1324657 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種密碼鎖的密碼設定結構 (三），尤其是指一種採以單鍵按壓多次進行開鎖之密 碼鎖的結構創新設計。 【先前技術】 按，從古至今防範門戶的安全，都是利用鎖具來 達成，而其鎖的結構也隨著科技的進步而不斷的演變 創新，而且鎖的型式不管在外形、功用或場所也區分 成多種，如掛鎖、排檔鎖、方向盤鎖、旋盤片鎖、密 碼鎖····等，今，以密碼鎖而言，本發明人先前，一 種密碼鎖的密碼設定結構，其包括： 一外門主體，其上設有可連動門體鎖舌以開啟門 體的旋鈕以及至少一個的密碼鍵與一個復歸鍵，該密 碼鍵具設有下推轴，下推軸的底部形成推動齒部，而 復歸鍵設有下推柱，此下推柱上具有斜面； 一固定座，係設於外門主體内，其上設有供密碼 鍵及復歸鍵穿設的穿孔，並在對應密碼鍵之穿孔的周 邊設置彼此交錯設立的卡掣條與卡掣溝； 一復歸座，由主動座體及被動座體組成，且令固 定座位處主動座體及被動座體之間，於主動座體一端 設有彈簧，並於其上設有分別對應密碼鍵及復歸鍵的 貫通孔及穿置孔，且在穿置孔當中設斜面，供與復歸 鍵之下推柱之斜面對應設立推抵，再於主動座體上設 有凸出的抵推片；該被動座體設有供定位軸穿設的通 6 ’供與主動座 孔，並在被動座體的端面上設置抵推片 體之抵推片對應抵推； Μ一第一層架，由架板、定位軸及轉軸組成，架板 上設有供定位轴穿設的通孔’且該定位㈣對應著密 碼鍵，該定位軸朝密碼鍵的一端設有卡掣條、另端則 呈多邊形之傳動桿，當其在穿過彈簧及架板之通孔後 再穿置於轉軸的多邊形傳動孔内，且該轉軸遠離定位 軸的一端套置著扭力彈簧，並令扭力彈簧的二端分別 定位於架板及轉軸上； 一回歸座，其一端具設有彈簧，另端則為旋鈕所 推抵； 一第二層架，由架板、蓋板及轉轴組成，架板上 設有供轉軸容置的通孔，且轉轴上之多邊形傳動孔為 定位軸之傳動桿對應穿置，同時轉軸遠離定位軸的一 端則設有缺口，同時在轉軸與架板間設扭力彈簧，並 使扭力彈簧的二端分別與轉轴及架板固定，蓋板則介 於第一層架之蓋板與第二層架之架板之間並與第二層 架之架板固接； 一上推板，其一端設有彈簧’另端可被旋鈕推動 移位，於上推板上設供轉軸穿設的通孔，通孔周邊有 一卡塊’可在轉軸缺口與之對應時轉動旋鈕順利推移 上推板； 一底座，固設在門體的外側’其設有密碼更換拉 板，且該密碼更換拉板與第二層架固接’再於架板與 底座之間設彈簧； (22)、旋鈕回復彈簧（20)、一旋鈕復歸座（23)、一撥 動棒座（24)及撥動棒座彈簧（25)所構成，該旋鈕（21) 對應設於外門主體（1B)透孔（1B1)之外側，於旋鈕（21) 下對應組設一旋鈕固定座（22)，旋紐固定座（22)下方 設有一容槽（221)可對應與旋鈕復歸座（23)頂部（231) 相互嵌合，且兩者間套設一旋钮回復彈簧（2〇)，於旋 鈕復歸座（23)上設有一垂直的平面（232)，而下方設有 一凸桿（233)及容槽（234)，該撥動棒座（24)上設有一 平行面（241) ’且撥動棒座（24)上設有一嵌孔（242)供 旋鈕復歸座（23)之凸桿（233)嵌設，於兩者間套設一撥 動棒座彈簧（25) ’而撥動棒座（24)之頂部（243)可對應 旋紐復歸座（23)之容槽（234)而相互組設，同時撥動棒 座（24)内部具設一 8字槽（244)及底部設有兩相對應 的斜面體（245)〔一併參閱第二圖所示〕。 該復歸組（3)主要由一復歸按鍵（31)、一内套 (32)、一復歸柱（33)及一復歸推座（34)所構成，該復 歸按鍵（31)對應凸設於外門主艟（1B)透孔（1B2)處，復 歸按鍵（31)内設有内套（32)，於内套（32)下頂設有復 歸桎（33)，且套過一復歸座彈簧（30)於復歸柱（33)適 當處設有一頂推塊（331)，而復歸推座（34)上設有一導 斜面（341)與復歸柱（33)之頂推塊（331)相互抵掣； 該密碼組（4)主要由一按鍵（41)、一内套（42)、按 鍵彈簧（40)、一下推柱（43)、一下推轉軸（44)、一下 推轉軸彈簧（48)、蓋板（45)、一回復座（46)、回復座 彈簧（49)及一齒輪卡栓（47)所構成，該按鍵（41)對應 凸設於外門主體（1B)透孔（1B3)處，按鍵（41)内設有内 套（42)，且下方設有按鍵彈簧（40)頂設下推柱（43) 緣，該下推枉（43) —端形成角柱體（431)，另一端具設 有齒環（432)，該下推轉軸（44)頂部環設有斜面柱（441) 對應下推柱（43)齒環（432)，而底部具設為角桿（442) 且套設下推轉軸彈簧（48)，該角桿（442)對應穿過蓋板 (45)，該回復座（46)上設有一角孔（461)供下推轉轴 (44)角桿（442)穿設，同時外部套設回復座彈簧（49)、 且回復座（46)底部設有齒部（462)，該齒輪卡栓（47) —端設有齒部（471)與回復座（46)之齒部（462)嚅合， 另一端呈具有平行段（472)及擴大部（473)之座體〔一 併參閱第二圖所示〕。 該基座（5)上對應數密碼組（4 )係分別設有容置座 (51) ’該容置座（51)具設有角孔（511)對應供下推柱 (43)之角柱體（431)嵌設，同時於容置座（51)之内壁緣 上環設有對應下推轉軸（44)斜面柱（441)的凹槽 (512)，而底端之周緣上設有一缺口（513)及一擋塊 (514)，另，於基座（5)之外周緣上設有數倒斜塊（52)， 且一端延伸有具穿孔（531)的延片（53)可對應供復歸 桎（33)穿設； 該復歸座（6)係設置於基座（5)下方，且對應基座 (5)谷置座（51)處設有長槽孔（61)，長槽孔（η)内壁對 應容置座（51)缺口（513)處設有一且對應凸塊（611)， 於外周緣上對應基座（5)倒斜塊（52)處設有相互貼合 之斜柱塊（62)，同時於一端設有一可供復歸柱（33)穿 10 没之中空框（63)，而另一端則對應旋鈕復歸座（23)上 之平面（232)而延伸有一擋面（64); 該上推板（7)上設有作動槽（71)，該作動槽（η) 具5又有平行段（711)與擴大部（712)，俾以對應齒輪卡 检（47)—端平行段（472)及擴大部（473)之座體，另於 —端延設有一抵掣面（72)可對應與撥動棒座（24)之平 行面（241)，且於上推板（7)周緣之凸塊（7〇)對應密碼 座（8)周緣凸塊（83)設有上推板彈簧（73)。 該密碼座（8)上設有供下推轉轴（44)之角桿（442) 穿設之槽孔（81)，且一端設有可容置一密碼調整棒（35) 之容槽（82); 該底座（9)上設有供下推轉轴（44)之角桿（442)穿 設之圓孔（91)，且一端設有一穿孔（92)供密碼調整棒 (35)穿出，另設有一穿孔（93)可供撥動棒座（24)穿 設，且穿孔（93)周緣設有兩相對應之斜面體（931)，及 底座（9)上設有一具容槽（941)之凸座（94)供復歸柱 (33)作動容設者。 請一併參閱第三圖所示，係本發明之密碼組動作 示意圖（一），於開鎖時〔於此先預設密碼為第1個按 鍵按壓1次〕，當按下密碼組（4)時，按鍵（41)帶動和 内套（42)以螺絲相固定的下推柱（43)向下移動〔因為 下推柱（43)上的六角柱體（431)套入在基座（5)六邊形 角孔（511)内，所以僅能上下移動而無法旋轉〕，因下 推轉軸（44)上的斜面柱（441)和下推柱（43)的齒環 (432)斜面大約有一半的相接觸面積，所以，下推柱（43) 的下移會帶動下推_(44)跟著下移；下推轉韩⑽ ίΠ?)二ί ’下推轉軸(44)上的凸起斜面柱(441) 會進入土座（）各置座（51)内的凹槽（512)中下 轴（44)的5個凸起斜面柱（441)中最長的1個必須裝在 12點位置的右側’若下推轉軸（44)的位置放置錯誤， 會使原可以按壓9次的按鍵變成只能按壓7次、5次、 3次甚至1次〔ϋ於該基座⑸容置座（51)内之下方設 有一擋塊（514) ’若擋塊（514)位於12點的位置則該 擋塊（514) —側對應下推轉轴（44)最長的斜面柱 (441) ’即位於12點位置的右侧，續當密碼組（4)之按 鍵（41)在連續按壓9次之後，即最長的斜面柱（441) 旋轉一圈至12點位置的左側，若要繼續按壓，將因最 長的斜面柱（441)長度過大，於基座（5)容置座（51)内 擋塊（514)形成卡掣狀態，而無法越過，如此，下推轉 軸（44)始終保持在密碼組（4)按鍵（41)連續按壓9次 之後的位置，即再度按壓其内部結構也不會受影響， 請一併參閱第四圖所示〕當下推轉軸（44)的斜面柱 (441)被下壓至超過基座（5)容置座（51)内的凹槽（512) 長度時’下推轉轴（44)的斜面柱（441)將會脫離基座（5) 容置座（51)内凹槽（512)的束缚，進而逆時針方向旋轉 完全滑入下推柱（43)的齒環（432)内凹處〔一併參閱 第五圖所示〕，請再一併參閱第六圖所示，係本發明 之密碼組動作示意圖（三）’當手指鬆開按鍵時下推柱 (43)受到按鍵彈簧（40)的壓力回到原位，同時下推轉 轴（44)也受到下推轉軸彈簧（48)的壓力而欲回到原 12 1324657 位’但在回到原位的過程中，下推轉神（44)的斜面柱 (441)會先和基座（5)容置座（51)内凹槽（512)旁的斜 面相接觸進而再度旋轉1個角度進入基座（5)容置座 (51)内的第2個凹槽（512)内，並再度以斜面柱（441) 和下推柱（43)的齒環（432)斜面相抵觸’下推轉軸（44) 的延伸角桿（442)依次貫穿了下推轉軸彈簧（48)、蓋板 (45)、回復座（46)，其最尾端部分伸入了底座（9)的配 合圓孔（91)内，下推轉軸（44)由下降至回到恢復原狀 的過程中旋轉了一個角度，請再一併參閱第七〜十二 圖所示，在其延伸的角桿（442)上的回復座（46)也跟隨 著旋轉了一個角度，回復座（46)上裝著回復座彈簧 (49)，此時回復座彈簧（49)也隨著旋轉一個角度，儲 蓄了日後回彈回去的能量，回復座（46)的下方設有一 個齒部（462)，該齒部（462)和齒輪卡栓（47)齒部（471) 是相契合的，回復座（46)的齒部（462)旋轉多少的角度 齒輪卡栓（47)齒部（471)就跟著旋轉相同的角度，齒輪 卡栓（47)隨著回復座（46)的齒部（462)旋轉一個角度 後其上的平行段（472)就與上推板（7)的作動槽（71)上 所具設的平行段（711)相對應了，此時，旋旋钮（21) 轉90度，與旋鈕（21)相接合的旋鈕固定座（22)、旋鈕 復歸座（23)、和撥動棒座（24)及安裝在旋鈕固定座（22) 及旋鈕復歸座（23)之間的旋鈕回復彈簧（2〇)也隨著旋 鈕一起旋轉90度，旋鈕復歸座（23)的旋轉便推動著復 歸座（6)向前移，同時撥動棒座（24)也推動著上推板（？） 向前移動，復歸座（6)向前移動時其上的斜柱塊（62) 13 1324657 會與基座（5)上的倒斜塊（52)相推離，並使復歸座（6) 向下位移’復歸座（6)的向下位移使得在其上的下推轉 轴（44)也跟著下移，當下推轉軸（44)的突起斜面柱 (441)高出基座（5)容置座（51)内的凹槽（512)時，凹槽 (512)不再對下推轉軸（44)產生限制；此時，下推轉軸 (44)延伸的角桿（442)上回復座彈簧（49)會將下推轉 軸（44)旋轉回到未按壓按鍵時的位置之上方，在此同 時撥動棒座（24)在旋轉推動上推板（7)向前時，其底部 斜面體（245)也隨著撥動棒座（24)的旋轉逐漸和底座 (9)的斜面體（931)相接合，並跨上底座（9)的斜面體 (931)之上，爾後’撥動棒座（24)開始向上爬升，旋轉 至90度後撥動棒座（24)離開了上推板（7)並受撥動棒 座彈簧（25)的壓力而壓在上推板（7)上面，此時，上推 板（7)將不再受到撥動棒座（24)的束缚，而藉由上推板 彈簧（73)的推力先回到原點，旋鈕（21)旋轉9〇度後放 開，而旋鈕回復彈簧（20)將產生推力將旋鈕（21)推回 原位’同時與旋鈕（21)相結合的旋鈕固定座（22)、旋 紐復歸座（23)和撥動棒座（24)也一併回到原位，旋鈕 復歸座（23)不再頂住復歸座（6)，復歸座（6)也藉由自 身彈簧的回復力道回到原位，復歸座（6)的歸位其上的 下推轉軸（44)也受到下推轉軸彈簧（48)的壓力再度進 入基座（5)容置座（51)内凹槽（512)内，但其位置已恢 復至未按壓按鍵（41)前的位置了，撥動棒座（24)回到 原位後便經由撥動棒座彈簧（25)的壓力而下降，並再 度與上推板（7)靠合，撥動棒座（24)8字槽（244)内裝 14 著撥動棒（26)，此撥動棒（26)的另一端穿過一鎖體的 轉軸後與内門主體（1A)的把手相結合，撥動棒座（24) 的旋轉帶動著撥動棒（26)的轉動，進而使鎖體轉轴轉 動鎖舌縮入將門開啟，撥動棒座（24)的回復也帶動著 撥動棒（26)的回復，進而使鎖體轉軸不再受撥動棒（26) 的限制而將鎖舌再度伸出〔一併參閱第^----h二圖 所示〕。 以上的動作完成後，所有的元件皆回到了原位， 此時若沒再度按壓正確的密碼，上推板受到齒輪卡 栓（47)的卡掣無法前移’旋紐（21)就無法轉動了，門 就無法開啟。 -请一併參閱第十三圖所示，係本發明之復歸組動 作示,¾圖（），當按壓密碼錯誤時’只要再按壓復歸 、、且（3) ’讓所有的下推轉軸（44)重新回到未按壓之前的 位置即可’說明如下： 向前移動 的，復錡 復歸推座（34)的前側是靠在復歸座（6)上1324657 IX. Description of the Invention: [Technical Field] The present invention relates to a password setting structure for a combination lock (3), and more particularly to an innovative structural design of a cipher lock that is unlocked by a single key. [Previous technology] According to the protection of the portal from ancient times to the present, the security of the portal is achieved by using locks, and the structure of the locks is constantly evolving and innovating with the advancement of technology, and the type of locks is in shape, function or place. The area is divided into a plurality of types, such as a padlock, a gear shift lock, a steering wheel lock, a rotary disc lock, a password lock, etc., and in the present invention, in the present invention, a password lock setting structure of the password lock includes: The outer door body is provided with a knob for interlocking the door body locking tongue to open the door body, and at least one password key and a reset key, the password key is provided with a push-down shaft, and the bottom of the push-down shaft forms a pushing tooth portion The reset button is provided with a push-down column, and the push-down column has a sloped surface; a fixed seat is disposed in the outer door body, and is provided with a punching hole for the password key and the reset key, and corresponding password key The perforated periphery is provided with a card strip and a card groove which are mutually staggered; a return seat is composed of the active seat body and the passive seat body, and the fixed seat is between the active seat body and the passive seat body, and the active seat body One end There is a spring, and a through hole and a through hole corresponding to the password key and the reset key are respectively disposed thereon, and a slope is provided in the through hole for setting a push corresponding to the slope of the push column under the reset key, and then The active seat body is provided with a protruding resisting piece; the passive seat body is provided with a through 6' for the positioning shaft to be provided with the active seat hole, and the anti-pushing body is arranged on the end surface of the passive seat body. The first layer shelf is composed of a shelf plate, a positioning shaft and a rotating shaft, and the frame plate is provided with a through hole for the positioning shaft to pass through, and the positioning (4) corresponds to a password key, and the positioning axis faces the password. One end of the key is provided with a clamping strip, and the other end is a polygonal transmission rod. When passing through the through hole of the spring and the frame, the key is inserted into the polygonal transmission hole of the rotating shaft, and the rotating shaft is away from the end of the positioning shaft. The torsion spring is placed, and the two ends of the torsion spring are respectively positioned on the frame plate and the rotating shaft; a return seat has a spring at one end and a knob on the other end; a second shelf is provided by the frame The plate, the cover plate and the rotating shaft are formed, and the frame plate is provided with a through hole for accommodating the rotating shaft. The polygonal transmission hole on the rotating shaft is correspondingly disposed for the transmission rod of the positioning shaft, and the end of the rotating shaft away from the positioning shaft is provided with a notch, and a torsion spring is arranged between the rotating shaft and the frame plate, and the two ends of the torsion spring are respectively rotated. The shaft and the frame plate are fixed, and the cover plate is disposed between the cover plate of the first shelf and the shelf of the second shelf and is fixed to the shelf of the second shelf; an upper push plate has a spring at one end thereof 'The other end can be pushed and displaced by the knob. The upper push plate is provided with a through hole for the shaft to be pierced. There is a block on the periphery of the through hole. The knob can be smoothly rotated when the shaft notch corresponds to the push plate; a base, It is fixed on the outer side of the door body. It is provided with a password replacement pull plate, and the password replacement pull plate is fixed with the second layer frame. Then a spring is arranged between the frame plate and the base; (22), the knob return spring (20) ), a knob return seat (23), a toggle bar seat (24) and a toggle bar seat spring (25), the knob (21) corresponding to the outer door body (1B) through hole (1B1) On the outside, a knob fixing seat (22) is arranged under the knob (21), and the rotation fixing seat (22) is provided below. The pocket (221) can be correspondingly engaged with the top (231) of the knob return seat (23), and a knob return spring (2〇) is disposed between the two, and a vertical plane is arranged on the knob return seat (23). (232), and a protruding rod (233) and a receiving groove (234) are disposed below, the sliding rod base (24) is provided with a parallel surface (241)' and the sliding rod seat (24) is provided with a through hole (242) The boss (233) of the knob return seat (23) is embedded, and a toggle bar spring (25) is disposed between the two, and the top (243) of the bar holder (24) is correspondingly The knobs (234) of the rotary return seat (23) are assembled with each other, and the dial holder (24) has an 8-shaped groove (244) and a corresponding bevel body (245) at the bottom. See also the second figure]. The resetting group (3) is mainly composed of a reset button (31), an inner sleeve (32), a returning column (33) and a returning push seat (34), and the reset button (31) is correspondingly protruded outside. At the main door (1B) through hole (1B2), the return button (31) is provided with an inner sleeve (32), and the inner sleeve (32) is provided with a returning cymbal (33) under the inner sleeve (32), and the sleeve is over a returning spring ( 30) A push block (331) is arranged at a suitable position on the return column (33), and the return push block (34) is provided with a lead inclined surface (341) and a top push block (331) of the returning column (33). The cipher group (4) mainly consists of a button (41), an inner sleeve (42), a button spring (40), a lower push column (43), a lower push shaft (44), a lower push shaft spring (48), The cover plate (45), a return seat (46), a return seat spring (49) and a gear clip (47), the button (41) correspondingly protruding from the outer door body (1B) through hole (1B3) Wherein, the button (41) is provided with an inner sleeve (42), and a button spring (40) is disposed under the top of the lower push column (43), and the lower pusher (43) is formed at the end to form a corner cylinder (431). The other end is provided with a ring gear (432), and the push-down shaft (4) 4) The top ring is provided with a beveled column (441) corresponding to the lower push column (43) toothed ring (432), and the bottom is provided with a corner bar (442) and a push down rotary shaft spring (48), the angle bar (442) Corresponding to passing through the cover plate (45), the return seat (46) is provided with an angle hole (461) for the lower push shaft (44) angle rod (442) to be pierced, and the outer sleeve is provided with a return seat spring (49) And the bottom of the return seat (46) is provided with a tooth portion (462), the gear card pin (47) is provided with a tooth portion (471) and a tooth portion (462) of the return seat (46), and the other end is A seat having a parallel section (472) and an enlarged section (473) (see also the second figure). The corresponding cryptographic group (4) on the base (5) is respectively provided with a receiving seat (51). The receiving seat (51) is provided with a corner hole (511) corresponding to the corner post of the lower pushing column (43). The body (431) is embedded, and a groove (512) corresponding to the inclined column (441) of the push-down shaft (44) is arranged on the inner wall edge of the receiving seat (51), and a gap is formed on the periphery of the bottom end ( 513) and a stopper (514), and a plurality of inclined blocks (52) are arranged on the outer periphery of the base (5), and a extending piece (53) having a perforation (531) extending at one end is corresponding to the returning桎 (33) is laid; the return seat (6) is disposed under the base (5), and corresponding to the base (5), the valley seat (51) is provided with a long slot (61), a long slot ( η) inner wall corresponding to the receiving seat (51) notch (513) is provided with a corresponding convex block (611), on the outer peripheral edge corresponding to the base (5) inclined block (52) is provided with a mutually inclined oblique column The block (62) is provided at one end with a hollow frame (63) for the returning column (33) to pass through 10, and the other end is extended with a stop surface corresponding to the plane (232) on the knob return seat (23) ( 64); the upper push plate (7) is provided with an actuating groove (71), and the actuating The groove (η) has a parallel section (711) and an enlarged portion (712), and corresponds to the seat of the gear check (47) - the end parallel section (472) and the enlarged part (473), and the other end The extension surface (72) is adapted to correspond to the parallel surface (241) of the dial bar (24), and the protrusion (7〇) on the periphery of the upper push plate (7) corresponds to the peripheral edge of the code holder (8). The block (83) is provided with an upper push plate spring (73). The socket (8) is provided with a slot (81) for the angle rod (442) of the push-down shaft (44), and one end is provided with a slot for accommodating a password adjustment rod (35) ( 82); the base (9) is provided with a circular hole (91) for the angle rod (442) of the push-down shaft (44), and one end is provided with a through hole (92) for the password adjustment rod (35) to wear. Further, a through hole (93) is provided for the dialing rod seat (24) to be pierced, and the corresponding bevel body (931) is provided on the periphery of the through hole (93), and a receiving groove is provided on the base (9). The raised seat (94) of (941) is used to relocate the column (33). Please refer to the third figure as a schematic diagram of the operation of the cipher group of the present invention (1). When unlocking (the default password is 1 for the first button), when the cipher group is pressed (4) When the button (41) is driven, the inner pusher (42) is moved downward by the screw-down push-down post (43) [because the hexagonal cylinder (431) on the push-down post (43) is nested in the base (5) ) The hexagonal corner hole (511), so it can only move up and down and cannot rotate], because the beveled column (441) on the push shaft (44) and the ring (432) of the push-down column (43) are inclined. There are half of the contact area, so the downward movement of the push-down column (43) will drive the pushdown _(44) to move down; push down to turn the Korean (10) ίΠ?) two ί 'down push on the shaft (44) The inclined column (441) will enter the recess (512) in each seat (51). The longest one of the five raised beveled columns (441) in the lower shaft (44) must be mounted on the 12 If the position of the push-down shaft (44) is incorrectly placed, the button that can be pressed 9 times can be pressed only 7 times, 5 times, 3 times or even 1 time (the pedestal (5) is placed. Below the seat (51) There is a stopper (514) 'If the stopper (514) is at the 12 o'clock position, the stopper (514) - the side corresponding to the downwardly inclined shaft (44) the longest inclined column (441) 'is located at the right of the 12 o'clock position Side, continued when the button (41) of the cipher group (4) is pressed 9 times continuously, that is, the longest bevel column (441) is rotated one turn to the left of the 12 o'clock position. To continue pressing, the longest bevel column will be (441) The length is too large, and the stopper (514) in the pedestal (5) accommodating seat (51) is in a stuck state and cannot be crossed. Thus, the push-down shaft (44) is always held in the cipher group (4) button. (41) The position after continuous pressing for 9 times, that is, the internal structure will not be affected again. Please refer to the fourth figure as shown below.] The inclined column (441) of the lower push shaft (44) is pushed down to exceed The pedestal (5) of the pedestal (51) accommodates the recess (512) in the seat (51). The slanted post (441) of the push-down shaft (44) will be disengaged from the pedestal (5). The binding of the slot (512), and then the counterclockwise rotation, completely slides into the recess of the ring (432) of the push-down post (43) (see also the fifth figure), please refer to it together. Figure 6 is a schematic diagram of the action of the cipher set of the present invention. (3) When the finger releases the button, the push-down column (43) is returned to the original position by the pressure of the button spring (40), and the shaft (44) is pushed down. Also under the pressure of the push-down shaft spring (48) to return to the original 12 1324657 'but in the process of returning to the original position, the inclined column (441) of the push-down god (44) will first and the base (5) The inclined surface beside the groove (512) in the receiving seat (51) contacts and then rotates once again into the second groove (512) in the receiving seat (51) of the base (5), and is again The angled rod (442) of the inclined column (441) and the lower push column (43) are in contact with each other. The extended angle rod (442) of the push-down shaft (44) sequentially passes through the push-down shaft spring (48) and the cover plate ( 45), the return seat (46), the most end portion of which extends into the mating round hole (91) of the base (9), and the push-down shaft (44) is rotated by an angle during the process of descending to return to the original state. Please refer to the seventh to twelfth drawings together. The return seat (46) on the extended corner bar (442) is also rotated by an angle, and the return seat (46) is equipped with a return seat. The spring (49), at this time, the return seat spring (49) also revolves with an angle of rotation, and the energy that rebounds back in the future is saved. A tooth portion (462) is provided under the return seat (46), and the tooth portion (462) ) is matched with the gear pin (47) tooth portion (471), and the angle of the tooth portion (462) of the return seat (46) is rotated. The gear pin (47) tooth portion (471) is rotated at the same angle. The gear pin (47) is mounted on the actuating groove (71) of the upper pedal (7) after the tooth portion (462) of the return seat (46) is rotated by an angle. The parallel section (711) corresponds to this. At this time, the knob (21) is rotated by 90 degrees, and the knob holder (22), the knob return seat (23), and the dial bar (the knob) are engaged with the knob (21). 24) and the knob return spring (2〇) installed between the knob holder (22) and the knob return seat (23) also rotates 90 degrees with the knob, and the rotation of the knob return seat (23) pushes the return seat. (6) Move forward, while pushing the bar seat (24) also pushes the push plate (? ) Moving forward, when the return seat (6) moves forward, the inclined column block (62) 13 1324657 will be pushed away from the inclined block (52) on the base (5), and the return seat (6) The downward displacement of the 'return seat' (6) causes the push-down shaft (44) thereon to also move downward, when the raised bevel column (441) of the push-down shaft (44) is higher than the base (5) When the groove (512) in the seat (51) is received, the groove (512) no longer restricts the push-down shaft (44); at this time, the angle rod (442) extending from the shaft (44) is pushed down. The return seat spring (49) will rotate the pushdown shaft (44) back above the position when the button is not pressed, while simultaneously pushing the bar seat (24) to push the upper plate (7) forward while rotating The bottom bevel body (245) is also gradually engaged with the bevel body (931) of the base (9) as the toggle bar base (24) rotates, and straddles the bevel body (931) of the base (9), and thereafter 'The toggle bar (24) starts to climb upwards, rotates to 90 degrees and then moves the bar seat (24) away from the upper pedal (7) and is pressed against the upper plate by the pressure of the lever spring (25). (7) Above, at this time, the upper push plate (7) will not By the action of the toggle bar (24), the thrust of the upper plate spring (73) is first returned to the origin, the knob (21) is rotated 9 degrees and then released, and the knob return spring (20) will be generated. The thrust pushes the knob (21) back to the original position. At the same time, the knob holder (22) combined with the knob (21), the knob reset seat (23) and the toggle rod holder (24) are also returned to the original position. The knob return seat (23) no longer withstands the return seat (6), and the return seat (6) also returns to the original position by the restoring force of its own spring, and the lower thrust shaft of the return seat (6) ) is also subjected to the pressure of the push-down shaft spring (48) again into the recess (512) in the pedestal (5) accommodating seat (51), but its position has been restored to the position before the button (41) is not pressed. After the lever seat (24) is returned to the original position, it is lowered by the pressure of the lever spring (25), and is again engaged with the upper pedal (7), and the rod seat (24) is moved by 8 slots ( 244) The inner sleeve 14 is provided with a toggle bar (26), and the other end of the toggle bar (26) passes through the shaft of the lock body and is combined with the handle of the inner door body (1A) to move the bar seat (24) Rotation of the rod 26) rotation, thereby causing the lock shaft to rotate the lock tongue to retract the door to open, and the return of the toggle bar seat (24) also drives the return of the toggle bar (26), so that the lock body shaft is no longer toggled Restrict the stick (26) and extend the bolt again (see the second picture of ^----h). After the above actions are completed, all the components are returned to the original position. If the correct password is not pressed again, the upper push plate cannot be moved by the click of the gear clamp (47). The door cannot be opened. - Please refer to the thirteenth figure together, which is the reset action of the present invention, 3⁄4 ((), when pressing the password error, 'just press the reset again, and (3) 'make all the pushdown shafts ( 44) Returning to the position before the unpressed can be described as follows: Moving forward, the front side of the resurfacing push seat (34) is resting on the return seat (6)
按壓復歸按鍵（31)時，復歸柱（33)向下移動，復 ^柱（33)土的頂推塊（331)斜面原與復歸推座（34)的 ^面相*。’復歸柱（33)的下移推動著復歸推座（34) 15 下推轉軸（44)產生限制，此時，下推轉轴（44)延伸的 角桿（442)上回復座彈簧（49)會將下推轉轴⑽旋轉 回到未按歷按鍵時的位置之上方；請一併參閱第十四 圖所示，係本發明之復歸組動作示意圖（二），放開復 歸按鍵（31)，復歸座彈簧（30)會將復歸座（6)推回原 處，同時也帶動著復歸推座（34)及復歸柱（33)回到原 來的位置，此時復歸座（6)的歸位使得其上的下推轉軸 (44)也受到下推轉軸彈簧（48)的壓力再度進入基座（5) 容置座⑼内凹槽⑸2)内未按壓按鍵⑹前的最初 位置，如此來便可以重新按壓正讀的密碼來開啟門 鎖了。 明繼續一併參閱第十五圖所示，當設定密碼時， 輸入正確的密碼〔密碼錯誤將無法進行設定，密碼更 換鈕（36)無法轉動〕’再將設於内門主體上的密碼更 換鈕（36)〔此元件以e型扣環固定在内門主體上〕旋 轉90+度，密碼更換鈕（36)上連接著一支門厚距離調整 連接f，此連接管另一端套入在密碼調整棒（35)上， 达碼調整棒（35)的另一側也經過底座（9)的圓孔（91) ^密碼座（8)相靠合，密碼更換鈕旋轉9〇度時帶動著 畨碼調整棒（35)也旋轉90度，密碼調整棒（35)的旋轉 會使密碼座（8)向後移動，位於密碼座（8)上的齒輪卡 栓（47)的齒部（471)就與回復座（46)的齒部（46幻脫 ，三此時’按下復歸按鍵（31)將舊密碼清除再輪入新 設定的密瑪〔如設定為第1個密碼鍵按壓3次，每按 磨1次下推轉軸（44)及回復座（46)旋轉36度，此次的 16 設定使下推轉軸（44)及回復座（46)旋轉了 108度〕， 完成設定後將密碼更換鈕（36)轉回原位，此時齒輪卡 栓（47)與回復座（46)的齒部（471)、（462)再次接合， 再按壓復歸按鍵（31)—次〔此時下推轉轴（44)及回復 座（46)回到未按壓時的位置’然而與回復座齒輪剛再 次接合的齒輪卡栓（47)就變成了旋轉-log度〕，即完 成新密瑪的設定。 則述之實施例或圖式並非限定本發明之結構樣態 或尺寸，任何所屬技術領域中具有通常知識者之適當 變化或修飾，皆應視為不脫離本發明之專利範疇。 综上所述，本發明實施例確能達到所預期之使用 功效又其所揭露之具艘構造，不僅未曾見諸於同類 產品中，亦未曾公開於申請前，誠巳完全符合專利法 之規定與要求，爰依法提出發明專利之申請，懇請惠 予審查，並賜准專利，則實感德便。 17 1324657 【圖式簡單說明】 第一圖：本發明之立體分解示意圖 第二圖：本發明之立體局部放大示意圖 第三圖：本發明之密碼組動作示意圖（一） 第四圖：本發明之下推轉軸斜面柱調整示意圖 第五圖：本發明之密碼組動作示意圖（二） 第六圖：本發明之密碼組動作示意圖（三） 第七圖：本發明之俯視動作示意圖（一） 第八圖：本發明之俯視動作示意圖（二） 第九圖：本發明之俯視動作示意圖（三） 第十圖：本發明之俯視動作示意圖（四） 第十一圖：本發明之俯視動作示意圖（五） 第十二圖：本發明之側視動作示意圖 第十三圖：本發明之復歸組動作示意圖（一） 第十四圖：本發明之復歸組動作示意圖（二） 第十五圖：本發明之密碼設定動作圖 【主要元件符號說明】 (A) 密碼鎖 (1A) 内門主體 (1B) 外門主體 (1B1) 透孔 (1B2) 透孔 (1B3) 透孔 (2) 旋钮組 (20) 旋紐回復彈簧 (21) 旋鈕 (22) 旋紐固定座 (221) 容槽 (23) 旋紐復歸座 (231) 頂部 (232) 平面 (233) 凸桿 (234) 容槽 18 1324657When the reset button (31) is pressed, the reset column (33) moves downward, and the slanting surface of the urging block (331) of the complex column (33) and the surface of the reset yoke (34) are *. The downward movement of the returning column (33) pushes the returning pusher (34). 15 The lowering of the rotating shaft (44) produces a restriction. At this time, the lowering of the rotating shaft (44) extends the angle rod (442) on the return seat spring (49). ) will rotate the push-down shaft (10) back to the position when the button is not pressed; please refer to the fourteenth figure, which is a schematic diagram of the reset group action of the present invention (2), release the reset button (31) ), the return spring (30) will push the return seat (6) back to the original position, and also drive the return push (34) and the return column (33) back to the original position, at this time the return seat (6) The homing is such that the push-down shaft (44) thereon is also subjected to the pressure of the push-down shaft spring (48) to enter the initial position before the button (6) is not pressed in the recess (5) in the pedestal (5) of the accommodating seat (9). You can re-press the password you are reading to unlock the door. Continue to refer to the fifteenth figure. When setting the password, enter the correct password (the password will not be set, the password replacement button (36) will not be able to rotate]' and then replace the password set on the inner door main body. The button (36) [this element is fixed to the inner door main body by the e-ring] rotates 90+ degrees, and the password replacement button (36) is connected with a door thickness distance adjustment connection f, and the other end of the connecting tube is inserted in On the password adjustment bar (35), the other side of the code adjustment bar (35) also passes through the round hole (91) of the base (9). The code holder (8) is closed, and the password replacement button is rotated by 9 degrees. The weight adjustment rod (35) is also rotated by 90 degrees, and the rotation of the password adjustment rod (35) causes the cipher holder (8) to move backward, and the toothed portion of the gear clip (47) on the cipher holder (8) (471) ) and the tooth of the reply seat (46) (46 phantom off, three at this time 'press the reset button (31) to clear the old password and then enter the newly set MU (if set to the first password button press 3 Once, each time the grinding down shaft (44) and the return seat (46) are rotated by 36 degrees, the 16 setting of this time makes the push down shaft (44) and the return seat 46) Rotated by 108 degrees], after the setting is completed, the password replacement button (36) is turned back to the original position, and the gear card plug (47) is re-engaged with the teeth (471) and (462) of the return seat (46). Pressing the reset button (31) again - [At this time, the push-down shaft (44) and the return seat (46) are returned to the position where they are not pressed. However, the gear pin (47) which is just re-engaged with the return seat gear becomes Rotation-log degree], that is, the setting of the new milma is completed. The embodiments or drawings are not intended to limit the structural form or size of the present invention, and any suitable changes or modifications of those skilled in the art are applicable. It should be understood that the scope of the invention is not deviated from the scope of the invention. In summary, the embodiments of the present invention can achieve the intended use and the disclosed structure, which has not been seen in the same product, nor has it been disclosed in Before applying, Chengzheng fully complies with the requirements and requirements of the Patent Law, and submits an application for an invention patent according to law. If you wish to apply for a review and grant a patent, you will feel it. 17 1324657 [Simple description of the diagram] First: This book Stereoscopic decomposition of the invention Figure 2 is a perspective view showing the operation of the cipher group of the present invention (1). (2) Figure 6: Schematic diagram of the operation of the cipher set of the present invention (3) Fig. 7: Schematic diagram of the top view of the present invention (1) Fig. 8: Schematic diagram of the top view of the present invention (2) Fig. 9: The present invention Schematic diagram of the plan view (3) FIG. 10: Schematic diagram of the top view of the present invention (4) Fig. 11: Schematic diagram of the top view of the present invention (5) Fig. 12: Schematic diagram of the side view of the present invention Schematic diagram of the resetting group action of the present invention (I) FIG. 14: Schematic diagram of the resetting group action of the present invention (2) FIG. 15: The password setting action diagram of the present invention [Description of main component symbols] (A) Password lock (1A) ) Inner door body (1B) Outer door body (1B1) Through hole (1B2) Through hole (1B3) Through hole (2) Knob set (20) Rotary return spring (21) Knob (22) Rotary mount (221 ) Cassette (23 Rotary return seat (231) top (232) plane (233) lug (234) pocket 18 1324657
(24) 撥動棒座 (241) 平行面 (242) 嵌孔 (243) 頂部 (244) 8字槽 (245) 斜面體 (25) 撥動棒座彈簧（26) 撥動棒 (3) 復歸組 (30) 復歸座彈簧 (31) 復歸按鍵 (32) 内套 (33) 復歸柱 (331) 頂推塊 (34) 復歸推座 (341) 導斜面 (35) 密碼調整棒 (36) 密碼更換鈕 (4) 密碼組 (40) 按鍵彈簧 (41) 按鍵 (42) 内套 (43) 下推柱 (431) 角柱體 (432) 齒環 (44) 下推轉轴 (441) 斜面柱 (442) 角桿 (45) 蓋板 (46) 回復座 (461) 角孔 (462) 齒部 (47) 齒輪卡栓 (471) 齒部 (472) 平行段 (473) 擴大部 (48) 下推轉軸彈簧（49) 回復座彈簧 (5) 基座 (51) 容置座 (511) 角孔 (512) 凹槽 (513) 缺口 (514) 擋塊 (52) 倒斜塊 (53) 延片 (531) 穿孔 (6) 復歸座 (61) 長槽孔 (611) 凸塊 19 1324657 (62) 斜柱塊 (63) 中空框 (64) 擋面 (7) 上推板 (70) 凸塊 (71) 作動槽 (711) 平行段 (712) 擴大部 (72) 抵掣面 (73) 上推板彈簧 (8) 密碼座 (81) 槽孔 (82) 容槽 (83) 凸塊 (9) 底座 (91) 圓孔 (92) 穿孔 (93) 穿孔 (931) 斜面體 (94) 凸座 (941) 容槽 20(24) Toggle bar (241) Parallel surface (242) Insert hole (243) Top (244) 8-word groove (245) Bevel body (25) Toggle bar seat spring (26) Toggle bar (3) Reset Group (30) Reentry seat spring (31) Reset button (32) Inner sleeve (33) Reverting column (331) Pushing block (34) Reversing push seat (341) Leading bevel (35) Password adjustment bar (36) Password replacement Button (4) Password group (40) Button spring (41) Button (42) Inner sleeve (43) Push down column (431) Angle cylinder (432) Tooth ring (44) Push down shaft (441) Bevel column (442 ) Angle bar (45) Cover plate (46) Retaining seat (461) Corner hole (462) Tooth (47) Gear pin (471) Tooth (472) Parallel section (473) Enlargement (48) Push down shaft Spring (49) Resilience seat spring (5) Base (51) Housing (511) Angle hole (512) Groove (513) Notch (514) Stop (52) Reverse block (53) Extension (531 ) Perforation (6) Retraction seat (61) Long slot (611) Bump 19 1324657 (62) Slant block (63) Hollow frame (64) Stop surface (7) Upper push plate (70) Bump (71) Actuation groove (711) Parallel section (712) Enlargement part (72) Abutment surface (73) Upper plate spring (8) Encryption seat (81) Slot (82) Clot (83) Bump (9) Base (91) Round hole (92) Perforated (93) Perforated (931) Bevel (94) Relief (941) Cassette 20