/00 九、發明說明： 【發明所屬之技術領域】 式螺t月：與套筒結構有關，主要係將-般習用套合各 套筒’作—改良使之更為臻善，更詳而言之尤 形狀貫用性之功效，且於使用時亦可套用於各式 【先前技術】 、_‘二::：6==各式形狀螺合件之套筒 4/〇 675516以及美國公告號2 (3 〇 _ 9 9 6即台灣專利申請號：〇 g χ 2工8 2 -套人件專利案結構原理係為：該套筒本體内成型有 排列:如各二個凸塊’各凸塊間具問隔 塊:;如第三圖所示係呈…度及4 = 塊俜呈公告號2〇〇4/〇 0 9 3 9 9 6之凸 二=:=::rr利案·設有十 要之優點。 奸“疋動作業，此即為二件專利案主 構係利Γ缺失係為:螺合件最常見之結 格，當六邊^ ]、邊形央制、齒輪形以及星形Ε規 三、齒輪开mm時係與六邊形英制四分之 公制“丨 星形E 2 4所搭配同一套筒，而六邊形 18_時係與六邊形英制十六分之十-、齒輪形 丄341766 1 8及星形E 2 2所搭配同-套茼，但六邊形公制為i 9 mm與六邊形英制四分之三及星形E 2 4均有不同差 矩’ It理六邊形公制為丄8 mm與六邊形英制十六分之十 一及形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 動夺=差B卞’ δ亥套筒旋動六邊形英制四分之三或星形 4:,:不同也許太大或太小，同理該套筒旋動 =:m符合旋動時公差時，該套筒旋動六邊形英制 十-及星形E22公差即不同也許太大或太 該相同間隔並無法符合套合各種形狀螺 ^監於上述二件美國專利案之缺失，申請 專利案，臺灣專利申請號〇 92 °月 結構係為:-種套筒結構改良，其主要有該專， 於作用端响面料形成卡歸、 套筒 狀排列，套筒内徑面之卡制緣係為突乂及:：里順序環 一卡制緣間係為容置槽，並 =卡制緣與另 =凹設，”吏其卡制緣由接近中心 孤面。 弧面增加為二個 凹槽該卡制緣切設有一 卡L檜間之關係即可套丄 6 1341766 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 旋動很錢格上之㈣公差，域結構亦紐由公制心 Μ至3 6 MM均我合所料额絲E規格，相 規格士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。 乃/00 IX, invention description: [Technical field of invention] snail t month: related to the sleeve structure, mainly to the general use of the sleeves - improve to make it more good, more detailed It is especially effective in shape and can be applied to various types of [previous technology], _'2:::6== sleeves of various types of screw fittings 4/〇675516 and US announcement No. 2 (3 〇 _ 9 9 6 is the Taiwan patent application number: 〇g χ 2 workers 8 2 - The structure principle of the set of patents is: the sleeve is shaped in the body: as each of the two bumps Between the blocks, there is a block: as shown in the third figure, the degree is... and 4 = block 俜 is the announcement number 2〇〇4/〇0 9 3 9 9 6 convex 2 =:=::rr There are ten advantages. The traitor "incitement work, this is the two patents, the main body of the system is missing the line: the most common knot of the screw, when the six sides ^], the edge of the central system, gear Shape and star gauge 3, when the gear is opened mm and the hexagonal inch four-point metric "丨 star E 2 4 with the same sleeve, while the hexagon 18_ hour and hexagonal inch 16 Tenth - gear shape 341766 1 8 and star E 2 2 are matched with the same set, but the hexagonal metric is i 9 mm and the hexagonal three-quarters of the inch and the star E 2 4 have different difference 'It's six sides The shape metric is 丄8 mm and the hexagonal inch is 16/16 and the shape E 2 2 is different. The two 12-bumps of the US patent case are arranged in a ring-shaped interval, the interval Arrange so that the same inter-moment between the bumps 'If the design is designed to make the sleeve rotate the hexagonal metric 1 9 mm in accordance with the rotation of the rotation = difference B 卞 ' δ hai sleeve rotation hexagonal inch three-quarters Or star 4:,: the difference may be too big or too small, the same reason the sleeve rotation =: m meets the tolerance of the rotation, the sleeve rotates the hexagonal inch ten-and star E22 tolerance is different Perhaps too large or too much of the same interval and can not meet the various shapes of the screw. In the above two US patent cases, the patent application, Taiwan patent application number 〇92 ° month structure is: - improved the sleeve structure The main purpose of this is that the card is arranged in the sleeve and the sleeve is arranged in the action end, and the card edge of the inner diameter surface of the sleeve is abruptly and:: the inner ring of the card is in the edge of the card. In order to accommodate the groove, and = the card edge and the other = recessed, "the card edge is close to the center of the plane. The arc surface is increased to two grooves. The card edge is cut with a card L 桧 relationship.丄6 1341766 Shaped screw fittings' However, when the sleeve actually rotates the screwing member, the patent can reduce the swirling amount when it is rotated by the two US patents. (4) Tolerance, the domain structure is also from the metric heart to the 3 6 MM. The total amount of the wire is E, and the tolerance of the specification is still too large or too small. The patent case needs to be corrected in the structure.
口人所甲滑之專利…_y 52〇〇59 ’该專利案之結構與吾人之申請號Q =原理均相同’因此該結構亦無法由公制4 = 賴均可配合所㈣顯星㈣，相當多 = Γ公差仍過域料，此專㈣於結構即需有修正4 相關點’乃藉多年從事 品問世。 實用性且此改善習用弊端之產 【發明内容】 沿著’其=:軸-套筒該套筒之第-端設有 的複數個卡.m及複數個容1槽该:孔:::有交錯環佈 之卡 _=== 凸塊；每該二 間， 該容置槽形狀不同，該凹;凹槽，該凹槽形狀與 部，該卡•係r隔成二個卡制 幵/凸面’该凹槽包括有二個相間隔的 7 丄叫766 凹槽邊面及凹槽μη祕 j. V. 之星彤凸塊.# ” —凹彳1邊面足以容納星形螺合件 ::凸塊亥卡制部與該凹槽之該凹槽邊面的 ^ ¥弧面，該卡制部與容置槽間套 筒除了可卡套六邊形螺合 萌肖此5亥套 形螺合件。 ’、 更了卡套回輪形螺合件及星 為使鈞局委員及熟習於此項技藝人士對本 功效完全瞭解’茲配人圄々月闰 ^ 詳細說明於后：D圖式及圖“本發明之結構、組成 【實施方式】 2明主要係根據吾人财請之專利㈣請號〇9 έ士構改e H、證書號M2 5 3 4 4 1、專利名稱套筒 =構改良’再予以將其結構改變所中請之專利案，請參閱 —圖及第二圖所示，本發明係關於—種套筒結構 其係包含： ^ »套疴（1〇)’忒套筒（ίο)外觀約為圓筒形， 二套筒（1 0)設有第一端、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（i 2)，該卡制緣（工 1 )及容置槽（1 2)之數目可為六個，每一該卡制緣（工 n介於二個該容置槽（1 2)之間，該卡制緣（i工） 與該容置槽（i 2)的長度延伸的方向與該巾 行’該套筒（1〇)之卡制緣（11)係為—中：逐= 1341766 向忒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 面狀，該容置槽（i 2)的該二侧邊相對於該:為狐 2)的中心呈對稱，該容置槽（i 2)之空 :^ 輪形螺合件u〇)之齒輪凸塊(41) 0 )之星形凸塊（3 1 ) ; /、〇件（3 每一該卡制緣（1!)中央部位設有一凹 該凹槽（1 3)形狀與該容置槽（工2)二 ’ 槽（⑴的長度延伸的方向與該中心縱轴線凹The patent of the mouth slippery... yy 52〇〇59 'The structure of the patent case is the same as the application number Q = principle of ours'. Therefore, the structure cannot be matched by the metric 4 = Lai can be matched with (4) Xianxing (4), More = Γ tolerance is still over the domain material, this special (four) in the structure needs to be corrected 4 related points 'is borrowed from many years of experience. Practicality and the improvement of the abuse of the drawbacks [Summary of the invention] along the 'its =: shaft-sleeve the first end of the sleeve is provided with a plurality of cards. m and a plurality of slots 1: hole::: a card with a staggered loop cloth _=== a bump; each of the two spaces, the shape of the receiving groove is different, the concave; the groove, the shape and the portion of the groove, the card system is separated into two cards / Convex 'The groove includes two spaced 7 yoke 766 groove sides and grooves μ 秘 j. V. Star 彤 bumps. # ” — The 彳 1 side is sufficient to accommodate the star-shaped screw Piece:: the convex portion of the convex portion and the groove surface of the groove of the groove, the sleeve between the clamping portion and the receiving groove is not only a hexagram screw, but also a five-sided screw The sleeve-shaped screw-on piece. ', and the card-returning wheel-shaped screw fittings and the star for the members of the squad and those skilled in the art to fully understand the effect of this function. 'Detailed description 于月闰 ^ Detailed description: D Figure and Figure "Structure and composition of the present invention [Embodiment] 2 Mainly based on the patents of our people's financial affairs (4) Please call 〇9 Gentleman to change e H, certificate number M2 5 3 4 4 1 , patent name sleeve = Structure improvement For a patent application, please refer to the drawings and the second figure. The present invention relates to a sleeve structure comprising: ^ » a set of 〇 (1〇) '忒 sleeve (ίο) The outer sleeve is approximately cylindrical, and the second sleeve (10) is provided with a first end, a second end and a central longitudinal axis, and the first end of the sleeve is provided with a sleeve hole recessed along a central longitudinal axis thereof. The inner surface of the sleeve is sequentially formed with a plurality of card edges (1 1 ) and a plurality of receiving grooves (i 2) along the center and the longitudinal axis, and the card edge (work 1) and the capacity The number of the slots (12) may be six, and each of the clamping edges (between the two accommodating slots (12), the clamping edge (i) and the receiving slot The direction in which the length of (i 2) extends is the same as the angle (11) of the sleeve of the sleeve (1〇): Medium: 1341766 The curved surface that protrudes toward the longitudinal axis of the crucible has an appropriate widthΗ The accommodating groove (12) includes two sides, and the two side faces are symmetrical, and the two sides of the accommodating groove (i 2) are symmetrical with respect to the center of the fox 2). Space of slot (i 2): ^ Wheel-shaped screw u〇) Star bumps (41) 0) star bumps (3 1 ); /, jaws (3 each of the card edge (1!) central portion is provided with a concave groove (13) shape and the capacity Groove (work 2) two 'slot (the direction in which the length of (1) extends and the central longitudinal axis is concave
⑹，該卡制部（uG)m_r個卡制部（U 丄丄υ)之數目係為十二個，哕氺幻& 1 1 0)係為弧形凸面，該二卡制部（ 又° 該凹槽（1 3)的中 1 〇)相對於 〇 J 07甲、王對％，該凹槽（丄 個相間隔且相互平行的凹槽邊面 匕 一 及—凹槽凹绫 (1 3 2)，紅凹槽邊面（i /凹、、彖 齒輪形螺合件（4(n夕〕見度足以谷納一 之一齒輪凸塊（4 件（30)之星形凸德Μη ， （41)或星形螺合 •5Γ生. 鬼（31)，该凹槽凹緣 Τ為凹弧面’該凹槽邊面“ （2夂 相交處可具導角面； ㈣凹緣（1 3 2 ) -亥卡制部（1 1 〇 )與該 (13!)的相接處形成—導弧面（(/m凹槽邊面 該導弧面（1 1 1)#與卡制 1 1 )4地相接， 3 1 ) ^ s ,η l·110)及凹槽邊面（1 丄Μ呈相切狀，該卡制部 間具漸進面〔！】ο、 丄u)與谷置槽（1 2) ㈣面（Η 2)滑順地相接，該漸進面（ΐι” 9 ri4l766 =與^部u10)呈相切狀，該漸進面（ii2)係 二令置槽（12)之侧邊弧面相切，該漸進面“丄‘) ，、各置槽（1 2 )之空間以供容齒 之齒鈐凸塊"]… 螺合件（40) ^輪塊（41)或星形螺合件（3〇)之星形凸塊（3 U凹槽（丄3)與該六個容置槽（ 對應容置該齒輪形螺合件（ 、 1)嵌入； 仵（4〇)之母-該齒輪凸塊（4 該環狀排列之卡制緣（ 套合線A，該套合線A六端點構成1::=-六角狀之 (112)與容置槽（12) ，該漸進面 圓B處； 接處係罪近或相交於套合 該套筒（10)之第二端可 驅動之，該驅動面（id) ，、1動面（14)以供被 合之； 為四角槽狀以供套筒扳手套 藉此於操作時，使其套筒 狀之螺合件外，更可卡套 =)除了可卡套-般形 合件（3 0)。 輪开，螺合件（40)及星形螺 形螺合件（2 0 )日夺，該：二,該套筒（1 0 )容置六邊 (11)、容置槽U2):凹样10)二有複數之卡制緣 之卡制緣（11)則皆頂 9 3 )結構，該複數 個邊面處，該六邊形螺合件p邊形螺合件（2 〇)之六 置槽（1 2)處，該套筒^ 0)之六角端即容置於容 丄〇)即可旋動六邊形螺合件 ^0) ^41766 本A明之主要設計原理 士主 用套筒（…於結構上係為具有=二二圖所示，習 徑’亦即大曲率半徑即為卡= = 及小曲率半 為容置槽（12)，該習用套筒（ /〇=小曲率半徑印 形螺合件（2 0)而ft 门（1 0)即可套合該六邊 =構上保留原先之二====;係 之星形 該凹槽（…亦係可容入齒輪形；合二二(二)於 凸塊⑷）或星形螺合件(3〇) (4 0之絲 且該六個凹槽（1 3)與該六個容置槽 二3 ”對 輪形螺合件(4〇)之每一該齒二^ 嵌入’邊套筒U0)即設有卡制緣（11)、容置） 2 )及凹：（13)呈順序環狀排列，而變更容置槽曰" 凹槽（13)後，該容置槽（12)及凹槽 3 )可谷入齒輪凸塊（4 1 )或星形凸塊（3工）， 即具有套合多種形狀螺合件之功效，此即 本發明之第二設計原理在於：請輔以第二圖所示，該 套筒（1 G)之卡制緣（i i )具有適當之寬度Η，當改 變2長度而不改變套合線八時，該漸進面（1工2)弧線 與谷置槽（1 2 )之二側邊孤線即隨寬度}1而改變，該漸 ^41766 :)與谷置槽（12)之空間即可變大或變小 螺合件（3〇)之星形凸塊（31)以符合 =二:該卡制緣（⑴·凹槽（13)套合公制 。( 2 ◦)與齒輪形螺合件（4 0 )亦可符合 疑動公差。(6) The number of m_r card parts (U )) of the carding part (uG) is twelve, and the illusion & 1 1 0) is a curved convex surface, and the two card parts (again ° The middle 1 〇 of the groove (1 3) is relative to the 〇J 07A, the king is the %, the groove (the groove is spaced and parallel to each other) and the groove is concave (1) 3 2), red groove side surface (i / concave, 彖 gear-shaped screw fittings (4 (n eve) visibility is enough for a gear bump of one of the gears (4 pieces (30) of the star-shaped convex Μη , (41) or star-shaped screw • 5 twins. Ghost (31), the concave edge of the groove is a concave curved surface 'the groove side surface' (2夂 intersection can have an angled surface; (4) concave edge ( 1 3 2 ) - The intersection of the Hikka part (1 1 〇) and the (13!) is formed - the arcing surface ((/m groove side surface of the arcing surface (1 1 1) # and the card 1 1 ) 4 grounds meet, 3 1 ) ^ s , η l·110) and the groove side surface (1 丄Μ is tangent, the progressive part between the card parts [!] ο, 丄 u) and The valley groove (1 2) (four) surface (Η 2) is smoothly connected, and the progressive surface (ΐι" 9 ri4l766 = is in tangency with the ^ u10), and the progressive surface (ii2) is a two-way groove ( 1 2) The side arc surface is tangent, the progressive surface is “丄'), and the space of each groove (1 2 ) is used for the toothed ridge of the toothed tooth"]... screwing piece (40) ^ wheel block ( 41) or a star-shaped projection (3 凹槽) star-shaped projection (3 U groove (丄3) and the six accommodating grooves (corresponding to the gear-shaped screw member (, 1); 仵(4〇) mother - the gear bump (4 the card-shaped edge of the annular arrangement (the splicing line A, the hexagonal end of the splicing line A is composed of 1::=-hexagonal (112) and accommodating a groove (12) at the progressive face circle B; the connection is sinned or intersected at the second end of the sleeve (10), the drive face (id), the 1 face (14) For the purpose of being combined; it is a square-shaped groove for the socket wrench sleeve to be used for the operation of the sleeve-like screw joint, and more than the ferrule =) in addition to the caliper sleeve-like fitting (3 0). The wheel is opened, the screwing member (40) and the star-shaped screw-shaped screwing member (20) are captured. The second: the sleeve (10) accommodates six sides (11) and accommodates the groove U2. ): the concave sample 10) the card edge (11) having a plurality of card edges is the top 9 3) structure, and the hexagonal screw member p is at the plurality of side faces At the six-groove (1 2) of the screw-shaped fitting (2 〇), the hexagonal end of the sleeve ^ 0) is placed in the accommodating case), and the hexagonal screw-shaped screw can be rotated ^0) ^41766 The main design principle of this A is the main sleeve (...the structure is as shown in the figure = 2, the path 'is the large radius of curvature is the card = = and the small curvature half is the receiving groove (12) , the conventional sleeve ( / 〇 = small radius of curvature print screw (2 0) and ft door (1 0) can fit the six sides = structure retains the original two ====; The groove (... can also be accommodated in a gear shape; two (two) in the bump (4)) or a star-shaped screw (3) (the wire of 40 and the six grooves (1 3) And each of the six accommodating slots 2"" of the wheel-shaped screwing members (4") is embedded in the 'side sleeve U0", which is provided with a clamping edge (11), a receiving portion 2) and a concave : (13) is arranged in a circular sequence, and after the accommodating groove " groove (13) is changed, the accommodating groove (12) and the groove 3) may be in the gear projection (4 1 ) or star The bump (3 work), that is, has the effect of fitting a plurality of shape screw members, and the second design principle of the present invention is: As shown in the second figure, the card edge (ii) of the sleeve (1 G) has an appropriate width Η. When the length of 2 is changed without changing the occlusion line 8, the progressive surface (1 work 2) arc and The two side edges of the valley groove (1 2 ) change with the width}1, and the space of the gradual ^41766 :) and the valley groove (12) can be enlarged or smaller (3 〇). The star-shaped bump (31) conforms to = two: the card edge ((1) · groove (13) fits the metric. ( 2 ◦) and gear-shaped screw fittings (40) can also meet the tolerance tolerance.
本發明之第三設計原理在於：請輔以第二圓所示，該 卡制緣（1 1 )設有—凹槽（1 3 )，該凹槽（！ 3 )包 括有二個相間隔且相互平行的凹槽邊面（丨3丨），因此 改變二凹槽邊面（1 3 1 )之間矩，該凹槽（1 3)即可 容納星形螺合件（3 0)之星形凸塊（3 1 )以符合旋動 公差’但凹槽（i 3)改變時，該容置槽（工2)需不改 邊’使该容置槽（1 2)需配合齒輪形螺合件（4 〇)之 旋動公差。 由上二段所述之三種設計原理，本發明之套筒（丄〇 ) 於結構上即可將六邊形螺合件（2 Q )公制4龍至3 6 MM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 、’勺可配合9 7 %以上且可符合旋動公差，此即為本發明最 大之優點。 請繼續參閱第四圖所示，該套筒（i 〇)套用於星形 螺合件（3 0)即為E形螺合件（3 〇)之示意圖，該星 形螺合件（3 0)之六個星形凸&( 3 1 )係卡置於六個 谷置槽（1 2)處，泫套筒（1 〇)即可旋動星形螺合件 (30)。 ” 形螺五圖所示’該套筒（1 ο)内容置齒輪 容置槽(12】 套筒（10)設有卡制緣(⑴、 ;} ^ ^^7^ ΓΓ 〇 (1 =:=〇)之六個齒輪凸塊=容置 凹槽（13^ 另該六個齒輪凸塊（4!)即容置 (4 0)。 ’縣筒（1〇)即可旋動齒輪形螺合件The third design principle of the present invention is that, as indicated by the second circle, the card edge (1 1 ) is provided with a groove (1 3 ), and the groove (! 3 ) includes two spaced intervals. The mutually parallel groove sides (丨3丨), thus changing the moment between the two groove sides (1 3 1 ), the groove (13) can accommodate the star-shaped screw (30) star The shaped bump (3 1 ) conforms to the rotation tolerance 'but when the groove (i 3) is changed, the receiving groove (the work 2) needs to be changed without the edge', so that the receiving groove (1 2) needs to cooperate with the gear-shaped screw The rotation tolerance of the fitting (4 〇). According to the three design principles described in the last two paragraphs, the sleeve (丄〇) of the present invention can be used to form a hexagonal screw (2 Q) metric 4 to 3 MM can be combined with a hexagonal snail. Integral (2 〇) inch, star-shaped screw (3 〇) E size and gear-shaped screw (4〇), the three design principles, 'spoon can be matched with more than 97% and can meet the rotation tolerance This is the biggest advantage of the invention. Please continue to refer to the fourth figure, the sleeve (i 〇) sleeve is used for the star-shaped screw (30), which is the schematic diagram of the E-shaped screw (3 〇), the star-shaped screw (3 0 The six star-shaped convex & (3 1 ) card is placed at the six valley slots (12), and the star-shaped screw (30) can be rotated by the 泫 sleeve (1 〇). The shape of the sleeve (1 ο) is placed in the gear receiving groove (12). The sleeve (10) has a clamping edge ((1), ;} ^ ^^7^ ΓΓ 〇 (1 =: =〇)The six gear bumps = accommodating recesses (13^ The other six gear bumps (4!) are accommodated (4 0). 'County tube (1〇) can rotate the gear snail Fit
請參閱第六圓所示，該套M 合件（5。）時，今套汽μ二(1〇)内容置三角形螺 容置槽U2)及二(3 )係設有卡制緣（11)、 形螺合件（5 (η )且係呈環狀排列，該三角 處，以容置於套筒（1〇)之凹槽 0)。 -套同（10)即可旋動三角形螺合件（5 請參閱第七圓所示，該套芮 合件（60)時，=//0)内容置四邊形螺 容置槽（]W 4 (10糸設有卡制緣（1 1 )、 形螺合件（6 0 )凹槽（1 3)且係呈環狀排列，該四邊 槽(VV卢，角端處即容置於套筒（10)之= 〇)。 & °亥套同（1 0 )即可旋動四邊形螺合件(6 請繼續參閱第八圖所示，當該 邊形螺合件（6 i )時，因套 乂（1 0)内谷置八 制緣（⑴、容置二V )設有複數個之卡 複數之卡制緣Μ ] 槽（1 3 )結構，該 ’ 1 )則皆頂f於Α邊形螺合件（6 1341766 之八個邊面處，該套筒（1 n 工）。 ）卩可旋動八邊形螺合件（β 請繼續參閱第九圖所示，去 邊形螺合件（6 2)時，因套=套筒（1〇)内容置九 緣（1 1 )、容置槽（1 2 ) 5 10)設有複數個卡制 複數個之卡制緣（i i )則13 )結構’故該 之九個邊面處，該套筒（工〇自=於九邊形螺合件（6 2 ) 2 )。 ）即可旋動九邊形螺合件（β 請繼續參閱第十圖所示，a 二角形螺合件“3)時，因二 1:(ι〇)内容置十 制緣(11)、容置槽(12)及)内=有卡 環狀排列，故該套筒（i Q / (13)且呈順序 3 )。 Γ 了力疋動十二角形螺.合件（6 本發明最大之優點乃在於： 之乂緣(ΓΓ=)=端套孔内依序設有複數個 該套筒(i〇)i二 j备σ /、遺形螺合件（2 合件（30)、齒輪形螺合件 午(2，、星形螺 件而旋動之。 或其它形狀之螺合 决*玄明该套筒（1 0)於結構設計上係伴留原 曲率半徑，而於大曲率半徑上= 言市面上最常見序環狀排列，而—般而 見之螺合件係為六邊形，亦即旋動六邊形螺 14 1341766 ===高，該齒輪形螺合件(川及 〇)之大曲率半本r保留原先套筒（1 六邊形螺人件（2。、? 使該套筒（1 〇 )套合 優點,、 〇)㈣為穩固，此即為本發明最大 習用述2發明兼具新穎及實用之功效，並能改進 件，ί 1極佳之發明誠能符合發明專利之要 友依法挺起申請尚析貴#杳4j 專利為禱！ 香歪委貝砰核細審並早日賜准 1341766 圖式簡單說明】 係本發明之套筒立體圖。 係本發明之套筒前视圖。 係本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。Please refer to the sixth circle, when the M-piece (5.) is set, the current set of steam μ (1〇) content sets the triangular screw receiving groove U2) and the two (3) system has the clamping edge (11 ), the screw-shaped fittings (5 (η ) are arranged in a ring shape, which is accommodated in the groove 0 of the sleeve (1〇)). -Set the same (10) to rotate the triangular screw (5 see the seventh circle, when the fitting (60), = / / 0), the content of the quadrilateral screw receiving slot (] W 4 (10糸 has a card edge (1 1 ), a screw-shaped member (60) groove (13) and is arranged in a ring shape. The four-sided groove (VV Lu, the corner end is accommodated in the sleeve (10) = 〇). & °Hai sets the same (1 0 ) to rotate the quadrilateral screw (6 Please continue to refer to the eighth figure, when the edge screw (6 i ), Because of the set of 制 (1 0), the valley has eight system edges ((1), accommodates two V), and there are a plurality of cards with a plurality of cards. The slot (1 3 ) structure, the '1) is the top f Α 形 ( ( (6 1341766 at eight sides, the sleeve (1 n work).) 卩 can be rotated octagonal screw (β Please continue to see the ninth figure In the case of the screwing member (6 2), the card sleeve (1 )) is placed in the nine-edge (1 1 ), and the accommodating groove (1 2 ) 5 10) is provided with a plurality of card-made card edges ( Ii) then 13) structure 'so the nine sides, the sleeve (worker from the nine-sided screw (6 2) 2). Edge screw fittings (β Please continue to refer to the tenth figure, a two-dimensional screwing piece "3), because the two 1: (ι〇) content is placed in the ten-edge (11), the receiving groove (12) And) = there is a circular arrangement of the card, so the sleeve (i Q / (13) and in the order of 3). Γ Forced to move the dowel-shaped snail. The maximum advantage of the invention is:乂 edge (ΓΓ=)=The end sleeve hole is sequentially provided with a plurality of the sleeves (i〇) i two ji σ /, the shape of the screw fittings (2 pieces (30), gear-shaped screwing pieces (2, the star screw and the rotation of it. Or other shapes of the screw joint * Xuan Ming the sleeve (10) in the structural design with the original radius of curvature, and on the large radius of curvature = the market The most common order is circular, and the screw part is generally hexagonal, that is, the rotating hexagonal screw 14 1341766 === high, the gear-shaped screw (Chuan and 〇) is large Curvature half of this r retains the original sleeve (1 hexagonal screw man (2.,? makes the sleeve (1 〇) fit the advantage, 〇) (4) is stable, this is the largest habit of the invention 2 invention Novel and practical, and can improve parts, ί 1 excellent hair Sincerely meet the requirements of the invention patents, the application is still valid. #杳4j Patent is a prayer! The 歪 歪 砰 砰 砰 细 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 134 The front view of the sleeve of the invention is a schematic view of the screwing hexagonal screw of the present invention.
第一圖 第二圖 第三圖 第四圖 第五圖 第六圖， 第七圖、 第八圖、 弟九圖、 第十圖、 【主要元件符號說明】 係本發明旋動齒輪形螺合件示意圖。 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The first figure, the second figure, the third figure, the fourth figure, the fifth figure, the sixth figure, the seventh figure, the eighth figure, the younger nine figure, the tenth figure, [the main component symbol description] is the rotating gear shape screwing of the invention Schematic diagram. 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. Schematic diagram of the rotating dodecagonal screwing member of the present invention
(10)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 0)星形螺合件 (4 0)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 (1 4)驅動面 (3 1 )星形凸塊 (4 1 )齒輪凸塊 (6 1 )八邊形螺合件 (6 3)十—角形螺合件 16(10) Sleeve (110) clamping portion (112) Progressive surface (1 3) Groove (1 3 2) Groove concave edge (20) Hexagonal screwing member (30) Star screwing member (4 0) Gear-shaped screwing piece (50) Triangular screwing piece (60) Quadrilateral screwing piece (6 2) Nine-sided screwing piece (1 1 ) Carding edge (1 1 1 ) Arcing surface (12) accommodating groove (1 3 1) groove side surface (14) driving surface (3 1) star-shaped bump (4 1) gear projection (6 1 ) octagonal screw (6 3) Ten-angle screw 16