五、新型說明： 【新型所屬之技術領域】 本創作係關於一種鎖心裝置；更詳而言之，特別係 指一種可防止錄匙以外之物體插入鎖心中而試出鎖珠 長度以完成解鎖之防盜鎖心裝置。 【先前技術】 長久以來，竊盜等的社會問題一直存在於每個國家 中’加上現代人對個人隱私與安全之觀念加重，因而衍 生出「鎖」這項產品’且已十分普遍地應用於生活中各 式門窗、交通工具、以及儲物櫃等處，藉以達到防盜、 保護財產及自身安全之效益。 一般的鎖，主要包含有一由鎖殼與鎖心所組成之鎖 八以及相對應之鑰匙。藉由在鎖殼和鎖心内設置複 數個穿孔並放入不同長度之下鎖珠，通過具特定刻度的 鑰匙插入鎖心中，將各下鎖珠頂撐到令其端緣位於鎖殼 和鎖心交接的邊緣，讓使用者可以鑰匙帶動鎖心轉動而 開鎖’鑰达拔出後’各下鎖珠將復位卡掣於鎖殼和鎖心 相連通的穿孔中’令鎖殼與鎖心無法產生相對的旋轉而 上鎖。亦即’若使用非匹配之鑰匙，就無法使所有下鎖 珠的端緣移至與鎖殼内緣相切處，卡掣於鎖殼和鎖心之 間的下鎖珠，將使鎖殼和鎖心、間無法產生相對的旋轉， 因而無法完成開鎖的動作。 而&知下鎖珠雖為不同長度之設計，但其尺寸 第3頁/共21頁 供一種可防止鑰匙 長度以完成解鎖之 M394355 之差異甚小，且鎖心中的插 ,®,, . A i 1價均留有十分寬敞的間 囚此有心人士只要將 1 隙而穿入搞、、步 八（例如萬能鑰匙）通過該 穿入鎖心中，即可秦τ<县4十 的Μ 争易5式出母顆下鎖珠需往上推 人堪慮。 珠几成解鎖，故其防盜性十分 有鑑於此’本案創作人遂依其多年從事相 研發經驗，針對前述之缺关 " 缺失進仃深入探討’並依前述 求積極哥求解決之道，歷經乒 Λ ‘長時間的努力研究與多次 5式’終於完成本創作。 【新型内容】 即’本創作之主要目的係在提 外之物體插入鎖心中而試出鎖珠 盜鎖心裝置。 依據上述目的’本創作路、+、 钔作所述之防盜鎖心裝置主要 含有-鎖殼以及-鎖心。所述鎖心係同軸心設置於鎖 中，其内部則開設有插置槽’所述鎖殼和鎖心上穿設 複數個穿置孔，且每一穿置孔内均設置有彈性元件7 鎖珠、及不同長度之下鎖珠’其中，所述上鎖珠端緣 為圓角或錐角態樣，且下鎖珠和/或上鎖珠之表面可 設一刻痕’所述插置槽之截面可為一字形、十字形、 形' 或任意形狀等態樣；其特徵在於’最靠近插置槽 口之下鎖珠的長度大於其他下鎖珠而形成一長鎖珠7 插置槽開口的間隙變得十分狹窄。 據由前述結構，當長鎖珠為閉鎖狀態時，其前端 第4頁/共21頁 隙 間 移 令 之 需 測 以 防 包 殼 有 上 可 力σ 圓 開 使 係 M394355 凸伸至超越插置槽中心線處，而使插置槽的間隙變得十 刀狹乍，令竊具無法插入，因而閉鎖效果佳、安全性高。 且即使竊具改良到能插入間隙狹窄之插置槽而將長鎖 珠向鎖殼方向抵撐，所述長鎖珠末端也會從鎖心之穿置 孔内’經過鎖殼與鎖心之交界處，而移至鎖殼之穿置孔 中，造成鎖心無法相對於鎖殼轉動，同時，操作者亦無 法繼續朝更深處試其他下鎖珠的長度；甚至利用上鎖珠V. New description: [New technical field] This creation is about a lock device; more specifically, it refers to a method that prevents objects other than the key from being inserted into the lock and tries to unlock the length of the bead to complete the unlock. Anti-theft lock mechanism. [Previous technology] The social problems such as theft have always existed in every country. 'With the modern people's concept of personal privacy and security, the concept of "lock" is derived and has been widely used. In the life of all kinds of doors and windows, vehicles, and lockers, etc., in order to achieve theft, property protection and their own security benefits. The general lock mainly includes a lock 8 composed of a lock case and a lock core and a corresponding key. By placing a plurality of perforations in the lock case and the lock core and putting the lock beads under different lengths, inserting the key with a specific scale into the lock core, and pushing the lower lock beads to the end of the lock case and the lock The edge of the heart is handed over, so that the user can turn the lock to turn the key and unlock the key. After the key is pulled out, the lower locking bead will reset the card in the perforation of the lock case and the lock core, so that the lock case and the lock can not be locked. Produces relative rotation and locks. That is, if a non-matching key is used, it is impossible to move the end edges of all the locking beads to be tangent to the inner edge of the lock case, and the lower locking beads between the lock case and the lock core will make the lock case There is no relative rotation between the lock and the lock, so the unlocking operation cannot be completed. And & know that the locking beads are of different lengths, but the size of page 3 / 21 pages for a key to prevent the key length to complete the unlocking M394355 is very small, and the lock in the lock, ®,,,. A i 1 price has a very spacious prisoner. This kind of person who wants to enter the lock, and step eight (such as the master key) through the lock into the heart, can be Qin & 县 县 县 县 县 县 县Easy 5 type of mother ball under the lock beads need to push up people. The beads are unlocked, so the anti-theft is very much in view of this. The creators of this case have been engaged in the research and development experience for many years, and they have been deeply involved in the above-mentioned shortcomings. After the ping-pong 'long-term effort research and multiple 5 styles' finally completed this creation. [New content] That is, the main purpose of this creation is to try out the lock bead lock device when the extra object is inserted into the lock. According to the above purpose, the anti-theft lock mechanism described in the present invention, +, and 钔, mainly includes a lock case and a lock core. The lock core is disposed coaxially in the lock, and the inside thereof is provided with an insertion groove. The lock case and the lock core are provided with a plurality of through holes, and each of the through holes is provided with an elastic member 7 a locking bead, and a locking bead of different lengths, wherein the locking bead edge is rounded or tapered, and the surface of the lower locking bead and/or the locking bead may be provided with a score. The cross section of the groove may be a shape of a letter, a cross, a shape or an arbitrary shape; the feature is that the length of the locking bead below the insertion slot is larger than that of the other lower locking beads to form a long locking bead 7 The gap of the slot opening becomes very narrow. According to the foregoing structure, when the long locking bead is in the locked state, the front end of the 4th/21st interstitial shift is required to prevent the outer casing from having a force σ round opening so that the M394355 protrudes beyond the insertion slot. At the center line, the gap between the insertion slots becomes narrow and the thief cannot be inserted, so that the locking effect is good and the safety is high. Moreover, even if the thief is modified to insert the slot with narrow gap and the long lock bead is resisted in the direction of the lock case, the end of the long lock bead will pass through the lock case and the lock core from the through hole of the lock core. At the junction, moving to the through hole of the lock case, the lock can not be rotated relative to the lock case, and the operator can not continue to test the length of the other lower lock beads deeper; even using the locking beads
:面之刻痕’令試圖持工具強行解鎖者，易將該刻痕誤 認為是下鎖珠之末緣，而難以試出各下鎖珠之實際長 度，若再加上下鎖珠表面之刻痕，就能讓上、下鎖珠相 接的端緣更難準確地被試出，本創作可達到確 實防盜之效益。 或為一種防盜鎖心裝置，主要包含有一鎖殼、一鎖 心、以及複數個巾空狀鎖排片。所述鎖心、係同轴心設置 於鎖殼中’其内部開設有插置槽，表面則貫穿設置有複: The notch of the face's attempt to forcibly unlock the tool, it is easy to mistake the mark as the end edge of the lower locking bead, and it is difficult to try out the actual length of each locking bead, if the surface of the locking bead is added The mark can make the edge of the upper and lower locking beads meet more difficult to be accurately tested. This creation can achieve the benefit of anti-theft. Or an anti-theft lock device, mainly comprising a lock case, a lock core, and a plurality of empty lock pads. The lock core and the concentric core are disposed in the lock case, and the inside thereof is provided with an insertion groove, and the surface is disposed through the complex
數個穿置槽，鎖殼上則開設有對應穿置槽之凹槽，鎖排 片係认置於穿置槽中，且每—鎖排片内均設置有彈性元 件及不同冋度之凸部；其特徵在於，最靠近插置槽開口 之鎖排片的凸部尚度大於其他鎖排片60凸部高度而形 成问凸塊，使所述高凸塊具有與前述長鎖珠相同之效 果以達到加強防盜之效益。 再者亦可將相鄰之鎖排片的凸部設置成上下左右 相對之態樣’並將其高度加高而形成高凸塊，使插置槽 的間隙變得十分狹窄，而令竊具無法插人活動，藉以提 第5頁/共21頁 M394355 高此類鎖心之防盜效果。 此外，此類鎖排片式的鎖心’亦可設置為鎖排片内 部為無凸部之態樣；主要包含有一鎖毅、一鎖心、以及 複數個中空狀鎖排片，所述鎖心係同軸心設置於鎖殼 中’其内部開設有插置槽，表面則貫穿設置有複數個穿 置槽，鎖殼上則開設有對應穿置槽之凹槽，鎖排片係設 置於穿置槽中，且鎖排片内開設有插孔，鎖排片之側邊 外緣更設置有一按壓部，按壓部側端設置有彈性元件； 其特徵在於，相鄰之鎖排片的插孔分別設置成偏設於反 向端邊’並將其按壓部分別設置成位於同邊之相對兩 端，使插孔之一端與鎖排片邊緣維持寬度較大之態樣， 而令鎖排片之插置槽間隙變得十分狹窄，使其具有與前 述高凸塊相同之效果以達到加強防盜之效益。 甚至結合鎖珠式及鎖排片式防盜鎖心裝置之特 徵，在鎖殼和鎖心靠近插置槽開口處加設穿置孔，並在 穿置孔内設置彈性元件、上鎖珠、以及長鎖珠，使所述 長鎖珠可在插置槽之開口處，將插置槽的間隙變得狹 窄，再配合後方鎖排片之特殊設計，令竊具無法插入活 動，更進一步地提高鎖心的防盜效果。 另尚可應用於梅花鎖中，該防盜鎖心裝置主要包含 有一鎖殼 ' —前鎖心、以及一後鎖心，所述前鎖心係同 軸心設置於鎖殼中，所述前鎖心鄰於前端處設有插置 部，所述後鎖心係同軸套設於前鎖心中而位於插置部後 端；其特徵在於’所述鎖殼上開設有一個以上的穿置 第6頁/共21頁 MJ94355 孔，穿置孔中設置有彈性元件、上鎖珠及長鎖珠，且上 鎖珠末端係可呈錐角態樣，而長鎖珠末端則呈圓角態 樣是以’本創作可藉由在鎖殼鄰於前端處加設長鎖珠 以填封供鑰匙插置的空間，在外物插入後使長鎖珠頂端 被推移至鎖殼中而使前鎖心無法旋轉’故能有效提高其 防盜效果。 【實施方式】 為期許本創作之目的、功效、特徵及結構能夠有更 為詳盡之了解’兹舉較佳實施例並配合圖式說明如後。 首先，凊同時參閱第一圖、第二圖、第三圖及第四 圖，第一圖係為本創作第一實施例之立體分解示意圖 (一）’第二圖係為本創作第一實施例之立體示意圖， 第二圖係為第二圖A-A載面插入鑰匙後之剖視示意圖， 第四圖係為本創作第一實施例之立體分解示意圖（二）。 由圖可知，本創作第一實施例所述之防盜鎖心裝置 主要包含一鎖殼（1)以及一鎖心（2)。所述鎖心（2)係同 轴心設置於鎖殼（1)中，其内部則開設有插置槽（2 〇)以 供鑰匙（3)插入。 就一字形之插置槽（2 〇 )而言，所述鎖殼（丨）和鎖心 (2 )兩側分別穿設有複數個與插置槽（2 〇 )呈正交態樣之 穿置孔（1 0、21) ’且兩側的穿置孔（丨〇、21)互為平行， 彈性元件（4)、上鎖珠（5)、及不同長度之下鎖珠（6)則 放置於所述穿置孔（1〇、21)内；其中，最靠近插置槽（2〇) 開口之下鎖珠（6 )的長度，係約略大於插置槽（2 〇 )中心 第7頁/共21頁 線至鎖殼⑴與鎖心⑺交界處之距離，而形成一長鎖珠 …使長鎖^6，）的長度大於其他下鎖珠⑹，另為加 強其結構強度’長鎖珠（6，）的直“可大於其他下鎖珠 :6)。此外，中心軸未與鎖心(2)中心軸相交之上鎖珠 5 )’其端緣可為錐角態樣之設計，以避免鎖心（2 )轉動 時發生干涉的問題，影響鎖心(2)轉動之順暢度，而中 軸/、鎖〜（2)中心轴相交之上鎖珠（5 )端緣則維持圓 角態樣即可。 就十字形之插置槽（20)而言，所述鎖殼（1)和鎖心 (2)配合十字方向的四個方位均分別穿設有複數個穿置 孔（10、21)，彈性元件（4)、上鎖珠（5)、及不同長度之 下鎖珠（6 )則放置於所述穿置孔（丨〇、2丨）内；其中，每 個方位之穿置孔（2 1)中均設有一長鎖珠（6，）及複數個 下鎖珠（6) ’且所述長鎖珠（6，）的長度，係約略小於十 子形插置槽（20)中心點至鎖殼（1)與鎖心（2)交界處之 距離’使長鎖珠（6，）的長度大於其他下鎖珠（6)，另為 加強其結構強度，長鎖珠（6 ’）的直徑亦可大於其他下鎖 珠（6)。圓形插置槽（2〇)之結構與十字形插置槽（2〇)類 似，故不再詳述。 據由前述結構，本創作之長鎖珠（6，）於閉鎖狀態 時’其前端係凸伸至超越插置槽（20)中心線處，從而堵 住插置槽（20)原本的間隙，使插置槽（20)的間隙變得十 分狹窄’而令竊具（例如萬能鑰匙）無法插入活動，更 沒有所謂可藉由槓桿原理而撥移長鎖珠（6，）的支點存 第8頁/共21頁 在’因而閉鎖效果佳、安全性高。 且即使竊具改良到能插入鎖心（2)之插置槽（2〇)而 可將長鎖珠(6,)向鎖殼⑴方向抵撐，所述長鎖珠(6，) 末紐也會從鎖心（2)之穿置孔（21)内，經過鎖殼（1)與鎖 心（2)之父界處，而移至鎖殼（1)之穿置孔（10)中，造成 鎖心（2)無法相對於鎖殼（1)轉動，亦即無法完成解鎖的 動作，同時，操作者也無法繼續朝更深處試其他下鎖珠 (6 )的長度’因此本創作仍可維持其防盜效果。 惟一的解鎖方法，就是使用與鎖心（2)相互匹配的 鑰匙（3)，且該鑰匙（3)需在長鎖珠（6，）所對應的位置上 開設一深孔（30)，令長鎖珠（6，）可在其他下鎖珠（6)之 末端均已撥彈至鎖殼（1 )與鎖心（2 )之交界處時，藉彈性 元件（4)將其朝插置槽（2〇)方向推彈，而使長鎖珠（6，） 前端落入所述深孔（30)中，讓長鎖珠（6，）末端可移至鎖 殼（1)與鎖心（2 )之交界處，故可使鎖心（2)相對於鎖殼 (1)轉動而完成解鎖的動作。其中，為避免在同一截面 上挖設四個深孔（30)會造成結構強度之瑕疵，因此十字 形之鑰匙（3)需盡量將其深孔（30)設置於不同截面的位 置上；故，所對應之十字形插置槽（2〇)的鎖心（2)内部， 配合十字方向的四個方位之穿置孔（2 1 )中，每個方位均 設有一長鎖珠（6’）及複數個下鎖珠（6)，且長鎖珠（6，） 配置的位置至多僅可兩兩相同。圓形之鑰匙（3)及鎖心 (2 )之内部結構亦同。 此外，可分別在各上鎖珠（5)的不同部位加設一圈 第9頁/共21頁 M394355 刻痕（5 Ο ) ’令試圖持工具強行解鎖者，易將所述刻痕（5 〇 ) 誤認為是下鎖珠（6)之末緣，而難以試出各下鎖珠（6)之 實際長度’若加上在下鎖珠（6)及長鎖珠（6，）表面設置 刻痕（60)，就能讓上鎖珠（5)與下鎖珠（6)或長鎖珠（6，） 相接的端緣更難準確地被試出來；是以，本創作可達到 確實防盜之效益。 實施例之 續請參閱第五圖；第五圖係為本創作第 立體分解示意圖（三 由圖可知，本創作之第一實施例還可應用於鑰匙（3 ) 需依單向插入的鎖心（2)中，同樣將最靠近插置槽 開口之下鎖珠（6 )製成長度較大之長鎖珠（6，）以增加其 防盜效果；但因此類鎖心（2)之插置槽（20)下方係留有 空隙而可破竊具置入，因此可在所述鎖心⑺中，增設 一與下鎖珠（6)軸向正交且可凸伸至插置槽（2〇)下方空 隙的長鎖珠(6，)，從而將插置槽(2〇)下方的空隙填封： 來’使插置槽(20)的間隙變得十分狹窄，而令竊具 插入活動，藉以提高此類鎖心（2)之防盜效果。....... 抑或在所述鎖心⑴中，增設—與下鎖珠（6)轴向平 灯且可凸伸至插置槽⑵）下方空隙的長鎖珠（6,)， 可使插置槽（20)的間隙變得十分 ’ (2)之防盜效果。 而&同此類鎖心 m 、.貝睛參閱第六圖、第七圖及第 第10頁/共21頁 M394355 為本創作第一、二實施例結合應用之立體分解示意圖。 由圖可知，本創作第二實施例所述之防盜鎖心裝置 主要包含一鎖殼（1)、一鎖心（2)、以及複數個中空狀鎖 排片（7 )。所述鎖心（2 )係同轴心設置於鎖殼（})中，其 内部開設有插置槽（2 0 )以供鑰匙（3)(圖中未示）插入， 表面貫穿設置有複數個穿置槽（22)，鎖殼（1)上則開設 有對應穿置槽（22)之凹槽（11)，鎖排片（7)係設置於穿 置槽（22)中’其中，鎖排片式鎖心之作動原理係屬習 知，故於此不再詳述。 就内部中空處設有凸部（70)的鎖排片（7)而言，每 一鎖排片（Ό内均設置有彈性元件（4)及不同高度之凸 部（70)，且為達到加強防盜之效益，故將最靠近插置槽 (20)開口之鎖排片（7)的凸部（70)加高，令其高度大於 其他鎖排片（7)凸部（70)的高度而形成一高凸塊 (70，），使所述高凸塊（70，）具有與第一實施例中長鎖珠 (6 ’）相同之效益，僅能通過在與高凸塊（7 0 ’）對應之位置 開設有深孔（30)(圖中未示）的鑰匙（3)，方可在鑰匙 (3 )插入插置槽（2 0 )後，使所有鎖排片（7)之端緣均與鎖 殼（1)之内緣相切，進而隨轉動錄匙（3)而帶動鎖心（2) 產生相對於鎖殼（1)之旋轉，以完成解鎖的動作。 此外，本創作之第二實施例亦可將從插置槽（2 0 )開 口數來第一、二片鎖排片（？）之凸部（7〇)設置成上下左 右相對之態樣’且將其南度加向而形成尚凸塊（7 0 ’）； 例如第七圖所示，將第一片鎖排片（Ό之高凸塊（70，）設 第11頁/共21頁 M394355 置在與彈性元件（4 )相對的邊的右侧，而將第二片鎖排 片（7)之高凸塊（70，）設置在與彈性元件（4)相鄰的邊的 左側，使插置槽（20)的間隙變得十分狹窄，而令竊具無 法插入活動，藉以提高此類鎖心（2)之防盜效果。 甚至如第八圖所示，結合本創作之第一及第二實施 例’在鎖殼（1)和鎖心（2)靠近插置槽（2〇)開口處，加設 與插置槽（20)呈正交態樣之穿置孔（10、21)，以放置彈 性元件（4)、上鎖珠（5)、及長鎖珠（6,），使所述長鎖珠 (6’）可在插置槽（20)之開口處’將插置槽（2〇)的間隙變 得狹窄，再配合後方鎖排片（7)之高凸塊（7〇’），令竊具 無法插入活動’更進一步地提高鎖心（2)的防盜效果。 續請參閱第九圖；第九圖係為本創作第二實施例之 立體分解示意圖（三）。 就内部中空處無設置凸部（70)(請參考第六圖）的 鎖排片（7 )而言，每一鎖排片（7 )内均開設有插孔（7 1 )， 且鎖排片（7 )之側邊外緣更設置有一按壓部（7 2 )，彈性 元件（4 )則没置於按壓部（7 2 ) —側。為達到加強防盜之 效益’故將從插置槽（2〇)開口數來第一、二片鎖排片（？） 的插孔（71 )分別設置成偏設於反向端邊（例如：插置槽 (2 0 )開口數來第一片鎖排片（7 )的插孔（7 i )偏向鎖排片 (7 )的上方；第二片鎖排片（7 )的插孔（7 j )偏向鎖排片（7 ) 的下方）’並將其按壓部（7 2 )分別設置成位於同邊之相 對兩端’使插孔（7 1)之一端與對應之鎖排片（7 )邊緣維 持寬度較大之態樣而與第一實施例中長鎖珠（6，）（請參 第12頁/共21頁 M394355 考第一圖）一樣’可使插置槽（20)的間隙變得十分狹 牛’而令竊具無法插入活動，藉以提高此類鎖心（2 )之 防盜效果。 同樣地，此種鎖排片（7 )的鎖心亦可與本創作之第 一實施例結合，如同第八圖所示般，在鎖殼（丨）和鎖心 (2 )靠近插置槽（2 〇 )開口處，加設穿置孔（丨〇、21)以玫 置彈性元件（4)、上鎖珠（5)、及長鎖珠（6，），使竊具無 法插入活動’更進一步地提高鎖心（2 )的防盜效果。 末續請參閱第十圖及第十一圖；第十圖係為本創作 第三實施例之立體分解示意圖，第十一圖係為本創作第 二實施.例输匙插入後沿鎖殼轴向截切之剖視示意圖。 由圖可知，本創作之第三實施例係應用於梅花鎖（8 ) 中，主要包含一鎖殼（80)、一前鎖心（81)、以及一後鎖 心（8 2 )。所述前鎖心（81 )鄰於前端處設有插置部 (8 1 0 )，插置部（81 0 )内開設有複數個穿置孔（811)，插 置部（81 0)前端凸設有複數個呈環狀排列的定位片 (8 1 2 )，定位片（8 1 2 )外緣係呈弧形設計（如第十圖圓圈 放大處所示）；所述後鎖心（8 2 )係同軸套設於前鎖心（81 ) 中而位於插置部（81 0 )後端，後鎖心（82 )與插置部（8 1 〇) 相貼的面上配合插置部（81 0)的穿置孔（811)開設有複 數個相對應的穿置孔（ 820 )。所述穿置孔（ 820 )中主要設 置有彈性元件（4)及上鎖珠（5)，所述穿置孔（811)中主 要設置有下鎖珠（6)。其中，梅花鎖（8)之作動原理係屬 習知，故於此不再詳述。 第13頁/共21頁 M394355 其特徵在於，所述鎖殼（80)鄰於前端處開設有一個 以上的穿置孔（800) ’穿置孔（800)中設置有彈性元件 (4)、上鎖珠（5)及長鎖珠（6’），且上鎖珠（5)末端呈錐 角態樣’長鎖珠（6 ’）末端則呈圓角態樣。 故’本創作可藉由在鎖殼（80)鄰於前端處加設長鎖 珠（6’）’使所述長鎖珠（6’）可將前鎖心（81)與鎖殼（go) 前端所形成供鑰匙（3)插置的空間填封起來，一旦有外 物插入’長鎖珠（6’）頂端即會被推移至鎖殼（8〇)中，令 前鎖心（81)無法產生相對的旋轉而解鎖，故能有效提高 其防盜效果。 惟一的解鎖方法，就是使用與前鎖心（8丨）相互匹配 的鑰匙（3)，且該鑰匙（3)需在長鎖珠（6，）所對應的位置 上開設一溝槽（31) ’在鑰匙（3)完全插入後，可使已被 向上推移至鎖殼（80)中的長鎖珠（6，）可再被推回到溝 槽（31)中’令長鎖珠（6，）之頂端回到鎖殼（8〇)内緣使 鑰匙（3)可帶動前鎖心（81)旋轉而完成解鎖。其中，前 鎖心（81)轉動時，上鎖珠（5)可因其末端為錐角態樣之 設計，配合定位片（812)外緣的弧形設計而有助於長 鎖珠（6 ’）旋動時的順暢度。 &合上述，本創作所述之防盜鎖心裝置其係有下 列之優點： ' ' 本創作主要藉由將鎖珠式鎖心中最靠近插置槽開 口之下鎖珠，設置成長度大於其他下鎖珠的長鎖 珠’使插置槽的間隙變得十分狹窄，而令竊具無法 第14頁/共21頁 M394355 插入，且即使強行插入，亦將把長鎖珠推移至鎖殼 中，仍使鎖心無法相對於鎖殼轉動，同時，操作者 亦無法繼續朝鎖心更深處試其他下鎖珠的長度。 二、 或將鎖排片式鎖心中最靠近插置槽開口之鎖排片 的凸部，設置成高度大於其他鎖排片的凸部高度的 之態樣，將可達到與前述長鎖珠相同之防盜效益。 三、 甚至結合前述兩種防盜鎖心裝置之特徵，在鎖殼和 鎖心靠近插置槽開口處加設穿置孔，使所述長鎖珠 可在插置槽之開口處，將插置槽的間隙變得狹窄， 再配合後方鎖排片之高凸塊，令竊具無法插入活 動，更進一步地提高鎖心的防盜效果。 四、 本創作於上鎖珠表面加設刻痕，可使試圖持工具強 行解鎖者，易將所述刻痕誤認為是下鎖珠之末緣， 而難以試出各下鎖珠之實際長度，另可配合在下鎖 珠及長鎖珠表面也設置刻痕，讓上鎖珠與下鎖珠或 長鎖珠相接的端緣更難準確地被試出來，以達到加 強防盜效果之效益。 五、 本創作藉由將中心軸未與鎖心中心軸相交之上鎖 珠的端緣，從圓角態樣改為錐角態樣，而可避免鎖 心轉動時發生干涉的問題，達到維持鎖心轉動順暢 度之效益。 六、 本創作可應用於各式；；型鎖、掛鎖、門鎖等鎖具， 因此應用性廣泛、實用性高。 故’本創作在同類產品中具有極佳之進步性以及實 第15頁/共21頁 mj^055 用1 生 獻 之 合 等 ，同時查遍國内外關於此類結構之技術資料文 ^確實未發現有相同或近似之構造存在於本案申請 前，因此本案應已符合「新穎性」、「進步性」以及厂 於產業利用性」等專利要件’差依法提出申請之。 :田以上所述者’僅係本創作之較佳實施例而已 舉凡應用本創作說明#及巾請專利範圍所“ 效結構變化者，理應包含在本創作 ‘、、、、匕 甲μ專利範圍内 第16頁/共21頁 M394355 【圖式簡單說明】 第一圖係為本創作第一實施例之立體分解示意圖（一）。 第二圖係為本創作第一實施例之立體示意圖。 第三圖係為第二圖A-A截面插入鑰匙後之剖視示意圖。 第四圖係為本創作第一實施例之立體分解示意圖（二）。 第五圖係為本創作第一實施例之立體分解示意圖（三）。 第六圖係為本創作第二實施例之立體分解示意圖（一）。 第七圖係為本創作第二實施例之立體分解示意圖（二）。 第八圖係為本創作第一、二實施例結合應用之立體分解 示意圖。 第九圖係為本創作第二實施例之立體分解示意圖（三）。 第十圖係為本創作第三實施例之立體分解示意圖。 第十一圖係為本創作第三實施例鑰匙插入後沿鎖殼軸 向截切之剖視示意圖。 【主要元件符號說明】 1 鎖殼 31 溝槽 10 穿置？L 4 彈性元件 11 凹槽 5 上鎖珠 2 鎖心 50 刻痕 20 插置槽 6 下鎖珠 21 穿置子L 6， 長鎖珠 22 穿置槽 60 刻痕 3 鑰匙 7 鎖排片 30 深孔 70 凸部 第17頁/共21頁 M394355 70, 71 72 8 80 800 高凸塊 81 前鎖心 插孔 810 插置部 按壓部 811 穿置孔 梅花鎖 812 定位片 鎖殼 82 後鎖心 穿置孔 820 穿置孔 第18頁/共21頁a plurality of grooves are formed in the casing, and a groove corresponding to the groove is formed on the lock casing, and the lock plate is disposed in the through groove, and each of the lock plates is provided with an elastic member and a convex portion with different twists; The feature is that the convex portion of the locking tab closest to the opening of the insertion slot is greater than the height of the convex portion of the other locking tab 60 to form a questioning bump, so that the high projection has the same effect as the long locking bead to achieve reinforcement. The benefits of theft. Furthermore, the convex portions of the adjacent lock sheets can be arranged in a state of up, down, left and right relative to each other and the height thereof is raised to form a high bump, so that the gap of the insertion groove becomes very narrow, and the thief cannot be made. Inserting activities, so as to mention the 5th page / 21 pages of M394355 high anti-theft effect of such locks. In addition, the lock-type lock core of the lock can also be arranged such that the inside of the lock row piece has no convex portion; mainly comprising a lock, a lock core, and a plurality of hollow lock rows, the lock core is coaxial The core is disposed in the lock case, and the inner portion is provided with an insertion groove, and the surface is provided with a plurality of through grooves, and the lock case is provided with a groove corresponding to the through groove, and the lock plate is disposed in the through groove. And a locking hole is arranged in the locking row piece, and a pressing portion is further disposed on a side edge of the side of the locking piece, and an elastic element is disposed at a side end of the pressing portion; wherein the insertion holes of the adjacent locking pieces are respectively set to be opposite to each other The end edge 'and the pressing portions are respectively disposed at opposite ends of the same side, so that one end of the jack and the edge of the lock tab maintain a large width, and the gap between the insertion slots of the lock tab becomes very narrow. It has the same effect as the aforementioned high bumps to achieve the benefit of enhanced theft prevention. Even in combination with the characteristics of the lock bead type and the lock type anti-theft lock mechanism, a through hole is added in the lock case and the lock core near the opening of the insertion slot, and elastic elements, locking beads, and long are disposed in the through hole. The locking bead enables the long locking bead to be narrowed in the opening of the insertion groove, and the gap of the insertion groove is narrowed, and the special design of the rear locking piece can prevent the thief from being inserted into the activity, thereby further improving the locking function. Anti-theft effect. In addition, the anti-theft lock device mainly includes a lock case, a front lock core, and a rear lock core. The front lock core is disposed coaxially in the lock case, and the front lock core is disposed. An insertion portion is disposed adjacent to the front end, and the rear lock core is coaxially sleeved in the front lock core and located at the rear end of the insertion portion; and the feature sleeve is provided with more than one piercing on the lock case. / 21 pages of MJ94355 holes, which are provided with elastic elements, locking beads and long locking beads, and the ends of the locking beads can be tapered, while the ends of the long locking beads are rounded. 'This creation can be filled with a long locking bead at the front end of the lock case to fill the space for key insertion. After the foreign object is inserted, the top end of the long bead is pushed into the lock case so that the front lock can not be rotated. 'It can effectively improve its anti-theft effect. [Embodiment] For a more detailed understanding of the purpose, function, features and structure of the present invention, the preferred embodiment will be described with reference to the drawings. First, at the same time, referring to the first, second, third and fourth figures, the first figure is a three-dimensional exploded view of the first embodiment of the creation (1) 'the second picture is the first implementation of the creation The second figure is a schematic cross-sectional view of the second figure AA after the key is inserted into the key, and the fourth figure is a three-dimensional exploded view (2) of the first embodiment of the creation. As can be seen from the figure, the anti-theft lock mechanism of the first embodiment of the present invention mainly comprises a lock case (1) and a lock core (2). The lock core (2) is disposed in the lock case (1) with the same axis, and an insertion groove (2 〇) is opened inside the lock case (2) for the key (3) to be inserted. In the case of the in-line insertion groove (2 〇), the two sides of the lock case (丨) and the lock core (2) are respectively provided with an orthogonal pattern with the insertion groove (2 〇). Holes (10, 21)' and the through holes (丨〇, 21) on both sides are parallel to each other, elastic element (4), locking beads (5), and locking beads (6) under different lengths Placed in the through hole (1〇, 21); wherein the length of the locking bead (6) closest to the opening of the insertion groove (2〇) is approximately larger than the center of the insertion groove (2 〇) Page / a total of 21 pages to the distance between the lock case (1) and the lock core (7), and form a long lock bead... so that the length of the long lock ^6,) is greater than the other lower lock beads (6), and to strengthen its structural strength 'long The straight bead of the locking bead (6,) can be larger than the other lower locking bead: 6). In addition, the central axis does not intersect the central axis of the lock core (2). The locking bead 5)' can be tapered. Designed to avoid interference problems when the lock core (2) rotates, affecting the smoothness of the rotation of the lock core (2), while the center shaft/, lock ~ (2) center axis intersects the lock bead (5) end edge is maintained The fillet pattern can be used. In the case of the slot (20), the lock housing (1) and the lock core (2) are respectively provided with a plurality of through holes (10, 21) in the four directions of the cross direction, the elastic member (4), the upper portion. a locking bead (5) and a locking bead (6) of different lengths are placed in the through hole (丨〇, 2丨); wherein each of the orientation holes (2 1) is provided with one The long locking bead (6,) and the plurality of lower locking beads (6)' and the length of the long locking bead (6,) are approximately smaller than the center point of the ten-shaped insertion groove (20) to the lock case (1) The distance from the junction of the lock core (2) makes the length of the long lock bead (6,) larger than that of the other lower lock beads (6), and to strengthen the structural strength, the diameter of the long lock bead (6') can also be larger than other The lower locking bead (6). The structure of the circular insertion groove (2〇) is similar to that of the cross-shaped insertion groove (2〇), so it will not be described in detail. According to the above structure, the long locking bead of this creation (6, When in the locked state, its front end protrudes beyond the center line of the insertion slot (20), thereby blocking the original gap of the insertion slot (20), and the gap between the insertion slots (20) becomes very narrow. And make thieves (such as 10,000 The key cannot be inserted into the activity. There is no such thing as the fulcrum of the long locking bead (6,) that can be moved by the lever principle. The 8th page/total 21 pages are in the case of 'good locking effect and high safety. Even if the thief is improved The insertion lock groove (2) can be inserted into the lock cylinder (2) to support the long lock bead (6,) in the direction of the lock case (1), and the long lock bead (6,) end button will also be locked from the lock core. (2) The through hole (21) passes through the parent boundary of the lock case (1) and the lock core (2), and moves to the through hole (10) of the lock case (1), causing the lock core ( 2) It cannot be rotated relative to the lock case (1), that is, the unlocking action cannot be completed. At the same time, the operator cannot continue to test the length of the other lower lock beads (6) deeper. Therefore, the creation can still maintain the anti-theft effect. . The only way to unlock is to use a key (3) that matches the lock (2), and the key (3) needs to have a deep hole (30) at the position corresponding to the long lock bead (6). The long locking bead (6,) can be inserted by the elastic element (4) when the end of the other lower locking bead (6) has been pulled to the junction of the locking case (1) and the lock core (2). The slot (2〇) pushes the bullet, and the front end of the long lock bead (6,) falls into the deep hole (30), so that the end of the long lock bead (6,) can be moved to the lock case (1) and the lock core At the junction of (2), the lock core (2) can be rotated relative to the lock case (1) to complete the unlocking action. Among them, in order to avoid digging four deep holes (30) on the same section, the strength of the structure is caused, so the key of the cross (3) should be placed at a position of different sections as much as possible; Corresponding to the inside of the lock core (2) of the cross-shaped insertion groove (2〇), in the four holes of the cross direction (2 1 ), each of the orientations is provided with a long lock bead (6'). ) and a plurality of lower locking beads (6), and the position of the long locking beads (6,) can be at most only two or two. The internal structure of the round key (3) and the lock core (2) are also the same. In addition, you can add a circle of 9th page/21 pages of M394355 nicks (5 Ο ) in different parts of each upper locking bead (5), so that you can try to force the unlocker with the tool. 〇) It is mistaken to think that it is the end edge of the lower locking bead (6), and it is difficult to try out the actual length of each lower locking bead (6). If it is added on the surface of the lower locking bead (6) and the long locking bead (6,) The mark (60) can make the edge of the locking bead (5) and the lower locking bead (6) or the long locking bead (6,) more difficult to accurately test out; The benefits of theft. For the continuation of the embodiment, please refer to the fifth figure. The fifth figure is a three-dimensional exploded view of the creation. (Third from the figure, the first embodiment of the present invention can also be applied to the key (3) which needs to be inserted in one direction. In (2), the locking bead (6) closest to the opening of the insertion slot is also made into a long locking bead (6) with a larger length to increase its anti-theft effect; however, the locking type (2) is inserted. A groove is left under the groove (20) to be inserted into the shackle. Therefore, in the lock core (7), an axially orthogonal to the lower locking bead (6) can be added and can be protruded into the insertion groove (2〇) a long locking bead (6,) in the lower gap, so that the gap under the insertion groove (2〇) is filled: to make the gap of the insertion groove (20) very narrow, and the thief is inserted into the activity. In order to improve the anti-theft effect of such a lock (2)..... or in the lock core (1), add--and the lower lock bead (6) are axially flat and can protrude into the insertion slot (2)) The long lock beads (6,) in the lower gap can make the gap between the insertion slots (20) very erected (2). And <The same lock core m,. Beibei refers to the sixth figure, the seventh picture and the 10th page/total 21 pages M394355 is the three-dimensional decomposition diagram of the first and second embodiments of the creation. As can be seen from the figure, the anti-theft lock mechanism according to the second embodiment of the present invention mainly comprises a lock case (1), a lock core (2), and a plurality of hollow lock sheets (7). The lock core (2) is disposed coaxially in the lock case (}), and has an insertion groove (20) inside for inserting a key (3) (not shown), and the surface is provided with a plurality of a through groove (22), a recess (11) corresponding to the through groove (22) is opened on the lock case (1), and the lock plate (7) is disposed in the through groove (22), wherein the lock The principle of the operation of the row lock is a matter of course, so it will not be described in detail here. In the case of the lock row piece (7) having the convex portion (70) in the inner hollow portion, each lock row piece (the inner part of the lock piece is provided with the elastic element (4) and the convex part (70) of different heights, and the anti-theft is enhanced The benefit is that the convex portion (70) of the locking row piece (7) closest to the opening of the insertion groove (20) is raised to a height higher than the height of the convex portion (70) of the other locking piece (7) to form a high height. The bumps (70,) have the same advantages as the long bead (6') in the first embodiment, and can only pass through the high bumps (70'). The key (3) with a deep hole (30) (not shown) is opened at the position, so that after the key (3) is inserted into the insertion slot (20), the end edges of all the lock tabs (7) are locked. The inner edge of the shell (1) is tangent, and then the lock core (2) is driven to rotate relative to the lock case (1) to complete the unlocking operation. Further, the second implementation of the present invention For example, the convex portion (7〇) of the first and second locking pieces (?) may be set to be in a state of up, down, left, and right from the opening number of the insertion groove (20), and the south is added to form a direction. Still bumps (7 0 '); For example, as shown in the seventh figure, the first piece of lock tab (the high bump (70,) is set to page 11 / 21 pages M394355 is placed on the right side of the side opposite the elastic element (4) And the high bump (70) of the second piece of locking piece (7) is disposed on the left side of the side adjacent to the elastic member (4), so that the gap of the insertion groove (20) becomes very narrow, and The thief cannot insert the activity, thereby improving the anti-theft effect of the lock (2). Even as shown in the eighth figure, in conjunction with the first and second embodiments of the present invention, the lock case (1) and the lock (2) ) Close to the opening of the insertion groove (2〇), and the insertion hole (10, 21) orthogonal to the insertion groove (20) is placed to place the elastic element (4) and the locking bead (5) And the long locking bead (6,), so that the long locking bead (6') can narrow the gap of the insertion groove (2〇) at the opening of the insertion groove (20), and then cooperate with the rear lock The high bumps (7〇') of the row (7) make the thief unable to insert the activity' to further improve the anti-theft effect of the lock (2). Continue to refer to the ninth diagram; Stereoscopic division of the embodiment Schematic (3). For the lock block (7) without the convex part (70) in the inner hollow (refer to the sixth figure), each lock block (7) is provided with a jack (7 1 ). And the side edge of the locking row piece (7) is further provided with a pressing portion (72), and the elastic member (4) is not placed on the side of the pressing portion (72). The number of openings in the slot (2〇) is set to the first and second pieces of the locking piece (?) jacks (71) respectively set to be offset on the opposite end side (for example, the insertion slot (20) opening number is the first The jack (7 i ) of the tablet lock tab (7) is biased above the lock tab (7); the jack (7 j) of the second latch tab (7) is biased toward the bottom of the lock tab (7)) and The pressing portions (72) are respectively disposed at opposite ends of the same side to make the one end of the insertion hole (7 1) and the edge of the corresponding locking piece (7) maintain a larger width, and are longer in the first embodiment. The locking bead (6,) (see page 12/21 of the M394355 test first picture) is the same as 'the gap between the insertion slot (20) becomes very narrow' and the thief cannot be inserted into the activity, thereby improving Type lock core (2) of the anti-theft effect. Similarly, the lock core of the lock tab (7) can also be combined with the first embodiment of the present invention, as shown in the eighth figure, in the lock case (丨) and the lock core (2) close to the insertion slot ( 2 〇) At the opening, add a through hole (丨〇, 21) to place the elastic element (4), the locking bead (5), and the long locking bead (6,) so that the thief cannot be inserted into the activity. Further improve the anti-theft effect of the lock core (2). Please refer to the tenth and eleventh figures in the end; the tenth figure is a three-dimensional exploded view of the third embodiment of the present creation, and the eleventh figure is the second embodiment of the creation. The input key is inserted along the lock shell axis. A schematic cross-sectional view of the cut. As can be seen from the figure, the third embodiment of the present invention is applied to a plum lock (8), which mainly comprises a lock case (80), a front lock core (81), and a rear lock core (82). The front lock core (81) is provided with an insertion portion (8 1 0 ) adjacent to the front end, and the insertion portion (81 0 ) is provided with a plurality of through holes (811), and the front end of the insertion portion (81 0) a plurality of positioning pieces (8 1 2 ) arranged in a ring shape are arranged convexly, and an outer edge of the positioning piece (8 1 2 ) is curved (as shown in the enlarged circle of the tenth figure); the rear lock core ( 8 2) is coaxially sleeved in the front lock core (81) and located at the rear end of the insertion portion (81 0 ), and the rear lock core (82) is interposed with the surface on which the insertion portion (8 1 〇) is attached. The through hole (811) of the portion (81 0) is provided with a plurality of corresponding through holes (820). The piercing hole (820) is mainly provided with an elastic member (4) and an upper locking bead (5), and the through hole (811) is mainly provided with a lower locking bead (6). Among them, the principle of actuation of the plum blossom lock (8) is well known and will not be described in detail here. Page 13 of 21 M394355 is characterized in that the lock case (80) is provided with more than one through hole (800) adjacent to the front end. The piercing hole (800) is provided with an elastic element (4), The locking bead (5) and the long locking bead (6'), and the end of the locking bead (5) is in the shape of a cone. The end of the long locking bead (6') is rounded. Therefore, the creation of the front lock core (81) and the lock case (go) can be made by adding a long lock bead (6') at the front end of the lock case (80). The space formed by the front end for the key (3) is sealed, and once the foreign object is inserted into the top of the 'long lock bead (6'), it will be pushed into the lock case (8〇), so that the front lock (81) ) It is impossible to generate relative rotation and unlock, so it can effectively improve its anti-theft effect. The only way to unlock is to use a key (3) that matches the front lock (8丨), and the key (3) needs to open a groove (31) at the position corresponding to the long lock bead (6). 'After the key (3) is fully inserted, the long locking bead (6,) that has been pushed up into the lock housing (80) can be pushed back into the groove (31) to make the long locking bead (6) , the top of the back to the inner edge of the lock case (8〇) allows the key (3) to rotate the front lock (81) to complete the unlock. Wherein, when the front lock core (81) rotates, the upper locking bead (5) can be designed with a tapered shape at the end, and the curved design of the outer edge of the positioning piece (812) contributes to the long locking bead (6) ') Smoothness when spinning. In combination with the above, the anti-theft lock mechanism described in the present invention has the following advantages: ' ' This creation is mainly set by the lock bead in the lock bead lock closest to the opening of the insertion slot, and the length is set to be longer than the other The long locking bead of the lower locking bead makes the gap of the insertion groove very narrow, and the thief cannot insert the M394355 on page 14 of 21 pages, and even if it is forcibly inserted, the long locking bead will be pushed into the lock case. Still, the lock can not be rotated relative to the lock case, and the operator can not continue to try the length of the other lower lock beads deeper toward the lock. 2. Or the convex portion of the lock tab which is closest to the opening of the insertion slot in the lock-type lock core is set to have a height higher than the height of the convex portion of the other lock tab, and the same anti-theft benefit as the long lock bead can be achieved. . 3. In combination with the features of the two types of anti-theft lock mechanism, a through hole is formed in the lock case and the lock core near the opening of the insertion slot, so that the long lock bead can be inserted at the opening of the insertion slot. The gap between the slots becomes narrow, and the high bumps of the rear locking tabs prevent the thief from being inserted into the activity, further improving the anti-theft effect of the lock. 4. This creation adds a nick on the surface of the locking bead, which makes it possible to attempt to forcibly unlock the tool. It is easy to mistake the nick for the last edge of the lower locking bead, and it is difficult to try out the actual length of each locking bead. In addition, the surface of the lower locking bead and the long locking bead can also be provided with a nick, so that the edge of the locking bead and the lower locking bead or the long locking bead are more difficult to be accurately tested, so as to enhance the anti-theft effect. 5. This creation can avoid the problem of interference when the lock core rotates by maintaining the central axis not intersecting the center axis of the lock core on the end edge of the lock bead, from the fillet pattern to the cone angle state. The benefits of smooth rotation of the lock. Sixth, the creation can be applied to various types; locks such as locks, padlocks, door locks, etc., so the application is extensive and practical. Therefore, this creation has excellent progress in the same kind of products, and the 15th page/total 21 pages of mj^055 is used for the combination of 1 and the same, and the technical information about such structures at home and abroad is also checked. It is found that the same or similar structure exists before the application of this case. Therefore, the case should have been submitted in accordance with the law in accordance with the "newness", "progressiveness" and the industrial useability of the factory. : The above mentioned above is only the preferred embodiment of this creation and has been applied to the scope of the application of this creation description #and the scope of the patent, the scope of the patent should be included in the scope of this creation ',,,, The first figure is a perspective exploded view of the first embodiment of the present invention (1). The second figure is a perspective view of the first embodiment of the present invention. The three figures are schematic cross-sectional views after inserting the key into the AA section of the second figure. The fourth figure is a three-dimensional exploded view (2) of the first embodiment of the present creation. The fifth figure is the three-dimensional decomposition of the first embodiment of the present creation. Fig. 3 is a perspective exploded view (1) of the second embodiment of the present invention. The seventh figure is a perspective exploded view of the second embodiment of the present invention (2). The first and second embodiments are combined with the three-dimensional exploded view of the application. The ninth embodiment is a three-dimensional exploded schematic view of the second embodiment of the present invention. Figure 1 is a cross-sectional view of the third embodiment of the present invention after the key is inserted and cut along the axial direction of the lock case. [Main component symbol description] 1 Lock case 31 Groove 10 is worn? L 4 Elastic element 11 On the groove 5 Locking bead 2 Locking heart 50 Scoring 20 Inserting slot 6 Lower locking bead 21 Piercing L 6, Long locking bead 22 Wearing slot 60 Scoring 3 Key 7 Locking tab 30 Deep hole 70 Protrusion Page 17 of 21 Page M394355 70, 71 72 8 80 800 High bump 81 Front lock socket 810 Insert portion pressing portion 811 Through hole Phillips lock 812 Positioning piece lock case 82 Rear lock hole 820 Hole through hole Page 18 / Total 21 pages