M331058 八、新型說明： 【新型所屬之技術領域】 本新型與線性滾珠滑軌組件有關，特別是關於一 性滾珠滑執組件内之滾珠導引端蓋。 、—種配置於線 【先前技術】 線性滾珠滑㈣機械產業巾重要的動力傳輸元件， 圍遍布精密機械、自動化產業、醫療設備及航太㊣其應用範 域。線性滾珠_駐要功用在於，赠珠做為兩欲進=械領 動之構件的接觸媒介，使兩構制不直接以整個面進行2對移 以’構件相對鶴時產生的磨擦阻力會降低，使傳動 二 更為順暢及省力’進而節約能源。此外，由於磨擦 二知 使得構件間磨淑溫度辦的伽也 提=， 機構的精度及使用軎人虿助於耠升傳動 運轉。X及使用可r並可提供傳動機構以更高的移動速度來 流的滚珠。滑塊麟執之間具有導引滚珠迴 低取如:!"，使滾珠可循環運轉於滑塊與滑執間，藉以降 目子於滑軌移動之磨擦阻力。就常見的滾珠循環構造而 =々區分為直線路徑及導引滾珠轉向的轉向路徑兩部分。M331058 VIII. New description: [New technical field] The new type is related to the linear ball bearing assembly, especially the ball guiding end cover in the one-size ball sliding assembly. , - kind of configuration in the line [Prior Art] Linear ball slide (four) mechanical industrial towel important power transmission components, surrounded by precision machinery, automation industry, medical equipment and aerospace is its application. The function of the linear ball _ is that the gift bead is used as the contact medium of the two components that are required to move into the body, so that the two structures are not directly moved by the entire surface, and the frictional resistance generated when the member is opposite to the crane is lowered. To make the transmission two smoother and less laborious, and thus save energy. In addition, due to the friction and the knowledge of the friction between the components, the accuracy of the mechanism and the use of the device help the drive operation. X and the use of the ball and can provide the ball of the transmission mechanism to flow at a higher moving speed. Between the sliders, there is a guide ball returning low, such as: !", so that the ball can be circulated between the slider and the slide, thereby reducing the frictional resistance of the slide. In the common ball circulation configuration, =々 is divided into two parts: a straight path and a steering path that guides the ball turning.
造上比車六困難 易轉向路徑通常設置於滑塊端的端蓋中，製 岡丨J開，業L夕H 0 ^ 夕是在端蓋内直接鑽削開設出配合滾珠外型 M331058 的轉向路徑，但是這種製造方式不但加工手續相當麻煩，而且轉 向路徑也無法擁有與滾珠匹配的完整圓弧路徑，往往會導致滾珠 運轉不順暢且產生過大噪音。後來，為了簡化加工手續與形成完 整圓弧路徑供滾珠通過，業界就利用將端蓋分開射出成型的方式 •分別形成一半的轉向路徑，再組合成與滾珠匹配的完整圓弧路 • •徑。但是，這種分離型之端蓋對組件間的加工精密度要求相當高， 使加工製造上的成本因此提高。另外，當線性滾珠滑執組件實際 # 運作日守，一但端盍元件之間公差稍微過大就很容易造成端蓋相對 於滑塊產生震動，使滾珠無法麵地稱，並導致滾珠運轉磨耗 過大及發出噪音，進而影響到線性滾珠滑軌組件整體的運作效炉 及壽命。 【新型内容】 決先前技術所存在的問題。 先前技術巾分離式端蓋很糾受顺件公錢影響，使線性 滾珠滑軌組件運射端蓋會相對於滑塊產生異麵震動。馨於以 上的問題，本新型的主要目的在練供—種滾珠料端蓋，以解 一種滾珠導引端蓋，係應用It is more difficult to turn than the car six. The easy-turning path is usually set in the end cover of the slider end. The 丨 丨 J is opened, and the L H H 0 ^ 夕 is directly drilled in the end cover to open the steering path with the ball shape M331058. However, this manufacturing method is not only cumbersome in processing, but also the steering path cannot have a complete circular path matching the balls, which often causes the balls to run unsmoothly and generates excessive noise. Later, in order to simplify the processing procedures and form a complete circular path for the balls to pass, the industry uses the method of separately splitting the end caps. • Forming half of the steering paths separately and combining them into a complete circular path matching the balls. However, such a separate type of end cap requires a relatively high degree of processing precision between components, thereby increasing the cost of manufacturing. In addition, when the linear ball slide assembly is actually operated, once the tolerance between the end members is too large, it is easy to cause the end cover to vibrate relative to the slider, so that the balls cannot be surfaced and the ball running wear is too large. And the noise, which affects the overall operating efficiency and life of the linear ball bearing assembly. [New content] The problems existing in previous technologies. The prior art tissue-separated end caps are subject to the influence of the money, so that the linear ball-slide assembly transport end caps will produce a different surface vibration relative to the slider. In addition to the above problems, the main purpose of this new type is to provide a kind of ball end cap to solve a ball guiding end cover.
為解決兩述的問題，本創作提供一 於一線性滾珠滑執組件中，並中 M331058 有-扣持槽。端蓋本體具有二卡勾，各 槽，以將組裝件卡固於端蓋#彳目丨勺秋組裝件之扣持 合形成至少-連通迴流; 過。端蓋本難'岭额塊，並將各崎料通 且之功效在於’絲件韻卡奸11於端蓋本體上，而 且知盍本體固定於滑塊上時可以同時將組裝件迫緊 面’使組料和端蓋本體更翻地配置轉塊 /之& 本體及組裝件於線性滾珠滑餘件運轉時產生不當震端蓋 降低端蓋本體與組裝件對公差的要求。 可以 —以下在實施方式中詳細敘述本新型之詳細特徵以及優點，发 内容足以使任何熟習相驗藝者了解本新型之技術内容並據以二 施，且根據本制書所揭露之内容、中請專利範圍及圖式，任^ 那相關技藝者可輕易地理解本新型前述之目的及優點。 以上之關於本新型内容之說明及以下之實施方式之說 以不範與解釋本新型之顧，並且提供本新型之專利_請_ 進一步之解釋。 尺 【實施方式】 為使對本新型的目的、構造、特徵、及其功能有進—步的瞭 角午’從配合實施例詳細說明如下。 ’、 曰請參閱「第1圖」、「第2圖」及「第3圖」所示，為本創作 所提供之-種滾珠導引端蓋，係應用於—線性滚珠滑軌組件(如 第4圖」所示），其中滾珠導引端蓋包括有一端蓋本體邓、二組 I件32及複數個導引管5〇。本創作中雖然以裝設有導引管％之 7 M331058 滾珠導引端蓋為具體實施方式，但是本創作也可以在不設置導引 管50的情況下直接以端盖本體30及組裝件32實施。 請餐閱「第4圖」及「第5 ®」所示，為線性滾珠滑軌組件 ‘之立體示意圖與立體分解圖。線性滾珠滑軌組件包含有一滑軌 ‘ 10、一沿滑軌滑動之滑塊2〇及複數個滾珠12。滑執10與滑塊2〇 _ _之間對合形成四個供滾珠12運轉之滾動溝，其中每一個滾動溝係 包含一開设於滑執10内侧之外滾動槽Η及一開設於滑塊2〇外側 • 之内滾動槽21，而兩兩成對地設置。雖然本創作中以四個滾動溝 為具體實施方式，但是滚動溝之數量並不以四個為限，滾動溝之 數量也可以是-對或是二對以上。滑塊2〇丨具有四個分別貫通滑 塊20兩端之迴流穿孔23以及二螺孔22，其中迴流穿孔幻係對 應於滾動溝設置，而且迴流穿孔23的開設數量依據滾動溝的數量 增減。本創作之滾珠導引端蓋係固定於滑塊2〇之兩端，以導引滚 珠12循環運轉於線性滾珠滑軌組件中相對應之滾動溝與迴流穿 _ 孔23。螺桿24係穿設於端蓋30及滑塊2〇，其中螺桿24與滑塊 2〇之間具有容納滾珠之螺紋槽241，而且滑塊2〇内部設置有循環 構造，使滾珠能夠循環運轉於螺紋槽241。因此，螺桿24可相對 於滑塊20及滑執1〇轉動，而滑塊2〇可相對於螺桿24滑動。滑 .塊20的兩端分別具有一防塵刮刷器25，而防塵刮刷器25的内周 面具有一螺紋肋251。防塵刮刷器25可以裝設於滑塊2〇的端面， 也可以裝設於端蓋本體3〇的内侧。螺紋肋251係用以伸入螺桿 24的螺紋槽241中，可刮除螺紋槽241絲的灰塵或異物，以二 免灰塵或異物進入滑塊2〇内部影響滾珠運轉。 8 M331058 一"月茶閱「第2圖」、「第3圖」及「第5圖」所示。各端蓋本 體3〇分別具有二螺固件3卜-P方塵# 36及二卡勾37。防塵片 36可為但不侷限於金屬材料，可刮除外滚動槽11上的灰塵或異 物，以防止灰塵或異物進入端蓋本體30及滑塊20的内部。各螺 -口件31係牙過本體與組裝件2而旋入滑塊上對應之 .累孔22以將端盍本體30與組裝件32固定於滑塊20兩端。各 防塵片36係藉由螺固件目定於端蓋本體3〇外側，其中防塵片 _ 36上具有二背對滑塊20延伸之凸柱361。凸柱361凸出端蓋本體 3〇之長度係大於螺固件31露出端蓋本體30之長度，以避免外力 直接縣螺固件31而傳達到端蓋本體30，其中凸柱361可為但 不侷限於1賴料料。卡勾37由糕本體3q兩 如的方向延伸。 尾 第2圖」、「第3圖」及「第5圖」所示 s月茶閱 〜，八 不“间」厂小-。各組裝件 义係分職設在端蓋本體3G上，而且各組餅32分別且有 =於卡勾37之扣持槽321。端蓋她0之卡勾37餘入組裝件 之扣持槽奶，而將組裝件32卡固於端蓋本體3σ 一側 t體3峨於滑塊料，端蓋本㈣也同日姆喊㈣^ 承於滑塊20之端面。各組裝件32與端蓋本體％之_合 f向通這33，其中各轉向通道33分別連通相對應之迴流穿孔幻 財動溝，以供滾珠12通過。組裝件32係與端蓋本體3(M且人， 而形成朝向滑塊20之四個内結合柱34及四個外結合柱1各口 ^主34 -部份位於端蓋本體3G，而另—部份位於組裝件％上。 U衣件32組合墙3G之本師她合㈣的内部就形 M331058 成—連通孔341。各内結合柱34係用以嵌入滑塊2〇中，以在滑 塊20上定位端蓋本體30與組裝件32，並使連通孔341連通滑塊 2〇之迴流穿孔23與轉向通道33的一端(指對應於迴流穿孔23的 一端）。各外結合柱35位於組裝件32的外侧邊緣，而且各外結合 •柱35上分別開設有一連通槽351。各外結合柱％係用以嵌入= .•塊2〇中’以在滑塊20上定位端蓋本體3〇與組裝件&，並使連 通槽351連通滑塊20之内滾動槽21與轉向通道33的另—端(指 鲁對應於滾動溝的-端）。因此，各轉向通道33就可以透過連通^ 341與連通槽3S1連通線性滾珠滑執組件中相對應之迴流穿孔幻 與滾動溝。 q/入矛〕圚」所示。各導引管 =係分職設於端蓋本體3G之各轉向通道33之職，而且導引 為金屬材貝。導引管5G係為内部中空之圓弧形管體，係用 =t 341舆連通槽351。導引f 5G之内徑略大於滚_ 1使滾珠12 在料管5G中_地運躺轉向。當導 =嶋於端蓋本體料，各料管5G _端對應於滑塊20 導二=23 ’使滾珠12可以由連通孔341進出迴流穿孔23與 其50^ ’而另—端對應於滑執1G與滑塊％之滾動溝。各導引 吕5〇對應於滾動溝的—端具有一 51係嵌入妙化9 P及—舌部52。定位部 中，以導引糾 定位導引管5〇，而舌部52則伸入滾動溝 ¥引浪珠12進出滚動溝與導引管5〇。 當滑「第7圖」及「第㈣」所^ ^目⑽執】〇移動時，滾珠12就會在滑塊20與滑軌 M331058 ίο之間的滾動溝中滚動運韓 姝！2運轉至、㈣^ 滑軌1〇上承載滑塊20。當滾 軌10之外滾動槽u之間， 與β η丨爲料ρ 而被—引官50之舌部52 _進入導 引吕中。接者，滾珠U在導引管50中繼續運轉並轉變方 而由連通孔341進人滑㈣之迴流穿孔心端。當滾珠12運韓 至迴流穿孔23另-端時會先由組裝件之連通孔341進入導= ^ ^ ^ ^ 12 ； 料引g 50之舌部52導引入連通槽351與滑軌1〇 Π之間’然後經由連通槽351回到滾動溝中 = 23、連通孔34卜導引管5〇、遠、畜揭…月牙孔 •連通槽351及滾動溝連接成的循環 路仅’滚珠12就能夠不斷地循環運轉於線性滾珠滑執組件中。 山—本創作中組農件32係由卡勾37卡固於端蓋本體见上，而且 端盍本山體30固定於滑塊2〇上時可以同_組裝件32追緊於滑塊 20之端面，使組裝件32和端蓋本體3()更_地配置於滑塊如， 不僅能2端蓋本體30胁裝件32於線性滾珠滑執組件運轉時 產生不田辰動’也可以降低端蓋本體3〇與組裝件D對公 求。 f 雖然本新独前述之實施例揭露如上，然其並翻以限定本 新型。在殘離本新型之精神和範_，所為之更動與潤飾，均 屬本新型之專利保護。關於本新型所界定之保護範圍請參考 所附之申請專利範圍。 【圖式簡單說明】 第1圖為本創作滾珠導引端蓋之立體示意圖。 11 M331058 p圖為本創作中端蓋本體、導引管及組裝件之立體分解圖。 第3圖為第2圖中導引管組裝於端蓋本體之立體示意圖。 一 f 4圖為本創作滾珠導引端蓋裝配於線性滾珠滑執組件之立 體不意圖。 第5圖為摘作中線性滾珠滑軌組件之立體分解圖。In order to solve the two problems, the creation provides a linear ball slide assembly, and the M331058 has a - retaining groove. The end cap body has two hooks, and each slot is configured to clamp the assembly to the end cover. The snap assembly of the autumn assembly forms at least a connected backflow; The end cap is difficult to 'Ling's forehead, and the effect of each raw material is that the 'silver rhyme card 11 is on the end cap body, and the assembly body can be forced at the same time when the body is fixed on the slider. 'Make the assembly and the end cap body more tumbling./The body and assembly produce an improper shock end cap when the linear ball slide is running. The tolerance of the end cap body and the assembly is reduced. The detailed features and advantages of the present invention are described in detail below in the embodiments, and the content is sufficient for any familiar artisan to understand the technical content of the present invention and according to the contents disclosed herein. The scope and the patents of the present invention can be easily understood by those skilled in the art. The above description of the novel content and the following embodiments are intended to explain the novel and to provide a further patent of the present invention. [Embodiment] In order to make the purpose, structure, features, and functions of the present invention advance, the following is explained in detail in conjunction with the embodiments. 'Please refer to the "Figure 1", "Figure 2" and "Figure 3" for the purpose of providing a ball guide end cover for the creation of linear ball slide assemblies (eg Figure 4), wherein the ball guiding end cover comprises an end cap body Deng, two sets of I members 32 and a plurality of guiding tubes 5〇. In this creation, although the 7 M331058 ball guiding end cover with the guide tube % is provided as a specific embodiment, the present invention can also directly use the end cap body 30 and the assembly member 32 without providing the guiding tube 50. Implementation. Please refer to the "Figure 4" and "5th ®" for the three-dimensional schematic and exploded view of the linear ball slide assembly. The linear ball bearing assembly includes a slide rail ‘10, a slider 2 slid along the slide rail, and a plurality of balls 12. The sliding 10 and the slider 2〇_ _ are formed to form four rolling grooves for the ball 12 to run, wherein each rolling groove includes a rolling groove which is opened inside the sliding plate 10 and a sliding groove The outer side of the block 2 is rolled by the groove 21, and the two are arranged in pairs. Although four rolling grooves are used in the present embodiment, the number of rolling grooves is not limited to four, and the number of rolling grooves may be -pair or more than two pairs. The slider 2 has four recirculation holes 23 and two screw holes 22 respectively penetrating through the two ends of the slider 20, wherein the reflow perforation is corresponding to the rolling groove, and the number of the recirculation holes 23 is increased or decreased according to the number of the rolling grooves. . The ball guiding end cover of the present invention is fixed at both ends of the slider 2 to guide the ball 12 to circulate in the corresponding rolling groove and the recirculating hole 23 in the linear ball bearing assembly. The screw 24 is disposed through the end cover 30 and the slider 2〇, wherein the screw 24 and the slider 2〇 have a thread groove 241 for accommodating the ball, and the slider 2 is internally provided with a circulation structure, so that the ball can be circulated and operated. Threaded groove 241. Therefore, the screw 24 is rotatable relative to the slider 20 and the slider 1 , and the slider 2 is slidable relative to the screw 24. Each of the two ends of the block 20 has a dust squeegee 25, and the inner peripheral mask of the dust squeegee 25 has a threaded rib 251. The dust wiper 25 may be attached to the end surface of the slider 2〇 or may be installed inside the end cap body 3〇. The threaded rib 251 is for projecting into the thread groove 241 of the screw 24, and can scrape off the dust or foreign matter of the thread groove 241 to prevent the dust from entering the inside of the slider 2 by the dust or foreign matter. 8 M331058 One "Monthly Tea Reads as shown in Figure 2, Figure 3 and Figure 5. Each end cap body 3 has two screws 3b-P square dust #36 and two hooks 37, respectively. The dustproof sheet 36 may be, but not limited to, a metal material, and may scrape dust or foreign matter on the rolling groove 11 to prevent dust or foreign matter from entering the inside of the end cap body 30 and the slider 20. Each of the screw-port members 31 is threaded over the body and the assembly member 2 and screwed into the slider. The hole 22 is used to fix the end body 30 and the assembly member 32 to the ends of the slider 20. Each of the dust-proof sheets 36 is defined by a screw member on the outer side of the end cap body 3, wherein the dust-proof sheet 36 has two protrusions 361 extending away from the slider 20. The length of the protruding post 361 protruding end cap body 3〇 is greater than the length of the screw body 31 exposing the end cap body 30, so as to prevent the external force from being directly transmitted to the end cap body 30, wherein the stud 361 can be, but is not limited to, In 1 material. The hook 37 extends in the direction of the cake body 3q. The end of Figure 2, "3rd picture" and "5th picture" show s month tea reading ~, eight not "room" factory small -. Each of the assembly parts is disposed on the end cap body 3G, and each of the sets of cakes 32 has a holding groove 321 of the hook 37. The end cap her 0 hooks 37 into the assembly of the holding groove milk, and the assembly 32 is clamped on the end cap body 3σ side t body 3 峨 on the slider material, the end cover (4) also with the Japanese shout (four) ^ Based on the end face of the slider 20. Each of the assembly members 32 and the end cap body 5% are turned toward the 33, wherein each of the steering passages 33 is respectively connected to a corresponding recirculation perforated squeegee for the passage of the balls 12. The assembly member 32 is connected to the end cap body 3 (M and the other, and the four inner coupling posts 34 and the four outer coupling posts 1 facing the slider 20 are respectively located at the end cap body 3G, and the other is located at the end cap body 3G. - Partially located on the assembly %. U-piece 32 combination wall 3G master She (4) internal shape M331058 into - communication hole 341. Each inner binding column 34 is used to embed the slider 2〇, in The end cap body 30 and the assembly member 32 are positioned on the slider 20, and the communication hole 341 communicates with the return hole 23 of the slider 2 and one end of the steering passage 33 (refer to one end corresponding to the recirculation hole 23). The outer edge of the assembly member 32 is located, and a connecting groove 351 is defined in each of the outer joints and columns 35. Each outer joint column is used for embedding in the block 2' to position the end cap on the slider 20. The body 3 is assembled with the assembly & and the communication groove 351 is connected to the inner rolling groove 21 of the slider 20 and the other end of the steering passage 33 (the finger corresponds to the end of the rolling groove). Therefore, each of the steering passages 33 The corresponding recirculation perforation illusion and rolling groove in the linear ball bearing sliding assembly can be connected to the communication groove 3S1 through the connection ^ 341. Each guiding tube= is divided into the positions of the respective turning passages 33 of the end cap body 3G, and is guided by a metal shell. The guiding tube 5G is an inner hollow circular tube body. Use the =t 341舆 connection groove 351. The inner diameter of the guide f 5G is slightly larger than the roll _ 1 to make the ball 12 lie in the feed pipe 5G. When the guide = 嶋 in the end cover body material, each material pipe 5G The _ end corresponds to the slider 20, and the second is 23', so that the ball 12 can enter and exit the recirculation hole 23 from the communication hole 341 and its 50^', and the other end corresponds to the rolling groove of the sliding 1G and the slider %. The end corresponding to the rolling groove has a 51-series embedding 9 P and a tongue 52. The positioning portion guides the positioning guide tube 5〇, and the tongue 52 extends into the rolling groove. The ball 12 enters and exits the rolling groove and the guiding tube 5〇. When the sliding "Fig. 7" and "(4)" are moved, the ball 12 will be in the slider 20 and the sliding rail M331058 ίο Rolling in the rolling groove between the two sides! 2 running to, (4) ^ The sliding rail 1 承载 carries the slider 20. When the rolling groove 10 is outside the rolling groove u, and β η丨 is the material ρ and is cited Official 50 tongue 52 _ enter guide Lüzhong. In addition, the ball U continues to operate in the guiding tube 50 and transforms the side and enters the back end of the core through the communication hole 341. When the ball 12 is transported to the return hole 23, the other end is The communication hole 341 of the assembly enters the guide = ^ ^ ^ ^ 12; the tongue 52 of the material guide g 50 is guided between the communication groove 351 and the slide rail 1' and then returns to the rolling groove via the communication groove 351 = 23 The communication hole 34, the guiding tube 5〇, the far, the animal is exposed... the crescent hole, the communication groove 351, and the rolling groove are connected by a circular path, and only the ball 12 can be continuously circulated in the linear ball bearing sliding assembly. Mountain—In this creation, the group of agricultural components 32 is fastened to the end cap body by the hooks 37, and the end shackle 30 can be fastened to the slider 20 when the shank 30 is fixed on the slider 2 〇. The end face enables the assembly member 32 and the end cap body 3 () to be more disposed on the slider, for example, not only can the end cap body 30 of the end cap body 30 be generated during the operation of the linear ball slide assembly, but also can be lowered. The end cap body 3 is assembled with the assembly D. f Although the present new embodiment is disclosed above, it is intended to limit the present invention. In addition to the spirit and scope of this new type, the changes and retouchings are the patent protection of this new type. Please refer to the attached patent application scope for the scope of protection defined by this new model. [Simple description of the drawing] The first figure is a three-dimensional schematic diagram of the creative ball guiding end cover. 11 M331058 p Figure is an exploded view of the end cap body, guide tube and assembly. Fig. 3 is a perspective view showing the guide tube assembled to the end cap body in Fig. 2. A f 4 diagram is not intended to be used for the assembly of the ball guide end cap to the linear ball slide assembly. Figure 5 is an exploded perspective view of the linear ball slide assembly.
【主要元件符號說明】 !〇.............................滑軌 第6圖為賴作巾滾珠運轉於滾珠料端蓋之 第7圖為本創作中線性滾珠滑執組件之剖面示意圖4圖。 第8圖為本創作中線性滾珠滑軌組件之剖面示:圖。 11 12 20 21 22. 23. 24. 241 25., 251 ••外滚動槽 .·滾珠 •滑塊 •内滾動槽 .螺孔 .迴流穿孔 螺桿 螺紋槽 防塵刮刷器 螺紋肋 3〇.......................................端蓋本體 31 .........................···.螺固件 32 .............................組裝件 12 M331058 321...........................扣持槽 33...,.........................轉向通道 34.............................内結合柱 341...........................連通孔 . 35 .........................外結合柱 .， 351...........................連通槽 36 .............................防塵片 φ 361...........................凸柱 37 ......................·······卡勾 50 ..............................導引管 51 .............................定位部 52 .............................舌部 13[Main component symbol description] !〇.................................... Slide rail Figure 6 shows the roller running on the ball. Figure 7 of the material end cap is a schematic cross-sectional view of the linear ball slide assembly of the present invention. Figure 8 is a cross-sectional view of the linear ball bearing assembly in the creation: Figure. 11 12 20 21 22. 23. 24. 241 25., 251 ••External rolling groove.·Roller•Slider•Inward rolling groove. Screw hole. Recirculation perforation screw thread groove dust scraper thread rib 3〇.. ..................................... End cap body 31 ......... ...................... screw firmware 32 ........................... ..Assembly 12 M331058 321...........................Clamping groove 33...,........ .................Transition channel 34............................. Bonding column 341...........................Connecting holes. 35 ................ ......... outer joint column., 351...........................Connecting groove 36 ..... ........................dust φ 361...................... .....Column 37 ......................··················· ....................Guide tube 51 .......................... ...positioning portion 52 ............................. tongue 13