201235250 六、發明說明： 【發明所屬之技術領域】 本發明涉及-種具阻尼的連接器，尤指—種安裝 之車架上可轉動地連接座墊的連接器。 【先前技術】 厂般摩托車通常會設置有可以梅轉的一座塾，座墊的下方 eJa-置物|目’可以提供摩托車騎士放置諸如安全帽等物品， 而座墊與摩托車車架之間設置一連接器，連接器包括樞設在一 起的第-及第—結合件’第—結合件附免於摩托車的車架上， 第二結合件固設於座墊上，使得座墊能相對摩托車的置物箱開 啟或關閉置物箱的開口’且一般摩托車的座墊設計成需要手動 掀開’因此當摩托車騎士雙手都拿東西時，要再操作座啟 就變得有困難。 為此，遂有業者投入研發改良使用於摩托車座墊上的連接 ，二其主要是在連接器上設置彈簧與阻尼裝置，使阻尼裝置與 第二結合件連動而能使摩托車的座墊開啟或關閉時具有阻尼 轉動的效果，而彈簧具有的二端分別抵接在第一及第二結合件 士，使第二結合件能夠被彈簧抵壓而保持在開啟的位置，因此 虽騎士由摩托車的主開關鎖解鎖後，彈簧就會使座墊自動開 | 啟’並且第二結合件因為作有阻尼的轉動，因此座墊可以適當 =净，開啟。然而這種具有彈簧與阻尼器的連接器設計上，通 常是採用現有（市售可取得之現品）的阻尼器，連接器作設計 變更以可安餘尼n，因此這種具雜尼H的連㈣通常結構 較為複雜，且由於要使彈簧組裝於連接器上時，彈簧能夠抵壓 連接器的第二結合件位於開啟位置，因此第一及第二結合件樞 =在一起之前要先扭轉彈簧的兩端，然而彈簧為了要支撐座墊 能夠自動地掀開，因此彈簧的彈性力相當強，一般人手並無法 直接扭轉這種彈簧，而需要透過額外的器具扭轉彈簧後，再將 彈簧套裝於阻尼器的外側，最後再將第一及第二結合件與阻尼 器組裝在一起，導致這種具有彈簧與阻尼器的連接器組裝上相 3 201235250 當麻煩且費時（熟練的組裝人員組裝一個連接器可能需要五分 鐘以上），如此將會降低業者量產的速度導致成本增加。 【發明内容】 為解決上述問題’本發明提供一種具阻尼的連接器包括一 第一結合件，包括一結合壁，以及各自隔開在結合壁二側的二 側壁，二側壁各自貫穿地形成一圓形的插孔，第一結合件的結 合壁被用來固設於一第一物件上’ 一第二結合件，與第一結合 件樞接，包括一連結壁以及各自隔開在連結壁二側的一第一端 壁與一第二端壁，其中第一端壁上形成一第一孔，而第二端壁 上形成一非圓形的第二孔，第二結合件的第一及第二端壁各自 位於第一結合件之二侧壁的外侧，第二結合件的連結壁被用來 與一第二物件結合，一套筒，不可轉動地結合於第一結合件的 二侧壁之間，套筒包括沿套筒之軸向隔開的一第一端與一第二 端，以及連接第一及第二端端面的一外周面，一軸孔由第一端 端面沿套筒之軸向延伸但與第二端之端面隔開，一容室由第二 ^端，，套筒之軸向延伸至軸孔，容室的内徑大於軸孔的内 控，容室具有-内表面，且容室與軸孔間的落差形成一階面， 一圓柱形的轉子，樞設於套筒的容室内，轉子包括隔開的一内 端面與一外端面，以及連接内、外端面的一外圍面，轉子的内 端面面相套筒之容室的階面，轉子沿套筒軸向的長度小於容室 沿套筒軸向的長度，且轉子的外徑略小於套筒之容室的内徑， 子的外圍面與容室的内表面之間形成一縫隙，縫隙被用來 错μ油’一塞子’結合於套筒的第二端端面上，以密封套 ΐ从ΐ至一軸桿，具有一頭部，頭部包括隔開的一内表面與 =表面’頭部進—步包括形成於内表面的-切面，軸桿進二 接的内表面延伸的一枢接段，轴桿進一步包括由樞 伸非圓桿形的—連動段，連動段具有_末端，抽桿之頭 ΐε艟^面與第二結合件的第二孔嵌合，使第二結合件與軸桿一 、查叔ea 軸桿的樞接段密封地樞設於套筒的轴孔中，且軸桿的 連動1 又與轉子的連動孔套接，使轉子與補-起轉動，轴桿的 201235250 第二結合件的第-孔中’使第二結合件能依 ϊίϊϊϊ相對第—結合件在開啟位置與閉合位置間樞 ㈣nip f連動轉子轉動’使轉子透過阻尼油產生阻尼效果， 並將尼效果傳遞至轴桿及第二結合件。 „ ^1二結合件位於開啟位置時，第二物件相對第一物件掀 開，=第二結合件位於閉合位置時，第二物件關閉第一物件。 藉由上述的結構特徵使得本發明的連接器透過轉子配合 ，尼油產生具有阻尼效果的轉動，並以軸桿傳遞阻尼效果至第 :結合件上，具有結構簡單的優點，能夠有效地降低業者組裝 時間與製造成本。此外藉由分離式的定位#設計，使得連接器 的彈簧可㈣地被絲，有效降低業者組裝連接器的時間。 【實施方式】 以下所有圖式係僅便於解釋本發明基本教導而已，圖式中 將對構成較佳實施例之元件的數目、位置、關係、及尺寸之延 伸將有所說明，在閱讀及了解本發明的敎導後相關之變化實施 ，於業界技能。另外，在閱讀及了解本發明的敎導後，配合特 定力量、重量、強度、及類似要求之精確尺寸及尺寸比例之改 變亦屬業界技能。 不同圖式中係以相同標號來標示相同或類似元件；另外請 了解文中諸如“第一，，、“第二”、“第三，，、“上”、 ::下”、“前”、“後”、“内’，、“外，，、“端”、“部”、 ::段”、“水平”、“垂直”、“向内，，、“向外”、“寬度”、 *長度”、”區”、”周圍”、”側，，、”逕向”、”軸向，，等 等及類似用語係僅便於看圖者參考圖中構造以及僅用於幫助 描述本發明而已。 依據圖式所示，本發明的連接器1 〇包括一第一結合件2 2 0 ’第一結合件2 2 0具有一結合壁2 2 2，第一結合件2 2 0包括形成於結合壁2 2 2二端隔開的二側壁2 2 4，結合 壁2 2 2包括形成於表面的一圓筒狀的定位筒2 2 8，二結合 孔2 3 0貫穿地形成於結合壁2 2 2上且與定位筒2 2 8隔 5 201235250 開，二結合孔2 3 0貫穿地形成於結合壁2 2 2上，二側壁2 24各自貫穿地形成一圓形的樞孔2 3 2。 依據圖式所示，本發明的連接器10進一步包括與第—妹 合件2 2 0樞接的一第二結合件2 3 4，第二結合件2 3 4 ~ 括一連結壁2 3 6以及各自隔開在連結壁2 3 6二側的一^ 一端壁2 3 8與一第二端壁2 4 0，第二結合件2 3 4進一 J 包括由第一、第二端壁2 3 8、2 4 0及連結壁2 3 6區隔出 的一缺口 2 4 7，連結壁2 3 6具有貫穿連結壁2 3 6的三鎖 孔2 4 2 ’三定位柱2 4 4形成於連結壁2 3 6的一侧^面 上，一圓形的第一孔2 4 6形成於第一端壁2 3 8上，成一非 圓形的第一孔2 4 8形成於第二端壁2 4 0上。第一結合件2 2 0的二侧壁2 2 4位於第二結合件2 3 4的第一^二端 壁2 3 8、240之間第一及第二孔246、248各自i第 一結合件2 2 0的侧壁2 2 4之樞孔2 3 2對齊。 、 依據圖式所示，本發明的連接器1〇也包括不可轉動地結 合於第一結合件2 2 0的一套筒2 5◦，套筒2 5 0包括沿ΐ 筒2 5 0之軸向隔開的一第一端2 5 2與一第二端2 5 4:以 及連接第一及第一端2 5 2、2 5 4端面的一外周面2 5 Θ， -軸孔2 6 0由第-端2 5 2端面沿套筒2 5 0之軸向延伸 但與第二端2 5 4之端面隔開，一容室2 6 2由第二端2 5 4 端面沿套筒2 5 0之軸向延伸至軸孔2 6 0，容室2 6 2的内 徑大於軸孔2 6 0的内徑，容室2 6 2具有一内表面2 6 4， 且容室2 6 2與軸孔2 6 0間的落差形成一階面2 6 6，容室 2 6 *2的内徑約為軸孔2 6 〇内徑的1.86倍，且軸孔2 6 0 沿套筒2 5 0之軸向的長度約為容室2 6 2沿套筒2 5 0之 軸向長度的3.2倍延伸段2 5 8沿套筒2 5 Q的直徑方命 凸出地形成於套筒2 5 0的外周面2 5 Θ上。套筒2 5 2 ◦的二側壁2 2 4之間，且套G 5二 2 6 2各自與第—結合件2 2 Q的樞孔2 3 2對齊，套琦2 5 0的延伸段2 5 8嵌合入第一結合件2 2 〇 201235250 =位筒228t’使繼5Q㈣嘴—結合件22〇 依據圖式所示，本發明 5 0内的-圓_的轉子2 6 8，轉g 設於套筒2 端面2 7 0與—外端面2 7 1子8包括隔開的-内 2 7 2的一外圍面9 7」及連接内、外端面2 70、 7 0沿套筒2 5 〇轴’f f2 ^ 8進—步包括由内端面2 6 2的内徑（外徑略小於套筒2 5 0之容室2 倍），且轉子2=12,約為轉子2 6 8外徑的咖 沿套筒2 5 〇轴向長°度的6 2 iSt；2 6 2 且與之隔開，且= 5 〇的階面2 6 6 表面2 6 4隔^ 卜圍面2 74與套筒2 5 ◦的内 5 〇Τ^/2 ^ΙΧΤΛ 2 ΰ基子278具有一凸緣280,凸緣 0之軸向隔開的—第—端面2 8 3 2 8 4，塞子2 *7 8進一步包括由第一9 q 〇 6 ^^2 8 勺扭有诸如橡膠圈構成的—密封環2 8 9，塞子2 7 8也 =工288==之軸向延伸至塞入段2 8 9 mm^n 2 5 〇 ^Τβ\\6^ 位於第-結合件2 2 〇之-側壁2 2 4内側，且塞入段2 ^ 6的端面沿套筒2 5◦的軸向與轉子2 6 8的外端面2 7 ^巧’塞子2 7 8的塞人段2 8 6端面沿套筒2 5。軸向與 =至2 6 2之階面2 6 6隔開的距離略大於轉子2 6 §沿套 5 0之軸向的長度，使得轉子2 6 8的外圍面2 7 4與套 清2 5 0容室2 6 2之間及外端面2 7 2與塞子2 7 8^塞 7 201235250201235250 VI. Description of the Invention: [Technical Field] The present invention relates to a dampered connector, and more particularly to a connector for rotatably connecting a seat cushion on a mounted frame. [Prior Art] A factory-like motorcycle usually has a raft that can be turned, and the eJa-storage under the seat cushion can provide motorcycle riders with items such as helmets, and seat cushions and motorcycle frames. A connector is disposed between the connector, and the first and second coupling members are pivotally mounted on the frame of the motorcycle, and the second coupling member is fixed on the seat cushion, so that the seat cushion is It can open or close the opening of the compartment with respect to the compartment of the motorcycle' and the seat cushion of the motorcycle is designed to be manually opened. Therefore, when the rider takes both hands, it is necessary to operate the seat again. difficult. To this end, 遂 者 投入 投入 投入 投入 投入 投入 投入 投入 投入 投入 投入 投入 投入 研发 研发 研发 研发 研发 研发 研发 研发 研发 研发 研发 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车 摩托车The utility model has the effect of damping rotation when opening or closing, and the spring has two ends respectively abutting on the first and second coupling members, so that the second coupling member can be pressed by the spring to maintain the open position, so After the motorcycle's main switch lock is unlocked, the spring will automatically open the seat cushion and open the second joint because of the damped rotation, so the seat cushion can be properly = net and open. However, such a connector with a spring and a damper is usually designed with an existing (commercially available, available) damper, and the connector is designed to be modified so that it can be used. The connection (4) is usually complicated in structure, and since the spring can press the second coupling member of the connector in the open position when the spring is assembled on the connector, the first and second coupling members should be twisted before being pivoted together. The two ends of the spring, however, the spring can be automatically opened in order to support the seat cushion, so the spring has a strong elastic force. Generally, the human hand cannot directly twist the spring, and the spring is required to be twisted by an additional device. On the outside of the damper, and finally assembling the first and second coupling members together with the damper, the connector with the spring and the damper is assembled with the upper phase 3 201235250 when it is cumbersome and time consuming (the skilled assembler assembles a The connector may take more than five minutes), which will reduce the speed of mass production by the operator and lead to increased costs. SUMMARY OF THE INVENTION In order to solve the above problems, the present invention provides a damper connector including a first coupling member, including a coupling wall, and two side walls respectively spaced on two sides of the coupling wall, the two sidewalls respectively forming a through hole a circular jack, the connecting wall of the first joint member is fixed to a first object member. A second joint member is pivotally connected to the first joint member, and includes a connecting wall and a partition wall therebetween. a first end wall and a second end wall on the two sides, wherein a first hole is formed in the first end wall, and a second non-circular hole is formed in the second end wall, the first part of the second joint And the second end walls are respectively located outside the two side walls of the first joint member, the connecting wall of the second joint member is used for coupling with a second object, and a sleeve is non-rotatably coupled to the second joint member Between the side walls, the sleeve includes a first end and a second end spaced along the axial direction of the sleeve, and an outer peripheral surface connecting the first end and the second end end, the shaft hole is sleeved by the first end end face The axial extension of the cylinder is separated from the end surface of the second end, and a chamber is provided by the second ^ , the axial direction of the sleeve extends to the shaft hole, the inner diameter of the chamber is larger than the inner control of the shaft hole, the chamber has an inner surface, and the difference between the chamber and the shaft hole forms a first-order surface, a cylindrical rotor, The rotor is disposed in the chamber of the sleeve, the rotor includes a spaced inner end surface and an outer end surface, and a peripheral surface connecting the inner and outer end surfaces, the inner end surface of the rotor is opposite to the step surface of the sleeve chamber, and the rotor is sleeved The axial length of the cylinder is smaller than the length of the chamber along the axial direction of the sleeve, and the outer diameter of the rotor is slightly smaller than the inner diameter of the chamber of the sleeve, and a gap is formed between the peripheral surface of the sub-chamber and the inner surface of the chamber, and the slit is Used to attach a 'plug' to the second end face of the sleeve to seal the sleeve from the weir to a shaft, having a head including a spaced inner surface and a = surface 'head The step further comprises: a cutting plane formed on the inner surface, the pivoting rod extending into the inner surface of the connecting rod, the shaft further comprising a pivoting non-circular rod-connecting section, the linking section having an _end, pumping The head of the rod ΐ 艟 艟 ^ surface is engaged with the second hole of the second joint member, so that the second joint member and the shaft 1. The pivoting section of the Shu ea shaft is sealingly pivoted in the shaft hole of the sleeve, and the linkage 1 of the shaft is sleeved with the interlocking hole of the rotor, so that the rotor and the complement-rotate, the shaft of the 201235250 The second hole of the second coupling member enables the second coupling member to rotatably rotate the rotor relative to the first coupling member in the open position and the closed position (four) nip f to make the rotor transmit damping oil through the damping oil, and the effect is Transfer to the shaft and the second joint. „ When the ^1 two coupling member is in the open position, the second object is split relative to the first object, and when the second coupling member is in the closed position, the second object closes the first object. The connection of the invention is achieved by the above structural features. Through the rotor, the oil produces a damping effect and transmits the damping effect to the shaft. The coupling member has the advantages of simple structure, which can effectively reduce the assembly time and manufacturing cost of the manufacturer. The positioning # design allows the spring of the connector to be (4) grounded, effectively reducing the time required for the operator to assemble the connector. [Embodiment] All of the following drawings are merely for explaining the basic teachings of the present invention, and the drawings will be The extension of the number, position, relationship, and dimensions of the elements of the preferred embodiments will be described in the context of reading and understanding the teachings of the present invention. After the introduction, the exact size and size ratio change with specific strength, weight, strength, and similar requirements are also industry skills. Where the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "first,", "second", "third,", "upper", "under", "before", "after" , "inside", "outside,", "end", "part", ::section", "horizontal", "vertical", "inward,", "outward", "width", *length "," "area", "around", "side,", "radial", "axial," and the like, are merely used to facilitate the description of the drawings and are merely used to aid in the description of the invention. According to the drawings, the connector 1 of the present invention includes a first joint member 2 2 0 'the first joint member 2 2 0 has a joint wall 2 2 2 , and the first joint member 2 2 0 includes a joint wall formed on the joint wall 2 2 2 two side walls 2 2 4 separated by two ends, the joint wall 2 2 2 includes a cylindrical positioning cylinder 2 2 8 formed on the surface, and two joint holes 2 30 are formed through the joint wall 2 2 2 And the positioning cylinder 2 2 8 is separated by 5 201235250, the two coupling holes 2 30 are formed through the bonding wall 22 2 , and the two side walls 2 24 respectively form a circular pivot. Hole 2 3 2. According to the drawings, the connector 10 of the present invention further includes a second coupling member 2 3 4 pivotally connected to the first assembly member 220, and the second coupling member 2 3 4 - a connecting wall 2 3 6 and an end wall 2 3 8 and a second end wall 2 4 0 which are respectively separated on two sides of the connecting wall 2 3 6 , and the second connecting member 2 3 4 into a J includes the first and the first The two end walls 2 3 8 , 2 4 0 and the connecting wall 2 3 6 are separated by a notch 2 4 7 , and the connecting wall 2 3 6 has three locking holes 2 4 2 'three positioning posts 2 penetrating the connecting wall 2 3 6 4 4 is formed on one side of the connecting wall 2 36, a circular first hole 246 is formed on the first end wall 238, and a non-circular first hole 248 is formed in The second end wall is 2 4 0. The first side wall 2 2 4 of the first joint member 2 2 0 is located between the first and second end walls 2 3 8 and 240 of the second joint member 2 3 4, and the first and second holes 246, 248 are respectively combined with each other. The sidewalls 2 2 of the member 2 2 0 are aligned with the pivot holes 2 3 2 . According to the drawings, the connector 1 of the present invention also includes a sleeve 2 5 不可 that is non-rotatably coupled to the first coupling member 220, and the sleeve 250 includes an axis along the cylinder 250. a first end 2 5 2 and a second end 2 5 4 are separated from each other; and an outer peripheral surface 2 5 连接 connecting the first and first ends 2 5 2, 2 5 4 end surface, - shaft hole 2 6 0 The end surface of the first end 2 5 2 extends along the axial direction of the sleeve 250, but is spaced apart from the end surface of the second end 245, and a chamber 2 6 2 is formed by the end of the second end 2 5 4 along the sleeve 2 5 The axial direction of 0 extends to the shaft hole 2 6 0, the inner diameter of the chamber 2 6 2 is larger than the inner diameter of the shaft hole 260, the chamber 262 has an inner surface 2 6 4 , and the chamber 2 6 2 The drop between the shaft holes 2 60 forms a first-order surface 2 6 6 , the inner diameter of the chamber 2 6 *2 is 1.86 times the inner diameter of the shaft hole 2 6 ,, and the shaft hole 2 6 0 along the sleeve 2 5 0 The axial length is approximately 3.2 times the length of the chamber 2 6 2 along the axial length of the sleeve 250. 2 5 8 is formed on the sleeve 2 5 0 along the diameter of the sleeve 2 5 Q. The outer circumference of the 2 5 Θ. Between the two side walls 2 2 4 of the sleeve 2 5 2 ,, and the sleeves G 5 2 2 2 2 are respectively aligned with the pivot holes 2 3 2 of the first coupling member 2 2 Q, and the extension portion 25 of the sleeve Qi 2 250 8 is fitted into the first joint member 2 2 〇201235250 = the position tube 228t' is made to follow the 5Q (four) mouth-joining member 22 〇 according to the drawing, the rotor of the present invention 50 _ 8 8 8 The end face 2 7 0 of the sleeve 2 and the outer end face 2 7 1 sub 8 include a peripheral surface 9 7 of the spaced apart - inner 2 7 2 and the inner and outer end faces 2 70, 70 along the sleeve 2 5 The axis 'f f2 ^ 8 into the step includes the inner diameter of the inner end face 2 6 2 (the outer diameter is slightly less than 2 times the volume of the sleeve 250), and the rotor 2 = 12, which is approximately the outer diameter of the rotor 2 6 8 The coffee is along the sleeve 2 5 〇 axial length of 6 2 iSt; 2 6 2 and is separated from it, and = 5 〇 step 2 6 6 surface 2 6 4 separation ^ pad circumference 2 74 and set The inner 5 〇Τ^/2 ^ΙΧΤΛ 2 ΰ base 278 of the barrel 2 5 has a flange 280, the axially spaced apart flanges - the first end face 2 8 3 2 8 4, the plug 2 * 7 8 further Included by the first 9 q 〇 6 ^ ^ 2 8 spoon twisted with a rubber ring - seal ring 2 8 9, plug 2 7 8 also = 288 = = axial extension to the plug section 2 8 9 mm^n 2 5 〇^Τβ\\6^ is located on the inner side of the first coupling member 2 2 - - the side wall 2 2 4 , and the end surface of the insertion section 2 ^ 6 is along the axial direction of the sleeve 2 5 与 with the rotor 2 6 8 outer end 2 7 ^ Q 'plug 2 7 8 plug section 2 8 6 end face along sleeve 2 5 . The distance between the axial direction and the step surface 2 6 6 of = 2 to 2 6 is slightly larger than the length of the rotor 2 6 § along the axial direction of the sleeve 50, so that the peripheral surface 2 7 4 of the rotor 2 6 8 and the sleeve clearing 25 0 compartment 2 6 2 and outer end 2 2 2 2 with plug 2 7 8^ plug 7 201235250
及内端面2 7 0與套筒2 5 0階面2 6 縫隙3 2 2可以填充入阻尼油3 2 4 (如第4、4A 5 9卩9白_心9°齡29〇具有—頭部2 9 2，頭部 K mi的一内表面2 9 4與-外表面2 9 6，頭部2 ^ 2進-步包括形成於内表面2 9 4且隔開的二切面2 9 面2 9 8與外表面2 9 6隔開，轴桿2 9 0進-步 二2ΛΙ的内表面2 9 4延伸的一圓桿形的樞接段 = Λ 步包括*樞接段3 0 0延伸非圓桿形 橡膠3 Q G上且靠近連紐3 Q 4的—端設置諸如 二密封環3 0 2。軸桿2 9 0由第二結合件2 3 4 ◦穿人，軸桿2 9 0之頭部2 9 2的切面2 =2二合件2 3 4的第二孔2 4 8嵌合，使得第二結合 H3 f與轴桿2 9◦—起轉動；軸桿2 9◦的樞接段3 0 0 f 〇的軸孔2 6 G内，軸桿2 9 0的連動段3 ◦ 2過Ϊ子2 6 8的連動孔2 7 6、塞子2 7 8的穿孔2 8 8 ΐ伸結合件234的第—孔246中樞接，轉子26 8、塞子2 7 8與轴桿2 9 0會一起隨著第二結合件2 3 4轉 動，如此軸桿2 9◦會穩定地支撐第二結合件2 3 4相對第一 、，合件2 2 0在開啟位置（如第7圖所示）期合位置（如第 ^圖所示）間樞轉，且當第二結合件2 3 4樞轉時，轉子2 6 8轉動受到阻尼油3 2 4施於轉子2 6 8外圍面2 7 4的黏 •生力，使得第二結合件2 3 4產生具有阻尼效果的轉動。 依據圖式所示，本發明的連接器1〇包括套設於套筒2 5 外周面2 5 6外側的諸如扭轉彈簧構成的一彈簧8 8，彈簧 8 =包括隔開的一第一端9 〇與二第二端9 2。彈簧8 8的第 一端$ 0抵靠於第一結合件2 2 〇的結合壁2 2 2上，如第三 圖所示，在這樣的狀態下第二結合件2 3 4完全張開（連結壁 201235250 1的二第件2 2 ◦的結合壁2 2 2平行）’彈簀8 8 尚未受力而呈現自然嶋開狀態。 jtm所示’本發明的連接111 q進-步包括安裝於第 :二11 4上的一定位片3 0 8，定位片3 0 8包括-結 β〇ρ3 1 〇以及由結合部3 1 〇—端延伸的一延伸部3 i 1 2包括形成在一側邊的-限位面3 2 0，結合 括貫穿的三定位孔3 1 6，定位片3 0 8進一步包 於結合部3 1 0及延伸部3 1 2側邊的二翼部3 ί 4交四t孔318的其中二鎖孔318形成於結合部310 1 η 鎖H8各自形成於翼部3 1 4上。本發明連接器 第「：牛2 3 4尚未與定位片3 0 8組裝前可以先 具3 3 2上’利用組裝治具3 3 2產生的力臂 1壯人ιό* °。件2 3 4扭轉彈簧8 8的二第二端9 2，使第 2 3 4枢轉約位於閉合位置處（如第6圖所示〕並定 ^後就可糾地將定位片3 ◦ 8結合於第二結合件2 3 A 8的結合部3 1 0貼靠於第二結合件2 3 4的 、二巧6上，且第二結合件2 3 4的定位柱2 4 4各自嵌 32孔3 1 6上中’並以三螺絲3 2 6鎖入 1 〇由組裝治具3 3 2拆下後，第二結合件A 8 8的一第一端9 2抵壓而樞轉至開啟位置（如第7圖 :位片3 ◦ 8的限位面3 2 ◦抵靠於第—結合件2 ^ 32面ii6上’以將第二結合件2 3 4限制於開啟位^ ί f式的定位片3 0 8設計，使得連接器1 〇的ί 8可μ地被絲，有效降低f者組裝連接^ 〇的時 ^7方便說明，係假設連接器工〇的第一結 3 0以螺絲鎖固於諸如摩托車車架的—第U 8上’而第—結合件2 3 4透過鎖孔2 4 2及定位片3 〇 201235250 8的鎖孔318以螺絲鎖固於諸如摩托車之座墊的一第二物 件3 3 0上，且假設連接器1 0的第二結合件2 3 4位於開啟 位置（如第7圖所示），當繞套筒2 5 0之轴向推動第二物件 3 3 0時’第二結合件2 3 4由開啟位置樞轉至關閉位置（如 第8圖所示）時，定位片3 0 8的限位面3 2 0繞套筒2 5 0 之軸向之圓周方向與第一結合件2 2 0的抵接面2 2 6隔 開，而第二物件3 3 0會隨著一起樞轉（以摩托車座墊為例就 是使座墊關閉置物箱），由於第二結合件2 3 4轉動連動轉子 2 6 8樞轉會產生阻尼效果，因此第二物件3 3 0也會產生具 有阻尼效果的樞轉，此外若放開第二物件3 3 0 (以摩托車^ 墊為例就是控制主開關鎖開啟置物箱或座墊），第二結合件2 3 4受彈簧8 8的二第二端9 2推動，連動第二物件3 3 0由 閉合位置繞套筒2 5 0軸向樞轉至開啟位置。 本發明的連接器1〇透過轉子2 6 8配合阻尼油3 2 4 產生具有阻尼效果的轉動，並以軸桿2 9 〇傳遞阻尼效果至第 二結合件2 3 4上，具有結構簡單的優點，能夠有效地降低章 者組裝時間與製造成本。 -〃 本發明的基本教導已加以說明，對具有本領域通常技能备 人而言，許多延伸和變化將是顯而易知者。舉例言之，第二矣 合件2 3 4的第一孔2 4 6可以非圓形孔，使得轴桿2 9 〇备 末端3 0 6與第二結合件2 3 4的第-孔2 4 6為-起轉重 地嵌合，如此能夠加強軸桿2 9 〇與第二結合件2 3 4 結構強度。或套筒2 5 0延伸段2 5 8可以被移除，且第一參 合件2 2 0的定位筒2 2 8可以被移除，在缺少延伸段2 $ c 2 2 8的狀態下，麵2 5 Q能夠以其它的方式不； 與第一結合件2 2 ◦結合’例如能用一螺絲穿過3 ί壁2 2 2鎖入套筒2 5。内，如此也葡 2 5 0使之無法相對第—結合件2 2⑽轉。或彈 件？ ’連接器1 ◦缺少彈簧8 8的狀態下，第二結乂 件2 3 4在開啟位置與閉合位置間樞轉時，可以都由手動^ 201235250 作。 此外定位片3 0 8是可以被移除的，在缺少定位片3 〇 8 的狀，下，雖然第二結合件2 3 4無法定位在開啟位置，但若 連接器1〇使用於摩托車的座墊上時，當座墊掀開後，座墊可 ⑽細摩托車的轉向龍頭上，如此連接器i ◦仍然可以使 用。 ,由於說明書揭示的本發明可在未脫離本發明精神或大體 特巧的其它特定形式來實施’且這些特定形式的一些形式已經 破指出，所以，說明書揭示的實施例應視為舉例說明而非限 . 本發明的範圍是由所附的申請專利範圍界定，而不是由上 ^說明所界定’對於落入申請專利範圍的均等意義與範圍的所 有改變仍將包含在其範圍之内。 201235250 【圖式簡單說明】 第1圖為本發明連接器的立體分解外觀 第2圖為本發明連接器的部分立體分解 第3圖為本發明連接器組合後的縱向剖 第4圖沿第3圖4-4線所取的剖視圖。 第4A圖為第4圖中心線圈選部分的放大視圖。 第5圖為沿第4圖5-5線所取的剖視圖。And the inner end face 2 7 0 and the sleeve 2 5 0 step face 2 6 the gap 3 2 2 can be filled with the damping oil 3 2 4 (such as 4th, 4A 5 9卩9 white _ heart 9 ° 29 〇 have - head 2 9 2, an inner surface of the head K mi 2 9 4 and an outer surface 2 9 6 , a head 2 ^ 2 advance step comprising a two-section 2 9 surface 2 9 formed on the inner surface 2 9 4 8 is separated from the outer surface 2 9 6 , the inner surface of the shaft 2 90 into the step 2 2 2 2 4 4 extending a round rod-shaped pivoting section = Λ step includes * pivoting section 3 0 0 extending non-round rod The rubber rubber 3 QG is disposed near the end of the joint 3 Q 4 such as the two seal ring 3 0 2 . The shaft rod 209 is worn by the second joint member 2 3 4 , and the head of the shaft rod 2 0 0 The cutting face 2 of 9 2 = 2 the second hole 2 3 4 of the second hole 2 4 8 is fitted, so that the second joint H3 f rotates with the shaft 2 9; the pivoting section 3 of the shaft 2 9◦ 0 f 〇 shaft hole 2 6 G, shaft 2 9 0 linkage section 3 ◦ 2 crossing rafter 2 6 8 linkage hole 2 7 6 , plug 2 7 8 perforation 2 8 8 ΐ extension joint 234 The first hole 246 is pivotally connected, the rotor 26 8 , the plug 2 7 8 and the shaft 2 90 together rotate with the second joint member 2 3 4, so that the shaft rod 9 9 稳定 stably supports the second knot 2 2 4 is opposite to the first, and the fitting 2 2 0 is pivoted between the open position (as shown in FIG. 7 ) (as shown in FIG. 4 ), and when the second joint 2 3 4 pivots At the time of rotation, the rotation of the rotor 2 6 8 is subjected to the viscous force exerted by the damping oil 3 2 4 on the peripheral surface 2 7 4 of the rotor 2 6 8 , so that the second coupling member 234 generates a rotation with a damping effect. It is to be noted that the connector 1 of the present invention includes a spring 8 such as a torsion spring sleeved on the outer peripheral surface of the sleeve 2 5, and a spring 8 includes a first end 9 and a second end. The second end 9 2 . The first end $ 0 of the spring 8 8 abuts against the joint wall 2 2 2 of the first joint member 2 2 ,, as shown in the third figure, the second joint member 2 3 in such a state 4 Fully open (the second wall of the connecting wall 201235250 1 2 2 ◦ the connecting wall 2 2 2 parallel) 'The magazine 8 8 is not yet stressed and presents a natural open state. jtm shows 'the connection of the invention 111 q - the step comprises a positioning piece 3 0 8 mounted on the second: 144, the positioning piece 308 includes a - junction β 〇 ρ3 1 〇 and an extension 3 i 1 2 extending from the 3-end of the joint 3 1 Including forming The side-restricted surface 3 2 0, combined with the three positioning holes 3 1 6 , the positioning piece 308 is further wrapped around the joint portion 3 1 0 and the two wings of the extension portion 3 1 2 3 ί 4 Two of the locking holes 318 of the four-hole 318 are formed in the joint portion 310 1 η The lock H8 is formed on the wing portion 3 1 4 , respectively. The connector of the present invention ": the cattle 2 3 4 has not been assembled with the positioning piece 3 0 8 before the assembly can be preceded by 3 3 2 on the use of the assembly jig 3 3 2 generated force arm 1 Zhuangren ιό * °. Pie 2 3 4 The second end 9 2 of the torsion spring 8 8 is pivoted about the second position (as shown in FIG. 6) and then fixed to the second piece of the positioning piece 3 ◦ 8 The joint portion 3 10 of the joint member 2 3 A 8 abuts against the second joint member 2 3 4 , and the positioning rods 2 4 4 of the second joint member 2 3 4 are respectively embedded with 32 holes 3 1 6 After the upper middle ' is locked by the three screws 3 2 6 into the 1 〇 by the assembly jig 3 3 2 , a first end 9 2 of the second coupling member A 8 8 is pressed and pivoted to the open position (such as 7: the limiting surface 3 2 位 of the positioning piece 3 ◦ 8 abuts against the first coupling member 2 ^ 32 surface ii6 ' to limit the second coupling member 2 3 4 to the opening position ^ f type positioning piece 3 0 8 design, so that the connector 1 〇 ί 8 can be μ 被 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Such as the motorcycle frame - on the U 8 ' and the first coupling member 2 3 4 through the lock hole 2 4 2 and the positioning piece 3 〇 The locking hole 318 of the 201235250 8 is screwed to a second object 303 such as a seat cushion of a motorcycle, and it is assumed that the second coupling member 2 3 4 of the connector 10 is open. Position (as shown in Fig. 7), when the second object 3 3 0 is pushed about the axial direction of the sleeve 250, the second coupling member 2 34 is pivoted from the open position to the closed position (as shown in Fig. 8). When shown, the limiting surface 3 2 0 of the positioning piece 3 0 8 is spaced apart from the abutting surface 2 2 6 of the first coupling member 2 2 0 in the circumferential direction of the axial direction of the sleeve 2 5 0 , and the second object 3 3 0 will pivot together (in the case of a motorcycle seat cushion, the seat cushion is closed to the storage compartment), and the second coupling member 2 3 4 rotates and the rotor 2 6 8 pivots to generate a damping effect, so the second The object 3 3 0 also generates a pivoting effect with a damping effect, and if the second object 3 3 0 is released (in the case of a motorcycle pad, the main switch lock is opened to open the storage compartment or the seat cushion), the second coupling member 2 3 4 is pushed by the second end 9 2 of the spring 8 8 , and the second object 3 3 0 is interlocked from the closed position to the open position about the sleeve 250°. The connector 1 of the present invention is transparent. The rotor 2 6 8 cooperates with the damping oil 3 2 4 to generate a rotation with a damping effect, and transmits the damping effect to the second coupling member 23 4 with the shaft rod 9 9 ,, which has the advantages of simple structure and can effectively reduce the assembly of the chapter Time and manufacturing costs - The basic teachings of the present invention have been described, and many extensions and variations will be apparent to those skilled in the art. For example, the first hole 246 of the second splicing piece 243 may be a non-circular hole, such that the shaft 2 9 is provided with the end 3 0 6 and the second hole of the second coupling member 2 3 4 The 6-forward rotation fits, so that the structural strength of the shaft 2 9 〇 and the second coupling member 2 3 4 can be strengthened. Or the sleeve 2 50 extension 2 2 8 can be removed, and the positioning cylinder 2 2 8 of the first joint 2 2 0 can be removed, in the absence of the extension 2 $ c 2 2 8 2 5 Q can be combined in other ways; in combination with the first coupling member 2 2 ′′, for example, can be locked into the sleeve 25 by a screw passing through the 3 壁 wall 2 2 2 . In this case, it is also impossible for the Portuguese to rotate relative to the first coupling member 2 2 (10). Or an item? In the state where the connector 1 ◦ lacks the spring 8 8 and the second knot member 2 34 is pivoted between the open position and the closed position, it can be manually operated by ^201235250. In addition, the positioning piece 308 can be removed. In the absence of the positioning piece 3 〇8, although the second coupling part 243 cannot be positioned in the open position, if the connector 1 is used for a motorcycle On the seat cushion, when the seat cushion is opened, the seat cushion can be (10) on the steering faucet of the fine motorcycle, so that the connector i can still be used. The present invention disclosed in the specification is to be construed as being limited to the details of the invention and the invention may be The scope of the present invention is defined by the scope of the appended claims, and is not intended to be limited by the scope of the appended claims. 201235250 [Simplified illustration of the drawings] Fig. 1 is a perspective exploded view of the connector of the present invention. Fig. 2 is a partial perspective exploded view of the connector of the present invention. Fig. 3 is a longitudinal sectional view of the connector assembly of the present invention. Figure 4-4 is a cross-sectional view taken from the line. Fig. 4A is an enlarged view of a portion selected from the center coil of Fig. 4. Fig. 5 is a cross-sectional view taken along line 5-5 of Fig. 4.
第6圖為本發明連接器以組裝治具配合彈簧組裝動作剖视圖。 第7圖為本發明連接器組與第一及第二物件組裝的示意圖。。 第8圖為在第7圖狀態下第二物件關閉於第一物件上時本發 明之連接器的動作剖視圖。 【主要元件符號說明】 1 〇連接器 9 2第二端 2 2 4侧壁 2 3 0結合孔 2 3 6連結壁 2 4 2鎖孔 2 4 7缺π 252第一端 2 5 8延伸段 2 6 4内表面 2 7 〇内端面 2 7 6連動孔 2 8 2第一端面 2 8 8穿孔 2 9 2頭部 2 9 8切面 3 0 4連動段 310結合部 8 8彈簧 2 2 0第一結合件 2 2 6抵接面 2 3 2樞孔 2 3 8第一端壁 2 4 4定位柱 2 4 8第二孔 2 5 4第二端 2 6 0轴孔 2 6 6階面 2 7 2外端面 2 7 8塞子 2 8 4第二端面 2 8 9密封環 2 9 4内表面 3 0 0樞接段 3 0 6末端 312延伸部 9 0第一端 2 2 2結合壁 2 2 8定位筒 2 3 4第二結合件 2 4 0第二端壁 246第一孔 2 5 0套筒 2 5 6外周面 2 6 2容室 2 6 8轉子 2 74外圍面 2 8 0凸緣 2 8 6塞入段 2 9 0軸桿 2 9 6外表面 3 0 2密封環 3 0 8定位片 3 1 4翼部Fig. 6 is a cross-sectional view showing the assembling operation of the connector of the present invention with the assembling jig and the spring. Figure 7 is a schematic view showing the assembly of the connector set of the present invention with the first and second objects. . Fig. 8 is a cross-sectional view showing the action of the connector of the present invention when the second object is closed on the first object in the state of Fig. 7. [Main component symbol description] 1 〇 connector 9 2 second end 2 2 4 side wall 2 3 0 bonding hole 2 3 6 connecting wall 2 4 2 locking hole 2 4 7 missing π 252 first end 2 5 8 extension 2 6 4 inner surface 2 7 inner end 2 2 6 linkage 2 8 2 first end 2 8 8 perforation 2 9 2 head 2 9 8 section 3 0 4 linkage section 310 joint 8 8 spring 2 2 0 first combination 2 2 6 abutment surface 2 3 2 pivot hole 2 3 8 first end wall 2 4 4 positioning post 2 4 8 second hole 2 5 4 second end 2 6 0 shaft hole 2 6 6 step surface 2 7 2 outside End face 2 7 8 plug 2 8 4 second end face 2 8 9 sealing ring 2 9 4 inner surface 3 0 0 pivoting section 3 0 6 end 312 extension 9 0 first end 2 2 2 binding wall 2 2 8 positioning cylinder 2 3 4 second joint member 2 4 0 second end wall 246 first hole 2 5 0 sleeve 2 5 6 outer peripheral surface 2 6 2 chamber 2 6 8 rotor 2 74 peripheral surface 2 8 0 flange 2 8 6 stuffed Section 2 9 0 shaft 2 9 6 outer surface 3 0 2 sealing ring 3 0 8 positioning piece 3 1 4 wing
S 12 201235250 316定位孔 3 2 2縫隙 3 2 8第一物件 3 1 8鎖孔 3 2 4阻尼油 3 3 0第二物件 3 2 0限位面 3 2 6螺絲 3 3 2組裝治具S 12 201235250 316 positioning hole 3 2 2 slit 3 2 8 first object 3 1 8 keyhole 3 2 4 damping oil 3 3 0 second object 3 2 0 limiting surface 3 2 6 screw 3 3 2 assembly fixture
1313