Ο Ο 200930507 九、發明說明： 【發明所屬之技術領域】 本發明係與套筒結構有關，主要係將各 «合件之套筒，作一改良使之更為漆善，二2 I種能達至實祕之功效，且於使用 2 形狀之螺合件。 备用於各式 【先前技術】 按吾人切所知，射可套合各;切狀螺合件之套筒 結構’如美國專利3 6 7 5 5 1 β以对雈ra \山 ° 广。516以及美國公告號200 〇 〇 9 3 9 9 6即台灣專利中請號：◦ 9 i 2丄8 2 8 6 ’此—件專利案結構原理係為：該套筒本體内成型有 ^套合孔’該套合孔環設奸二個凸塊，各凸塊間具問隔 排列，如各公報之第二圖所示，該美國專利3 6 7 5 5丄 6之凸塊結構如第三圖所示係呈i 4 4度及4 5度之尖 形凸塊’而該美國公告號2 0 0 4/0 〇 9 3 9 9 6之凸 塊係呈圓弧狀抵頂面；藉此該二件專利案之套筒因設有十 二個凸塊結構即可套合齒輪形、星形即E形、六邊形或多 種形狀之螺合件進行套合旋動作業，此即為二件專利案主 要之優點。 v' /但此二件美國專利案之缺失係為：螺合件最常見之結 構係為六邊形公制、六邊形英制、齒輪形以及星形E規 ，，當六邊形公制為i 9 m m時係與六邊形英制四分之 =、齒輪形1 9及星形E 2 4所搭配同一套筒，而六邊形 公制為1 8 mm時係與六邊形英制十六分之十一、齒輪形 200930507 〇 Ο 1 8及星形Ε2 2所搭配同一套筒，但六邊形公制為ι g mm與六邊形英制四分之三及星形e 2 4均有不同差 矩，同理六邊形公制為1 8mm與六邊形英制十六分之十 一及星形E 2 2差矩又不同，該二件美國專利案套筒之十 二凸塊係呈環狀問隔排列，該間隔排列使各凸塊間具相同 間矩，若設計時使該套筒旋動六邊形公制1 9 mm符合旋 動時公差時，該套筒旋動六邊形英制四分之三或星形£ 2 4公差即不同也許太大或太小，同理該套筒旋動六邊形公 制j1 8 mm符合旋動時公差時，該套筒旋動六邊形英制 十/、刀之十及星形E 2 2公差即不同也許太大或太 小，各種形狀之螺合件有其不同之規格，其差矩即不同， 該差矩係無法有公式可運算，該套筒環設有十二個 矩該相同間隔並無法符合套合各種形狀螺 專二 結構係為：一種套筒結構改良，其主要係包含有Γ—^案 =广ΓΓ依序形成卡制緣、容置槽及凹槽呈順ti 一卡制緣間係為容置槽，並於卡制緣突出之弧2緣與另 =一槽，使其卡制緣由原先之-弧面增加= 凹槽此制緣’該卡制緣上凹設有一 置槽與凹槽間之關切可套合多種 200930507 形狀之螺合件，但該套筒實際旋動螺合件時，該專利案雖 可比上述二件美國專利案旋動各種形狀螺合件時可減少 旋動很多規格上之旋動公差，但此結構亦無法由公制4m Μ至3 6 MM均可配合所有英制與星㈣規格，相當多之 規格上旋動公差仍過大或過小，此專利案於結構即需有修 正之需要。 力一舌人所曱凊之專利案申請號0 9 5 2 0 0 5 Θ 〇 〇 7’該專利案之結構與吾人之巾請號〇9222〇4上8 結構原理均相同，因此該結構亦無法由公制4職至 MM均可配合所有英制與星形E規格，相當多 ^公差仍過大或料，此專利案於結構即需有修正之需〆 要。 本發明人有鐘於上述各專利案之優點， 相關行業之經驗，終於有一實用精夕年從事 品問世。 男T用性且能改善習用弊端之產 【發明内容】 ::而言，本發明係關於一套筒該套筒之第 中心縱軸線凹人的套孔，該套孔内 = 的稷數個卡制緣及複數個容置槽，每一 佈 該容置槽之間，該套筒卡 / ，，"於—個 括有二側邊，梦容寬度H ’·該容置槽包 ，^置槽之空間以供容入星 凸塊，母-該卡制緣令央部位設有— =星形 該容置槽形狀不同，該凹槽將該卡制“與 ^ ’斜制部係為弧形凸面，該凹槽包括有二個相間=的 7 200930507 凹槽邊面及凹槽m 之星形凸塊；讀卡制部與該=足心納星形螺合件 成-導弧面，該卡制部與^ 邊面的相接處形 筒除了可卡套六邊形螺合件，更;藉此，該套 形螺合件。 卞套回輪形螺合件及星 為使鈞局委員及 功效完全瞭解，兹配合 詳細說明於后： 熟習於此項技藝人士對本發明之 圖式及圖號就本發明之結構、組成 ❹ 【實施方式】 22::ΓΐΓ 系根據吾人所申請之專利案申請號〇9 =證書號Μ2 5 3 4 4 1、專利名稱套筒 :構改良’再Μ將其結構改變所申請之專利案，請來閱 第二圖所示，本發明係關於—種套筒結構改良，Ο Ο 200930507 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to the structure of the sleeve, mainly to improve the sleeve of each of the parts, and to make it more lacquered. Achieve the effect of the secret, and use a 2 shape screw. It is prepared for various types. [Prior Art] As far as we know, the shot can be nested; the sleeve structure of the cut screw is as wide as 雈ra\山°. 516 and US Bulletin No. 200 〇〇9 3 9 9 6 is the Taiwan patent number: ◦ 9 i 2丄8 2 8 6 'The principle of this patent case is: the sleeve body has a shape The hole of the hole is provided with two bumps, and the bumps are arranged in a space. As shown in the second figure of each bulletin, the bump structure of the US patent 3 6 7 5 5 6 is as shown in the third figure. The figure shows a pointed bump of i 4 4 degrees and 45 degrees and the bump of the US Bulletin No. 2 0 0 4/0 〇9 3 9 9 6 has an arc-shaped top surface; The sleeves of the two patents can be fitted with a gear shape, a star shape, that is, an E-shape, a hexagonal shape or a plurality of shapes of the screw joints, and the sleeves are arranged and rotated. The main advantages of the two patent cases. v' / However, the missing of the two US patent cases is: the most common structure of the screw is hexagonal metric, hexagonal inch, gear shape and star E gauge, when the hexagonal metric is i The 9 mm is the same sleeve as the hexagonal inch=, the gear shape 1 9 and the star E 2 4, and the hexagonal metric is 18 mm and the hexagon is 16 degrees. 11. Gear shape 200930507 〇Ο 1 8 and star Ε 2 2 are matched with the same sleeve, but the hexagonal metric is ι g mm and the hexagonal inch three-quarters and the star e 2 4 have different moments. The same hexagonal metric is 1 8mm and the hexagonal inch is 11/16 and the star E 2 2 is different. The two 12-piece bumps of the US patent case are ring-shaped. Arranged, the spacing arrangement is such that the same inter-moment between the bumps, if the sleeve is designed to rotate the hexagonal metric 19 mm to meet the tolerance of the rotation, the sleeve is rotated by the hexagonal inch four points The three or star £2 4 tolerances may be too large or too small, and the sleeve rotates the hexagonal metric j1 8 mm to match the rotational tolerance, the sleeve rotates the hexagonal inch /, knife ten and star E 2 2 tolerances may be too large or too small, the various types of screw parts have different specifications, the difference is different, the difference can not have a formula to calculate, the The sleeve ring is provided with twelve moments and the same interval and can not meet the various shapes of the bolt structure: a kind of sleeve structure improvement, which mainly includes the Γ-^ case=广ΓΓ sequentially forming the card edge The accommodating groove and the groove are formed as a receiving groove between the sigma and the rim edge, and the arc edge 2 and the other groove are protruded at the clamping edge, so that the clamping edge is increased from the original-curved surface = concave The groove of the edge of the groove is provided with a groove between the groove and the groove, and can be fitted with a plurality of screw holes of the shape of 200930507. However, when the sleeve actually rotates the screw, the patent can be compared with the above. Two US patent cases can reduce the swirling tolerance of many specifications when rotating various shape screwing parts, but this structure can not be used with metric 4m 3 to 3 6 MM can match all the inch and star (four) specifications, quite a lot The specification has a too large or too small tolerance on the rotation. This patent requires a correction in the structure. Patent application No. 0 9 5 2 0 0 5 Θ 〇〇 7' The structure of the patent case is the same as that of our towel number 〇9222〇4, so the structure is also Can not be used from the metric 4 to MM can be combined with all the British and Star E specifications, quite a lot of tolerance is still too large or expected, this patent case needs to be corrected in the structure needs. The inventor has the advantages of the above patents, the experience of the relevant industry, and finally has a practical eve of the year. The present invention relates to a sleeve hole of a sleeve that is concave on the central longitudinal axis of the sleeve, and the number of turns in the sleeve is = The card edge and the plurality of accommodating grooves, each of the accommodating grooves, the sleeve card /,, " includes one side, the dream width H '· the accommodating groove package, ^The space of the groove is for accommodating the star bump, and the mother-the card edge is provided with a central portion - the star has a different shape of the accommodating groove, and the groove is used to make the card "and" Is a curved convex surface, the groove includes two interdigitated = 7 200930507 groove side surface and a groove m of the star-shaped convex block; the card reading portion and the = full-hearted star-shaped screw member become - arc In addition, the engaging portion of the engaging portion and the side surface can be spliced with a hexagonal screwing member; thereby, the sleeve-shaped screwing member can be used to turn the wheel-shaped screwing member and the star The members of the Board of Directors and their effects are fully understood. It is to be followed by a detailed explanation: The structure and composition of the present invention are familiar to those skilled in the art. [Embodiment] 22::ΓΐΓ According to the patent application number 〇9 = certificate number Μ 2 5 3 4 4 1 , the patent name sleeve: the structure improvement, and then the patent application for the change of its structure, please refer to the second figure The present invention relates to an improved sleeve structure,
-套筒（10)，該套筒（10)外觀約為圓筒形， 該套筒（1 0)設有第-端、第二端及中心縱軸線，該套 筒之第一端設有沿著其中心縱軸線凹入的套孔，該套孔内 面依序形成有沿著該中心縱軸線逐—交錯環佈的複數個 卡制緣（1 1 )及複數個容置槽（1 2 )，該卡制緣（工 1 )及容置槽（1 2)之數目可為六個，每—該卡制緣（工 1 )介於二個該容置槽（1 2)之間，該卡制緣（i工） 與該容置槽（1 2)的長度延伸的方向與該中心縱 行’該套筒（10)之卡制緣（1 η係為一中央逐漸朝 200930507 向該中心縱軸線突起之弧面具有適當之寬度Η; 該容置槽（1 2)包括有二側邊，該二側邊可係為弧 面狀，該容置槽（1 2 )的該二側邊相對於該容置枰'（1 2)的中心呈對稱，該容置槽（i 2)之空間以供^入齒 輪形螺合件（4 0 )之齒輪凸塊（4 1 )或星形蟬人^ 〇)之星形凸塊（31); D#(3a sleeve (10) having a cylindrical outer shape, the sleeve (10) being provided with a first end, a second end and a central longitudinal axis, the first end of the sleeve being provided a sleeve hole recessed along a central longitudinal axis thereof, the inner surface of the sleeve hole is sequentially formed with a plurality of card edge (1 1 ) and a plurality of accommodating grooves (1 2 ) along the central longitudinal axis. The number of the card edge (work 1) and the accommodating groove (12) may be six, and each of the card edge (work 1) is between two of the accommodating slots (12). The card edge (i) and the direction of the length of the accommodating groove (12) extend and the central wales 'the sleeve (10) of the sleeve (1 η is a center gradually toward 200930507 The curved surface of the central longitudinal axis has a suitable width Η; the accommodating groove (12) includes two sides, and the two sides may be curved, and the two sides of the accommodating groove (1 2 ) The side is symmetrical with respect to the center of the accommodating 枰 '(1 2), and the space of the accommodating groove (i 2) is for the gear bump (4 1 ) or star of the gear-shaped screwing member (40) Star-shaped bumps of the shape of the person ^ 〇) (31); D# (3
Q 每一該卡制緣（1 1 )中央部位設有一凹槽（丄3) 該凹槽（1 3)形狀與該容置槽（丄2)形狀二同，該四 槽（13)的長度延伸的方向與該中心縱軸線‘ 槽（U)將該卡制緣（11)區隔成二個卡制部 ?)"f=t(11〇)之數目係為十二個，該卡制部 該凹槽（13)的中心呈對稱，該凹槽（13)m 個相間隔且相互平行的凹_ ; 1有一 ⑴2)，該二凹槽邊面（13(131)*-凹槽凹絲 齒輪形螺合件（4 〇)之—的寬度，容納一 件（3 0)之星形凸塊（3 f 1 )或生形螺合 可為凹弧面，該凹槽邊面（1\);该凹槽凹緣（132) 相交處可具導角面； 及凹槽凹緣（132) “卡制邛（1 1 〇)與該凹槽 (1 3 1 )的相接處形成 )之该凹槽邊 該導弧面（1 1 i )係與卡制 （1 1 1 )滑順地相接 3 1 )均呈相切狀，該卡制邹° (1 1 〇)及凹槽邊面（: 間具漸進面（i i 2 )潜1 1 〇 )與容置槽（1 2 “順地相接’該漸進面（112) 200930507 係與卡制部（i i Q )呈相城，該漸進 不與容置槽（12)之側邊弧面相七刀，該漸進面（11= 與容置槽（1 2 )之空間以供容入齒輪形螺合件（4⑹ ,齒輪凸塊（4 1)或星形螺合件（3 〇)之星形凸塊（3 丄J， 該六個凹槽（13)與該六個容置槽（1 置該齒輪形螺合件（4 〇 )之每—該絲凸塊（4 Ο 〇 丄）嵌入； 該環狀排列之卡制緣（1工）可相切構成— ：套合線A六端點構成一套合圓B，該漸進面 圓^ 容置槽（12)相接處係靠近或相交於套合 該套筒（1 〇)之第二端可具驅動面（ 合^，該驅動面（i 4)可為四角槽狀以供套筒板^套 狀4=作=套筒（10)除了可卡套-般形 合件卡套齒輪形螺合件(4〇)及星形螺 形螺==圖:Γ當該套筒（10)容置六邊 ;件（20)時，該套筒(10)設有複數之卡制Ϊ :卡制緣(⑴則皆頂擎於六邊形螺 43=邊=?(20)之六角端即容置= (12)㈣套筒（10)即可旋動六邊形螺合; 200930507 (20)。 本發明之主要設計原理在於：請辅以第二圖所示， 用套筒（1 0)於結構上係為具有大曲率半徑及小 徑丄亦即大曲率半徑即為卡制緣（丄丄），小曲率半徑 為容置槽（1 2 )’該習用套筒（i 〇 )即可套合該六 形螺合件（2 0)而旋動之，而本發明該套筒（工〇 於結構上保留原先之大曲率半徑及小曲率半徑，而將小曲 率半徑之容置槽（i 2)料變更而係可供容人齒輪形螺 合件（4 0)之齒輪凸塊（4丄）或星形螺合件（3 〇) 之生形凸塊（3 1 )’而於大曲率半徑上設有凹槽（丄3 )， 該凹槽（1 3)㈣可容人齒輪形螺合件（4 Q)之齒輪 凸塊（4 1 )或星形螺合件（3 Q)之星形凸塊（3工）， 且該六個凹槽（丄3)與該六個容置槽（丄2)可逐一對 應容置該齒輪形螺合件（4Q)之每—該齒輪凸塊（4工） 嵌入，該套筒（1 0 )即設有卡制緣（1 1 )、容置槽（工 Ο 2)及凹槽（13)呈順序環狀排列，而變更容置槽（1 2)及加設有凹槽（1 3)後，該容置槽（i 2)及凹槽 (1々3 )可容入齒輪凸塊（41)或星形凸塊 該套筒（1 0)即具有套合多種形狀螺合件之功效，此即 為其原理。 々本發明之第二設計原理在於：請輔以第二圖所示，該 套筒（1 0)之卡制緣（！ i )具有適當之寬仙，當改 變=長度而不改變套合線A時，該漸進面（112)弧線 與谷置槽（1 2)之二側邊弧線即隨寬度η而改變，該漸 Ο Ο 200930507 進面（112)與容置槽（12)之空 以供容入星形螺合件（3 〇) 變 旋:公差，而該卡制緣(11)與凹槽(13;i::: 合件(20)與齒輪形螺合件(4〇)亦可符合 卡告第三設計原理在於：請輔以第二圖所示，該 卡制緣（11)設有一凹槽（1 3)，該凹槽（1 括有二個相間隔且相互平行的凹槽邊面（丄 改變二凹槽邊面（1 3 ])夕鬥拓 _ ^ 〈1 d 1 )之間矩，该凹槽U g卩可 谷納星形螺合件（3 〇 )之潭开）λ# r q ·、 八里/ μ ;之星形凸塊（3 1 )以符合旋動 a差，但凹槽（2 3)改變時，該容置槽（^ 2)需不改 變’使該容置槽（1 2)需配合齒輪形螺合件 旋動公差。 之 由上三段所述之三種設計原理，本發明之套筒（丄 於結構上即可將六邊形螺合件（2 〇)公制4mm至3 6 均可配合六邊形螺合件（2 〇 )英制、星形螺合件（3 〇 ) E規格及齒輪形螺合件（4 〇 )，由此三種設計原理 約可配合9 7%以上且可符合旋動公差，此即為本發明 大之優點。 請繼續參閱第四圖所示，該套筒（丄〇)套用於星形 螺合件（3 G)即為E形螺合件（3 〇)之示意圖，、該^ 形螺合件（3 0)之六個星形凸塊（3工）係卡置於^個 容置槽（1 2 )處，該套筒（i 〇 )即可旋動星形;^ (30)。 ，干 12 200930507 請繼續參閱第五圖所示， 時，該套筒(1〇;設有=1 1) U#} (1 該齒輪形螺合件（4 ?: 0)之十二個邊面處’ 於容置梓Γ 1。、4 〇)個齒輪凸塊（4 1 )即容置 凹 9 處，另該六個齒輪凸塊（41)即容置 r θ Θ _套筒（1 Q)即可旋動齒輪形螺合件 I 4 (J ) 〇 ΟQ: a groove (丄3) is formed in a central portion of each of the clamping edges (1 1 ). The shape of the groove (13) is the same as the shape of the receiving groove (丄2), and the length of the four grooves (13) The direction of extension and the central longitudinal axis 'slot (U) separate the card edge (11) into two carding parts?) "f=t(11〇) number is twelve, the card The center of the groove (13) is symmetrical, the groove (13) is spaced apart and parallel to each other with a recess _; 1 has a (1) 2), the two groove side surface (13 (131) * - groove The width of the concave gear-shaped screw (4 〇), which accommodates one (30) star bump (3 f 1 ) or the raw screw may be a concave curved surface, the groove side ( 1\); the groove concave edge (132) may have an angled surface at the intersection; and the groove concave edge (132) "the junction of the clamping jaw (1 1 〇) and the groove (1 3 1) Forming) the groove side of the groove (1 1 i ) is smoothly tangent to the clamping (1 1 1 ) 3 1 ), the card is Zou ° (1 1 〇) and The groove side (: has a progressive surface (ii 2 ) dive 1 1 〇) and the receiving groove (1 2 "smoothly meets" the progressive surface (112) 200930507 system and the carding department ( Ii Q ) is a phase, the progressive does not correspond to the side arc surface of the receiving groove (12), the progressive surface (11= and the space of the receiving groove (1 2 ) for receiving the gear-shaped screwing member (4(6), star-shaped bumps of gear bumps (4 1) or star-shaped screw pieces (3 〇) (3 丄J, the six grooves (13) and the six accommodating grooves (1 set the gear Each of the screw-shaped fittings (4 〇) is embedded in the wire projections (4 Ο ;); the card-shaped edge (1 work) of the annular arrangement can be formed tangentially - the hexagonal end of the nesting wire A constitutes a The sleeve circle B, the progressive surface circle ^ the receiving groove (12) meets or is adjacent to the second end of the sleeve (1 〇), and has a driving surface (the driving surface (i) 4) It can be a square groove for the sleeve plate to be sleeved 4===Sleeve (10) In addition to the caliper sleeve-like fitting ferrule gear-shaped screwing piece (4〇) and star-shaped screw snail == Fig.: When the sleeve (10) accommodates six sides; when the piece (20) is used, the sleeve (10) is provided with a plurality of card Ϊ: the card edge ((1) is topped in the hexagon) Screw 43=Edge=?(20) The hexagonal end is accommodated = (12) (4) The sleeve (10) can be rotated to rotate the hexagon; 200930507 (20). The main body of the present invention The design principle is as follows: Please use the sleeve (10) to have a large radius of curvature and a small diameter 丄, that is, a large radius of curvature, that is, the card edge (丄丄), small The radius of curvature is a receiving groove (1 2 )'. The conventional sleeve (i 〇) can be rotated by fitting the six-shaped screwing member (20), and the sleeve of the present invention is structurally Retaining the original large radius of curvature and the small radius of curvature, and changing the receiving groove of the small radius of curvature (i 2) to provide a gear bump (4丄) for the gear-shaped screw (40) or The male screw (3 )) of the star-shaped screw (3 )) has a groove (丄3) on the large radius of curvature, and the groove (13) (4) can accommodate the gear-shaped screw (4 Q) gear bump (4 1 ) or star-shaped screw (3 Q) star-shaped bump (3 work), and the six grooves (丄3) and the six accommodating grooves (丄 2) each of the gear-shaped screw members (4Q) can be accommodated one by one - the gear projections (4 work) are embedded, and the sleeve (10) is provided with a carding edge (1 1 ), and is accommodated The groove (work 2) and the groove (13) are arranged in a circular order, and the change After the groove (1 2) and the groove (13) are added, the receiving groove (i 2) and the groove (1々3) can be accommodated in the gear projection (41) or the star-shaped projection. The cylinder (10) has the effect of fitting a plurality of shaped screw members, which is the principle. The second design principle of the present invention is that, as shown in the second figure, the clamping edge (! i ) of the sleeve (10) has an appropriate width, and when the length is changed without changing the fitting line In the case of A, the arc of the progressive surface (112) and the arc of the valley groove (1 2) change with the width η, and the 进 Ο 200930507 enters the surface (112) and the accommodating groove (12) For the insertion of the star screw (3 〇), the rotation: tolerance, and the clamping edge (11) and the groove (13; i::: fitting (20) and the gear-shaped screw (4 〇) The third design principle of the card can also be complied with: please be accompanied by the second figure, the card edge (11) is provided with a groove (1 3), the groove (1 includes two spaced and parallel to each other The groove side surface (丄 changes the two groove side surface (1 3 ]) 夕 拓 extension _ ^ 〈1 d 1 ) between the moment, the groove U g 卩 纳 纳 star star screw (3 〇) The tank is open) λ# rq ·, 八里/μ; the star-shaped bump (3 1 ) is in accordance with the rotation a difference, but when the groove (23) is changed, the accommodating groove (^ 2) needs to be unchanged. 'Making the receiving groove (12) to match the gear-shaped screwing member's torque tolerance. The design principle, the sleeve of the invention (the hexagonal screw fitting (2 〇) can be metrically made 4mm to 3 6 can be combined with the hexagonal screw fitting (2 〇) inch, star snail The fitting (3 〇) E specification and the gear-shaped screwing piece (4 〇), the three design principles can be matched with more than 9 7% and can meet the rotation tolerance, which is the great advantage of the invention. Please continue to refer to As shown in the fourth figure, the sleeve (丄〇) sleeve is used for the star-shaped screwing member (3 G), that is, the schematic diagram of the E-shaped screwing member (3 〇), and the ^-shaped screwing member (30) Six star-shaped bumps (3 work) are placed at the accommodating slots (1 2 ), and the sleeve (i 〇) can be rotated to rotate the star; ^ (30)., dry 12 200930507 Please continue Referring to the fifth figure, the sleeve (1〇; with = 1 1) U#} (1 the twelve sides of the gear-shaped screw (4 ?: 0) is placed梓Γ 1, 4 〇) gear bumps (4 1 ) are accommodating recesses 9 , and the other 6 gear spurs ( 41 ) can be rotated by accommodating r θ Θ _ sleeve (1 Q) Gear-shaped screw fitting I 4 (J ) 〇Ο
乡閱第'、圖所不’該套筒（10)内容置三角形螺 :5 ◦)時’該套筒（1 0)係設有卡制緣（丄工）、 谷置槽（1 2)及凹槽（1 3)且係呈環狀排列，該三角 形螺合件（5 Q)之三角處即容置於套筒（i ◦)之凹槽 (13)處’該套筒（1〇)即可旋動三角形螺合件（5 請參閲第七圖所示，該套筒（丄〇)内容置四邊形螺 口件（6 〇)時，該套筒（1 〇)係設有卡制緣（1 1 )、 容置槽（1 2)及凹槽（1 3)且係呈環狀排列，該四邊 形螺合件（6 〇)之四角端處即容置於套筒（丄〇)之凹 槽（1 3 )處，該套筒（1 〇 )即可旋動四邊形螺合件（6 0 )。 請繼續參閱第八圖所示，當該套筒（丄〇 )内容置八 邊形螺合件（6 i)時’因套筒（i 0)設有複數個之卡 制緣（1 1 )、容置槽（1 2 )及凹槽（i 3 )結構，該 複數之卡制緣（1 1 )則皆頂掣於八邊形螺合件（6丄） 13 200930507 =個邊面處，該套筒Q〇)即可旋動八邊形螺合件（6 請繼續參閱第九圖所示，當該套筒（1〇)内 邊形螺合件（β 2)時，因套M ( 1 置九 緣（11)、容置槽（12H 有複數個卡制 複數個之卡制緣U f / ( 3)結構，故該 之九個邊面處，該^ 2)。 |间（1 0)即可旋動九邊形螺合件（6 ❹ Ο 二角= 示，#該套筒(10)内容置十 制緣（11)、容置心”因)套及筒（10)内徑面設有卡 分夏價（12)及凹槽（1 ? 5 ^排列，故該套筒(1 0)即可旋動十二角形螺合件(6 本發明最大之優點乃在於： 之二ΓΓ=)二端套孔内依序設有複數個 該套筒（1 0 )係二人2 )及凹槽（1 3 )結構， 合件（3 cn、_ 形螺合件（2 〇 )、星形螺 先2曲率1 〇 )於結構設計上係保留原 凹槽（⑴，該套符(1:):而於大曲率半徑上加設有 3面呈順序環狀排列，而-般* 之螺合件係為六邊形，亦即旋動六邊形螺 14 200930507 合件（2 L)fn比例相當高，該齒輪形螺合件（4 0 )及 星形螺合件（3 〇)之比例較 （4ϋ)及 η、夕士油至主低，本發明保留原先套筒（1 〇 )之大曲料禮及小㈣半徑，使 六邊形螺合件（2〇)時可較( 1 0)套合 優黏。 子為穩固，此即為本發明最大 • '综上所述，本發明兼具新類及實用之 習用之缺點，確為一处 亚此改進 件，麦依法提起卜付合發明專利之要 〇 專利為禱！ °月尚祈貝審查委員詳核細審並早曰賜准 0 15 200930507 【圖式簡單說明】 〇 第一圖 第二圖 第三圖 第四圖 第五圖 第六圖 苐七圖 第八圖 第九圖 第十圖 Ο 係本發明之套筒立體圖。 係本發明之套筒前視圖。 =發明旋動六邊形螺合件示意圖。 係本發明旋動星形螺合件示意圖。 係本發明旋動#輪形螺合件示意圖。 係本發明旋動三角形螺合件示意圖。 係本發明旋動四邊形螺合件示意圖。 係本發明旋動八邊形螺合件示意圖。 係本發明旋動九邊形螺合件示意圖。 係本發明旋動十二角形螺合件示意圖 主要元件符號說明】1 〇 )套筒 110)卡制部 112)漸進面 1 3 )凹槽 1 3 2)凹槽凹緣 2 0)六邊形螺合件 3 〇)星形螺合件 4 〇)齒輪形螺合件 5 0)三角形螺合件 6 0)四邊形螺合件 6 2)九邊形螺合件 (1 1)卡制緣 (1 1 1)導弧面 (12)容置槽 (1 3 1)凹槽邊面 (14)驅動面 (3 1 )星形凸塊 (41)齒輪凸塊 (6 1 )八邊形螺合件 (6 3)十二角形螺合,The township read the ', the picture does not' the sleeve (10) content of the triangle screw: 5 ◦) when the sleeve (10) is equipped with a carding edge (completed), valley groove (1 2) And the groove (1 3) is arranged in a ring shape, and the triangle of the triangular screw member (5 Q) is accommodated at the groove (13) of the sleeve (i ◦) 'the sleeve (1〇) ) Rotate the triangular screw (5) As shown in the seventh figure, when the sleeve (丄〇) is placed with a quadrilateral screw (6 〇), the sleeve (1 〇) is equipped with a card. The rim (1 1 ), the accommodating groove (1 2) and the groove (13) are arranged in a ring shape, and the four corner ends of the quadrilateral screw member (6 〇) are accommodated in the sleeve (丄〇 At the groove (1 3 ), the sleeve (1 〇) can be used to rotate the quadrilateral screw (60). Please continue to refer to the eighth figure, when the sleeve (丄〇) content is set to eight In the case of the edge screw (6 i), the sleeve (i 0) is provided with a plurality of card edge (1 1 ), accommodating groove (1 2 ) and groove (i 3 ) structure, and the plural The card edge (1 1 ) is topped on the octagonal screw (6丄) 13 200930507 = at the edge, the sleeve Q〇) can be rotated eight Edge screw (6 Please continue to refer to the ninth figure, when the sleeve (1〇) is internally screwed (β 2), because of the sleeve M (1 set nine edge (11), accommodate The slot (12H has a plurality of card-carding edges U f / ( 3) structure, so the nine sides, the ^ 2). | (1 0) can be rotated to the hexagonal snail Fittings (6 ❹ Ο 角 = = 示, # The sleeve (10) content is placed in the ten-edge (11), the accommodating heart is due to the sleeve and the inner diameter of the cylinder (10) is provided with the card summer price (12) ) and the groove (1 ? 5 ^ arrangement, so the sleeve (1 0) can rotate the dowel-shaped screw joint (6 The biggest advantage of the invention is: the second ΓΓ =) The sequence is provided with a plurality of the sleeves (1 0 ) for the two persons 2) and the groove (1 3 ) structure, and the fittings (3 cn, _-shaped screw fittings (2 〇), star-shaped screw first 2 curvatures 1 〇 In the structural design, the original groove is retained ((1), the set of characters (1:): and 3 faces are arranged in a circular ring shape on the large radius of curvature, and the screw-like parts of the general * are hexagonal Shape, that is, the rotating hexagonal screw 14 200930507 The fitting (2 L) fn ratio is quite high, the gear-shaped screwing member (40) and the star-shaped screwing member The ratio of 3 〇) is lower than that of (4ϋ) and η, and Xi Shi oil is low to the main. The present invention retains the original curved sleeve (1 〇) and the small (four) radius, so that the hexagonal screw fitting (2〇) is It can be better than (10), and it is the most stable. This is the biggest in the invention. 'In summary, the present invention has the disadvantages of the new class and practical use, and it is indeed an improved part. Mai has filed a patent for the invention of the invention. ° Yue Shangbei review committee detailed review and early approval 0 15 200930507 [Simple diagram description] 〇 first map second map third map fourth map fifth map sixth map 苐 seven map eighth map Fig. 9 is a perspective view of the sleeve of the present invention. A front view of the sleeve of the present invention. = Invented schematic diagram of a rotating hexagonal screw. It is a schematic diagram of the rotating star screw of the present invention. It is a schematic diagram of the rotating #wheel screw of the present invention. A schematic view of a swirling triangular screw of the present invention. It is a schematic diagram of the rotating quadrilateral screw of the present invention. A schematic view of a rotating octagonal screw of the present invention. The schematic diagram of the rotating nine-sided screwing member of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a sleeve )) sleeve 110) a clamping portion 112) a progressive surface 1 3 ) a groove 1 3 2) a groove concave edge 2 0) a hexagon Screwing member 3 〇) Star screwing member 4 〇) Gear-shaped screwing member 5 0) Triangle screwing member 6 0) Quadrilateral screwing member 6 2) Nine-sided screwing member (1 1) clamping edge ( 1 1 1) Guide surface (12) accommodating groove (1 3 1) groove side surface (14) drive surface (3 1 ) star bump (41) gear bump (6 1 ) octagonal screw Piece (6 3) twelve-corner screw,