五、新型說明： 【新型所屬之技術領域】 本新型係關於一種止滑脫之套筒。 【先前技術】 本案申請人之前所請之第99215309號「可保護螺帽螺检多 角面之套筒」已蒙躺核准為卿第M39S547麟型專利在 案。 _型專利揭示一套筒，含有一 ^六角」之内孔，於各 内孔孔邊左、右兩側向外偏斜呈一偏.斜部，由是於旋轉套筒 時，该套筒内孔之偏斜部乃貼合螺帽或螺栓之角邊形成「面與 面」之接觸而能保護螺帽或螺栓者。 置^!财利卻未揭示於套筒另端之「外六角」套頭上設 置有如刖述之止滑脫之機制，而略顯「美_不足」。 本案創作人有鑒於此，办 脫之套茼。 研九創新揭示出本新型之止滑 本新型之目的旨右 多角(含「外1 八―止滑脫之套筒，係令該套筒之 夕卜，、角」等複數角）套頭之 斜向所對應之扳手算 邊之左、右兩側分別 頭斜角邊係與所相對叙斜角邊’各該套筒套 円孔遺之間形成一小銳角，由是 ，轉該扳手使各該套頭斜角邊與扳手王具内孔邊貼合形成 接觸面’以防止套筒多角套頭與扳手工具間之摩耗、受損者。 以明H狀可取實體，可由以下制#配合_諸圖式而得 【實施方式】. 參閱第1〜4圖’本新型止滑脫之套筒(聊之「外六角」套 頭0)各角邊之大弦邊⑴)於鄰各棱角十心連線(1〇)側生一斜角 邊02)，各該斜角邊⑽與相對應之扳手内孔邊田)之間形成一 小銳角(A1)。扳手内（六角)孔則套合該套筒之「外六角」套頭 ⑴’以作扳轉動作者。當然，本新型之套筒套頭⑴除圖示之 「外六角」外，亦可為3角以上之多數角者。 該小銳角(A1)係小於30度，而宜介於2〜8度之間者。 如圖所示者，§玄套简套頭(1)兩稜角（1〇1)中心連線(1〇)所夾 成之大弦邊（11)中含有一對斜角邊（12)分設於大弦邊(1丨）兩 側，兩斜角邊(1¾之間形成一平直邊(13)。 各該斜角邊(12)由一外稜角中心連線(1〇)與一内角突中心連 線(l〇i)所包夹而成’常時令稜角（101)與扳手内孔邊稜角(χ)以 及中心(C)呈一直線(aligned)，梭角（101)與中心(C)間界定一外 半徑(R1) ’而内角突(102)與中心(C)間則界定一内半徑(R2)， 角突(102)距扳手内孔邊(H)有一間隙(P1)，當繞中心(c)右旋(R) 扳手，亦即相對地左旋(Rc)套筒、套頭⑴時(第2至第3圖）， R1幻刀別旋切套筒邊(Η)，該右邊之斜角邊(12)乃與扳手内 孔邊(Η)貼合$域—接觸面(非點或線之线翻），故不會發生 磨耗、磨彳而能防止滑脫之現象 ’使扳手之施力力矩 及扭力絲發揮’能輕易而有效地旋轉套筒(loo)及其所套持 之螺帽或螺栓者。 反之’由第2至第4圖，左旋(Rc)扳手則呈相反之動作。 田然，本新型亦可套接扳手以外之工具如連接器套筒連 桿等等。 本新型可防止套筒與扳手工具間之打滑，而發揮止滑作 用確貝增進女裝、保養、操作或施工效率。 據此，圖示本新型套筒之「外六角」套頭（丨）因每邊有「3 面」’故總共有18面(3x6=18)之多。 如第5 ’ ό圖，則分別呈現兩層（1，叫，三層（〗，la，叫 之套筒套頭(1)，如此可因應不同尺寸之扳手工具之扳轉操 作。而該套頭⑴可為不限層數之多層漸層式(Gradati〇nal)結構 者。 本新型可於不違本新型之精神及範轉下，作適當之修飾或 改變，本新型實不加以限制。 【圖式簡單說明】 第1圖係本新型之縱向示意圖。 第2圖係本新型之常時狀態（自第i圓2_2方向之)橫剖示圖。 M430342 第3圖係自第2圖右旋扳手之剖示圖。 第4圖係自第2圖左旋扳手之剖示圖。 第5圖係本新型另一可取實體之(含雙層套頭)示意圖。 第6圖係本新型再一可取實體之(含三層套頭)示意圖。 【主要元件符號說明】 100. …套筒； 10... ...棱角中心連線； 1·· ....套頭； 11... ...大弦邊； 12·. ....斜角邊； 13··. ...平直邊； 101. ....稜角； 102·, ....斜角邊内角突； P1.. ....間隙； A1" .…小銳角； 10i·, .....内角突中心連線； H.··· ..扳手内孔邊； R... ...右旋方向； Rc... ...左旋方向； C... …中心； R1... …稜角半徑； R2.. ....内角突半徑； S.···, ..扳手内孔； la， lb......多層套頭。V. New type description: [Technical field of new type] This new type relates to a sleeve that stops slipping. [Prior Art] The applicant's previously requested No. 99215309 "Sleeve that protects the nut threaded polygon face" has been approved as the M39S547 Lin type patent. The _ type patent discloses a sleeve containing a hexagonal inner hole, which is deflected outwardly on the left and right sides of each inner hole, and is inclined. When the sleeve is rotated, the sleeve is The deflected portion of the inner hole is a contact between the corner of the nut or the bolt to form a "face to face" contact to protect the nut or bolt. However, it has not been revealed that the "hexagonal" ferrule on the other end of the sleeve is provided with a mechanism to stop slipping, and it is slightly "beautiful". In view of this, the creators of this case have set aside the arbitrage. Yanjiu Innovation reveals the purpose of this new type of slip-off. The purpose of this new type is to the right multi-angle (including the "outer one eight-slip-slip sleeve, which makes the sleeve of the sleeve, the angle" and other complex angles) The left and right sides of the corresponding wrench are respectively formed with a small acute angle between the beveled edge and the oppositely beveled edge, and each of the sleeves of the sleeve is formed with a small acute angle. The beveled edge of the ferrule is brought into contact with the inner hole edge of the wrench king to form a contact surface ′ to prevent wear and damage between the sleeve ferrule and the wrench tool. The body can be obtained in the form of a H-shape, which can be obtained from the following formulas: [Completion]. See Figures 1 to 4 for the corners of the new type of slip-proof sleeve (talking "outer hexagon" head 0) The large chord edge (1) of the side is formed with a beveled edge 02) on the adjacent ten-hearted line (1〇), and a small acute angle is formed between each of the beveled edge (10) and the corresponding inner hole of the wrench) (A1). The inner (hexagonal) hole of the wrench fits the "hexagonal" head (1)' of the sleeve to rotate the author. Of course, the sleeve sleeve (1) of the present invention may be a plurality of corners of three or more angles in addition to the "outer hexagon" shown in the drawings. The small acute angle (A1) is less than 30 degrees, and preferably between 2 and 8 degrees. As shown in the figure, § Xuan set simple head (1) two corners (1〇1) center line (1〇) is a large string edge (11) with a pair of beveled edges (12) On both sides of the large chord (1丨), two beveled edges (13) form a straight edge (13). Each of the beveled edges (12) is connected by an outer angular center (1〇) and an inner corner. The joint center line (l〇i) is sandwiched by 'normal edge angle (101) and the inner edge of the wrench hole (χ) and the center (C) are aligned, the shuttle angle (101) and the center (C An outer radius (R1) is defined between the inner corner (102) and the center (C) to define an inner radius (R2), and the corner protrusion (102) has a gap (P1) from the inner edge (H) of the wrench. When turning the right (R) wrench around the center (c), that is, the opposite left-handed (Rc) sleeve and the ferrule (1) (2nd to 3rd), the R1 knives do not rotate the sleeve edge (Η), The beveled edge (12) on the right side is bonded to the hole edge (Η) of the wrench to the $domain-contact surface (the line is not turned or the line is turned), so that the wear and the grinding are not caused and the slippage can be prevented. The wrench's torque and torque wire can be used to easily and effectively rotate the loo and the nuts or bolts it holds. Conversely, 'from the 2nd to 4th figures, the left-handed (Rc) wrench has the opposite action. Tian Ran, this new model can also be used with tools other than socket wrenches such as connector sleeve connecting rods, etc. This new type can prevent the sleeve The slip between the wrench and the wrench tool is used to enhance the efficiency of women's wear, maintenance, operation or construction. According to this, the "hexagonal" head (丨) of the new sleeve has "3 sides" on each side. "There are a total of 18 faces (3x6=18). As in the 5th's map, there are two layers (1, called, three layers (〗, la, called the sleeve head (1), so The wrench (1) can be an unrestricted multi-layered Gradati〇nal structure. The present invention can be used without departing from the spirit and scope of the present invention. Appropriate modification or change, the present invention is not limited. [Simplified illustration of the drawing] Fig. 1 is a longitudinal schematic view of the present invention. Fig. 2 is a horizontal cross-sectional view of the present invention in the normal state (from the 2nd direction of the i-th circle) Fig. M430342 Fig. 3 is a cross-sectional view of the right-handed wrench from Fig. 2. Fig. 4 is a left-handed wrench from Fig. 2. Fig. 5 is a schematic view of another desirable entity of the present invention (including a double-layered ferrule). Fig. 6 is a schematic diagram of another novel entity (including a three-layer ferrule). [Description of main component symbols] 100. ...sleeve; 10... ... angular center connection; 1·· .... ferrule; 11... ...large chord; 12·. .... beveled edge; 13·· . . . straight edge; 101. .... angular; 102·, .... beveled inner corner; P1.. .... clearance; A1" .... small acute angle; 10i·, .. ...in the inner corner of the corner line; H.··· .. wrench inner hole edge; R... ... right-hand direction; Rc... ...left-hand direction; C... center; R1 ... angular radius; R2.. .... internal corner radius; S.···, .. wrench inner hole; la, lb... multi-layered head.