200909142 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種螺絲。 【先前技術】 ^有螺絲的旋轉件與螺紋桿係一 轉，由於佈局等原因，當配 /、此共軸方疋 便無法使用，從而ϋ文孔與該螺絲不共軸時， 』1現有螺絲的使用。 【發明内容】 雲於以上内容，有必晷袒 繞不同轴線旋轉之螺供—種其旋轉件與螺紋桿可 一種螺絲，包括—热 件和該螺紋桿的聯軸組件 『：=-連接該旋轉 第-萬向聯軸器和一第二萬向相=接的- 連接該旋轉件，該me ^該弟向聯軸器 。弟一4向聯軸器連接該螺紋桿。 螺咬：螺旋轉件的轉動透過該聯軸組件傳遞至該 大了螺㈣^ 與耗轉件可不共減旋轉，因此擴 穴ί螺絲的應用範圍。 【實施方式】 方4=72和圖5,本發明螺絲100的較佳實施 Λ 了用以將一盒體2〇〇鎖固於— 包括-旋轉件10、-聯軸組件30，w’ 2:累絲100 元件40及一套筒5〇 卞"螺紋补20，—彈性 12 及，一該作動部 ^螺刀配合的凹槽122,而該作動部12 200909142 的另一端與該桿部14相連。 及兩件3〇包括兩又形件32 * 34、-中間軸35 型組成。/該中間轴35由兩叉形件36和38 -體成 ^形件32和該又形件36透過一十字軸37樞接 而形成一第一萬向連軸器。 過另-個十字轴37減& 3又科34和該又形件38透 ^ 34 λ- ^ 形成一第二萬向連軸器。該叉形 步設有—方形卡固孔扣。在本實施方式 ^ 32的端面與該旋轉件10的桿部14 一體成 ，該叉形件32的端面與該旋轉件1G的桿部 14也可採用鉚接等方式進行連接。 郝认可以理解’該第一、第二萬向聯軸器也可透過在A相 ㈣又形件之間藉由常用的連接件進行連接。 ’、 該螺紋桿20句括—i13 SA ^ λ » 捏猶大於該桿體24的螺“，，一端形成一直 卡固孔342中/ °卩6可卡固於該叉形件34的方形 在本實施方式中，該彈性元件40為—螺旋彈箐。 套筒t一：Λ閱圖4’該套筒50 一端形成-接合部52，該 二口心軸線設有一通孔54，該套筒50於該通孔 4 ^ 〇X %狀擋止部542，該環狀擋止部542進一步形 成一環狀支禮部544。 3請-併參閱圖5,該盒體2。。包括—u形底座2〇1、 隔板2〇2上蓋204及複數鉚釘2〇6。該隔板202連續 弯折呈中間低兩侧高的形狀，其一側較高的部分形成一支 撐4 205 ’其較低的部分與另一侧較高部分的彎折連接處 200909142 .形成一安裝部203,該安裝部203開設至少一固定孔2032, 而該上蓋204的折邊設有開口 208。該機座300設有收容 該盒體200的容置空間302及一設置在該容置空間302内 的折片上的螺紋孔304。 請一併參閱圖1至圖4，組裝該螺絲100時，該螺紋 桿20穿設於該套筒50的通孔54中，該螺紋部22擋止於 該套筒50的環狀支撐部544。再將該彈性元件40套設於 該螺紋桿20的桿體24，而該螺紋桿20的卡固部26穿過 該通孔54後卡固於該叉形件34的卡固孔342中，該彈性 元件40的兩端分別擋止於該叉形件34的端面及該套筒50 的環狀擋止部542。 請繼續參閱圖5，將該螺絲100組設於該盒體200，該 螺絲100的套筒50的接合部52鉚固於該隔板202的固定 孔2032,再將該盒體200的上蓋204蓋合於該隔板202並 透過該等鉚釘206固定在一起，該上蓋204的開口 208與 該隔板202的固定孔2032不共軸線。該螺絲100的旋轉件 10穿設於該上蓋204的開口 208並置於該隔板206的支撐 部205上。 該盒體200收容於該機座300的容置空間302，而該 盒體200的固定孔2032正對該機座300的螺紋孔304，轉 動該旋轉件10,該聯軸組件30將轉矩傳遞至該螺紋桿20, 進而使該螺紋部22與該機座300的螺紋孔304螺合，而將 該盒體200鎖固於該機座300。 本發明螺絲100利用該聯軸組件30連接該旋轉件10 和該螺紋桿20，將該旋轉件10的轉動傳遞至與其不共軸 8 200909142 線的該螺紋桿20，擴大了螺絲的應用範圍，提高了結構設 計的靈活性。 、示上所述，本發明符合發明專利要件，爰依法提出 專利申請。惟，以上所述者僅為本發明之較佳實施例， 悉本案技藝之人士，在差依本發明精神所作之等 效丫，飾或變化，皆應涵蓋於以下"請專利範圍内。 【圖式簡單說明】 ^和圖2係本發明螺絲較佳實施方式的 圖3和圖4係本發明螺絲較 刀解圖 圖5係本發明螺絲較 、方式的立體組合圖 主要元件符號說明】^〜方式的使用狀態參考圖。 螺絲 100 作動部 12 旋轉件 10 桿部 14 凹槽 122 螺紋部 22 螺紋捍 20 卡固部 26 桿體 24 又形件 32 ' 34 聯軸組件 30 十字軸 37 36、38中間轴 35 彈性元件 40 卡固孑L 342 通孔 54 接合部 52 環狀支撐部 542 環狀擋止部 542 U形底座 201 盒體 200 安裝部 203 隔板 202 蓋板 204 固定孔 2032 支樓部 205 200909142 鉚釘 206 開口 208 基座 300 容置空間 302 螺紋孔 304 10200909142 IX. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION The present invention relates to a screw. [Prior Art] ^The rotating part with the screw and the threaded rod are rotated. Due to the layout and other reasons, when the coaxial/square is not used, the hole is not coaxial with the screw. Use of screws. SUMMARY OF THE INVENTION In the above content, there is a screw that has to be rotated around different axes. The rotating member and the threaded rod can be a kind of screw, including a hot member and a coupling assembly of the threaded rod ":=- Connecting the rotating first-universal coupling and a second universal phase = connected - connecting the rotating member, the me ^ the younger to the coupling. The brother-to-coupling connects the threaded rod. Screw bite: The rotation of the screw-turning member is transmitted to the large screw (4) through the coupling assembly, and the rotating member can be rotated without a total reduction, so the application range of the screw is expanded. [Embodiment] In the case of square 4 = 72 and Fig. 5, a preferred embodiment of the screw 100 of the present invention is used to lock a casing 2 to - including - a rotating member 10, a coupling assembly 30, w' 2 The tired wire 100 element 40 and a sleeve 5 〇卞 " thread complement 20, - elastic 12 and a groove 122 of the actuating portion ^ screw knife, and the other end of the actuating portion 12 200909142 and the rod portion 14 connected. And two pieces of 3〇 consisting of two re-shaped pieces 32 * 34, - intermediate shaft 35 type. / The intermediate shaft 35 is pivotally connected by the two fork members 36 and 38 - the body member 32 and the hinge member 36 through a cross shaft 37 to form a first universal joint. After another cross-shaft 37 minus & 3 and 34, the further member 38 transmits a 34 λ-^ to form a second universal joint. The fork step is provided with a square snap hole buckle. The end surface of the present embodiment ^32 is integrally formed with the rod portion 14 of the rotary member 10, and the end surface of the fork member 32 and the rod portion 14 of the rotary member 1G may be connected by caulking or the like. Hao recognizes that the first and second universal joints can also be connected by a common connecting piece between the A-phase (four) and the shaped parts. ', the threaded rod 20 sentences - i13 SA ^ λ » pinch is larger than the screw "" of the rod body 24, one end is formed in the constant locking hole 342 / ° 卩 6 can be clamped to the square of the fork 34 In this embodiment, the elastic member 40 is a spiral magazine. The sleeve t1: see the end of the sleeve 50. The sleeve 50 has an end portion formed with a joint portion 52. The two core shafts are provided with a through hole 54. 50, the through hole 4 ^ 〇 X% shaped stop portion 542, the annular stop portion 542 further forms an annular brace portion 544. 3 Please - and refer to Figure 5, the box body 2.. including - u The base 2〇1, the partition 2〇2 upper cover 204 and the plurality of rivets 2〇6. The partition 202 is continuously bent to have a shape with a middle low side and a high side, and a higher portion of one side forms a support 4 205 ' The lower portion is connected to the upper portion of the upper portion of the bent portion of the other portion. The mounting portion 203 defines at least one fixing hole 2032, and the flange of the upper cover 204 is provided with an opening 208. 300 is provided with an accommodating space 302 for accommodating the casing 200 and a threaded hole 304 formed in the louver of the accommodating space 302. Please refer to FIG. 1 to FIG. 4 to assemble the snail. When the wire 100 is used, the threaded rod 20 is inserted into the through hole 54 of the sleeve 50, and the threaded portion 22 is blocked by the annular support portion 544 of the sleeve 50. The elastic member 40 is then sleeved on the thread. The rod body 24 of the rod 20 passes through the through hole 54 and is engaged in the fixing hole 342 of the fork member 34. The two ends of the elastic member 40 are respectively blocked. The end surface of the yoke 34 and the annular stop portion 542 of the sleeve 50. Referring to Figure 5, the screw 100 is assembled to the casing 200, and the joint portion 52 of the sleeve 50 of the screw 100 is riveted. The fixing hole 2032 of the partition 202 is fixed to the partition 202 of the casing 200 and fixed to the partition 202 by the rivet 206. The opening 208 of the upper cover 204 is fixed to the partition 202. The hole 2032 is not coaxial. The rotating member 10 of the screw 100 is disposed in the opening 208 of the upper cover 204 and is disposed on the supporting portion 205 of the partition 206. The casing 200 is received in the receiving space 302 of the base 300. The fixing hole 2032 of the casing 200 is opposite to the threaded hole 304 of the base 300, and the rotating member 10 is rotated, and the coupling assembly 30 transmits torque to the threaded rod 20, thereby The threaded portion 22 is screwed into the threaded hole 304 of the base 300 to lock the case 200 to the base 300. The screw 100 of the present invention uses the coupling assembly 30 to connect the rotating member 10 and the threaded rod 20, The rotation of the rotating member 10 is transmitted to the threaded rod 20 which is not coaxial with the line 09200909142, which expands the application range of the screw and improves the flexibility of the structural design. As indicated above, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above-mentioned embodiments are merely preferred embodiments of the present invention, and those skilled in the art, in the light of the spirit of the present invention, should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 and FIG. 4 are schematic diagrams of the screw of the present invention. FIG. 5 is a schematic diagram of the main components of the three-dimensional combination diagram of the screw of the present invention. ^~ mode of use status reference map. Screw 100 Actuator 12 Rotating member 10 Rod 14 Groove 122 Threaded portion 22 Threaded 卡 20 Snapped portion 26 Rod 24 Shaped piece 32 ' 34 Coupling assembly 30 Cross shaft 37 36, 38 Intermediate shaft 35 Elastic element 40 Card Solid L 342 through hole 54 joint portion 52 annular support portion 542 annular stop portion 542 U-shaped base 201 case 200 mounting portion 203 partition plate 202 cover plate 204 fixing hole 2032 branch portion 205 200909142 rivet 206 opening 208 base Seat 300 accommodating space 302 threaded hole 304 10