201038804 六、發明說明： 【發明所屬之技術領域】 本發明係一種於排片式鎖芯轉軸之軸桿中裝置排片及其 彈簧甚為便利’能使兩排片共用一彈簧，除可節省一彈簀的 材料費之外；亦可將一桿體與鉚釘式板片一體成型之圓形軸 體内’置入各該排片及各該彈簧之後，壓平鉚釘式板片，即 可固定各該排片及各該彈簧，而在其u形凹槽分隔板的中間 鉚上u型固定板，如此即能組成一更能使鑰匙前進後退更順 暢，使用者更能得心應手之「排片式鎖芯之轉轴改良」。 並可便於製成寬度較窄且來回蜿蜒曲折的鑰匙孔，其鑰 匙之啟閉板，更可製成截斷面為來回蜿蜒曲折且薄的鑰匙， 藉以提昇防撬、防盜的功能者之「排片式鎖芯之轉軸改良」。 【先前技術】 按’傳統習用之排片式鎖芯乃如第9圖所示，概由一套 筒la，一轉轴2a，若干排片3a及其彈簧4a裝置組成。該套 筒la，為一轴向設有貫穿軸孔11之筒體1〇,於該轴孔Η中 至少設有一對轴向凹槽12,並於該轴孔11先端設一承緣13。 而該轉軸2a ’為一於中心設有一鑰匙孔21 (詳如第1〇圖所 示），且於前、後端分設有一突環22和一驅動部23，而可吻 合地樞裝於該套筒la轴孔11中之軸桿20;於該軸桿20上復 設有一只以上的徑向概呈矩形穿孔24 ’且於各該矩形穿孔24 兩側相對分設一概呈、C"型柱坑25和橫方型柱坑26 (詳如第11、12圖所示），以樞設一片以上的排片3a和彈簀 4a。該轉軸2a於樞裝上該排片3a及其彈簧4a之後，始樞裝 至該套筒la的軸孔11中，且令該排片3a的一端藉該彈簧4a 的彈力’頂伸置入該軸孔11内的其一凹槽12中，用以阻擋 該轉軸2a位於該軸孔11中自由正、逆轉動；同時，並可藉 201038804 其前端的突環22以卡止於該軸孔11先端的承緣13上，不致 沒入該軸孔11内；以及藉其後端的驅動部23，與一鎖具或導 電機構樞裝或固定結合，俾作上鎖與否或導電與否的動作用。 Ο ❹201038804 VI. Description of the Invention: [Technical Field] The present invention is a device for arranging a row of sheets and a spring thereof in a shaft of a row-type lock cylinder shaft, which enables the two rows to share a spring, in addition to saving a magazine In addition to the material cost, a circular shaft body integrally formed with a rod body and a rivet type plate may be placed in each of the row pieces and each of the springs, and the rivet type plate may be flattened to fix the pieces. And each of the springs, and the u-shaped fixing plate is riveted in the middle of the U-shaped groove partitioning plate, so that the key can make the key forward and backward more smoothly, and the user can more easily handle the "disc type lock cylinder". Improvement of the shaft." It can be easily made into a keyhole with a narrow width and a meandering back and forth. The key opening and closing plate can be made into a key with a cross-section that is meandering and thin, so as to improve the function of preventing smashing and theft prevention. "Improved shaft of the disc type lock cylinder". [Prior Art] The conventionally used platoon lock cylinder is composed of a set of cylinders la, a rotating shaft 2a, a plurality of rows of sheets 3a and springs 4a thereof as shown in Fig. 9. The sleeve la is a cylindrical body 1 Having a through-shaft hole 11 in the axial direction, at least a pair of axial grooves 12 are formed in the shaft hole, and a bearing edge 13 is provided at the apex of the shaft hole 11. The rotating shaft 2a' is provided with a key hole 21 at the center (as shown in FIG. 1), and a protruding ring 22 and a driving portion 23 are respectively arranged at the front and the rear ends, and are hingedly mounted on the shaft 2a. The shaft of the sleeve la shaft 11 is 20; more than one radial substantially rectangular through hole 24' is disposed on the shaft 20, and an outline is formed on both sides of the rectangular through hole 24, C" The column pit 25 and the horizontal column pit 26 (shown in detail in Figs. 11 and 12) are used to pivot one or more rows 3a and magazines 4a. The shaft 2a is pivotally mounted on the row piece 3a and its spring 4a, and is pivotally mounted into the shaft hole 11 of the sleeve la, and one end of the row piece 3a is placed into the shaft by the elastic force of the spring 4a. a groove 12 in the hole 11 is configured to block the rotation shaft 2a from being freely rotated in the shaft hole 11; and at the same time, the front end of the ring 22 can be used to lock the apex of the shaft hole 11 at the front end of the 201038804. The bearing edge 13 is not immersed in the shaft hole 11; and the driving portion 23 at the rear end thereof is pivotally or fixedly coupled with a lock or a conductive mechanism to act as a lock or a conductive or non-conductive operation. Ο ❹
蓋因前述傳統習用排片式鎖芯之各排片3a，除於其片體 30中央設一啟閉用穿孔31外，復於兩側對應分設有一頂彈 簧4a用突台32和卡定突台34;致在作樞裝至轉轴2a軸桿 20上之各矩形穿孔24中的動作時，須先將一彈簧4a裝入該 矩形穿孔24 —側的，c"型柱坑25中之後，才能作將該排 片3a插裝入該矩形穿孔24中的動作；而在作該樞裝動作 時，由於該排片3a片體30 —侧的頂彈簧用突台32，係可沿 該T塑柱坑25毫無阻礙地作插入動作無疑；惟，於該片 體30之另一侧對應另端所另設之該卡定突台34，同須 矩形穿孔24的設置該T型柱坑25該側作插人動作因X 此，將會-路磨擦及該V型柱坑25對側之該矩形穿 的内壁，才能到達該矩形穿孔24内的方、 並卡定在該橫方，底部上(如第 狀態）’也才能再作該轉軸2a樞裝至一套筒1& 丁 以裝組成一排片式鎖芯的動作。因而，， 2。上的各矩形穿孔24中，作插裝各該排為片在3=二= 頗為不順暢，影響製程甚矩；而在將各 f作時，乃 矩形f孔财之後，雖入各該 卡定於該橫方f型柱坑26底部上片趙准3=:;突台34 的高度十分侷限’且又受卿簧4a㈣力向^卡=^34 彈脫出該矩形穿孔24外側的情形，而易 常發生 將該轉軸2a枢插入該套筒la之軸孔於作 作，同會影響製程。 裝組成鎖芯的動 其次，按該傳統習用排片式鎖芯的鎖閉 端賴於其轉轴2a之軸桿20上所樞裝之若干&片％構， 201038804 得於該轴桿20中心設置矩形鑰匙孔21 (如第l〇圖所示），以 便插入鑰匙5a (如第14圊所示）之啟閉板51，令各該排片 3a之伸置於該套筒la之轴孔丨1凹槽12内的該端，均完全縮 入該軸桿20外徑範圍内，才能達成開鎖或開啟的目的。由於， 該傳統習用排片式鎖芯之轉軸2a，都係以鋁鋅合金為材料」 •體模製成型製成者，於該轴桿20中心所設之鑰匙孔21，又係 深入該轴桿20的内部，因此，乃無法模製成寬度甚窄與蜿蜒 曲折形狀的鑰匙孔，只能模製出寬度至少逾1.5m. m.以上，且 僅於其孔口 211(如第9圖中顯示）處設置成概呈長、卜"型 〇 或其相類形狀之簡單曲折形狀鑰匙孔孔口 211，並於該孔口 211稍内側之兩側，分設一轴向三角形突台212 (其一三角形 突台被突環22遮蔽，未揭示出）而已；於該軸桿20内部的 鑰匙孔21中，則不但僅設為頗寬之矩形形狀，至多亦僅於該 孔21内一側設有一轴向三角形突台212而已（如第1〇、13 圖所示）。因而，乃極易被竊賊破壞而達成其作撬、盜開該排 片式鎖芯的動作。 再者’既因該傳統習用排片式鎖芯之轉軸2a轴桿2〇的 鑰匙孔21及其孔口 211之設計’為頗寬之矩形與長，型 ❹設計，且於該孔口 211稍内侧之兩側對應設置距離甚近之兩 抽向二角形突台212,因此，其瑜起5a (如第14、15圖所示） 之啟閉板51即須以頗厚的金屬板製作。而’該整支鑰匙5a - 固然可採金屬板沖製成型方式製成；但該啟閉板51非得再採 銑床或刨床等機具銑、刨成長，4〃型斷面形狀，及於兩侧 面分別銑、刨製一軸向、V，型凹槽511不可。故在製作上乃 十分不便且費時、費工。 【發明内容】 鑑於傳統習用之排片式鎖芯的轉轴之啟閉板，在作裝 組與製作工作及防盜功能等上，均有上述之不便與缺失， 且製作成本較高不符經濟效益，鄙創作人特經研試而發明 201038804 本發明之「’排片式鎖芯之抽袖改良」。 本發明之目的旨在改良一種排片式鎖芯轉 排片共用一彈簧’除可節省一彈簧的材料費之m 組成的鎖芯更具防撬竊賊盜開的特性與作用也窳二 彈箸頂標的兩排片作盜開動作，防盜: 本，明之再-目的旨在改良—種排片式鎖芯轉轴分 ^形桿體結合之轉輛本體前後端，分別樞釘（定) Ο ❹ 2 以製作、裝配成不同款式或不同長短$ 兴甚大。p省頗多的模具製作費或製程’故對製鎖業者助 極於ίϊΐ之另一目的旨在改良一種排片式鎖芯轉軸’較 ΐίϊϊίΐ片i其彈簧的動作，且便於於其軸桿中製作 曲折的鑰匙孔，藉以防止竊賊以金屬 板或具作撬、盜_作者之排片式鎖芯轉轴改良。 編ΐ再另—目的旨在改良—種排片式鎖芯轉轴，該 丁式板片係與轉轴轴桿製成_體成型之圓形桿體，置人各 j片及，彈*之㈣平娜釘式板片以固定各該排片及各該彈 J，而在其υ形凹槽分隔板的中間娜上U型固定板，如此即 鑰匙前進後退更順暢’使用者更能得心應手且降 降低t裝費狀-種排片式鎖芯之轉軸改良。 护2達？本發明之首一目的，特將-排片式鎖芯之轉軸軸 二:體’係包含將兩半gj型桿體關面所設的&右U形凹 ^左U形凹槽間，共同設置一較寬的矩形四槽；同時， 各排片設為於其片體i突設-水平L衫桿；俾於 ::兩半圓型桿體間之每對（兩）相對向右U形凹槽或向 开y凹槽間，分別各樞裝一排片時，僅於該每一較寬短 矩形凹槽中樞裝-排片彈簧，即可作為每兩排片共同用的 6 201038804 彈簧。除可至少節省一半的排片彈簧零件費用之外，更具 可提高防撬的功效。 Ο Ο 為達到本發明之再一目的，特將一排片式鎖芯之轉軸轴 桿桿想，係包含分由兩相同形狀、大小的第一、二半圓型 桿體相對嵌合固定結合成一體構成；且於各該半圓型桿體 的前、後端，分別突設一半圓形突榫，係於樞裝上若干排 片及其彈簧後，於前、後端分別再套固裝置一套環和一驅 動部，以裝組成一轉轴。如是，即可方便製作裝置不同片 數之排片的不同長短軸桿，以套固裝置相同的套環和驅動 部時，而能便於製成不同長短規格的轉轴，用以裝組成不 同長短規格的排片式鎖芯轉軸。 為達到本發明之再另一目的’該鉚釘式板片係與轉軸轴 桿製成一體成型之圓形桿體，其鉚釘式板片可全部設置左 邊’也可全部設置右邊，亦可設置左右雙邊；於一體成型之 圓形桿體置入各該排片及各該彈簧，置入之後再將鉚釘式板 片壓平，即可固定各該排片及各該彈簧於一體成型之圓形桿 體内，再於υ形凹槽分隔板的中間鉚上υ型固定板，如此即 組成一更能使鑰匙前進後退更順暢，使用者更能得心應手作 開鎖動作及防止竊賊以金屬板或替代工具作撬、盜^動作 者之排片式鎖怒轉轴改良。 【實施方式】 如第1、2圖所示，分別為本發明排片式鎖芯之轉 的立體圖和立體分解圖。本發明排片式鎖芯，實際上係 前述傳統習用者一樣，係包括：一套筒丨，一轉軸2，多彻 ^片3及多個彈簧4裝置組成；其套筒i之構造及作^ =轉軸2的方式’均與前述傳統習用排片式鎖芯者， 处不另贅述。惟’其轉軸2之軸桿2〇，係分由兩、相 鉍i大小"的第了、二半圓型桿體20a、20b相對嵌合固^ 、、’。。成一體構成；且於各該半圓型桿體2〇a、2〇b的前、後 7 201038804 端，分別突設一半圓形突榫202、203，俾分別再與一套環 22和一驅動部23套固結合以組成一轉軸2(如第1圖所示 狀態）。為令該套環22和該驅動部23能確實與該已相對嵌 • 固結合成一體的兩半圓型桿體20a、20b前、後端，已相對 結合形成圓形突榫的兩前相對半圓形突榫202和兩後相對 半圓形突榫203套固結合，不致產生脫落分離和相對自轉 轉動現象’特將該套環22環體220的内孔221，設為至少 於一侧内壁具一平面突緣222的概呈型孔，且於環體 220 —側設一中心與該平面突緣222約對齊、平行的穿孔 〇 223 ;而於其一前半圓形突榫202的外侧緣上，對應設一平 面缺緣204。如是，即可令該已相對結合成圓形突榫的兩 前相對半圓形突榫202能與該套環22定位套装結合，隨即 再以鑽頭於該穿孔223上引鑽貫穿該具平面缺緣204的其 一前半圓形突榫202，即可如第3圖所示地插裝上一銷6 牢固固定之。而，該驅動部23，則係於其方形或矩形桿體 230的内端’突設一套筒231以與該已相對結合形成圓形 突榫的兩後相對半圓形突榫203套固結合，且係將該套筒 231的柱坑234,設為至少於一側内壁具一平面突緣232的 ◎ 概呈、D〃柱坑；並於該套筒231筒體一側，設一中心與該 平面突緣232約對齊、平行的穿孔233 ;而同於其一後半 圓形突榫203的外側緣上，對應設一平面缺緣204。如是， 即同可令該已相對結合成圓形突榫的兩後相對半圓形突榫 • 203能與該套筒231定位套裝、结合’並再同依第3圖所示 及前述方式，另以一銷6a同如第4圖中所示方式牢固固定 之。 前述兩相同形狀、大小之第一、二半圓型桿體20a、 20b的模製成型方式，係包含將第一、二半圓型桿體20a、 20b内側面所設的向右U形凹槽24a或向左u形凹槽24b 間，共同設置一較寬的矩形凹槽27 ;同時，將其各排片3 8 201038804 設為於=體-側突設-水平L型突桿33;俾於該每第 :二t ΐ桿體2〇a、2〇b間之每對（兩）相對向右u 向左㈣凹槽灿間，分別各棍裝-排片3 時^僅於該每一較寬矩形凹槽27中樞裝一排片彈菁4，即 可作為母兩排片3共同用的彈簧。 又’其中之兩相同形狀、大小的第一 兩端所設的突榫2〇2、203，除設為 ί多半方形ί半矩形突榫’或是設為半六角形或 ❹ Ο 22援/^ 及㈣圓形或半扁11形突榫；而其套環 之内孔221形狀和驅動部23上之套筒231的 體；3〇 應配合設置；同時，該驅動部23桿 他彤妝心設為：螺桿或圓形、扁圓形桿體及其 乂 4干體，或者疋設為筒形桿體（圖中均略） 再如第4圖為本發明較佳實施例之轉轴2的軸桿2〇和 =所裝置之排片3、排片彈簧4立體分解圖。該袖桿2〇 =分由兩相同形狀、大小的第—、二半圓型桿體2〇a、 20b相對嵌合固結合成—體構成，其較佳實施例係於該兩 =圓型桿體20a、20b内侧面所設的每兩向右㈣凹槽或 ^左U形凹槽24a、24b間’改共同設置一較寬的矩形凹 槽 ’將其各排片3改於其片體30一側突設一水 平土型突桿33。如是’於該每兩半圓型桿體服、屢間 之每對（兩）相對向右u形凹槽或向左U形凹槽24a、24b 間刀別各樞裝一排片3時，乃能僅於該每一較寬矩形凹 槽27中樞裝一排片彈簧4，即可作為每兩排片如、北（如 第5、6圖中所示）共同用的彈簧。 請再參閱第7、7-卜8、8-1圖所示，為本發明再一較佳 實施例之轴桿桿體與料式板片製成—艘成型之立體圖及縱 斷面分解圖。該排片式鎖芯之轉軸改良，包括：一套筒丨，一 201038804 轉軸2'，多個排片3’多個彈簧4，多個鉚釘式板片7，多個 U型固定板8組成’其中；鉚釘式板片7係與轉軸2,軸桿製 成一體成型之圓形桿體，其鉚釘式板片7係設於兩排片 3a、3b共用一彈簧4上’且該鉚釘式板片7可全部設於左邊， 也可全部設於右邊（如第7、7-1圖所示），亦可設於左右雙 邊（如第8、8-1圖所示）；將各該排片3a、3b及各該彈簽4 分別樞裝入一體成型之圓形桿體20'内，之後再將鉚釘式板片 7壓平，即可固定各該排片3a、3b及各該彈簧4於圓形桿體 2(Τ内，再於向右U形凹槽24a分隔板的中間鉚上u型固定 Ο 板8，如此即組成一轴芯轉軸2'，更能使鑰匙前進後退更順 暢，使用者更能得心應手作開鎖動作及防止竊賊以金屬板或 替代工具作撬、盜開動作者之排片式鎖芯轉軸改良。 , 上述之本發明名稱與内容僅係為方便描述本發明之技 術内容所定，而非用以限制本發明之權利範圍。且，舉凡 依據本案之創作精神所作的等效應用或元件轉換、 均應涵蓋在本案之保護範圍内。 201038804 【圖式簡單說明】 第1圖為本發明排片式鎖芯之轉轴立體圖。 ，2圖為本發明排片式鎖芯之轉軸構件立體分解圖。 • ^ 3圖為於第2圖中之3〜3’剖面線位置橫載斷面圖。 4圖為本發明較佳實施例之轉軸和其中所裝置之排片及其 彈簧的立體分解圖。 第5圖為以第4圖例所示之轉軸裝置組成排片式鎖芯時之縱 斷面示意圖。 第6圖為於第5圖中之6~6,刮面線位置橫戴斷面圖 〇 第7圖為本發明排片式鎖芯之轉軸左邊或右邊鉚釘式板片一 體成型之立體圖。 第7〜1圖為以第7圖例所示之排片式鎖芯之轉轴左邊或右邊 h 鲫釘式板片一體成蜇之縱斷面示意圖。 第8圖為本發明排片式鎖芯之轉轴左右雙邊鉚釘式板片一體 成型之立體圖。 第圖為以第8圖例所示之排片式鎖芯之轉轴左右雙邊鉚 釘式板片一體成螌之縱斷面示意圖。 第9圖為傳統習用排片式鎖芯之立體分解圖。 ^ 第1(J圖為傳統習用排片式鎖芯之於不樞設排片位置的橫斷面 圖。 第11圖為傳統習用之排片式鎖芯，於柩設其一排片及其彈簧 位置的橫斷面圖。 第12圖為於以如第11圖所示方向樞設之排片相隔鄰所樞設 的另一排片及其彈簧位置的橫斷面圖。 第U圖為傳統習用之排片式鎖芯插入鑰匙之啟閉板時的橫斷 面示意圖。 第丨4圖為傳統習用之排片式鎖芯鑰匙之平面圖。 第15圖為傳統習用之排片式鎖芯之錄匙的啟閉板橫斷面圖。 11 201038804 【主要元件符號說明】 1 —*—套筒。 2.........轉轴。 2’.........桿體與鉚釘式板片一體成型之轉軸。 3.........排片。 4.........彈簧。 5.........餘匙。 6、6a.........銷。 7.........鉚釘式板片。 8.........U型固定板。 10.........筒體。 11.........軸孔。 12.........凹槽。 20.........桿體。 20’.........桿體與鉚釘式板片一體成型之轉軸桿體。。In addition to the opening and closing perforations 31 in the center of the sheet body 30, the cover plate 3a of the conventional conventional row-type lock cylinder is provided with a top spring 4a with a projection 32 and a locking projection. 34; in the action of pivoting into each of the rectangular perforations 24 on the shaft 20 of the shaft 2a, a spring 4a is first loaded into the c-quot; The action of inserting the row piece 3a into the rectangular through hole 24 can be performed; and when the pivoting action is performed, the top spring stage 32 of the side of the sheet piece 30a can be along the T-plastic column. The insertion of the crater 25 without any hindrance is undoubted; however, the other side of the body 30 corresponds to the locking projection 34 provided at the other end, and the T-shaped crater 25 is provided with the rectangular perforation 24. The side insertion action is due to X, and the inner wall of the rectangle pierced by the opposite side of the V-shaped column pit 25 can reach the square inside the rectangular through hole 24 and be locked on the horizontal side and the bottom side. (such as the state) can also be used to pivot the shaft 2a to a sleeve 1 & amp to assemble a row of disc lock cylinders. Thus, 2. In each of the rectangular perforations 24, the insertion of each of the rows into a sheet at 3=2= is quite unsmooth, affecting the process, and when each f is made, it is a rectangular f-hole, although The card is set on the bottom of the horizontal f-type column pit 26, and the height of the protrusion 34 is very limited, and the spring 4a (four) force is pulled toward the outer side of the rectangular perforation 24 by the spring 4a (four) force. In this case, it is easy to occur that the shaft 2a is pivotally inserted into the shaft hole of the sleeve la, which affects the process. Next, the locking end of the conventional lock cylinder is mounted on the shaft 20 of the shaft 2a of the conventional lock cylinder. The 201038804 is centered on the shaft 20 A rectangular keyhole 21 (shown in FIG. 1) is provided to insert the opening and closing plate 51 of the key 5a (as shown in FIG. 14), so that each of the row pieces 3a is extended to the shaft hole of the sleeve la. 1 The end of the groove 12 is completely retracted into the outer diameter of the shaft 20 to achieve the purpose of unlocking or opening. Since the rotating shaft 2a of the conventional conventional arbor type lock cylinder is made of aluminum-zinc alloy", the keyhole 21 provided in the center of the shaft 20 is deep into the shaft. The inside of the rod 20, therefore, cannot be molded into a keyhole having a narrow width and a meandering shape, and can only be molded to have a width of at least more than 1.5 mm and only the aperture 211 thereof (as shown in Fig. 9). a simple meander-shaped keyhole aperture 211 that is generally long, embossed, or the like, and an axial triangular projection 212 is disposed on both sides of the aperture 211. A triangular projection is obscured by the collar 22, which is not disclosed. The keyhole 21 inside the shaft 20 is not only provided in a wide rectangular shape, but also at most on the inner side of the hole 21. An axial triangular projection 212 is provided (as shown in Figures 1 and 13). Therefore, it is extremely easy for the thief to destroy and achieve the action of stealing the slidable lock cylinder. Furthermore, the design of the keyhole 21 and its aperture 211 of the shaft 2a of the conventionally used slidable lock cylinder is a wide rectangular and long design, and is slightly shaped at the opening 211. The two sides of the inner side correspond to the two closely spaced rectangular projections 212. Therefore, the opening and closing plates 51 of the upper 5a (as shown in Figs. 14 and 15) must be made of a thick metal plate. And 'the whole key 5a - although the metal plate can be made into a punching type; but the opening and closing plate 51 has to be milled or planed, such as milling machine, planing growth, 4〃 section shape, and The side is separately milled and planed for an axial, V, and shaped groove 511. Therefore, it is very inconvenient and time-consuming and labor-intensive in production. SUMMARY OF THE INVENTION In view of the conventionally used opening and closing plates of the rotating shaft of the type of lock cylinder, the above-mentioned inconvenience and lack of the manufacturing and the anti-theft function, and the high production cost are not economical.鄙 The author of the invention was invented and invented 201038804, "the improvement of the sleeve of the row type lock cylinder". The object of the present invention is to improve a type of lock-type lock core transfer sheet sharing a spring'. In addition to saving a spring material cost, the lock core is more resistant to thieves and thieves. Two rows of tablets for stealing action, anti-theft: Ben, Mingzhi re--the purpose is to improve - the kind of row-type lock cylinder hinge shaft and the shape of the rod body combined with the front and rear ends of the rotating body, respectively, the pivot pin (set) Ο ❹ 2 to make , assembled into different styles or different lengths and lengths. There are a lot of mold making costs or processes in the province, so the other purpose of helping the locksmiths is to improve the movement of a type of lock cylinder shaft, which is easier to use in its shaft. Make a tortuous keyhole to prevent the thief from using a metal plate or a smashing shovel. Codification and other purposes - the purpose is to improve - a kind of row-type lock cylinder shaft, the D-type plate system and the shaft shaft made of _ body-formed circular rod body, set each j piece and bomb * (4) Pinna nail plate to fix each row and each of the bullets J, and a U-shaped fixing plate in the middle of the meandering groove partitioning plate, so that the key advances backward and smoothly, and the user is more comfortable. And the reduction of the t-feet--the improvement of the shaft of the row-type lock cylinder. 2 protection? In the first object of the present invention, the shaft-shaft of the row-type lock cylinder is two: the body' comprises a combination of a two-half gj-shaped rod body and a right U-shaped concave ^left U-shaped groove. A wide rectangular four-slot is provided; at the same time, each row of sheets is set to be protruded from the sheet i-level L-shaped rod; 俾:: each pair between the two semi-circular rods (two) is opposite to the right U-shaped concave When a row of sheets is pivoted between the slots or the open y recesses, only the pivot-discharge springs of the wider and shorter rectangular recesses can be used as the 6 201038804 springs commonly used for each two rows of sheets. In addition to saving at least half of the cost of the leaf spring parts, it can improve the anti-mite effect. Ο Ο In order to achieve the further object of the present invention, a row of spool-type lock shaft shaft rods is specially designed, and the first and second semi-circular rods of the same shape and size are combined and fixed together. And a semi-circular protrusion is respectively protruded from the front and the rear ends of each of the semi-circular rods, and is arranged on the front and rear ends of the plurality of circular protrusions after pivoting the plurality of rows and the springs. And a driving part to assemble a rotating shaft. If so, it is convenient to make different lengths and short shafts of different number of rows of the device, so as to fix the same collar and driving part of the device, it is convenient to manufacture the rotating shafts of different lengths and specifications for assembling different lengths and specifications. The row of cylinder lock shafts. In order to achieve the other object of the present invention, the rivet type plate and the shaft shaft are integrally formed into a circular rod body, and the rivet type plate can be all set to the left side, or all of the right side can be set, and the left side can also be set. Bilaterally; a circular rod body formed in one piece is placed in each of the row pieces and each of the springs, and after the insertion, the rivet type plate is flattened, thereby fixing the row of the pieces and the circular rod body integrally formed by the springs. Inside, the υ-shaped fixing plate is riveted in the middle of the 凹槽-shaped groove dividing plate, so that the composition can make the key forward and backward more smoothly, and the user can more easily handle the unlocking action and prevent the thief from using a metal plate or an alternative tool. As a smashing, thief-moving author's platoon lock anger shaft improvement. [Embodiment] As shown in Figs. 1 and 2, respectively, a perspective view and an exploded perspective view of the rotation of the disc type lock cylinder of the present invention are shown. The volley type lock cylinder of the present invention is actually composed of a sleeve 丨, a rotating shaft 2, a plurality of slabs 3 and a plurality of springs 4; the construction of the sleeve i and the operation thereof are the same as the conventional ones. = The way of the shaft 2 is the same as the conventional conventional row-type lock cylinder, and will not be described again. However, the shaft 2 of the shaft 2 is divided into two, and the first and second semi-circular rods 20a and 20b are relatively fitted and fixed. . Formed integrally; and at the front and rear ends of each of the semicircular rods 2〇a, 2〇b, at the end of 201038804, half of the circular protrusions 202, 203 are respectively protruded, respectively, with a set of rings 22 and a drive The portion 23 is sleeved and combined to form a shaft 2 (as shown in Fig. 1). In order to enable the collar 22 and the driving portion 23 to be surely coupled to the front and rear ends of the two semi-circular rods 20a, 20b which are integrally integrated with each other, the two front and opposite sides of the circular abduction are formed to be oppositely combined. The circular protrusion 202 and the two rear semi-circular protrusions 203 are sleeved and combined, so as not to cause the separation and the relative rotation rotation phenomenon, the inner hole 221 of the collar 22 of the collar 22 is set to be at least one inner wall. An annular hole having a planar flange 222, and a perforated crucible 223 having a center aligned with the planar flange 222 on the side of the ring body 220; and a lateral edge of a front semicircular protrusion 202 Upper, corresponding to a plane missing edge 204. If so, the two front opposite semi-circular protrusions 202 that have been relatively combined into a circular abduction can be combined with the collar 22 positioning set, and then the drill bit is drilled through the flat hole 223 through the flat surface. One of the front semicircular protrusions 202 of the rim 204 can be firmly fixed by inserting a pin 6 as shown in FIG. The driving portion 23 is formed by a sleeve 231 protruding from the inner end of the square or rectangular rod 230 to form a pair of rear semi-circular protrusions 203 which are oppositely combined to form a circular protrusion. In combination, the column 234 of the sleeve 231 is defined as a ◎ generalized, D-column crater having a flat flange 232 at least on one inner wall; and on the side of the sleeve 231, a A hole 233 having a center aligned with the plane flange 232 and having a parallel alignment; and a flat edge 204 corresponding to a rear edge of the rear semicircular protrusion 203. If so, the two rear semi-circular protrusions 203 that can be relatively combined into a circular abduction can be positioned and coupled with the sleeve 231 and reconciled with the manner shown in FIG. 3 and described above. In addition, a pin 6a is firmly fixed as shown in Fig. 4. The two first and second semicircular rod bodies 20a, 20b of the same shape and size are molded into a right U-shaped groove provided on the inner side surfaces of the first and second semicircular rod bodies 20a, 20b. Between 24a or the left u-shaped groove 24b, a wider rectangular groove 27 is provided together; at the same time, each of the rows 3 8 201038804 is set to the body-side protruding-horizontal L-shaped protrusion 33; Each pair of the second: two t-bar body 2 〇 a, 2 〇 b (two) relative to the right u to the left (four) groove between the two, each stick - row 3 when only ^ each The wide rectangular groove 27 is pivotally mounted with a row of pieces of elastic crystals 4, which can be used as a spring for the mother two rows of sheets 3. And 'the two of the same shape and size of the first two ends of the protrusion 2 〇 2, 203, in addition to ί more than half ί semi-rectangular 榫 ' or set to half-hexagon or ❹ Ο 22 aid / And (4) a circular or semi-flat 11-shaped abrupt; and the shape of the inner hole 221 of the collar and the body of the sleeve 231 on the driving portion 23; 3〇 should be matched; and at the same time, the driving portion 23 is smashed The heart is set as: a screw or a circular, flat circular rod body and its 乂4 dry body, or 疋 is a cylindrical rod body (all of which are omitted). FIG. 4 is a rotating shaft of a preferred embodiment of the present invention. 2 shaft 2 〇 and = the arrangement of the device 3, the row spring 4 stereo exploded view. The sleeve 2 is composed of two first and second semi-circular rods 2〇a and 20b of the same shape and size, and the preferred embodiment is based on the two=round rods. Each of the two rightward (four) grooves or the left U-shaped grooves 24a, 24b provided on the inner side of the body 20a, 20b is provided with a wider rectangular groove, and the respective rows 3 are changed to the body 30 thereof. A horizontal earth-shaped projecting rod 33 is protruded from one side. For example, when each of the two semi-circular rod suits, each pair (two) of the opposite right u-shaped grooves or the left U-shaped grooves 24a, 24b are pivotally mounted with a row of sheets 3, Only one row of leaf springs 4 is pivotally mounted in each of the wider rectangular recesses 27 as a spring for each of the two rows of sheets, such as North (as shown in Figures 5 and 6). Please refer to FIGS. 7, 7-b, 8 and 8-1 for a perspective view and a longitudinal section exploded view of the shaft body and the material plate of the preferred embodiment of the present invention. . The shaft of the row lock cylinder is improved, comprising: a sleeve 丨, a 201038804 shaft 2', a plurality of rows 3' plurality of springs 4, a plurality of rivet sheets 7, and a plurality of U-shaped fixing plates 8 The rivet type plate 7 is combined with the rotating shaft 2, and the shaft is formed into a circular rod body integrally formed, and the rivet type plate 7 is disposed on the two rows 3a, 3b sharing a spring 4' and the rivet type plate 7 They can all be set on the left side or all on the right side (as shown in Figures 7 and 7-1), or they can be set on the left and right sides (as shown in Figures 8 and 8-1); each of the rows 3a, 3b and each of the bullets 4 are respectively pivoted into the integrally formed circular rod body 20', and then the rivet type plate 7 is flattened, thereby fixing the row pieces 3a, 3b and the springs 4 in a circular shape. The rod body 2 (in the crucible, and then the u-shaped fixing slab 8 is riveted in the middle of the partition plate of the right U-shaped groove 24a, thus forming a shaft-core rotating shaft 2', which makes the key forward and backward more smoothly, and is used. The person is more able to handle the unlocking action and prevent the thief from using the metal plate or the substitute tool as a smashing and stealing the arranging of the arranging lock core of the actor. The above-mentioned invention name and the inside The scope of the present invention is not limited to the scope of the present invention, and equivalent applications or component conversions according to the spirit of the present invention should be covered within the scope of the present disclosure. 201038804 [Simple description of the drawings] Fig. 1 is a perspective view of the rotating shaft of the row-type lock cylinder of the present invention. 2 is an exploded perspective view of the shaft member of the row-type lock cylinder of the present invention. • Fig. 3 is shown in Fig. 2. 3 to 3' cross-sectional position cross-sectional view. 4 is a perspective exploded view of the rotating shaft and the row of the device and the spring thereof in the preferred embodiment of the present invention. FIG. 5 is a view showing the fourth figure. The longitudinal section of the rotating shaft device is composed of the row-type lock cylinder. The sixth figure is the 6~6 in the fifth figure, the cross-sectional view of the scraping line position is taken. Figure 7 is the rotating shaft of the row-type lock cylinder of the present invention. The left or right rivet plate is integrally formed into a three-dimensional view. The 7th to 1st drawings are schematic views of the longitudinal section of the left or right h-shaped plate of the rotating core of the row-type lock cylinder shown in Fig. 7 . Figure 8 is the left and right axis of the row of the lock cylinder of the present invention The three-dimensional view of the side rivet plate is integrally formed. The first figure is a longitudinal sectional view of the left and right double rivet type plates of the rotating shaft of the row-type lock cylinder shown in Fig. 8. Fig. 9 is a conventional conventional row type The three-dimensional exploded view of the lock cylinder. ^ The first figure (J is a cross-sectional view of the conventional conventional row-type lock cylinder in the position where the plate is not pivoted. Figure 11 is a conventional conventional row-type lock cylinder. A cross-sectional view of the row and its spring position. Fig. 12 is a cross-sectional view of another row of sheets and their spring positions pivoted apart from each other in a direction as shown in Fig. 11. A cross-sectional view of a conventionally used slat lock cylinder inserted into a key opening and closing plate. Fig. 4 is a plan view of a conventional conventional platoon lock key. Figure 15 is a cross-sectional view of the opening and closing plate of the conventionally used platoon lock cylinder. 11 201038804 [Explanation of main component symbols] 1 —*—Sleeve. 2.........spindle. 2'.........The shaft and the rivet plate are integrally formed with the shaft. 3......... 排片. 4.........spring. 5.........the rest of the spoon. 6, 6a.........pin. 7...... rivet plate. 8.........U-shaped fixing plate. 10.........The cylinder. 11.........shaft hole. 12......... groove. 20.........The body. 20'.........The shaft body formed by the rod body and the rivet type plate. .
20a、20b……兩相同形狀、大小的第一、二半圓型桿體。 21.........鑰匙孔。 21a.........半鑰匙孔。 21b.........半鑰匙孔。 22.........突環。 23.........驅動部。 24a.........向右U形凹槽。 24b.........向左U形凹槽。27.........較寬矩形槽。 28……突柱。 30.........片體。 31.........啟閉用穿孔。 33.........水平L型突桿。 202、203.........半圓形突榫。204.........平面缺緣。 211 .........餘匙孔孔口。221 .........内 孑L。 222.........平面突緣。 223.........穿孔。 230.........方形或矩形桿體。231.........套筒。 232 .........平面突緣。 233.........穿孔。 234.........柱坑。 1220a, 20b... Two first and second semicircular rods of the same shape and size. 21.........the keyhole. 21a.........half keyhole. 21b.........half keyhole. 22.........sudden ring. 23.........Driver. 24a......... U-shaped groove to the right. 24b......... U-shaped groove to the left. 27.........wider rectangular slots. 28...The stud. 30.........The body. 31.........Open and close the perforation. 33......... Horizontal L-shaped protruding rod. 202, 203......... Semicircular abrupt. 204......... plane missing. 211 ......... left keyhole aperture. 221 ......... inside 孑L. 222......... Planar flange. 223.........perforated. 230......square or rectangular body. 231.........sleeve. 232 ......... plane flange. 233.........Perforation. 234.........column pit. 12