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TWI299774B - Synchronous connector of linear guideway - Google Patents

Synchronous connector of linear guideway Download PDF

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Publication number
TWI299774B
TWI299774B TW95148213A TW95148213A TWI299774B TW I299774 B TWI299774 B TW I299774B TW 95148213 A TW95148213 A TW 95148213A TW 95148213 A TW95148213 A TW 95148213A TW I299774 B TWI299774 B TW I299774B
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TW
Taiwan
Prior art keywords
connector
tail
head
block
connection
Prior art date
Application number
TW95148213A
Other languages
Chinese (zh)
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TW200827578A (en
Inventor
Hsin Liang Chen
Hsin Tsun Hsu
Original Assignee
Hiwin Tech Corp
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Publication date
Application filed by Hiwin Tech Corp filed Critical Hiwin Tech Corp
Priority to TW95148213A priority Critical patent/TWI299774B/en
Publication of TW200827578A publication Critical patent/TW200827578A/en
Application granted granted Critical
Publication of TWI299774B publication Critical patent/TWI299774B/en

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Description

1299774 九、發明說明: 【發明所屬之技術領域】 本發明係—種線性滑執相關配件,特別是指—種線性滑執之 同步連接ϋ ’其同步連接H以頭部與尾部搭接,藉此能避免干涉、 產生導引效果、有效吸收尺寸變動及量產組裝實用性。 【先前技術】 、現今的線性滑軌於工業方面之助愈來愈多,除了作為線性 進給傳動的高精紐蘇之外,其贼有雜_率小、能量轉 換率高“喿音小及高剛度不易損壞等多項優點,因此,線=執 對於現今各種工業應用機具等重要性也不言可喻。 目泊的線性滑軌設計為了讓滑軌與滑塊之間的滾珠能夠不斷 顺、消除應力,皆會在兩者之間置人拘限有多數滚動元件的連 接器,並令該滾動元件及連接器同步在滑轨與滑塊之間進行循产 運作;然而,不同設計都有其缺陷存在,所以,如何針對^骨^ 研务改良出更具競爭力的產品自然成為目前業界之重點。 以彺較常為眾人使用及認知的連接器如第1 所示之各種習用,請參閱以下說明: 第1圖是傳統有端式連接器,其連接器(χ 3)兩端部( )相對處是無連結的設計,不僅端部(1 3 1 )容易凸出 1299774 間·生’因此使得連接器(13)在運行過程中容易 (1 3 1 f 1 )縣’尤其是在行經轉向路辦同步連接器 4 ) Μ的兩端。卩(1 3 1 )會大幅縣’因而碰撞概表面(1 //甚至會卡在端蓋之靠破(1 5 ),造成連絲(! ' 仃挎產生不順暢的情形。 )在運 ‘ 第2圖為日本專利特許3243415號案,此制同 :=端狀之_(10),雖然兩端製有二二 :二Γ之間仍會具有擺動間隙;此習用的問題出現 故其運作過程之憎會賴軸作爾意獅,並且容易^ 生干涉滾動元件執道或靠破處(指結構相靠接處)之情形。易產 弟3 _為日本專利特開平H11_2細號案,則為_ 癱押私沾叫彳座(112)穩固結合,雖然避免了兩端部隨咅 •,動的問題,但此習用明顯的問題在於兩端部無自由度的接合: 二,,彳___ (11)的因拉伸與縮短應力 產生之徑向尺寸變動。 弟4騎4日本專婦許2_93職, 猶出無端狀的_接器(12)設計,此刪採 =而此避免端部的擺動問題;但是此種一體成型製法僅僅是—種 車乂不實用的創,$,其實用上無法突破的問題在於難以設計、製造、 1299774 2衣拆卸4媒端狀同步連接器(工2 ),故此技術難以真正獲得 ^ ’故此f用技術在量紐行上有相當困難性。 h、以上四種相技術不僅具有本身關題,而且連接ϋ的存在 疋為了承讀力及軸消除轉應力,故連接n必須儘量減少運 作過^之中_部擺動、避免產生干涉及吸收徑向尺寸變動,更 、廠里產、組裝及拆卸的合理性,目前市場上各種連接器 仍然無具倾述效果的產品。 為了能夠有效解決前述相關議題,本發明創作人基於過去在 滑執賴義研發勘與缝,從合理產量、避免干涉 的角度再加研發,終於發展&一種全新的線性滑軌之同步連接器。 【發明内容】1299774 IX. Description of the invention: [Technical field of the invention] The present invention relates to a linear sliding-related accessory, in particular to a synchronous connection of a linear slider ϋ 'the synchronous connection H overlaps the head and the tail, borrowing This avoids interference, produces guiding effects, effectively absorbs dimensional changes, and is practical for mass production assembly. [Prior Art] Today's linear slides are more and more assisted in the industry. Besides the high-precision New Zealand, which is a linear feed drive, its thieves have a small _ rate and high energy conversion rate. And high stiffness is not easy to damage and many other advantages, therefore, the line = the importance of today's various industrial applications and tools. The mooring linear slide design in order to make the ball between the slide rail and the slider can be continuously And the stress is removed, and the connector with most rolling elements is placed between the two, and the rolling element and the connector are synchronized between the sliding rail and the slider; however, different designs All of them have their own defects, so how to improve the more competitive products for the ^ bone ^ research has naturally become the focus of the industry. The connectors that are often used and recognized by many people are as shown in the first example. Please refer to the following instructions: Figure 1 is a traditional end-to-end connector. The connector (χ 3) has a non-connected design at the opposite ends of the connector (, 3). Not only the end (1 3 1 ) easily protrudes from the 1299774. ·Life' thus makes the connector (13) During the operation process (1 3 1 f 1 ) the county 'especially at the two ends of the traversing road running synchronous connector 4 ) 卩 (1 3 1 ) will be a large county 'thus collision surface (1 / / Even stuck in the end cover to break (1 5), causing the wire (! ' 仃挎 仃挎 仃挎 。 ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第The end of the _ (10), although there are two or two at the two ends: there will still be a swing gap between the two turns; this problem arises, so the operation process will depend on the axis as the lion, and easy to interfere The rolling element is obstructed or broken (referring to the structure of the joint). The prolific brother 3 _ is the Japanese patent special Kaiping H11_2 fine case, then _ 瘫 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私Although the problem of the two ends is avoided, the obvious problem in this application is the joint with no degrees of freedom at both ends: Second, 彳___ (11) Radial due to tensile and shortening stress Dimensional changes. Brother 4 riding 4 Japanese daughter-in-law 2_93 position, still has an endless _ connector (12) design, this deletion = and this avoids the end of the swing problem; This one-piece molding method is just a kind of rut that is not practical, $, the practical problem that cannot be broken is that it is difficult to design and manufacture, 1299774 2 clothes disassembled 4 medium-end synchronous connector (work 2), so this technology It is difficult to obtain ^' so the technique of f is quite difficult on the quantity of the line. h, the above four phase technologies not only have their own problems, but also the existence of the connection 疋, in order to bear the force and the axis to eliminate the transfer stress, so the connection n must minimize the operation of the _ part of the swing, avoid the dryness involved in the absorption of radial dimensional changes, more, the factory production, assembly and disassembly of the rationality, the current market, the various connectors still have no product In order to effectively solve the above-mentioned related issues, the creators of the present invention have developed and & a new linear slide synchronous connection based on the past research and development of the slippery research and development, from the perspective of reasonable production and avoidance of interference. Device. [Summary of the Invention]

=㈣之主要目⑽提供—種在運行時能贼干涉,且頭部 雜接後的雜具導倾果⑽蹄歡同步連接器。 吸收==軌==啦㈣峨有效 向 為達成上述目的,本發明設計特別在前述連接器二端分別連 接有一頭频—尾部’ _是___尾部檢錯以結構轴„ 格接,且該頭部與尾部搭接後的外形為相對應滾動元件的球狀; 1299774 m 藉此’本發财僅錢行魏縣聊與尾部鷄而產生干涉, 且頭部與尾雜接後的雜具導引效果。 斤僅传-提的是,為達成前述次要目的,本發明於頭部與尾部 $、向預料自由轉m·此預㈣自由位移空職令該頭部 縣部具備徑向之自由度,藉以能有效吸收連接n魏運作時的 尺寸變動,確實是-種十分實用的發明設計。 乍讀 有财案制為軸上述目的、職狀鎌,手段及其他 ^ ’ _舉-個概實_舰合圖式詳細如後 解。 #收、他優點,當可由之得到深入而具體之瞭 【實施方式】 本發明第-實施崎參_ 5酿第7 w,本發明第— ==器(2 〇 )二端分別一體連接有一 :: ί;" ^ 内以間隔子1,峨嶋軸存,峨器(2 〇) 且右ϋ 有多數絲元件(A ),該連_ ( 2 0 ) ,、目連條狀凸出的連接部(2 i ),而該連接部( 伸製作於該頭部(3 0)與尾部(4 0),其中: 亚未延= (4) The main purpose (10) provides a type of miscellaneous guide (10) hoofing synchronous connector that can interfere with the thief during operation and the head is mixed. Absorption == rail == (4) 峨 向 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨 峨The shape of the head and the tail is the spherical shape corresponding to the rolling element; 1299774 m, by this, the money is only used to interfere with Weixian chat with the tail chicken, and the head and tail are mixed. It has a guiding effect. It is only mentioned that, in order to achieve the above secondary purpose, the present invention is free to rotate the head and tail at the head and the tail, and the pre-(four) free-displacement vacant order is available to the head of the county. Towards the degree of freedom, so that it can effectively absorb the dimensional changes in the operation of the n-wei, it is indeed a very practical invention design. Read the financial system for the above purposes, conditions, means and other ^ ' _ lift - Overview _ Shipbuilding diagram detailed as explained later. #收,他优势, when it can be deepened and specific [Embodiment] The present invention - the implementation of the ginseng _ 5 brewing 7 w, the present invention — == (2 〇) The two ends are connected one by one:: ί;" ^ with spacer 1峨嶋 axis storage, 峨 (2 〇) and right ϋ has a plurality of wire elements (A), the connection _ (20), the connection of the strip-like protruding portion (2 i ), and the connection ( Stretching on the head (30) and the tail (40), where:

該頭部(30),其與連接器(2〇)一端相接,且頭部Q 1299774 Ο )外表面製為圓滑孤面而概呈半圓形,該頭部(3 〇 )對廡、 接器(2 0 )運作軸向開設有向外開放的第一軸向槽(3丄)"1 頭部(3 0)沿第一軸向槽(31)自連接器(9 n、 v乙u)方向依序 製作有第一徑向槽(3 2)及第一搭塊(3 3),該第—押向槽( 2)徑向開放、該第^一搭塊(3 3)則控向延伸,且當)一 弟一經向槽 (3 2)及第一搭塊(3 3)彼此對應; 該尾部(4 0 ),其與連接器(2 0 )的另一端⑽妾,且尾部 4 0 )外表面也製為圓滑弧面而概呈半圓形,且尾部(^ ◦ )°The head (30) is connected to one end of the connector (2〇), and the outer surface of the head Q 1299774 Ο is made into a semi-circular shape with a rounded solitary surface, and the head (3 〇) faces, The connector (20) operates axially open with a first axial slot (3丄) that opens outwardly. 1 Head (30) along the first axial slot (31) from the connector (9 n, v The first radial groove (32) and the first block (3 3) are sequentially formed in the direction of the u), the first thrust groove (2) is radially open, and the first block (3 3) Then, the control extends, and when the first one passes to the slot (32) and the first block (3 3); the tail (40), which is opposite to the other end (10) of the connector (20), And the outer surface of the tail portion 40) is also made into a rounded curved surface and is substantially semi-circular, and the tail portion (^ ◦) °

對應連接器(20 )運作軸向開設有向外開放的第二轴白样(4 1 ),$玄尾部(4 0 )沿弟^一轴向槽(4 1 )自連接器(2 〇 )方 向依序製作有第二徑向槽(4 2 )及第二搭塊(4 3 ),兮隹 7 y 綠弟二控 向槽(4 2)徑向開放、該第二搭塊(4 3)則徑向延伸,且第 二徑向槽(4 2)及第二搭塊(4 3)彼此對應;該尾部(4 〇) 及頭部(3 0)經由第一軸向槽(31)與第二軸向槽(4工) 相交錯,而尾部(4 0)的第二徑向槽(4 2)係供該頭部(3 〇)的第一搭塊(3 3)容置,且尾部(4 〇)的第二搭塊(4 3)係容置在該頭部(3 〇)的第一徑向槽(3 2)内;且該頭 β ( 3 0)與尾部(4 Q)搭接後的外形為完整的球狀; 以上所述,即為本發明第一實施例各相關元件的相互關係位 置及其概述。 1299774 在此必&明如第8、9圖所示的第二實施例,其在連接器 /2 〇 端刀別一體連接有一頭部(3 0)與一尾部(4 〇), /連接( 2 Q )内明隔子(5 〇 )限位有多數滾動元件(a), 二門子(5 Q )中央無貫通孔,且間隔子(5 ◦)相對應滾動 、牛(A)衣作球凹面,該連接器(2 0)具有相連條狀凸出的 谨1 括 jrr? Q 1 \ 而遠連接部(21)並未延伸製作於該頭部(3 尾^ ( 4 0 );且頭部(3 0 )製有第-軸向槽(3 1 )、 ❿^ —仏向槽(3 2 )及第-搭塊(3 3 ),該尾部(4 Q )製作有 第二軸向槽(4 1)、第二徑向槽(42)及第二搭塊(43), 本實施例結構變化在於: 〜係在將連接器(2 〇 )的頭部(3 ◦)、尾部(4 ◦)不製作 、牙的中央通孔(#相隔子為滾動元制隔之習知技術,在此 不再多作贅述),該頭部(3 〇 )、尾部(4 0 )兩兩相對搭扣合 之伽議大的綱面相雜,增加應力抵抗敎性 鲁成為一完整之導引球狀。 第10圖則是第三實施例,同步連接器(2 〇)之間隔子(5 0)中央具有環形通孔之結構,可以讓麟油在其巾儲存,在各 :隔子(5 0)之間置入滾動元件(A),並由頭部(3〇)、尾 部(4 0)相對搭扣串連起來,其頭部(3 〇)❺前端製作有_ 個突起物(5 1 ),該突起物(5丄)對應容置於該尾部(4 〇 ) 1299774 相鄰間隔子(5 Q)之中央通孔(2 2)内,且突起物(5丄) 的外表面(51 1)與間隔子(5 0)之中央通孔(2 2)的内 表面(5 0 1 )相貼合,使頭部(3 〇 )、尾部(4 0 )在隨連接 器(2 0 )運行時更為穩固,且頭部(3 〇 )、尾部(4 〇 )仍然 可以隨運作而徑向旋動,但是不容易鬆脫。 第11、12圖則是第四實施例,其在連接器(2 〇)二端 φ 分別-體連接有-頭部(3 〇)與一尾部(4 〇),且連接器(2 〇)自頭部(3 0)到尾部(4 0)貫穿一中央通孔(2 2),以 供潤滑油料儲存,該連接器(2 0)内以間隔子(5 〇)限位有 多數滾動元件(A),該連接器(2 〇 )具有相連條狀凸出的連接 ( 2 1 ),而§亥連接部(2 1 )並未延伸製作於該頭部(3 〇 ) 與尾部(4 0 );且頭部(3 0 )製有第一軸向槽(3丄)、第一 徑向槽(3 2 )及第一搭塊(3 3 ),該尾部(4 〇 )製作有第二 •軸向槽(4 1 )、第二徑向槽(4 2 )及第二搭塊(4 3 ),本實 施例結構變化在於: 該尾部(4 0)的第二軸向槽(41)位於中央,該頭部(3 〇)的第一轴向槽(31)位於兩側,且該連接部(2丄)延伸 製作於尾部(4 0 ),另該尾部(4 0 )製有二組第二徑向槽(4 2 )及第二搭塊(4 3 ),該頭部(3 0 )同樣製有二組第一徑向 槽(3 2 )及第一搭塊(3 3 ) ’藉此,該頭部(3 〇 )、尾部(4 11 1299774 Ο)兩兩相對扣合,曰 一 施例具有較大的接觸面容許量’但由於此實 彼此更有格接及扣合結構,有效择力處 力抵峨性’且軸樣縣-級㈣狀。應 綱獅,其在 。),且連丄^ U〕及尾邛(4 〇)貫穿一中央 可以讓潤滑油在其中儲存,該連接 人孔(2 2), 限位有多數宁動开彼, 〇σ 内以間隔子(5〇) ㈣有夕數滚動4(A),該連接 的連接部(21),而該連接 /、树條狀凸出 〇 )與尾部U 0 ).且5 / 2 1 )亚她申製作_頭部(3 第-搭塊(⑶,該 第二搭塊(4 3 ),本社衣作有弟一杈向槽(4 2 )及 ,丰只轭例結構變化在於: =碩。卩(3 0 )與尾部(4 〇 )皆沒有製作轴 p (4 0)的第二徑向槽 …亥尾4 (33)容置,且尾部(=柄σΡ(3())的第—搭塊 、4 u)的弟二搭塊(4 qh 頭部(30)的第-徑向槽(32)内; )係各置在該 且於該頭部(3 Q)的第—徑向槽(3 2 (6 0),並在該尾部(4 衣作有大起塊 陷槽(6U,該突起塊(6〇)二二搭塊(43)内面製作有凹 且製作時將突起塊(6()) 咏(61), 卜表面(6 0 1 )與該尾部(4 〇 ) 1299774 ^面^槽(6 1 )的内表面(6 1 1 )相貼合,使頭部(3 〇〕 與尾# ( 4 〇)在運行時能不鬆脫,當連接器(2 〇)在運行至 °回轉。叫,该連接器、(2 〇)仍能保有、彎曲的可撓性,扣合 之頭部(3 0)與尾部(4 〇)並成為-完整之導引球狀。 為长/月疋3兒明本發明之實施特點,以下說明本發明較習用進 步之處及實用方式: 1. 本發糊部與尾娜接且姉舰動元件呈雜,故在運 行時能避免干涉,且頭部與尾部搭接後的球狀具導引效果。 2. 本發明頭部與尾部搭接後於搭接處預留有徑向位移空間, 故能配合徑向之自由度能有效吸收尺寸變動。 3. 本發_部與尾部採搭接,讀量產及組裝,具有立即生 產配置的實用性。 綜上所述,本發明在連接器二端分別連接有頭部與尾部,且 頭部與尾部相錯搭接’並於頭部與尾部陳向預留有位移空間, 另該頭部與尾部搭接後的外形為球狀;藉此球狀、搭接的頭部與 尾部,本發料僅在運行時能戦干涉,頭频尾部搭接後的 球狀具導引絲’再齡徑向之自由度能有效錄尺寸變動,更 能方便量產及組裝;_本發日狀『具有產業之可_性』應已 =庸置疑’除此之外,在本案實施例所揭露出的特徵技術,於申 請之前並未曾見於諸刊物,亦未曾被公開使用,不但具有如上所 13 1299774 述功效增進之事實,更具有不可輕忽的附加功效,是故,本發明 的『新穎性』以及『進步性』都已符合專利法規,爰依法提出發 明專利之申請,祈請惠予審查並早曰賜准專利,實感德便。The corresponding connector (20) operates axially to open a second axis white sample (4 1 ) that is open to the outside, and the $tail tail portion (4 0 ) is connected to the axial slot (4 1 ) from the connector (2 〇) The second radial groove (42) and the second block (4 3 ) are sequentially formed, and the 兮隹7 y green brother two control groove (42) is radially open, and the second block (4 3) ) extending radially, and the second radial groove (42) and the second block (43) correspond to each other; the tail portion (4 〇) and the head portion (30) are via the first axial groove (31) Interlaced with the second axial groove (4), and the second radial groove (42) of the tail (40) is received by the first block (3 3) of the head (3 ,), And the second block (4 3) of the tail portion (4 〇) is accommodated in the first radial groove (32) of the head portion (3 ;); and the head β (30) and the tail portion (4) Q) The shape after the lap joint is a complete spherical shape; the above is the mutual relationship position of each related component of the first embodiment of the present invention and an overview thereof. 1299774 Here, the second embodiment shown in Figs. 8 and 9 has a head (30) and a tail (4 〇) connected to the connector/2. ( 2 Q ) The inside of the partition (5 〇) has a majority of rolling elements (a), the second door (5 Q ) has no through holes in the center, and the spacer (5 ◦) corresponds to rolling, and the cow (A) is made. The concave surface of the ball, the connector (20) has a continuous strip-like protrusion, including the jrr? Q 1 \ and the distal connection portion (21) is not extended to the head (3 end ^ ( 4 0 ); The head (30) is formed with a first axial groove (3 1 ), a ❿^-turn groove (3 2 ) and a first block (3 3 ), and the tail portion (4 Q ) is formed with a second axial groove (4 1), the second radial groove (42) and the second block (43), the structural changes of this embodiment are: ~ is the head (3 ◦), the tail (4) of the connector (2 〇) ◦) Do not make, the central through hole of the tooth (# phase spacer is the conventional technique of rolling element separation, no more details here), the head (3 〇) and the tail (40) are opposite buckles The combination of the gala and the big ones is mixed, and the stress resistance is increased. The whole guide is spherical. The tenth figure is the third embodiment. The spacer (50) of the synchronous connector (2 〇) has a circular through-hole structure in the center, which allows the oil to be stored in its towel. : The rolling element (A) is placed between the spacers (50), and the head (3〇) and the tail (40) are connected to each other with a buckle. The head (3 〇) ❺ front end is made with _ a protrusion (5 1 ) corresponding to the central through hole (2 2) of the adjacent spacer (5 )) 1299774 adjacent spacer (5 Q), and the protrusion (5 丄) The outer surface (51 1) is in contact with the inner surface (5 0 1 ) of the central through hole (2 2) of the spacer (50), so that the head (3 〇) and the tail (40) are in the connector (2 0 ) The operation is more stable, and the head (3 〇) and the tail (4 〇) can still rotate radially with the operation, but it is not easy to loose. The 11th and 12th drawings are the fourth embodiment. , at the connector (2 〇) two ends φ respectively - the body is connected with - head (3 〇) and one tail (4 〇), and the connector (2 〇) from the head (30) to the tail (4 0) through a central through hole (2 2) for lubricating oil Storing, the connector (20) has a plurality of rolling elements (A) with a spacer (5 〇), and the connector (2 〇) has a connected strip-like protruding connection (2 1 ), and § hai The connecting portion (2 1 ) is not extended to the head portion (3 〇) and the tail portion (4 0 ); and the head portion (30) is formed with a first axial groove (3 丄) and a first radial groove ( 3 2 ) and a first block (3 3 ) having a second axial groove (4 1 ), a second radial groove (4 2 ) and a second block (4 3 ) The structural change of this embodiment is that: the second axial groove (41) of the tail portion (40) is located at the center, and the first axial groove (31) of the head portion (3 位于) is located at both sides, and the connecting portion is (2丄) is extended at the tail (40), and the tail (40) is formed with two sets of second radial grooves (42) and second blocks (43), the head (30) Similarly, two sets of first radial grooves (32) and first blocks (3 3 ) are formed, whereby the head (3 〇) and the tail (4 11 1299774 Ο) are relatively fastened together. The example has a larger allowable amount of contact surface', but since this is more suitable for each other, the structure is Optional force against the force of the Bauer 'and the shaft-like county - like stage (iv). Should be the lion, its in. ), and even the 丄 ^ U] and the tail 邛 (4 〇) through a central can allow the lubricant to be stored therein, the connection manhole (2 2), the limit has a majority of the movement, 〇σ inside the spacer (5〇) (4) There is a number of days rolling 4 (A), the connection part (21) of the connection, and the connection /, tree-like protrusion 〇) and the tail U 0 ). and 5 / 2 1 ) Shen production _ head (3 first - block (3), the second block (4 3), the company's clothing has a brother to the groove (4 2) and the structure of the yoke is: ? Neither the 卩(3 0 ) nor the tail (4 〇) has the second radial groove of the axis p (4 0). The tail 4 (33) is accommodated, and the tail (= sigma σΡ(3())) a block, 4 u) of the second block (4 qh head (30) in the first radial groove (32);) are placed in the first radial direction of the head (3 Q) Slot (3 2 (60), and in the tail part (4 garments with large sag traps (6U, the projection block (6 〇) two two blocks (43) are made concave on the inner surface and will be raised when making (6()) 咏(61), the surface of the surface (6 0 1 ) is attached to the inner surface (6 1 1 ) of the tail (4 〇) 1299774 ^ face groove (6 1 ) to make the head (3) 〇] and tail # ( 4 〇) can not be released during operation, when the connector (2 〇) is running to ° swing. Call, the connector, (2 〇) can still retain, bend the flexibility, The head (30) and the tail (4 〇) of the buckle are combined into a complete guide ball. For the implementation characteristics of the invention, the following description shows the advantages and practicalities of the present invention. Mode: 1. The hair part of the hair is connected with the tail and the moving parts of the ship are mixed, so that interference can be avoided during operation, and the ball with the head and the tail is guided by the ball. After the overlap with the tail, a radial displacement space is reserved at the lap joint, so that the radial degree of freedom can effectively absorb the dimensional change. 3. The _ part and the tail are lapped, read and mass-produced, and have The utility of the immediate production configuration. In summary, the present invention has a head and a tail connected at the two ends of the connector, and the head and the tail are offset by each other' and the displacement space is reserved in the head and the tail. The shape of the head and the tail is spherical, and the spherical and overlapping head and tail are used only for the hair. When the headband frequency is overlapped, the ball-shaped guide wire of the rear end of the headband can be recorded in the radial degree of freedom, which can effectively record the size change, and is more convenient for mass production and assembly; _ Sexuality should have been = doubts. In addition, the characteristic techniques revealed in the examples in this case have not been seen in the publications before the application, nor have they been used publicly, not only have the enhancements described in 13 1299774 above. Facts, more indispensable additional effects, therefore, the "novelty" and "progressiveness" of the present invention have been in compliance with patent regulations, and applications for invention patents have been filed according to law, and pray for review and early grant of patents. Real feelings.

14 1299774 【圖式簡單說明】 第1圖 係習用傳統有端式連接器圖。 第2圖 係習用日本專利特許3243415號案示意圖。 第3圖 係習用日本專利特開平ΗΠ-294452號案透視圖。 第4圖 係習用日本專利特許2607993號案組合剖視圖。 第5圖 係本發明第一實施例之示意圖。 第6圖 係本發明第一實施例之立體分解圖。 第7圖 係本發明第一實施例之組合立體放大圖。 第8圖 係本發明第二實施例之分解示意圖。 第9圖 係本發明第二實施例之立體分解圖。 第10圖 係本發明第三實施例透視示意圖。 第11圖 係本發明第四實施例示意圖。 第12圖 係本發明第四實施例立體分解圖。 第13圖 係本發明第五實施例示意圖。 第14圖 係本發明第五實施例立體分解圖。 第15圖 係本發明第五實施例組合透視示意圖。 【主要元件符號說明】 《習用》 (10)連接器 (1 1)連接器 (1 1 1 )扣桿 (1 12)扣座 15 129977414 1299774 [Simple description of the diagram] Figure 1 is a diagram of a conventional end-connected connector. Fig. 2 is a schematic diagram of the Japanese Patent No. 3243415. Fig. 3 is a perspective view of the Japanese Patent Application Laid-Open No. 294452. Fig. 4 is a sectional view showing the combination of the Japanese Patent No. 2607993. Figure 5 is a schematic view of a first embodiment of the present invention. Figure 6 is a perspective exploded view of the first embodiment of the present invention. Figure 7 is a perspective enlarged view of the combination of the first embodiment of the present invention. Figure 8 is an exploded perspective view of a second embodiment of the present invention. Figure 9 is a perspective exploded view of a second embodiment of the present invention. Figure 10 is a schematic perspective view of a third embodiment of the present invention. Figure 11 is a schematic view showing a fourth embodiment of the present invention. Figure 12 is a perspective exploded view of a fourth embodiment of the present invention. Figure 13 is a schematic view showing a fifth embodiment of the present invention. Figure 14 is a perspective exploded view of a fifth embodiment of the present invention. Figure 15 is a perspective view showing a combination of a fifth embodiment of the present invention. [Main component symbol description] "Use" (10) Connector (1 1) Connector (1 1 1) Fastener (1 12) Buckle 15 1299774

(1 2 )連接器 (1 3 1 )端部 (1 5 )靠破 (13) 連接器 (14) 滑軌表面 《本發明》 (A)滾動元件 (20)連接器 (2 2)通孔 (21)連接部 (3 0 )頭部 (3 2)第一徑向槽 (31)第一軸向槽 (3 3)第一搭塊 (4 0 )尾部 (42)第二徑向槽 (41)第二軸向槽 (4 3)第二搭塊 (50)間隔子 (6 0)突起塊 (61)凹陷槽 (6 01)外表面 (611)内表面 16(1 2 ) Connector (1 3 1 ) end (1 5 ) is broken (13) Connector (14) Slide surface "Invention" (A) Rolling element (20) Connector (2 2) Through hole (21) connecting portion (30) head (32) first radial groove (31) first axial groove (33) first block (40) tail (42) second radial groove ( 41) second axial groove (43) second block (50) spacer (60) protrusion block (61) recessed groove (6 01) outer surface (611) inner surface 16

Claims (1)

1299774 十、申請專利範圍·· 1内,步熟胃,細合絲7"料作在線性滑軌 接十§, 猶接麵部與尾部,且卿與尾部相錯搭 Μ3'4與尾部搭接後的外形為相對應滚動元件的球狀。1299774 X. The scope of patent application··1, step cooked stomach, fine silk 7"Materials are connected in the linear slide rails, §, still face and tail, and the pair of tails and tails are wrong. 3'4 and tail The connected shape is a spherical shape corresponding to the rolling elements. 2.如申請專利範圍第1項之線性滑軌之同步連接器,其中: 細部’其與連接器—端相接’且頭部自連接器方向依序 作有第—徑向槽及第—搭塊,該第-搭塊徑向延伸; ^尾部’其與連接器另端域,且尾部自連接財向依序製 第-授向槽及第二搭塊,該第二搭塊徑向延伸,且尾部的第 =向槽係健頭部的第—搭塊容置,而尾⑽第二搭塊係容置 在4頭部的苐一控向槽内。 如申明專利賴第1項之線性滑執之同步連接器,其中,該頭 部與尾部搭接處預留有#向位移空間。 4·如申請專利範圍第3項之線性滑軌之同步連接器,其中: _部’其與連接器―端相接’且對應運作軸向開設有向外 開_第-軸向槽’該頭部沿第—軸向槽自連接器方向依序製作 有第-徑向槽及第-搭塊,該第—徑向槽及第—搭塊皆徑向延伸 且彼此對應; 1299774 Z尾。P ’其與連接益另端相接,且對應運作轴向開設有向外 幵1=的第—軸向槽,該尾部沿第二軸向槽自連接器方向依序製作 有第二徑㈣及第二搭塊,該第二#向槽及第二搭塊皆徑向延伸 且彼此對應,親部及頭部皆經由第—軸向槽與第二軸向槽相交 :尾部的第二徑向槽係供該頭部的第—搭塊容置,且尾部的 第二搭塊係容置在該頭部的第一徑向槽内。 5. 如申請專利範圍第1項之線性滑執之同步連接器,其中,該連 接器具有树條狀凸出的連接部,職連接部延伸製作於該頭部。 6. 如申請專利範圍第1項之線性滑執之同步連接器,其中,該連 接器具有相連條狀凸㈣連接部,聽連接朝樣延伸製作於該 尾部。 7·如申請專利範圍第2項之線性滑執之同步連接器,其中,該連 接器具有相連條狀凸出的連接部,而該連接器以連接部連接該 部。 ^ 8·如申請專利範圍第7項之線性滑執之同步連接器,其中,該連 接為具有相連條狀凸出的連接部,而該連接器同樣以連接部連接 該尾部。 18 1299774 9·如申請專利範圍第4項之線性滑軌之同步連接器,其中,嗜連 接器具有相連條狀凸出的連接部,而該連接器以連接部連接該頭 如申請專利範圍第9項之線性滑軌之同步連接器,㈠,节連 =有相義_的_,嶋___連接2. The synchronous connector of the linear slide according to claim 1 of the patent scope, wherein: the detail 'which is connected to the connector-end' and the head has the first radial groove and the first direction from the connector direction. a block, the first block is radially extended; the tail portion is connected to the other end of the connector, and the tail portion is self-joining the first direction-directing groove and the second block, and the second block is radially Extending, and the first portion of the tail is accommodated in the first block of the head, and the second block of the tail (10) is received in the first direction of the head of the head. For example, the synchronous slider of the linear sliding of the first item is claimed, wherein the head-to-tail overlap has a #-direction displacement space reserved. 4. The synchronous connector of the linear slide of claim 3, wherein: _ part 'connects with the connector ― end and the corresponding operation axially opens outwardly _ first-axial groove' The first radial groove and the first block are sequentially formed in the direction of the connector from the first axial groove, and the first radial groove and the first block are radially extended and correspond to each other; 1299774 Z tail. P ' is connected to the other end of the connection, and the corresponding axial operation is provided with an axial groove of the outer 幵 1 =, and the tail is sequentially formed with the second diameter along the second axial groove from the connector (four) And the second block, the second groove and the second block both extend radially and correspond to each other, and the parent and the head intersect the second axial groove via the first axial groove: the second diameter of the tail The first block of the head is received into the slot, and the second block of the tail is received in the first radial slot of the head. 5. A linear slider synchronous connector according to claim 1, wherein the connector has a tree-like protruding connection portion, and the user interface is extended to the head. 6. The linear slider of claim 1, wherein the connector has a connecting strip-like convex (four) connecting portion, and the hearing connection is formed at the tail portion. 7. A linear slider synchronous connector according to claim 2, wherein the connector has a connecting portion that is connected in a strip shape, and the connector is connected to the portion by a connecting portion. ^8. A linear slider synchronous connector according to claim 7, wherein the connection is a connection having a continuous strip-like projection, and the connector is also connected to the tail by a connection. 18 1299774. The synchronous connector of the linear slide of claim 4, wherein the connector has a connecting portion with a strip-like projection, and the connector connects the head with a connecting portion as claimed in the patent application. Synchronous connector for 9 linear slides, (1), section connection = _ with _, ___ connection , 19, 19
TW95148213A 2006-12-21 2006-12-21 Synchronous connector of linear guideway TWI299774B (en)

Priority Applications (1)

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Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW95148213A TWI299774B (en) 2006-12-21 2006-12-21 Synchronous connector of linear guideway

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Publication Number Publication Date
TW200827578A TW200827578A (en) 2008-07-01
TWI299774B true TWI299774B (en) 2008-08-11

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