200304783 玖、發明說明 -發月:翻所屬之贿領域、先前技術、內容、實施方加n 發明所屬之技術領咸 N合貫施方式及圖式簡單_: 本發明係、關於—種釘鞋，尤指—種適用於運 已土例如足球鞋及高爾夫球鞋，“足球”係二所 =…運動’例如足球(soccer)、英式橄：有 吳式與澳式足球（American and A她a- f。。軸）。"）、 二、先前技術 ίο 15 20 鞋釘意指適合於運動中提供—摩擦力並具有 爾夫=球用鞋釘傾向具有相對較尖之鞋底 =夫球鞋具有幾個相對較軟較鈍之抓地釘二 ： J於鞋類之鞋底，藉由鞋钉之一螺检接合於一相 座而塑造成或牢設於鞋底。 了之螺紋 螺紋接合部必須被設計成即使施予 於一位置，且不能意外鬆脫。習知鞋 紋螺紋或多紋螺紋，單紋職係最簡單之螺紋形式H 時具有相較於多紋螺紋較大之阻力，於螺掩及㈣ ^之螺紋多圈旋轉後亦可提供一強力結合，然而、旋 轉圈數必須依附與拆卸鞋釘，移除與更換變成—耗費日^ ^乍業。多紋螺紋具有較陡Λ肖螺旋角度，其可讓任何已A 南度之螺栓以較少旋轉而插入於螺紋座内，且因 = =較單紋螺紋深切，螺敌之努力較大，故可使用較短之螺 不管是使用單紋或多紋螺紋，鞋釘與螺紋座皆 閉鎖棘輪以防止鞋釘意外鬆脫，典型做法係於鞋釘與螺紋 6 25 304783 狀物，其可於鞋釘插入螺紋座内時互相接 心1 置方式允許當鞋釘完全插人時，其可相 對於螺紋座於一些位置中之任一位置上 丨足夠rm輪於事鞋實釘上相對於鞋底之旋轉方向上之 轉對稱形，且妓止方“ /大部分鞋釘係為圓形或旋 丑/、、”止方向相對於鞋底係無意義的。 俨而Γ而’於一些相對較高施力於鞋釘上之運動中，例如 ::力或因為穿鞋者向前加速迅速所產生之力量，鞋二 或旋轉對稱鞋釘，但其相對 重要的。）一牿砝 四心乃门注疋 定位以確保可符合要;ht必須相對於鞋底非常精確地 精確地定位，二:二一已 从你番夕 g早、，文螺紋將鞋釘定位於其之起 15 ^文螺與閉鎖棘輪意指其終止位置無法被決定。一 田…、、可提供多個起始位置，及棘輪多個終止位置。 三、發明内容 釘可精禮^之主要目的係在提供一種釘鞋，俾能確保一鞋 鞋底：方其相對之螺紋座與容置座，容置座相對於 土- °疋§然需要的，但並非本發明之内容。 鞋釘包包;一鞋釘與容置座之組合結構， 結合部而彼此牢與容置座係藉由一多紋螺紋 螺紋座，<夕紋職結合部包括有ϋ、及一 ’、、’’、栓係位於鞋釘與容置座之其中之一零件上，螺 20 200304783 紋座係位於鞋釘與容置座之另一零件上，且螺检可對 轉螺入於螺紋座内’當螺栓完全螺入於螺紋座内並使ς钉 與容置座等零件可抵抗旋鬆時，零件之一閉鎖機制至少可 被用以形成相互密合’前述閉鎖機制包括至少一閉鎖配 5件，其配置係在於螺紋結合部之螺纹之相& 終止位置。4方式决疋鞋針相對於容置座之起始與 由於鞋釘相對於容置座之起始與終止 定，鞋釘相對於容置座進而相斟％又又被决 性。 進而相對於鞋底可具有一特殊方向 多紋螺紋結合部可為雙紋、三紋 減少鞋釘依附或拆㈣所需旋轉數。 其可 於容=或f有的螺紋較佳係具有相同之結構，鞋針相對 15 定，位置可Μ,配件之數量及7或位置決 疋例如，假若螺紋結合部係一雙紋螺紋，另可呈古、 閉鎖配件，當鞋釘以., … 另了具有二個 合。 τα為閉鎖配件無法開始接合而可防止接 件時可當::::部Γ三紋螺紋、且有兩個或四個閉鎖配 早:被配置以決定鞋釘相對於容置座之起始位置::： 個之數量相對最好的話。 又右母 20 200304783 於另、、、°構，其超過一個閉鎖配件，其中之一可呈有 與其它閉鎖配件不同之結構，此可幫助確保鞋釘相對於容 置座之起始位置可被決定。 〜閉鎖機制較佳包括以徑向面閉鎖結構形成於鞋釘與 5容置座上、俾當螺栓被螺入於螺紋座内一預定軸向距離時 可刼作密合之閉鎖配件，其中之一閉鎖結構包括至少一徑 向凸起且其它閉鎖結構包括至少一徑向面導引斜道、凹 處及一擋止機制，凸起於迅速進入凹處前係疊蓋於斜道 上，之後接合於擋止機制以防止鞋釘繼續被旋入螺紋座 K)内。藉由閉鎖結構之彈性變形所產生之預定力矩之應用可 讓閉鎖配件允許鞋釘不會被旋鬆。凸起與導引斜道可形成 位於螺栓或螺紋座周圍之軸向延伸網狀物，一閉鎖配件之 凸起可具有大於其它閉鎖配件之軸向延#，並對應一較小 軸向延伸之導引斜道，假若此凸起與其它導引斜道接合 15牯，其將會使螺栓與螺紋座無法接合，因而防止螺紋於錯 誤起始位置之螺入。 安排閉鎖配件周圍的相對於螺紋以確保鞋釘相對於 容置座之精確終止位置是容易的，此鞋釘可因而為一特殊 方向性鞋釘，尤其係一非旋轉對稱形鞋釘。 20 四、實施方式 舉一具體實施例作為範例說明。 圖1至圖3顯不有一適合用於如高爾夫球鞋（圖未示） 等運動鞋類之鞋釘1 (stud)，此鞋釘丨可被用於螺入並容置於 200304783 如圖4及圖5所示之-容置座2(receptacle^，其可被塑造成 或以其它方式附加於上述運動鞋之鞋底或鞋跟上。 鞋釘1係一塑膠材料之一體化元件並具有一環狀凸緣 3,鞋底釘狀之接地部4由凸緣3下側凸出，且一外部螺栓由 5上側凸出，接地部4被配置成非旋轉對稱狀，由於鞋釘丨之 接地部4係為非旋轉對稱狀，故其必須配合鞋底之方向性使 用谷置座2内之鞋釘1之方向性係此處之第一步驟。 螺栓5上之外部螺紋係一具有相對陡峭螺旋角度之雙 紋螺紋6(tw0-start thread)，故鞋釘1幾乎轉三分之一圈即可 10被插入於容置座2内，因為螺紋之相對陡峭螺旋角度，鞋釘 1用於旋鬆之摩擦阻力相對較小，鞋釘丨與容置座2因而且 一閉鎖機制7,其可用以牢設鞋釘丨於容置座2内，同時^義 出鞋釘1相對於容置座2之起始與終止位置。 閉鎖機制7包括有三個具有鞋釘丨上與容置座2上之配 15合部之閉鎖配件8，此閉鎖配件8相對於螺栓5上兩螺紋6之 位置被配置成確保鞋釘丨僅能以一方向螺入，如此即定義出 起始位置。 提供於鞋釘1上之每一閉鎖配件8係一凸起9，每一凸 起包括一由圈環11軸向延伸之部分圓柱網狀物1〇，該圈環 20 11本身亦由凸緣3軸向凸出，上述部分圓柱網狀物10並與螺 栓5同軸且徑向間隔開。每一凸起9具有一徑向向外延伸之 閉鎖凸起以形成提供於網狀物1〇導引端（於上旋方向）之 軸向延伸肋12,此肋12係一矩形外形，並由網狀物之圓柱 外表面13垂直凸起，網狀物之拖矣端14係具一角度，故網 200304783 狀物ίο連接圈環之較低端之周圍尺寸大於其上端之周圍尺 寸。 其中一凸起9’具有大於其它兩凸起之軸向高度，延伸 大約螺栓5之軸向高度之四分之三，上述其它兩凸起之軸向 5 高度大約螺栓5之一半。 圖4及圖5所示之容置座2同樣係一塑膠材料之一體化 元件，其具有一環狀頂板15及一與其依附之中央輪轂16， 一環狀固定凸緣17係由頂板15之一部分徑向向外凸起於輪 轂16之外，此凸緣17具有縫隙18係用以幫助將凸緣17固定 10於鞋底或鞋跟，且一凹口 19於其周圍之某一點上，此凹口 19被用以將容置座2定位於鞋底或鞋跟上。 輪轂16包括一矮胖狀之圓柱内壁2〇，及一相對薄細之 彈性外壁21，此圓柱内壁20與外壁21係為同軸，且内壁2〇 形成内部螺紋座22(screw-threaded socket)係可用以容置 I5螺栓5,此螺紋座22並且具有一雙紋螺紋，内壁2〇之徑向外 表面23與外壁21之徑向内表面24之間係間隔出一環狀空間 25並可用以容置鞋釘丨之網狀物1〇，閉鎖配件8之配合部分 同樣能容納於此環狀空間25。 提供於容置座上之每一閉鎖配件8包括一外壁2丨上之 20閉鎖結構，其形成於内表面24上並徑向面向内部，每一閉 鎖結構具有一凹處26並藉一導引斜道27鄰接其中一邊、藉 擋止機制28鄰接另一邊，此斜道27延伸環繞幾近外壁2 i 周圍之八分之一，每一擋止機制28由外壁21之内表面24向 内壁20之外表面23延伸，每一斜道27之最大軸向高度係幾 11 200304783 :相嶋止卿8’二斜 内、外壁20,21之四分之_ + ± 叹则〜、有大約 擋止機制28,具有較小之：二向高度，第三個斜道27,與 高度之組合可幫助用以定凸起9,9,之不同軸向 置，以下有更詳％巧明 相對於容置座2之起始位 定義其終止位置。D ’凸出物12與稽止機制28之接合 ^上’容置座2係結合於—運動鞋之鞋底或鞋跟， 座2係塑造成鞋底或鞋跟，因為鞋釘Θ有特殊 =向性’此谷置座2亦必須精確^於鞋底或鞋跟，凹 可用以將容置座2定位。 15 20 鞋釘i係藉由將螺栓5插入於螺紋座22内而安裝於容 置座2内，且凸起9同時容置於環狀空間25内，由於螺检$ 之螺紋6為雙紋螺紋’故其本身具有兩方向性 :合，，個閉鎖配件8之配置方式驅使鞋釘丨一特丄 ，叫其它方向凸起9藉由與播止機制28轴向面接合可防 止進入空間25内。再者，假若凸起9,以較大軸向高度與擋 止機制28接合，螺栓5及螺紋座22上之螺紋可被維持於接 合’只有當螺栓5於正確起始位置時，螺紋才可開始接合， 鞋釘1之旋轉造成螺栓5插入於螺紋座22内，且肋η進入* ，螺紋6之結構使得只要大約三分之一圈即可使鞋釘二 π王插入。於最後階段之插入動作，閉鎖凸起^與導引斜 道27接合，且迅速進入介於斜道27與擔止機制爛之凹處 26，藉由凸起12與擋止機制28之接合可防止進一步之旋 轉，§凸起12璺蓋於斜道28時，外壁21會彈性變形，但當 12 200304783 凸，叫相處26時，其可恢復縣，當凸起12迅速進入 凹处26時’會產生一喀嚓聲並可被感覺及，或聽 鞋釘1之插入已完成。 衣不 鞋釘1於容置座2内之終止位置藉由閉鎖機制7決定。 5 螺紋6與閉鎖配件8之相對數量與位置可被改變，作仍200304783 发明, Description of the invention-Fayue: translate the field of bribery, prior technology, content, implementation methods, and technical methods of the invention. N consistent application methods and simple diagrams: The present invention, about-a kind of spiked shoes, Especially-a kind suitable for transporting soil such as football shoes and golf shoes, "soccer" is the two institutes = ... sports' such as soccer, English olive: there are Wu and Australian football (American and Ashe a- f ... axis). ") Second, the prior art 15 20 Shoe stud means that it is suitable for providing in sports—friction and has a golf ball stud tendency has a relatively sharp sole = a golf shoe has several relatively soft and blunt The second grip nail: J is on the sole of the footwear. It is shaped or fixed on the sole by screwing one of the spikes to a phase seat. The threaded joint must be designed so that it cannot be accidentally released even if it is applied in one position. It is known that shoe thread threads or multi-thread threads. The simplest thread form H of single-grain grades has greater resistance than multi-thread threads. It can also provide a strong force after the screw mask and ㈣ ^ multi-thread rotation. Combined, however, the number of rotations must be attached and disassembled, and removal and replacement become-a waste of time. The multi-threaded thread has a steep Λ Xiao spiral angle, which allows any bolt that has A degree of South degree to be inserted into the thread seat with less rotation, and because = = is deeper than a single-threaded thread, the effort of the screw enemy is greater, so Can use a shorter screw. Whether single or multi-threaded, the studs and the thread seat lock the ratchet to prevent accidental loosening of the studs. The typical practice is to tie the studs and threads 6 25 304783, which can be used on shoes. When the nails are inserted into the thread seat, they are connected to each other. The 1-position method allows the shoe nails to be in any of some positions relative to the thread seat when the nails are fully inserted. The rotation is symmetrical in the direction of rotation, and the prostitute side "/ most of the studs are round or ugly / ,," the direction is meaningless relative to the sole system. ΓΓ 'is used in some relatively high forces on the studs, such as: force or the force generated by the wearer accelerating rapidly, the second or rotationally symmetrical studs, but their relative importance of. ) One weight and four hearts are located on the door to ensure that they can meet the requirements; ht must be positioned very accurately with respect to the sole, two: twenty-one has been from your fan Xi g, and the thread thread will position the studs on it From 15 ^ Wenluo and latching ratchet means that its end position cannot be determined. YATA ..., can provide multiple starting positions, and multiple ending positions for ratchets. III. Summary of the Invention The main purpose of nails is to provide a spiked shoe, which can ensure the sole of a shoe: its opposite thread seat and receiving seat, the receiving seat is relative to the soil-° 疋 § It is not the content of the present invention. Shoe nail bag; a combined structure of a stud and a receiving seat, and the joint is fastened to each other with the receiving seat through a multi-threaded thread seat, < Xi Wen Ji joint includes ϋ, and a ', ",", The bolt is located on one of the parts of the shoe nail and the receiving seat, the screw 20 200304783 The pattern seat is located on the other part of the shoe nail and the receiving seat, and the screw inspection can be turned into the screw Inside the screw seat 'When the bolt is fully screwed into the screw seat and the parts such as the nail and the receiving seat can resist loosening, a locking mechanism of one of the parts can be used at least to form a close fit' The aforementioned locking mechanism includes at least one There are 5 latching configurations, the configuration of which is the phase & end position of the threads of the threaded joint. The 4 method determines the start and end of the shoe needle with respect to the receiving seat. Because of the start and termination of the shoe stud with respect to the receiving seat, the shoe studs are further determined relative to the receiving seat. Furthermore, the sole may have a special direction relative to the sole, and the multi-threaded thread joint may be double-grained or triple-grained to reduce the number of rotations required for attachment or removal of the studs. It may have the same structure as the threads in Rong = or f. The needles are relatively fixed at 15, the position can be M, the number of accessories and 7 or the position depends on, for example, if the thread joint is a double-threaded thread, another Can be ancient, latching accessories, when the spikes with ..., the other has two closures. τα is used when the locking fitting cannot start to engage, which can prevent the connection when: ::: 部 Γ tri-thread, and there are two or four locking matings: configured to determine the start of the stud relative to the receptacle Position :: If the number is relatively best. Another right mother 20 200304783 is in another structure. It has more than one locking fitting. One of them can have a different structure from other locking fittings. This can help ensure that the starting position of the stud relative to the receiving seat can be adjusted. Decide. ~ The locking mechanism preferably includes a radial surface locking structure formed on the shoe studs and the 5 receiving seat, and can be used as a close locking fitting when the bolt is screwed into the thread seat for a predetermined axial distance, of which A latching structure includes at least one radial protrusion and other latching structures include at least one radial guide chute, a recess, and a stop mechanism. The protrusion is fastened on the ramp before quickly entering the recess, and then engaged To prevent the studs from being screwed into the screw seat K). The application of a predetermined torque generated by the elastic deformation of the latching structure allows the latching accessory to allow the spikes not to be loosened. The protrusion and the guide ramp can form an axially extending mesh around the bolt or thread seat. The protrusion of a locking fitting can have an axial extension greater than that of other locking fittings and correspond to a smaller axial extension. Guide ramp. If this protrusion engages with other guide ramps 15 道, it will make the bolt and the thread seat unable to engage, thus preventing the thread from entering in the wrong starting position. It is easy to arrange the relative threads around the locking fitting to ensure the precise end position of the stud relative to the receptacle. This stud can thus be a special directional stud, especially a non-rotationally symmetrical stud. 20 IV. Implementation A specific embodiment will be taken as an example for illustration. Figures 1 to 3 show that there is no stud 1 (stud) suitable for sports shoes such as golf shoes (not shown). This stud can be used for screwing and accommodated in 200304783 as shown in Figure 4 and As shown in FIG. 5-the receiving seat 2 (receptacle ^), which can be shaped or otherwise attached to the sole or heel of the above sports shoes. The stud 1 is an integrated component of a plastic material and has a ring The flange 3 and the nail-like grounding portion 4 protrude from the lower side of the flange 3, and an external bolt protrudes from the upper side 5. The grounding portion 4 is configured in a non-rotationally symmetrical shape. It is non-rotationally symmetrical, so it must be used in conjunction with the directionality of the sole. The directionality of the stud 1 in the valley seat 2 is the first step here. The external thread on the bolt 5 has a relatively steep spiral angle. Double-threaded thread 6 (tw0-start thread), so the stud 1 can be inserted into the receiving seat 2 by almost one-third of a turn, and because the thread has a relatively steep spiral angle, the stud 1 is used to loosen it. The frictional resistance is relatively small, because the studs 丨 and the accommodation seat 2 and a locking mechanism 7, which can be used to secure the studs 丨 in the capacity In the seat 2, the starting and ending positions of the spike 1 relative to the receiving seat 2 are defined at the same time. The locking mechanism 7 includes three locking fittings 8 having a 15-joint portion on the shoe spike and the receiving seat 2. The position of the locking fitting 8 relative to the two threads 6 on the bolt 5 is configured to ensure that the studs can only be screwed in one direction, so that the starting position is defined. Each locking fitting 8 provided on the stud 1 A protrusion 9 is attached, and each protrusion includes a part of a cylindrical mesh 10 extending axially from a ring 11, and the ring 20 11 itself also protrudes axially from the flange 3. The above part of the cylindrical mesh 10 is coaxial with and radially spaced from the bolt 5. Each protrusion 9 has a latching protrusion extending radially outward to form an axial extension provided at the leading end of the mesh 10 (in the upward rotation direction). The rib 12, which is a rectangular shape, is raised vertically from the cylindrical outer surface 13 of the mesh, and the drag end 14 of the mesh has an angle, so the mesh 200304783 is lower. The peripheral dimension of the end is larger than the peripheral dimension of one of its upper ends. One of the protrusions 9 'has an axial height greater than that of the other two protrusions. Extend approximately three-quarters of the axial height of the bolt 5, and the height of the axial 5 of the other two protrusions is about one-half of the height of the bolt 5. The receiving seat 2 shown in Figs. 4 and 5 is also an integration of a plastic material The element has a ring-shaped top plate 15 and a central hub 16 attached to it. A ring-shaped fixed flange 17 projects radially outward from the hub 16 from a part of the top plate 15. The flange 17 has a gap 18 It is used to help fix the flange 17 to the sole or the heel, and a notch 19 is at a certain point around it, and the notch 19 is used to position the receiving seat 2 on the sole or the heel. 16 includes a chubby cylindrical inner wall 20 and a relatively thin elastic outer wall 21. The cylindrical inner wall 20 is coaxial with the outer wall 21, and the inner wall 20 forms an internal screw-threaded socket 22 (screw-threaded socket). To accommodate the I5 bolt 5, this thread seat 22 also has a double-threaded thread. An annular space 25 is spaced between the radially outer surface 23 of the inner wall 20 and the radially inner surface 24 of the outer wall 21, and can be used to accommodate The mesh 10 of the shoe spike 丨 the mating part of the lock fitting 8 can also be accommodated in this ring Room 25. Each locking fitting 8 provided on the receiving seat includes a 20 locking structure on the outer wall 2 丨 formed on the inner surface 24 and facing radially inward. Each locking structure has a recess 26 and a guide. The ramps 27 abut one side and the other side by the stop mechanism 28. This ramp 27 extends around one-eighth of the outer wall 2 i. Each stop mechanism 28 moves from the inner surface 24 of the outer wall 21 to the inner wall 20. The outer surface 23 extends, and the maximum axial height of each ramp 27 is 11 200304783: relative to the Qing's 8 'two inclined inner and outer walls 20/21 1/4 + + exclamation ~, there is an approximate stop mechanism 28, which has a smaller one: the two-way height, the third ramp 27, and the combination of height can help to determine the different axial positions of the projections 9, 9, and the following are more detailed. The starting position of Block 2 defines its ending position. D. The connection of the protrusion 12 and the stop mechanism 28. The upper seat 2 is combined with the sole or heel of the sports shoe, and the seat 2 is shaped into the sole or heel, because the spike Θ has a special = direction 'The valley seat 2 must also be accurately positioned on the sole or heel. The recess can be used to position the seat 2. 15 20 The shoe nail i is installed in the receiving seat 2 by inserting the bolt 5 into the thread seat 22, and the protrusion 9 is simultaneously accommodated in the annular space 25. Because the thread 6 of the screw inspection $ is double-grained Thread 'therefore has two directions: the configuration of the locking fitting 8 drives the studs 丨 a special feature, called the other direction protrusion 9 can prevent access to the space by engaging with the stop mechanism 28 axial surface 25 Inside. Furthermore, if the protrusion 9 is engaged with the stopper mechanism 28 with a large axial height, the threads on the bolt 5 and the thread seat 22 can be maintained in engagement. Only when the bolt 5 is in the correct starting position, the threads can be maintained. Starting to engage, the rotation of the stud 1 causes the bolt 5 to be inserted into the thread seat 22, and the rib η enters *. The structure of the thread 6 allows the stud to be inserted two times as long as about one third of the turn. In the insertion action at the final stage, the latching projection ^ engages with the guide ramp 27, and quickly enters the recess 26 between the ramp 27 and the supporting mechanism. The engagement between the projection 12 and the blocking mechanism 28 can To prevent further rotation, when the protrusion 12 covers the ramp 28, the outer wall 21 will be elastically deformed, but when 12 200304783 is convex, which is called get together 26, it can restore the county, when the protrusion 12 quickly enters the recess 26 ' A clicking sound is produced and can be felt, or the insertion of the spike 1 is completed. The end position of the nail 1 in the receiving seat 2 is determined by the locking mechanism 7. 5 The relative number and position of the threads 6 and the locking fittings 8 can be changed.
可保持決定鞋幻於容置座2内之起始與終止位置之功能， 亦有可能使用不同形式之閉鎖機制（圖未示），例如由其 中一零件以軸向延伸柱狀物之一圈環，及另一零件上以_ 向凸起齒狀物之-圈環，當螺栓螺入螺紋座時，齒狀物: Π)柱狀物之接合促使柱狀物彈性撓曲，且齒狀物介於柱狀物 之接合促使閉鎖機制之接合，當然，假若螺紋座與螺检之 螺紋僅具有一方向性，柱狀物與齒狀物必須被配置成可允 許接合。 15 五、圖式簡單說明 圖1係一鞋釘之上視圖。The function of determining the start and end positions of the shoe in the receiving seat 2 can be maintained, and it is also possible to use different forms of locking mechanisms (not shown), such as one of the columns extending axially from one of the parts Rings, and other parts with _-direction protruding teeth-rings, when the bolt is screwed into the thread seat, the teeth: Π) the engagement of the pillars causes the pillars to flex flexibly, and The engagement of the teeth between the pillars promotes the engagement of the locking mechanism. Of course, if the thread seat and the thread of the screw inspection have only one directionality, the pillars and teeth must be configured to allow engagement. 15 V. Brief Description of Drawings Figure 1 is a top view of a shoe spike.
圖2係圖1之鞋釘之立體圖。 圖3係圖1之鞋釘之側視圖。 圖4係一配合圖丨至圖3所示鞋釘之容置座之下視圖。 20 圖5係圖4之容置座之立體圖。 六、圖號說明 凸緣 螺紋 1 鞋釘 2 容置座 4 接地部 5 螺拴 13 200304783 7 閉鎖機制 8 閉鎖配件 9, 9’凸起、 10 網狀物 11 圈環 12 肋 13 外表面 14 拖贫端 15 頂板 16 輪轂 17 凸緣 18 縫隙 19 凹口 20 内壁 21 外壁 22 螺紋座 23 外表面 24 内表面 25 空間 26 凹處 27 斜道 28 擋止機制 28, 擋止機制FIG. 2 is a perspective view of the stud of FIG. 1. FIG. FIG. 3 is a side view of the stud of FIG. 1. FIG. FIG. 4 is a bottom view of the accommodating seat shown in FIGS. 20 FIG. 5 is a perspective view of the receiving seat of FIG. 4.六 、 Illustration of drawing number Flange thread 1 Shoe nail 2 Receiving seat 4 Grounding part 5 Screw 13 200304783 7 Locking mechanism 8 Locking accessories 9, 9 'protrusion, 10 Mesh 11 Ring 12 Rib 13 Outer surface 14 Drag Lean end 15 Top plate 16 Hub 17 Flange 18 Gap 19 Notch 20 Inner wall 21 Outer wall 22 Threaded seat 23 Outer surface 24 Inner surface 25 Space 26 Recess 27 Slope 28 Stop mechanism 28, Stop mechanism