槽（3丄2 ); 一下鎖心（4 0 )係位於鎖心外殼（3 〇 )的貫孔（3 1 )内的一端，其一端間隔設有六個下鎖塊槽（4丄）， 在下鎖心（4 0 )言免有下鎖塊槽（4工）一端的中央處設 有凹槽（4 2 )，並於下鎖心（4 0 )的外週壁間隔固設 有二軸向延伸的塊體（4 3 ) ( 4 4 )，其一塊體（43) 與鎖心外殼（3 0 )的固槽（3 1 2 )相互卡固定位，並 於二塊體（4 3 ) ( 4 4 )朝向旋轉座（6 0 )的一端形 成有卡固塊（431) (441) ’該卡固塊（431) (4 4 1 )可分別與旋轉座（6 〇 )之缺口（ 6 1 1 )相 互卡抵； 另於下鎖心（4 0 )的外週壁設有一徑向貫穿下鎖心 (40)且與凹槽（42)相通的穿孔（45)，在穿孔 8 1274100 • ( 4 5 )内設有突塊（4 5 1 )、彈簧（4 5 2 )、阻塊 、 （4 5 3 )與環體（4 5 4 )，彈簧（4 5 2 )位於突塊 (45 1)與障塊（453)之間，並在突塊（45 1) 的一端形成有，止塊（4511)，突塊（451)的另 端由鎖心外殼（3 0 )之穿孔（3 2 )向外延伸，另外， 阻塊（4 5 3 )的一端套有環體（4 5 4 )，且環體（4 5 4 )位在穿孔（4 5 )内’該端由穿孔（4 5 )向外延 伸至轉殼（2 〇 )之長孔（2 6 )内，藉此將下鎖心（$ 鲁 0)固定於鎖心外殼（30)内； 上鎖心（5 0 )係位於鎖心外殼（3 q )的貫孔（β 1 )之另一端，於上鎖心（5 0 )的一端形成有一突柱（5 1 )，突柱（5 1 )的外週壁形成有一嵌槽（圖中未示）， 犬柱（5 1 )與貝孔（3 1 )之間形成有間隙，該間隙可 供鑰匙***，另端形成有導塊（5 2 )，導塊（5 2 )延 伸至下鎖心（4 0 )之凹槽（4 2 )内，並與突塊（4 5 1 )之止塊（4 5 1 1 )相互推抵，於上鎖心（5 〇 )相 •對於下鎖塊槽（41)的位置處設有上鎖塊孔（53)， 於上鎖塊孔（5 3 )與下鎖塊槽（4丄）内設有上鎖塊（5 4 )、下鎖塊（5 5 )與彈簧（5 6 )，上鎖心（5 〇 ) 的側邊形成有一固定挣^ 一 u疋塊（圖中未不），固定塊係延伸至鎖 心外殼（3 0 )之長;q # 曰（3 1 1 )内，错以控制上鎖心（5 〇 )/、此在特疋角度内轉動，而上鎖塊（5 4 )會與貫孔 (3 1 )之邊緣處相互推抵，如此將上鎖心（5 0 )固定 於鎖心外殼（3 〇 )由 . „ 、 内’该鎖心袭置為所屬技術領域中具 1274100 ' 有通常知識者能輕易完成，故不贅述。 • 本發明的其中一種使用實施例，鎖殼（1 〇 )上連接 設置有一纜線，其另端與固定處相互固定，於一筆記型電 腦上設有一鎖固孔（圖中均未示），該鎖固孔於本實施例 中為一螺孔’將鎖固端（8 1 )對準鎖固孔，並且使用旋 轉部（22)旋轉轉殼（20)，由於阻塊（453)與 轉殼（2 0 )相互卡固，轉殼（2 0 )就會帶動鎖心裝置， 使得與鎖心外殼（3 0 )相互卡固的下鎖心（4 〇 )亦合 鲁被w動$疋轉’请配合參考第三及四圖所示，而與下鎖心（4 〇)的卡固塊（431) (441)相互卡抵的旋轉座（6 〇)也會隨之轉動，由於轉桿（80)的卡固桿（84) 與旋轉座（60)之卡固片（621)相互卡抵，因此轉 桿（8 0 )亦會隨著旋轉座（6 〇 )轉動’使的鎖固端（8 1 )與鎖固孔相互螺合。 Μ配曰筝考第五及六圖所示，當鎖固端（8丄）與鎖 固孔完全螺合後，將鎖心裝置完全壓入轉殼（2 〇 )内部， 此時阻塊（4 5 3 )的端頭位在長孔（2 6 ) β位移，而 下鎖心（4 ◦)的突塊（4 5 1 )的-端就會沿著轉殼（2 〇)之貝孔（21)内壁移動，並且被彈簧（452)推 入定位孔（2 5 ) β ’而突塊（4 5 1 )的—端就會與定 位孔（2 5 )相互卡固定位’使得鎖心裝置固定於轉殼（2 〇)内並且位於彈菁槽（212)與旋轉座Μα 間的彈黃（7 〇 )就會受到壓縮。 而前述之動作，會使得轉桿（80)的卡固桿（84) 10 Ϊ274100 完全進入旋轉座（6 Ο )的孔（ 4)與卡固“621)無法卡6:，):得，^ :，而此時即便轉動轉殼（2〇)，轉=離： 構件亦無法帶動轉桿（8 〇 )， 0 )内之各 能脫離鎖固孔。 而（8 1 )就不 此外’於鎖固狀態時’摩擦圈（丄丄鎖固 二及恤的外殼三者之間緊密貼' ，到鎖固孔的外殼的屢迫，所以摩擦《(n il 為變形’巾三者之間會產生一迫緊力，此時如果反向：動 轉殼wen ’滾珠轴承（90)與鎖固端（8ι)因反 此在滚珠轴承（9 0)處所產生摩擦力是小於前 述之《力，因此鎖固端（81)不會因摩擦力的作用下， 而酼者鎖设（2 0 )反向轉動，故鎖固端（ 於鎖固狀態。 s 反之’如要解除鎖固狀態’’請配合參考第七圖所承， 鲁將錄匙插人鎖心外殼（3 〇 )與上鎖心、（5 ◦)的突柱（5 之間的的間隙’並稍微將上鎖心（5 0 )推入鎖心外 八又（3 0 )内，而上鎖塊（5 4 )與下鎖塊（5 $ )所相 互接觸的-端就位於上鎖心（5 0 )肖下鎖心（4 〇 )的 轉動面處，如此就可轉動上鎖心（5 0 )，此時上鎖心（5 〇)之導塊（52)就會推動止塊（451 "，突塊（4 5 1 )就會被帶動，並離開定位孔（2 5 )且縮入鎖心外 成（3 0 )内，此時鎖心裝置與旋轉座（6 〇 )就會被先 前所壓縮之彈簧（7 〇 )推動。 1274100 而旋轉座（6 〇 )會相對於 請再配合參考第三及四圄所_ 千 〇)產生位移， 口吓不，而你；^上 卡固片（6 2 1 )再次卡抵，此時二/卡固桿（8 4 )與 這時就可旋轉轉殼（2〇)，如同前：:：：結合狀態， 0 )就會再次被轉動，並脫離鎖 乍’轉桿（8 由筆記型電腦上取下。 ’如此就可將本發明 另外，本發明的鎖殼（1〇)與鎖 據不同的需求，而有不同的實施例，例（8 1)可根 的自由端可連接有-鉤體、—L形桿體或 端曰（8 1 ) 實施例的變化為所屬技術 ：T形桿體’而 成，故不贅述。 I、有通常知識者能輕易完 再者，本發明亦可與其他構件相互結合，已構成一完 整的鎖具’所以本發明可單獨使用或與其他構件相互配 合。 —請配合參考第八圖所示，於鎖殼（10)連接有-固 疋索：1 2) 111疋索（12)的自由端連接有一套環（圖 中未丁）目疋索（12)的套環可供鎖殼（丄0)通過， 藉此將固疋索（1 2 )與-裝置或位置相互固$，例如·· 桌子展示；或瓜柱等，再將本發明與被鎖固物品鎖定後， 猎此將被鎖固物品鎖固於該位置，而鎖殼（1 〇 )與固定 ’、（1 2 )的連接方式與樣式為所屬技術領域中具有通常 知識者能輕易完成與知悉，故不贅述。 /、 ^絲合以上所言，本發明係利用各構件之間的帶勳關 係，使得轉桿（8 〇)可被轉動或空轉，進而進行鎖固或 12 1274100 無法解除鎖固狀態。 [ 圖 式 簡 單說 明 ] 第 一 圖 係 本發 明 之立 體外觀 圖 〇 第 二 圖 係 本發 明 之立 體分解 圖 〇 第 --- 圖 係 本發 明 之未 鎖固時 之 剖 面 圖 〇 第 四 圖 係轉桿與旋轉 座之相 互 配 合 之 立 體 第 五 圖 係本發 明 之鎖 固時之 剖 面 圖 〇 第 六 圖 係本發 明 之另 一鎖固 時 之 剖 面 圖 〇 第 七 圖 係本發 明 之解除鎖固 前 之 剖 面 圖 〇 第 八 圖 係本發 明 之實 際使用 參考 示 意 圖 〇 [ 主 要 元 件符 號 說明 ] ( 1 〇 ) 鎖殼 (1 1 ) 摩 擦 圈 ( 1 〇 ) 固定 索 (2 0 ) 轉 殼 ( 2 1 ) 貫孔 (2 1 1 ) 彈 片 槽 ( 2 1 2 )彈 簧 槽 (2 1 3 ) 墊 片 ( 2 2 ) 旋轉 部 (2 3 ) 嵌槽 ( 2 4 ) 固定 環 (2 5 ) 定 位 孔 ( 2 6 ) 長孔 (3 〇 ) 鎖 心 外 殼 ( 3 1 ) 貫孔 (3 1 1 ) 長 槽 ( 3 1 2 )固 槽 (3 2 ) 穿 孔 ( 3 3 ) (4 〇 ) 下 鎖 心 ( 4 1 ) 下鎖 塊 槽 (4 2 ) 凹槽 ( 4 3 ) 塊體 (4 3 1 ) 卡 固 塊 ( 4 4 ) 塊體 (4 4 1 ) 卡 固 塊 13 1274100J274l〇〇9, invention description: the lock's provide a kind of cooperation to provide different needs [the technical field of the invention] The present invention is a user who has a clutch function for a plurality of different locking methods of the user of the lock the way. [Previous technology], the purpose of the lock is to protect people's lives and property, or to prevent the items to be locked from being stolen by unscrupulous people. However, the design of locks tends to be functional design, that is, door locks. Computer locks or car locks, etc., but the design of almost few locks tends to be applied to items of different functions. Therefore, for the manufacturer, in order to manufacture locks for various purposes, it is necessary to have different designs, and it is undoubtedly a very costly thing to do the business. SUMMARY OF THE INVENTION In order to reduce the manufacturing cost and produce a lock that can be used in many different locking methods, the inventor designs a lock, which mainly achieves the advantages of cost reduction and multiple use with a simple structure. Its purpose of the invention. In order to achieve the foregoing object of the present invention, the technical means utilized by the present invention is to provide a lock having a clutch function, which comprises a lock case, which is provided with a --shell - a casing is sequentially provided with a lock mechanism And the rotary seat, the elastic f, the rotating rod and the ball bearing connected to the lock core device; one end of the rotating rod and the rotating base are connected to each other, and at the end, the rotating rod and the rotating device are respectively provided with mutual card The locking rod and the clamping piece are provided with a locking end at the other end of the rotating shaft 1274100. The rotation of the shell is caused by rotating the shell, so that the components in the shell also follow the 'and the locking end will be a virtual locking device 哎 directly wrong n pieces - turn, and drive the lock _ position 'when fully locked, It will move, and reverse the card to the state, so that the rotating rod can no longer follow the shell. When the slave is unlocked, it is only necessary to fix the locking rod and the clamping rod. The action is locked in such a way that the locking device is disengaged from the locking state or is released from the locking position, and the locking state is made by the above-mentioned action, so that the locking method of the different uses of the present invention is made. π [embodiment] the lock, please refer to the first and the first locking device and a locking device as one of the two ends. The invention has a clutch function as shown in the figure, which includes a rotating shell device. The shell-turning device has a lock case (1〇 hollow shell; the slave (20)' is a hollow shell, and is provided with a through hole (21) of different apertures, please refer to the reference In the third figure, a peripheral surface of the inner wall of the two shells (2 1 ) is formed with a shrapnel groove (212), and an elastic ring (212) is provided with a loop 3) at the end of the shell (20) The outer peripheral wall is formed with an annular rotating portion (22), and the outer peripheral wall is provided with a fitting groove (23). The outer rotating shell (20) is disposed inside the locking shell (1〇), and the rotating portion, And the old slot (2 3 ) protrudes from the lock case respectively (i ^ outside (4) - 1274100 (2〇) can be freely rotated inside the lock case (1〇) and protrudes from the outer groove (23) There is a fixing ring (24) and a rotating shell. 0) The outer peripheral wall is provided with a positioning hole (25), and a long hole is provided at a position of the turning (2〇) relative to the positioning hole (25). (2 6); The locking device is set at The housing device has a rotating rod (8〇), and one end thereof is formed with a locking end (81). In the embodiment, the peripheral wall of the locking end (8 1 ) is provided with a thread, and the locking end (8) i) passing through a ball bearing (90), protruding from the middle of the shaft of the rotating rod (80) - a ring body (85), which is mutually engaged by the ring body (85) and the ball bearing (9 〇) And, on the wall of the rod that extends to # (8 〇), there is a groove (8 2 ), which is provided with a fixing ring (8 3 ), such a rotating rod (8 〇 8): with a ball bearing (9 0 ) The combination of the eyes and the locking end (8 丄) is extended from the through hole (2 gong) of the rotating shell (2 )) to the outer part of the rotating shell (2 〇), and the through-friction ring (11) 'The friction ring (11) is made of rubber material shell. The other end of the rotating rod (80) is provided with two opposite fastenings (84); the stem is solid; (9 1) is set in the shrapnel groove (2 1 1 ), by means of (疋k bearing (9 〇) in the rotating shell (2 〇) to prevent the ball bearing 9 〇) from separating from the rotating shell (20); Mountain: square 疋 transposition ( 60), which is disposed in the rotating shell (20), which is smashed and has a fixed edge (6 1 ) There are two opposite missing parts 1), the rotating seat (60) is provided with a hole (62), and the boring hole (6 2, "for the rotating rod (80) is provided with a fixing rod (8) 4) extends to the hole r ^ and ^ 6 2 ), and at the opening of the hole (6 2 ), the interval 7 1274100 is provided with a plurality of fastening pieces (621, space available for the rotating rod (8 n 2 1 ) The formation of the 〇υ 之 ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) With the fixed side of the rotating seat (60), the spring groove of one of the rotating shells (20) (the other side pushes against the other end and pushes; (212) the Η (213) mutual-locking device 'Please refer to the second and the second set to the outer shell (2 〇) shape 屮 female #丝* / 八糸 ” to form one end of the twisting part (2 2 ), with a lock shell (3 〇) , Bean 1# right ^ " J has a consistent hole (31), and a radial wearer fq 匕 2) in the outer peripheral wall, at the position relative to the wear L (3 2 ) Hole (3 3 ), in the following: ( q Ί, ; in the shell hole (3 1 ) respectively, the axial direction is fixed The long groove (3丄丄) and the solid groove (3丄2) of the arc width; the lower lock core (40) is located at one end of the through hole (3 1 ) of the lock core casing (3 〇), and one end is spaced apart There are six lock block slots (4丄), and there is a groove (4 2 ) at the center of one end of the lower lock cylinder (4 0) without the lock block slot (4 work), and the lock core (4 2 ) The outer peripheral wall of the 0) is fixed with two axially extending blocks (4 3 ) ( 4 4 ), and the block (43) and the solid groove (3 1 2 ) of the lock core casing (30) are mutually engaged. a fixed position, and a fixing block (431) (441) is formed at one end of the two blocks (4 3 ) ( 4 4 ) toward the rotating base (60). The fixing block (431) (4 4 1 ) can be Separating from the notch (6 1 1 ) of the rotating seat (6 〇) respectively; and the outer peripheral wall of the lower locking core (40) is provided with a radial through-locking core (40) and the groove (42) The through hole (45) is provided with a protrusion (4 5 1 ), a spring (4 5 2 ), a block, (4 5 3 ) and a ring body (4 5 4 ) in the perforation 8 1274100 • ( 4 5 ). The spring (4 5 2 ) is located between the protrusion (45 1) and the barrier block (453), and is formed at one end of the protrusion (45 1), and the stop block (4511) The other end of the protrusion (451) extends outward from the through hole (3 2 ) of the lock core housing (30), and the end of the block (4 5 3 ) is sleeved with a ring body (4 5 4 ), and the ring body (4 5 4 ) in the perforation (4 5 ) 'this end extends outward from the perforation (4 5 ) into the long hole (2 6 ) of the rotating shell (2 〇), thereby locking the heart ($ 鲁0) fixed in the lock core housing (30); the locking core (50) is located at the other end of the through hole (β 1 ) of the lock core housing (3 q ), formed at one end of the locking core (50) There is a protruding column (5 1 ), and a peripheral groove of the protruding column (5 1 ) is formed with a groove (not shown), and a gap is formed between the dog column (5 1 ) and the hole (3 1 ). The key can be inserted, and the other end is formed with a guide block (52) extending into the recess (4 2 ) of the lower lock core (40) and with the protrusion (4 5 1 ) The blocks (4 5 1 1 ) are pushed against each other, and the locking core (5 〇) phase is provided with a locking block hole (53) at the position of the lower locking block groove (41), and the locking block hole (5) 3) There is a locking block (5 4 ), a lower locking block (5 5 ) and a spring (5 6 ) in the lower locking block groove (4丄), and the locking core (5 〇) The edge is formed with a fixed earning block (not shown in the figure), and the fixed block extends to the length of the lock core casing (30); in the q # 曰(3 1 1 ), the wrong lock is controlled (5 〇) /, this rotates within a special angle, and the locking block (5 4 ) will push against the edge of the through hole (3 1 ), thus fixing the locking core (50) to the lock core housing ( 3 〇) From. „ , 内 'The lock is placed in the technical field with 1274100 'The general knowledge can be easily completed, so it is not described. In one embodiment of the present invention, a cable is connected to the lock case (1 〇), and the other end is fixed to the fixed portion, and a lock hole is provided on a notebook computer (not shown) The locking hole is a screw hole in the embodiment, and the locking end (8 1 ) is aligned with the locking hole, and the rotating shell (20) is rotated by using the rotating portion (22), because the blocking block (453) is The rotating shells (20) are mutually locked, and the rotating shell (20) drives the lock mechanism, so that the lower locking core (4 〇) that is locked with the lock core casing (30) is also swayed by $疋 ' 'Please refer to the third and fourth figures, and the rotating seat (6 〇) that is locked with the locking block (431) (441) of the lower lock core (4 〇) will also rotate accordingly. The fixing rod (84) of the rotating rod (80) and the fixing piece (621) of the rotating base (60) are mutually abutted, so that the rotating rod (80) also rotates with the rotating seat (6 〇). The locking end (8 1 ) and the locking hole are screwed together. As shown in the fifth and sixth figures of the 曰 曰 ,, when the locking end (8 丄) is completely screwed with the locking hole, the locking device is completely pressed into the inside of the rotating shell (2 〇), at this time the blocking block ( The end of 4 5 3 ) is displaced in the long hole (2 6 ) β, and the end of the protrusion (4 5 1 ) of the lower lock (4 ◦) is along the hole of the rotating shell (2 〇) (21) The inner wall moves and is pushed into the positioning hole (2 5 ) β ' by the spring (452) and the end of the protrusion (4 5 1 ) is locked with the positioning hole (25) to make the lock core The device is fixed in the rotating shell (2 〇) and the yellow (7 〇) located between the elastic cyanide tank (212) and the rotating seat Μα is compressed. The above action will make the fixing rod (84) 10 Ϊ 274100 of the rotating rod (80) completely enter the hole (4) of the rotating seat (6 Ο) and the locking "621" cannot be stuck 6:,): : At this time, even if the rotating shell (2〇) is turned, the rotation=off: the member cannot drive the rotating rod (8 〇), and each of the 0) can be disengaged from the locking hole. (8 1 ) is not included When the state is locked, the friction ring (the 丄丄 固 二 及 及 及 及 及 及 及 及 及 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Producing a pressing force, if the reverse direction: the moving shell wen 'ball bearing (90) and the locking end (8 ι) because of the friction generated at the ball bearing (90) is less than the aforementioned "force, therefore The locking end (81) will not be driven by the frictional force, and the latter locking (20) will rotate in the opposite direction, so the locking end (in the locked state. s or vice versa if the locking state is to be removed] With reference to the seventh figure, Lu will insert the keyhole into the lock shell (3 〇) and the locking core, (5 ◦) stud (the gap between the 5' and a little lock (5 0 )Push The outer end of the heart is eight (3 0), and the end of the locking block (5 4 ) and the lower locking block (5 $ ) are in the lock core (5 0 ) and the lock (4 )) Turn the face so that the lock core (5 0 ) can be turned, and the guide block (52) of the lock core (5 〇) pushes the stop block (451 ", the bump (4 5 1 ) will It is driven and leaves the positioning hole (2 5 ) and retracts into the outside of the lock (3 0 ). At this time, the lock mechanism and the rotating seat (6 〇) are pushed by the previously compressed spring (7 〇). 1274100 and the rotating seat (6 〇) will be displaced relative to the reference to the third and fourth _ 千千〇, the mouth is not scared, and you; ^ upper card (6 2 1) again, this When the second / card bar (8 4) and then the rotating shell (2 〇), as before:::: combined state, 0) will be rotated again, and off the lock 转 'rotor (8 by notes The computer is removed. 'Therefore, the present invention can additionally be different from the lock case of the present invention, and there are different embodiments. The free end of the root (8 1) can be connected. Have a hook body, an L-shaped rod or The change of the embodiment (8 1 ) is a technique of the prior art: a T-shaped rod body, so it will not be described. I. Those who have ordinary knowledge can easily complete the same, and the invention can also be combined with other components, which has been constructed. A complete lock 'so the invention can be used alone or in conjunction with other components. - Please refer to Figure 8 for the connection of the lock case (10) with a solid-clamp: 1 2) 111 疋 (12) The free end is connected to a set of rings (not shown). The collar of the chord (12) is available for the lock case (丄0) to pass, thereby securing the solid chord (1 2 ) to the device or position. , for example, a table display; or a melon column, etc., after the invention is locked with the locked object, the hunting will be locked in the position by the locking object, and the lock case (1 〇) and the fixed ', (1 2) The connection method and style can be easily completed and learned by those having ordinary knowledge in the technical field, and therefore will not be described. /, ^Size, as stated above, the present invention utilizes the banding relationship between the components so that the rotating rod (8 〇) can be rotated or idling, thereby locking or 12 1274100 cannot be unlocked. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of the present invention. The second drawing is a perspective exploded view of the present invention. - Figure 1 is a sectional view of the present invention when it is not locked. FIG. 6 is a cross-sectional view of the lock of the present invention, and FIG. 6 is a cross-sectional view of another lock of the present invention. FIG. 7 is a front view of the present invention before unlocking Sectional view Figure 8 is a schematic diagram of the actual use of the present invention 〇 [Main component symbol description] (1 〇) Locking case (1 1 ) Friction ring (1 〇) Fixing cable (2 0 ) Swiveling shell ( 2 1 ) Through hole (2 1 1 ) Spring groove (2 1 2 ) Spring groove (2 1 3 ) Spacer ( 2 2 ) Rotating part (2 3 ) Insert groove ( 2 4 ) Fixing ring (2 5 ) Positioning hole ( 2 6 Long hole (3 〇) lock core housing ( 3 1 ) through hole (3 1 1 ) long groove ( 3 1 2 ) solid groove (3 2 ) perforation ( 3 3 ) (4 〇) lower lock core ( 4 1 ) Locking block slot (4 2 ) Groove ( 4 3 ) Block ( 4 3 1 ) Card Block ( 4 4 ) Block ( 4 4 1 ) Card Block 13 1274100
(4 5 )穿孔 (4 5 1 1 )止塊 (4 5 3 )阻塊 (5 0 )上鎖心 (5 2 )導塊 (5 4 )上鎖塊 (5 6 )彈簧 (6 1 )固定邊 (6 2 ) (7 0 )彈簧 (8 1 )鎖固端 (8 3 )固定環 (8 5 )環體 (91)彈片 (4 5 1 )突塊 (4 5 2 )彈簧 (4 5 4 )環體 (5 1 )突柱 (5 3 )上鎖塊孔 (5 5 )下鎖塊 (6 0 )旋轉座 (6 1 1 )缺口 (6 2 1 )卡固片 (8 0 )轉桿 (8 2 )嵌槽 (8 4 )卡固桿 (9 0 )滾珠軸承(4 5 ) Perforation (4 5 1 1 ) Stop block ( 4 5 3 ) Block (5 0 ) Locking core (5 2 ) Guide block (5 4 ) Locking block (5 6 ) Spring (6 1 ) Fixed Edge (6 2 ) (7 0 ) spring (8 1 ) locking end (8 3 ) retaining ring (8 5 ) ring body (91) shrapnel (4 5 1 ) protruding block (4 5 2 ) spring (4 5 4 ) ring body (5 1 ) stud (5 3 ) locking block hole (5 5 ) lower locking block (60) rotating seat (6 1 1) notch (6 2 1 ) clamping piece (80) rotating rod (8 2 ) Insert groove (8 4 ) Fixing rod (9 0 ) Ball bearing
1414