M413732M413732
.、 五、新型說明： 【新型所屬之技術領域】 一種插榫對位鑰匙及鎖，尤指一種鑰匙握把與匙板銜接端 面及其對應鎖心面至少一面設有一朝對向伸出之插榫，利用插 榫與對應面會形成鑰匙與内鎖心適當間隙而達到對正預設珠 排正確核碼位置而開鎖；又錄起端面插榫對應到内鎖心錄起孔 旁至少設有一轴向孔並容置有一移位桿，移位桿上加設珠排、 卡珠等增加對正核碼位置之困難度，可有效阻絕不法者以任何 非法開鎖工具來開鎖者。 【先前技術】 習用鋼珠鎖係以鑰匙（3 )(請參閱第一圖）旋轉内套於 外鎖心（2 )穿孔（20)内鎖心（1 )完成之鎖組（5 )，其 . 設計原理係鑰匙（3 )插入内鎖心（1 )输起孔（11)至正確 核碼位置時，對應到錄匙（3 )匙板（30)上鑽孔（36)位置 之内鎖心（1 )内珠孔（13)中之内層珠（14)及貫通至外鎖 心（2 )外珠孔（22)中之外層珠（24)會因外珠孔（22)塞 塊（26)被固定而令彈簧（25)彈力朝向鑽孔（36)中移位， 達到令内層珠（14)頂緣（16)與外鎖心（2 )穿孔（20)切 * 線上之外層珠（24)底緣（17)之對正珠排（50)位置，將鑰 匙（3 )旋轉時外層珠（24)底緣（17)會圍繞著内鎖心（1 ) 外徑作圓周運動不會陷入内鎖心（1 )内珠孔（13)中〔若外 珠（34)陷入内珠孔（13)會卡住令内鎖心（1 )不能旋轉現 象業界統稱上吃下〕，此即對正核碼位置而能成功順利以大姆 指、食指扭轉鑰匙（3 )握把（33)並連動以C型扣（28)固 定於内鎖心（1 )後側之轉桿（27)而令鎖舌脫開門框而開門； 而上述餘匙（3 )插入内鎖心（1 )鍮起孔（11)至正確核碼 位置之定位設計在坊間係利用输起（3 )匙板（30)插到底即 為至匙板尖（31)抵觸至内鎖心（1 )封底面〔近C型扣（28) 35. New type description: [New technical field] A plug-in registration key and lock, especially a key grip and a key plate connecting end face and its corresponding lock surface are provided with a pair of oppositely protruding Inserting and inserting the plug and the corresponding surface will form a proper gap between the key and the inner lock to achieve the correct nuclear code position of the preset bead row and unlock; and the end face insert corresponding to the inner lock recording hole at least The utility model has an axial hole and a displacement rod, and the bead row and the card bead are added on the shifting rod to increase the difficulty of aligning the position of the positive nuclear code, so as to effectively prevent the unscrupulous person from unlocking by any illegal unlocking tool. [Prior Art] The conventional steel ball lock system uses the key (3) (please refer to the first figure) to rotate the inner sleeve to the outer lock core (2) (20) inside the lock core (1) to complete the lock group (5), which. The design principle key (3) is inserted into the inner lock core (1) to the correct core code position, corresponding to the inner lock of the hole (36) on the key (3) key plate (30). (1) The inner bead (14) in the inner bead hole (13) and the outer bead (24) in the outer bead hole (22) which penetrates to the outer lock core (2) may be plugged by the outer bead hole (22) (26) ) is fixed so that the spring (25) elastic force is displaced toward the borehole (36), so that the inner bead (14) top edge (16) and the outer lock core (2) are perforated (20) to cut the outer layer of the bead ( 24) The position of the bottom bead (17) is aligned with the bead row (50). When the key (3) is rotated, the bottom edge (17) of the outer bead (24) will move around the outer diameter of the inner lock core (1). Into the inner lock core (1) in the inner bead hole (13) [if the outer bead (34) sinks into the inner bead hole (13), it will get stuck and the inner lock (1) cannot rotate. The industry collectively eats it], this is For the position of the positive nuclear code, the key can be successfully reversed with the thumb and forefinger ( 3) The grip (33) is interlocked with the C-shaped buckle (28) fixed to the rotating rod (27) on the rear side of the inner lock core (1), and the lock tongue is released from the door frame to open the door; and the above-mentioned remaining key (3) is inserted The inner locking core (1) picks up the hole (11) to the correct nuclear code position. The positioning design is used in the workshop to insert the (3) key plate (30) into the bottom to reach the key point (31) to the inner lock center. (1) Sealing the bottom surface [near C-shaped buckle (28) 3
TlfJTU 前側〕；而這兩種輪匙（3 )定位設計之門檻皆不高， 合錄匙（3 )匙板（30)溝槽⑽形狀及長度即可複製，偏 又現今鎖界複製騎（3 )_又大於—雜（5 )〔因遺失 或，要量增加而需不斷複製输匙（3 )〕，故而鎖界存在一種 組（5)推昨#後若暢即有不法者開始仿 冒複製符合該_舰（5 )之觀鑰匙（3 )，令花了大成 i推ίί組i5)業者無利可圖，而_排除之官司又耗日費 作人有齡此經多年研究，終研發出本鮮，其目的係 之定倾匙（3)，_撞針與對應面會形 υ ί、，、内鎖心適當間隙而達到對正預設珠排（50)正雜碼 位置而開鎖者。 【新型内容】 ^創作撞針對位鑰匙及鎖（請參閱第二圖）第_實施例係 被；撞針對位瑜匙及鎖，其主要係在鑰匙(3 )握把（33) 严少設有一朝向内鎖心（ι)鎖心面（1〇)方向伸 ，用鎖人以本創作鑰匙（3 )插人鑰匙孔（11) (3Θ8)會抵觸鎖心面（1G)，該外伸之插榫⑽ 曰，成鑰匙（3 )與内鎖心（丨）適當間隙（7 )而達到 圍預設珠排（50)正確核碼位置而開鎖者（請參閱第三、四 圃）。 創作之第二實施例係在錄匙〇〕握把。幻端面〇4) %;又有一朝向内鎖心（"鎖心面（10)方向伸出之插榫 輪I ?内鎖心G )鎖心面（10)鑰匙孔（11)旁對應到 )插棒（38)位置至少鐵設有一凹入之邊孔（12)， =邊，（12)深度與插榫（38)長度差會形成输匙（3 )與 心（1 )適當間隙（7 )而達到對正預設珠排（5〇)正確 1碼位置而開鎖者（請參閱第五圖）。 【實施方式】 本創作之最佳第三實施例（請參閱第六圖）係在鑰匙（3 ) j〇0. 8. 9 普正 年月日 補无 * 方至少設有一朝向内鎖心("鎖心面⑽ 旁，内鎖心（1)鎖心面（1G)錄匙孔（11) 孔、3)插榫（犯）位置至少鑽設有一凹入之軸向 乂並由鎖心面（10)依序各容置一彈酱（25)及一移動 由內雜該移動桿（6)桿身形成徑縮之第一環溝（6〇)， 則==1)胴身對應到移動桿（6)第一環溝⑽位置 椁（fTf穿至轴向孔⑽之第一徑向孔（55)，在置入移動 外伽而、6於轴向孔（18)後再由内鎖心（ι)第—徑向孔（55) 七圓^入一頂桿（72)並抵觸至第一環溝（6〇)(請參閱第 其中’移動桿（6 )第一環溝⑽）之溝長即為输匙 二)j榫（38)抵觸到移動桿（6 )後之位移距離，而此移 階）位移設計會形成錄起)與内鎖心（1 )適當間 第)八而圖達)到對正預設珠排（50)正確核碼位置而開鎖者（請 如上述鑰匙（3 )可實施在本創作第四實施例中（請參閱 、圖）為一珠排（50)由低位轉高位設計，其主要係在内鎖 ^ W )鎖心面（1〇)餘匙孔（11)旁對應到鑰匙（3 )插榫 (38)位置至少鑽設有一凹入之軸向孔（18)並由鎖心面（10) 各容置一彈簧（25)及一移動桿（6 )，該移動桿（6 ) ，形成控縮之第二環溝（62)且第第二環溝（62)近鑰匙孔 U)侧係形成弧曲（66)，當移動桿（6 )未作位移狀態由 内，心（1 )胴身對應到移動桿（6 )第二環溝（62)位g則 鑽設貫穿至軸向孔（18)之第二徑向孔（74)，在外鎖心（2 ) 胴身至少對應到一内鎖心U )第二徑向孔（74)處鑽設有同 心貫通之第二徑向孔（74) ’由外鎖心（2 )第二徑向孔（74) 外侧面依序置入由一内層珠（14)、一外層珠（24)、一彈簧 (25)組成之珠排（5〇)及由一塞塊（26)迫入於外鎖心（2 ) 第二徑向孔（74)外側端，其中，外層珠（24)在移動桿（6 ) 未位移時係部份插入至内鎖心（1 )内珠孔（13)〔即業界所 稱之上吃下卡住内鎖心（1 )不能旋轉現象〕，當用鎖乂以本 5 100皋.修正- 〖榫 創作鑰匙（3 )插入錄匙孔（11)自插榫 (6 )外露端續插到底則為其位移量〔即為移動桿 ^ %溝（60)之溝長〕，而此受限於移動桿（6 ) 产 之溝長，會形成鑰匙（3 )與内鎖心（丨）適當間隙^ 2=::排=確核碼位置而旋轉内鎖心(" 同前述鑰匙（3 )可實施在本創作第五實施例中（圖中未 =)為-珠排(5。)由高位轉低位設計，其主要係在内鎖禾 面？)鑰匙孔U1)旁對應到鑰匙(3 )插榫⑽位 第三徑向孔(76)並由鎖心面(10)依 iir 簧（5)及—移動桿（6)，該移動桿（6)桿 三環溝（64)且第三環溝（64)近餘匙孔（11) ，”⑽，當移動桿（6 )未作位移狀態由内鎖心 iLi厕身對應到移動桿（6 )第三環溝（⑷略前位置則鑽 R貝穿至軸向孔（18)之第三徑向孔（76)，在外鎖心（2 ) 少，到—内鎖心0 )第三徑向孔（76)處鑽設有同 二I之第二徑向孔（76)，由外鎖心（2 )第三徑向孔（76) 卜，面依序置入由-内層珠（14)、一外層珠（24)、一彈簧 5)組成之珠排（5〇)及由一塞塊（沈）迫入於外鎖心（2 ) 向孔（76)外侧端’如此施行則内層珠（14)在移動桿 )未位移時係部份插入至外鎖心（2 )外珠孔（22)〔即 ，界所稱之下吃上卡住内鎖心（1 )不能旋轉現象〕，當用鎖 =本創作鑰匙（3 )插入鑰匙孔（11)會形成鑰匙（3 )與 士心（1 )適當間隙（7 )而達到對正前述預設珠排（5〇) + ΐ核碼位置而令内鎖心（1 )中之内層珠（14)頂緣（16) 刀齊外鎖心（2 )穿孔（2〇)旋轉開鎖者。 & ^本創作之第六實施例（請參閱第十二圖）係為一卡珠 上高位轉低位設計，其主要係在内鎖心（1 )鎖心面（1〇) 一&孔（11)旁對應到錄匙（3 )插榫（38)位置至少鑽設有 一凹入之軸向孔（18)並由鎖心面（1〇)依序各容置一彈簧（25) ,，動桿（6 ) ’該移動桿（6 )桿身形成徑縮之第四環溝 iii且第四環溝（8 )近継孔（11)另側係形成弧曲⑽， 二干、（6 )未作位移狀時態由内鎖心（1 )胴身對應到移 :(_)第四環溝（8 )略後位置則鑽設貫穿至軸向孔（18) =第四徑向孔⑽），該第四徑向孔⑽）在猶匙孔（11) ^形成徑縮之縮π (19)，由内鎖心（1 )第四徑向孔（8〇 ) =面置入-卡珠（52)至縮σ (19)處再插入移動桿（6 ) :第四徑向孔（80 )中並由一塞塊（26)迫入於内鎖心（1 ) 第四控向孔（80 )外侧端，當用鎖人以本創作錄匙（3 )插 孔（11)其插榫（38)抵卿移轉（6 )外露端續插 讓原本卡在移動桿（6 )桿身並凸出縮口（19)之卡珠 ill會被匙板（3〇)擠向第四環溝（8 )，會形成餘匙（3 ) =鎖心（1 )適當_(7 )而達到對正前述預贱排（5〇) 碼位置而令内鎖心（1 )中之内層珠⑽頂緣（16) 目^鎖〜（2 )穿孔（2〇)旋轉開鎖；反之，不法者若用不 ^插榫（38 )讀匙（3 )插场匙孔（丨丨）會被卡珠（52) 插至預設珠排（5〇)正確核竭位置，自然不能解鎖達 到防么目的者（請參閱第十三、十四圖）。 ，本創作之第七實施例（請參閱第十五圖）係為一卡珠 (52)低位轉高位設計，其主要係在内鎖心（1 )鎖心面〇〇) 鑰匙孔（11)旁對應到鑰起（3 )插榫（38)位置至少鑽設有 凹入之軸向孔（18)並由鎖心面（丨〇)依序各容置一彈簧（的） ，二?動ί(6〕’該移動桿（6〕桿身形成徑縮之第五環溝 巧）且第五環溝（82)近餘匙孔（11)侧係形成弧曲（⑹， 虽^^(6 )未作位移時由_心（1 )胴身對應到移動桿 尸(6 )第五環溝（82)位置則鑽設貫穿至轴向孔（18)之第五 :Π84)/該第五徑向孔(84)在近鑰匙孔（11)端形成 Ϊ二;I·在:鎖心(2 )胴身對應到内鎖心（1 ) 巧位向孔（84)處鑽設有同心貫通之第五徑向孔：⑷，由 外鎖心（2 )第五徑向孔（84)外侧面置入一_珠（52)至縮 M413732 9_丨修正 口（19)處再插入移動桿（6 )於軸向孔(Lj後再依序^入 由一内層珠（14)、一外層珠（24)、一彈簧（25)組成之珠 排（50)及由一塞塊（26)迫入於外鎖心（2 )第五徑向孔（84) 外侧端，其中，錄匙（3 )匙板（30)對應到内鎖心（1 )縮 口（19)處形成有凹入之長槽（32)，當用鎖人以本創作鑰匙 (3 )插入鑰匙孔（u)其插榫（洲）抵觸到移動桿（6 )外 露端續插位移會讓原本卡在移動桿（6 )第五徑向孔（84)之 卡珠（52)會被移動桿（6 )桿身擠向匙板（3〇)長槽（32)， (3 )與内鎖心（1 )適#贿（7 )而達到對正 刖述預设珠排（50)正確核碼位置而令内鎖（） J 04) ^ (16) (2 } (2〇)(^；；^ 圖）；反之，不法者若用不具有插禪（⑻ =ri i移也無法令_舰珠排⑽正確核碼 置自二不能解鎖而達到防盜目的者。 所述：本創作為一種確實有效之新穎錄匙（3 )及鎖 為秒輪雜跳脫f _起（3 )單純以匙板（3G)面鑽孔（36) ς二，解，技術’本創作在麟（3 )及鎖心 之插榫（38)，附加了插榫⑽對i設 ⑴卡’ ΐ雜絕非本創條匙 安全，為一簡單、=鎖用;ΐ; 早日審結核並賜准專利為禱。❻仵％貝審查委貝此 【圖式簡單說明】 第圖：係習用输匙及鎖之立體組合圖。 第二圖··係本創作第—實施觸匙之立體外觀圖。 第三圖：係本創作第一實施例输匙及鎖之立體分解圖。 8 第四圖 第五圖 第六圖 第七圖 第八圖 ‘剖示圖 係本創作第一實施例組合完成之部^ 係本創作第二實施例之上視圖。 係本創作最佳第三實施例之立體分解圖。 係本創作第三實施例之部份剖示圖。 係本創作第三實施例組合完成姨抵觸鎖心預 設核碼位置之上視圖。 第九圖：係本創作第四實施例之立體分解圖。 第十圖：係本創作第四實施例組合完成鱗未抵觸鎖心 預設核碼位置之上視圖。 第十一圖：穌創作細實__錢触觸鎖心預 設核碼位置之上視圖。 第十二圖：係摘作第六實施例之續分解圖。 第十三圖：__六實關組合铋鱗未抵觸鎖心 預設核碼位置之上視圖。 第十四圖：係摘作第六實_組合Μ鱗細鎖心預 設核碼位置之上視圖。 第十五圖：係本創作第七實施例之立體分解圖 第十六圖：係本創作第七實施她合铋觀未抵觸鎖心 預設核碼位置之上視圖。 第十七圖：係本創作第七實施例组合 J、、且σ π成鑰匙未抵觸鎖心 預設核碼位置之上視圖。 【主要元件符號說明】 M413732TlfJTU front side]; and the two wheel key (3) positioning design is not high, the key (3) key (30) groove (10) shape and length can be copied, and now the lock copy riding ( 3) _ is greater than - miscellaneous (5) [because of loss or increase in volume, it is necessary to continuously copy the key (3)], so there is a group in the lock boundary (5). Copying the key to meet the _ ship (5) (3), so that the Dacheng i push ίί group i5) the operator is not profitable, and the _excluding lawsuit is also spent on the age of the person, after years of research, and finally Developed the original, the purpose is to set the key (3), _ striker and the corresponding surface will be shaped υ,,, the inner lock of the appropriate gap to achieve the correct preset bead row (50) positive code position and unlock By. [New content] ^ Creative collision target key and lock (please refer to the second figure) _ embodiment of the quilt; collision with the position of the key and lock, which is mainly in the key (3) grip (33) There is a direction toward the inner lock (1) lock surface (1〇), and the lock key is inserted into the keyhole (11) (3Θ8) with the lock key (3), which will resist the lock surface (1G). Insert (10) 曰, the key (3) and the inner lock (丨) are properly gapped (7) to reach the correct nuclear code position of the preset bead row (50) and unlocked (please refer to the third and fourth). The second embodiment of the creation is in the key 〇 grip. Fantasy end face ) 4) %; another has a locking core (<the locking surface (10) extending the insertion wheel I? inner locking G) the key surface (10) key hole (11) corresponding to The position of the rod (38) is at least provided with a concave side hole (12), = side, and the difference between the depth of the (12) and the length of the insertion piece (38) forms an appropriate gap between the input key (3) and the heart (1) ( 7) and reach the correct one-code position of the preset bead row (5〇) and unlock it (please refer to the fifth picture). [Embodiment] The third preferred embodiment of the present creation (see the sixth figure) is attached to the key (3) j〇0. 8. 9 Pu Zhengnian, the date of the day is not included * The side has at least one facing inner lock ( "locked surface (10) next to the inner lock (1) lock surface (1G) keyhole (11) hole, 3) insert 犯 (guilty) position at least drilled with a concave axial 乂 and by the lock The surface (10) sequentially accommodates a bomb sauce (25) and a first loop groove (6〇) which is formed by the movement of the rod (6) and the diameter of the shaft (6〇), then ==1) To the position of the first ring groove (10) of the moving rod (6) 椁 (fTf is passed to the first radial hole (55) of the axial hole (10), after being placed into the outer gamma, 6 after the axial hole (18) Inner lock (1) - radial hole (55) Seven rounds into a top rod (72) and against the first ring groove (6〇) (please refer to the first 'moving rod (6) first ring groove (10)) The ditch length is the displacement distance of the second key) j榫(38) against the moving rod (6), and the displacement design of the shifting step will form a record) and the inner lock (1) ) (8) and to the correct preset bead row (50) to unlock the correct nuclear code position (please follow the above) The spoon (3) can be implemented in the fourth embodiment of the present creation (see, figure). The bead row (50) is designed from the low position to the high position, and the main system is the inner lock ^ W) lock surface (1 〇) A keyhole (11) is adjacent to the key (3), and at least a recessed axial hole (18) is drilled in the position of the key (3), and a spring (25) and a movement are respectively accommodated by the lock surface (10). a rod (6), the moving rod (6) forming a second annular groove (62) and a second annular groove (62) near the keyhole U) forming an arc (66) when moving the rod ( 6) The undisplaced state is from the inside, and the core (1) is corresponding to the moving rod (6). The second ring groove (62) is g-passed to the second radial hole (74). ), in the outer lock core (2) at least corresponding to an inner lock core U) the second radial hole (74) is drilled with a second radial hole (74) concentrically penetrated by the outer lock core (2) The outer side of the second radial hole (74) is sequentially placed into a bead row (5〇) consisting of an inner bead (14), an outer bead (24), a spring (25) and a plug (26) Forced into the outer lock core (2) the outer end of the second radial hole (74), wherein the outer bead (24) is moving When the rod (6) is not displaced, the part is inserted into the inner hole (1) inner bead hole (13) (that is, the industry said that the inner locking core (1) cannot rotate), when the lock is used Corrected by this 5 100 皋. - 榫 榫 榫 ( ( ( ( ( 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫 榫The groove length], and this is limited by the groove length produced by the moving rod (6), which will form a proper gap between the key (3) and the inner lock (丨) ^ 2=:: row = confirm the code position and rotate the inner lock (" The same key (3) as described above can be implemented in the fifth embodiment of the present creation (not shown in the figure) as a bead row (5. ) Designed from high to low, mainly in the inner lock? ) The key hole U1) corresponds to the third radial hole (76) of the key (3) insertion hole (10) and is moved by the lock surface (10) according to the iir spring (5) and the moving rod (6). 6) The rod three-ring groove (64) and the third ring groove (64) are close to the keyhole (11), "(10), when the moving rod (6) is not displaced, the inner lock core iLi corresponds to the moving rod ( 6) The third ring groove ((4) slightly ahead of the position, then drill the R shell to the third radial hole (76) of the axial hole (18), the outer lock core (2) is less, to the inner lock core 0) third A radial hole (76) is drilled with a second radial hole (76) of the same I, and a third radial hole (76) is externally locked (2), and the surface is sequentially placed into the inner bead ( 14), an outer bead (24), a spring 5) consisting of a bead row (5〇) and forced by a plug (sink) into the outer lock core (2) to the outer end of the hole (76) The inner bead (14) is partially inserted into the outer locking core (2) outer bead hole (22) when the moving rod is not displaced (ie, the inner locking core (1) cannot be rotated under the boundary 〕, when using the lock = this creation key (3) into the keyhole (11) will form a key (3) and the spirit (1) appropriate gap (7) To align the position of the aforementioned preset bead row (5〇) + ΐ 码 code to make the inner layer bead (14) top edge (16) in the inner lock core (1) knife outer lock (2) perforation (2 〇) Rotary unlocker. & ^ The sixth embodiment of this creation (see the twelfth figure) is designed for the high-low position of a card bead, which is mainly in the inner lock (1) lock surface (1〇) A & hole (11) corresponding to the position of the key (3) insert (38) is at least drilled with a concave axial hole (18) and a spring is accommodated by the lock surface (1〇) (25), the moving rod (6) 'the moving rod (6) shaft forms a fourth ring groove iii which is reduced in diameter, and the fourth ring groove (8) forms an arc (10) on the other side of the pupil (11), Two dry, (6) undisplaced tense from the inner lock core (1) corresponding to the shift: (_) the fourth ring groove (8) slightly behind the position is drilled through the axial hole (18) = The fourth radial hole (10)), the fourth radial hole (10)) forms a diameter reduction π (19) in the keyhole (11), and the fourth radial hole (8〇) from the inner lock core (1) = face placement - card bead (52) to sigma (19) and then insert the moving rod (6): in the fourth radial hole (80) and by a plug (26 ) forced into the inner lock (1) the outer end of the fourth control hole (80), when the lock is used to create the key (3) jack (11), the insertion (38) is transferred to the lock (6) ) The exposed end is inserted so that the card ill that was originally stuck in the moving rod (6) and protrudes from the neck (19) will be squeezed by the spoon (3〇) to the fourth ring groove (8), which will form a key (3) = lock core (1) appropriate _ (7) to achieve the alignment of the aforementioned pre-twisted (5 〇) code position and the inner edge of the inner core (10) in the inner lock (1) (16) (2) Perforation (2〇) rotary unlocking; conversely, if the unscrupulous person uses the (38) reading key (3), the insert keyhole (丨丨) will be inserted into the preset bead row by the card bead (52). (5〇) Correctly decomposing the position, naturally can not unlock to achieve the purpose of prevention (see the thirteenth, fourteenth figure). The seventh embodiment of the present invention (see the fifteenth figure) is designed for a low-position high position of a card bead (52), which is mainly in the inner lock core (1) lock key surface) keyhole (11) The side corresponding to the key (3) insert (38) is at least drilled with a concave axial hole (18) and is respectively accommodated by a lock surface (丨〇), a spring, ί(6]' The moving rod (6) shaft forms a fifth ring groove with a diameter reduction) and the fifth ring groove (82) forms an arc near the side of the keyhole (11) ((6), although ^^( 6) When no displacement is made, the _heart (1) body corresponds to the moving rod corpse (6) The fifth ring groove (82) is drilled through the fifth hole of the axial hole (18): Π 84) / the first The five radial holes (84) form a second hole at the near key hole (11); I· at: the lock core (2) corresponds to the inner lock core (1), and the hole is drilled to the hole (84) with concentricity Through the fifth radial hole: (4), from the outer lock core (2) the fifth radial hole (84) is placed on the outer side of a bead (52) to the M413732 9_丨 correction port (19) and then inserted into the movement The rod (6) is composed of an inner layer bead (14), an outer layer bead (24) and a spring (25) in the axial hole (Lj and then sequentially). The bead row (50) is forced into the outer end of the fifth radial hole (84) of the outer lock core (2) by a plug (26), wherein the key (3) key plate (30) corresponds to the inner lock core (1) A recessed long groove (32) is formed at the constriction (19), and when the lock key is inserted into the key hole (u) with the present key (3), the insertion hole (the) is in contact with the moving rod (6). The exposed end displacement will cause the card bead (52), which is originally stuck in the fifth radial hole (84) of the moving rod (6), to be pushed by the moving rod (6) to the long (32) slot (32). ), (3) and the inner lock (1) suit # bribe (7) and reach the correct description of the preset bead row (50) the correct nuclear code position and the internal lock () J 04) ^ (16) (2 } (2〇)(^;;^图); on the contrary, if the unscrupulous person does not have the meditation ((8) = ri i shift, it can't make _ ship bead row (10) correct nuclear code set from the second can not unlock to achieve theft target Said: This creation is a really effective novel key (3) and the lock is a second wheel miscellaneous jump f _ from (3) simply to the key plate (3G) face drilling (36) ς two, solution, technology 'This creation is in Lin (3) and the lock of the lock (38), with the addition of the plug (10) to the i set (1) card 'noisy The creation of the key is safe, for a simple, = lock; ΐ; early examination of tuberculosis and granting a patent as a prayer. ❻仵%Bei review committee this [simplified description] Figure: is the use of the key and lock The three-dimensional combination diagram. The second diagram·································································· Figure 7 is a top view of the second embodiment of the present invention. A perspective exploded view of the third preferred embodiment of the present invention. A partial cross-sectional view of the third embodiment of the present creation. The third embodiment of the present invention is combined to complete the view of the lock core pre-set core code position. Fig. 9 is a perspective exploded view of the fourth embodiment of the present creation. The tenth figure: the fourth embodiment of the present invention is combined to complete the scale without the lock lock. The preset nuclear code position is above the view. Figure 11: The creation of the __ money touch locks pre-set the view of the nuclear code position. Fig. 12 is an exploded view of the sixth embodiment. Thirteenth picture: __Shen Shiguan combination scales do not contradict the lock heart. Figure 14: The system is extracted as the sixth real_combined Μ scales and the lock is preset to the top view of the nuclear code position. The fifteenth figure: the three-dimensional exploded view of the seventh embodiment of the present creation. The sixteenth figure: the seventh implementation of the present creation, the combination of the lock and the lock. Figure 17: The seventh embodiment of the present invention is combined with J, and σ π is the key that does not contradict the lock center. [Main component symbol description] M413732
(1 )内鎖心 UU)鎖心面 (11)鑰匙孔 (12)邊孔 (13)内珠孔 (14)内層珠 (16)頂緣 (17)底緣 (18)轴向孔 (19)縮口 (2 )外鎖心 (20)穿孔 (22)外珠孔 (24)外層珠 (25)彈簧 (26)塞塊 (27)轉桿 (28) C型扣 (3 )鑰匙 (30)匙板 (31)匙板尖 (32)長槽 (33)握把 (34)端面 (36)鑽孔 (38)插榫 (39)溝槽 (5 )鎖組 (50)珠排 (52)卡珠 (55)第一徑向孔 (6 )移動桿 (60)第一環溝 (62)第二環溝 (64)第三環溝 (66)弧曲 (7 )間隙 (72)頂桿 (74)第二徑向孔 (76)第三徑向孔 (8 )第四環溝 (80 )第四徑向孔 (82)第五環溝 (84)第五徑向孔(1) Inner lock core UU) Locking surface (11) Key hole (12) Side hole (13) Inner bead hole (14) Inner bead (16) Top edge (17) Bottom edge (18) Axial hole (19 ) shrinkage (2) outer lock core (20) perforation (22) outer bead hole (24) outer bead (25) spring (26) plug block (27) swivel (28) C-type buckle (3) key (30 Key plate (31) spoon tip (32) long groove (33) grip (34) end face (36) drill hole (38) insert 39 (39) groove (5) lock set (50) bead row (52 ) card bead (55) first radial hole (6) moving rod (60) first ring groove (62) second ring groove (64) third ring groove (66) arc curve (7) gap (72) top Rod (74) second radial bore (76) third radial bore (8) fourth annular groove (80) fourth radial bore (82) fifth annular groove (84) fifth radial bore