M300265 八、新型說明： 【新型所屬之技術領域】 【先前㈣種贱^，侧是—種餘侧續歡循魏置改良 用：滑二高精度化之特性，因此在工業上作常見到滑軌的使 ’月執具有咼負何、高速度、4 立 軌還可適應許多惡劣的環境等·㈣^日収的雜，甚至部分滑 在工章#義計#、’α此，4也因此被細在各行各業裡，像是 化設備，甚至運二在^^疋重切削機床、大理石切割機、運輸設備或是自動 艢莠mm 1 ;讀㈣、檢測儀轉，若沒有藉由滑軌配合，則會降低 機斋或是儀為的工作效率盘4生疮. 曰牛- 之元侔T w日έ = f知絲魏两歡循«置改良 ，，，且叹繁雜且部分結構脆弱，因此組設時必須謹慎裝設，若是不 小心即會破壞元件的結構，而影響鏈帶運動之順暢度。以口又右疋不 :參=第ϋ ’其係為中華民國專利公告編號第4而9號之運動導引裝 、以一機塊主體4、複數滾輪支撐條10、複數支撐構件U、12、13、複 數逃脫通路構件14、-_導引部構件與兩侧蓋W、Η 設有複數修&。雜讀㈣設有概錄3，關導引频件 = 割體 m1L、15WR、15b_1L、15a_2R、i5a 2L、脱 内圍導引娜件敝_騎_㈣，齡麟舰 3 孔知，支麵η、i2、im爾㈣4 _瞧丨犧，滾 1〇穿設於舰通_件14、關^丨部構件與讀構㈣、i2、13，側蓋支^條 5-2分別設於機塊主體4之兩端，以用於峡分割體_、15wl、脱沈、 15b-2L 〇 組設内圍導引部構件於機塊主體4之兩端時，分割體i5a_iR、此比、 15a-2R、15a 2L與逃脫通路構件14先相接設，之後將逃脫 孔4e，並將錢體15a-1R、15a_1L、15a】、15a_2L設於機塊主體\之置兩=長 隨後再將以體15b-lR、15b-1L、15b_2R、15b_2L分別設於分割體脱—⑺、 15a 1L、15a 2R、I5a-2L之外側。由此可知，組設過程因零件眾多，因此必須 6 M300265 花費較多組設時間，如此會降低生產效率β 請-併參閲第二圖，其係為習知技術之内圍糾部 :體圖。如圖所示，滾輪支· 1G穿設於分割體i 懷==之 由於外圍導引部31之側壁厚度不等於分割體15b之卜圍導引/31時 斷r射撐條10無法順暢的經過外圍導引部31，甚至造成滾輪支撐條10 因此本創作提供-滑執之鏈帶循環裝置，其結構 而提高循環裝置之組設效率，且可提古 間早而便於、、且裝，進 .的情形，如此可解決上述ϋ瓜冋和運動之順暢度，避免產生鍵帶斷裂 【新型内容】 -構簡===2糊共—種滚柱型線性滑執之循環裝置改良，其結 、、、’表了減>、組裝時間進而提高組設效率 複數職置改良，其包対—馳、複較位結構、 k之一第 之i使第—半套管與第二半套管配合為—體第一端蓋8 則分別穿設於定紗設於[端蓋與第二端蓋之間，滑軌之複數鍵帶 …構與外隔片。本發明藉由在第一半套管設置内導引件，可 別設有複數穿孔定=二第H -限位結構與複數鏈帶’滑塊兩側分 二端，每-恤相穿設於穿孔並分別位於滑塊之—第1與一第 二丰套有-第—半套管與—第二半套管，第-半套管與第 件，―二n體而穿設於穿孔，第—半套管之-第-端設有-内導引 一山1疋位結構各對應一外隔片，定位結構之内導引件與第二半套管 設於滑塊 限位結 7 M300265 減少循環裝置的元件數I 、隹 率，此外，外P月之严_ 柱型線性滑軌之循置改良之組設效 于又同於外隔片所設置用於容置内導引 側壁厚度，如此可提高内容置辑夕㈣ 件之内谷置槽的 .置槽之強度，以避免内容置槽受外力而變形。 【實施方式】 效為使Λ審查委員對本創作之結構特徵及戶 解與認識，謹佐以較佳之實施例及配合詳細之說明，說明如1有更進步之瞭 第喃，錢林_齡魏狀讀_分解圖。如 圖所，本創作之滾柱型線性滑軌之循環裝置改良包含有— ►結構、複數外隔片、-第一端蓋⑽、—第 2 孔72。複數定位結構包含一第一定位=與:弟二側分別設有複數穿 社動fi *楚〜 疋位、、、口構82、一弟二定位結構84、一第三定位 二，與-第四貌结構88，定位_2、84、86、88各穿設—穿孔7 疋位、.，口構82與第二定位結構84分別位於滑塊 .側，而第三定位結構86與第 弟4之苐側與苐一 側與第二側。 ㈣疋位、，、。構88則分別位於滑塊70之第二端之第一 複數外隔片包含第一外隔片92、第二外隔只cm唾一 一M300265 VIII, new description: [New technology field] [Previous (four) species 贱 ^, side is - a variety of side sequel to follow the Wei set improvement: the characteristics of the two high-precision, so the industry is common to slip The rails make 'months have a disappointment, high speed, 4 rails can also adapt to many harsh environments, etc. · (4) ^ daily collection of miscellaneous, and even partially slip in the work chapter #义计#, 'α this, 4 also Therefore, it is finely used in various industries, such as chemical equipment, and even in the 2^ heavy cutting machine, marble cutting machine, transportation equipment or automatic 艢莠mm 1; read (4), detector turn, if not by The combination of the slide rails will reduce the working efficiency of the machine or the instrument. The yak - the yuan 侔 T w 日έ = f know the silk Wei two happy follow the set of improvement,, and sigh complex and part The structure is fragile, so it must be carefully installed when it is assembled. If it is careless, it will destroy the structure of the component and affect the smoothness of the chain movement.以 又 疋 : : 参 参 参 参 参 参 参 参 参 参 参 参 参 参 参 参 ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ 13. The plurality of escape passage members 14, - the guide member and the side covers W, Η are provided with a plurality of repairs & Miscellaneous reading (4) with summary record 3, off guide frequency parts = cutting body m1L, 15WR, 15b_1L, 15a_2R, i5a 2L, detached from the inner guide 娜 _ _ _ _ (four), the age of the ship 3 hole know, support η, i2, im (4) 4 _ 瞧丨 ,, roll 1 〇 设 舰 舰 舰 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件When the two ends of the block main body 4 are used for the gorge split body _, 15wl, the sinking, and the 15b-2L 〇 set the inner peripheral guide member at both ends of the block main body 4, the split body i5a_iR, the ratio, 15a -2R, 15a 2L are first connected to the escape passage member 14, and then the hole 4e is escaped, and the money bodies 15a-1R, 15a_1L, 15a, 15a_2L are set in the main body of the machine block. The bodies 15b-1R, 15b-1L, 15b_2R, and 15b_2L are provided on the outer sides of the split bodies (7), 15a1L, 15a2R, and I5a-2L, respectively. It can be seen that the assembly process requires a large number of parts, so it is necessary to spend more time on the 6 M300265, which will reduce the production efficiency. β Please refer to the second figure, which is a part of the conventional technology: Figure. As shown in the figure, the roller branch 1G is disposed in the divided body i. == Because the thickness of the side wall of the peripheral guiding portion 31 is not equal to the surrounding guide of the divided body 15b Through the peripheral guiding portion 31, even the roller supporting strip 10 is caused by the present invention. The present invention provides a sliding belt chain circulation device, which improves the assembly efficiency of the circulation device, and can be used for early and convenient installation. The situation can solve the above-mentioned smoothness of the melons and movements, avoiding the occurrence of bond belt breaks [new content] - structure simple ===2 paste common - a kind of roller type linear sliding device improvement of the circulation device, the knot ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The tube-fitted first end cap 8 is respectively disposed through the fixed yarn between the end cap and the second end cap, and the plurality of key strips of the slide rail are configured to be the outer septum. The invention provides an inner guiding member in the first half sleeve, and can be provided with a plurality of perforation=two H-limit structures and a plurality of chain belts. The perforations are respectively located in the sliders - the first and second second sleeves have - the first half sleeve and the second half sleeve, the first half sleeve and the first piece, the "two n body" and the perforation , the first half-sleeve-the first end is provided with an inner guiding one mountain one-position structure corresponding to one outer spacer, and the inner guiding member and the second half sleeve are disposed on the slider limiting knot 7 M300265 Reduces the number of components I and the frequency of the circulation device. In addition, the strictness of the outer P month _ The column-shaped linear slide is improved by the set-up effect and the outer spacer is set for the inner guide. The thickness of the side wall can improve the strength of the groove in the valley of the inner part of the content setting (4) to prevent the content groove from being deformed by an external force. [Embodiment] Effectiveness is to make the reviewer's structural characteristics and household understanding and understanding of this creation. I would like to use the better examples and detailed explanations to explain that if there is more progress, the second verb, Qian Lin _ wei Read _ decomposition map. As shown in the figure, the improved cycle device of the roller type linear slide comprises a structure, a plurality of outer spacers, a first end cover (10), and a second hole 72. The plural positioning structure includes a first positioning = and: the two sides of the brother are respectively provided with a plurality of social movements fi * Chu ~ 疋 position,,, mouth structure 82, a second two positioning structure 84, a third positioning two, and - the first The four-dimensional structure 88, the positioning _2, 84, 86, 88 are each worn - the perforation 7 疋 position, the mouth structure 82 and the second positioning structure 84 are respectively located on the slider side, and the third positioning structure 86 and the first brother 4 苐 side and 苐 side and second side. (4) 疋 position,,,. The first plurality of outer spacers at the second end of the slider 70 respectively comprise a first outer spacer 92, and the second outer compartment is only one centimeter
Kit H QR八β丨m 4、第二外隔片96與第四外 隔片98,刀別用於設置定位結構犯、％ ►之第一端，用以固定第-外隔片92與第二8第^盖100設於滑塊7〇 媿70之筮1山m ^ 乐卜隔片94，而第二端蓋110則設於滑 i陳Γ 外隔片96與細外隔片98。限位結構包含有一 上限位、、、〇構122、-中限位結構124與一下限位 70與外隔片92、94、96、98，而設於第一端蓋:6 健構穿設於滑塊 鏈帶_分別穿設於咖_、84、86、88 ^^蓋=間。複數 定位結構82、84、86、88分別包含有一第_:半^、98。 826 ^ 846 ^ 866 ^ 886 ^ ^ B'24 ' ^ ' 864 ' 884 —各山八w& 、844、864、884之一箆 822'842 ' 862 ' 882 } 824 ^ 844 > 864 ^ _内導引細、削62、882可為一體成型。内導引細、= 8 M300265 882之外侧分別設有一内導引槽8225、8425、8625、8825，第一半套管犯4 864、884 分別與内導引槽 8225、8425、8625、8825 相通。 、^、 接下來藉由第五圖’說明本創作之外隔片的結構。第五圖為本創 外隔片92的立體圖。如圖所*，第一外隔片92設置有一半套管固定 : -一内容置槽922，半套管固定槽921用於供第-定位結構82之第二半i管82β 之苐-端插設’而内容置槽922則用於容置第一定位結構犯之第一半 ‘之内導引件822，如此第一定位結構82之第一半套管824與第二半套管826即 而穿設於穿孔72。由圖示可得知由於本創作之第—外隔片犯的 予又同於内谷置槽922之側壁厚度，所以可提高内容置槽922之強度 勞 内容置槽922受外力而變形，如此即可避免 I免 •帶⑽運動之流暢度。 ρτ避免〜響鏈⑽〇之運動’進而提高鏈 社構^^第1卜隔片92更設有半套管固定槽923、925，用於分別供第三定位 ^ w 866之第二職設，如«三定健構 -一 與第一外隔片92之外側所設置之 826之第二端亦會插設於第三外 :奮吕824與第一+套官 %所設置之外導引孔相通，斤;4置之+套管固定槽，而與三外隔片 # 9ΒΒ ^ 與-下限位槽928。本創作之_ q4 Q(^片92更設有一第一固定孔927 由上述可知，===1'96、98之輸、嶋—外隔片犯。 端會插設在第三外^片96，^第一半套管824與第二半套管咖之第二 864 與第二半套管846播設於第四夕卜遠；:疋位結構84之第一半套管844 第二半套管886 弟四疋位結構88之第一半套管884與 請一併灸二第一關相對插設在第二外隔片94。 第-端蓋1。〇二圖=為本創作較佳實施例之端蓋的立體圖。如圖所示’ 十三圖所示）之處 同2與第二外隔片94之外導引槽926、946 (如第 )之處各以-外容置_2、顧，以容置外導引槽娜、_。 9 M300265 (如第十二圖所示片92與第二外隔片94之下限位槽928、948 -端蓋· =固==槽1喝—第二下_ 1008。第 二端蓋no娜壤帛二取謂6。㈣可知，第 設有-外容置槽，另外相對於：外psKQfi_ l夺1 ⑼之處亦各 各κ固㈣笛 與苐四外隔片98之下限位槽968、_ 各3又有T固疋槽。弟二端蓋110相對於第一端蓋1〇〇 二上固定槽麵之位置亦各設有一上固定槽與一下固定槽。 I第 上限位結構122，其包含有一第—上限位件1222、一防塵片1224與一第二 上限位件歷’防塵片1224之兩側分別設有複數裝崎12245，㈣—上限位 件1222與第二上限位件1226之一側相對於裝配槽娜之處設有複數 12225、/薦’以讓防塵片1224裝設於第一上限位件丨222與第二上限位件 1226。第-上限位件1222與第二上限位件分別穿設於滑塊7()之第一側血 第二側’此外’第-上限位们222與第二上限位件龍之一端分別插設於第 -端蓋100所設置之第-上固定槽聰與第二上固定槽誦，而第一上限位件 1222與第二上限位件1226之另-端亦分別插設於帛二端蓋別所設置之第一上 固定槽與第二上固定槽。 請-併參閱第七圖，其係為本創作較佳實施例之外隔片接設上限位結構之 立體圖。如圖所示，當第二上限位件插設於第—端蓋1〇〇之第二上固定槽 φ屬時’第二上限位件㈣係會與第二外隔片94相抵，本創作為了避免第二 上限位件1226與第二外隔94相辦’產生斷差情形，而影響鏈帶13〇之運 動，所以讓第二上限位件1226與第二外隔片94相抵之斷面的幾何形狀對應於 第二外隔片94之斷面的幾何形狀。所以如圖所示，第二上限位件1226盥第二 外隔片94相抵時並不會產生斷差之現象。同理，第二上限位件㈣與第四外 隔片98相抵時亦不會發生斷差之現象。 由上述可知，第一上限位件1222插設於第一端蓋1〇〇與第二端蓋11〇時， 亦會與弟一外隔片92和弟二外隔片96相抵’但由於第一上限位件1222與第一 外隔片92和第三外隔片96相抵之斷面的幾何形狀可與第一外隔片犯和第三外 隔片之斷面的幾何形狀相對應，所以亦不會產生斷差之情形。此外，防塵片1224 M300265 穿設於滑塊70時，係會抵住第一端蓋刚與第二端蓋ιι〇。 中=位結構124 ’其包含有第一中限位件與第二中限位件聰，第一 中限位件1242與第二中限位件1244分別穿設 ^ _第二中限卿4之一端分別插設於位在滑塊7。：一二;： 94所設置之第-固定謂與第二固定孔9二二 挣70 $ g -限位件1242與第一中限位件1244之另"'端則分別插設於位在滑 ，〇之弟二端的第三外隔片96與第四外隔片98所設置之第—固定孔與第 疋孔。 =-併參閱第八圖’其係為本創作較佳實施例之外隔片接設中限位結構之 # ，圖所示，當第二中限位件1244插設於第二外隔片％之第二固定孔 第-中限位件1244會與第二外隔片94相抵，本創作為了避免第二中限 位件1244與第二外隔片94相抵時，產生斷差情形，而影響鏈帶⑽之運動， =讓第—中限位件1244與第二外隔片94相抵之斷面的幾何形狀對應於第二 -夕隔片94之斷面的幾何形狀。所以如圖所示，第二中限位件1244與第二外隔 片94她時並不會產生斷差之現象。同理，第二中限位件1244與第四外隔片 8相抵時亦不會發生斷差之現象。第一中限位件㈣之結構亦同於第二中限位 件1244所以第-中限位件1242插設於第一外隔片92與第三外隔片％時，亦 不會產生斷差之情形。 _ 下限位結構126，其包含有-第-下限位it件1262與-第二下限位元件 1264 1-下限位元件與第二下限位元件腿之分別穿設於滑塊7〇之兩 側第下限位元件1262與第二下限位元件1264之一端分別穿設第一外隔片 ，與第二外隔片94之下限位槽犯8、9仙（如第十二圖所示），而插設於第一端 蓋一 100之第一下固定槽1007與第二下固定槽1〇〇8 (如第六圖所示），第一下限 位轉1262與第二下限位元件聰之另-端則分別穿設第三外隔片96與第四 外隔片98之下限位槽968、988 (如第十八圖所示），而插設於第二端蓋11〇之 第一下固定槽與第二下固定槽。 睛一併參閱第九圖’其係為本創作較佳實施例之外隔片接設下限位結構之 立體圖。如圖所示，當第二下限位件1264插設於第一端蓋丨⑼之第二下固定槽 M300265 誦時’第二下限位件腿會與第二外則94相抵，本創作為了避免第二下 限位件=4與第二外隔片94相抵時，產生斷差情形，而影響鍵帶⑽之運動， 所以讓第一下限位件1264與第二外隔片94相抵之斷面的幾何形狀對應於第二 外隔片94之斷面的幾何形狀。所以如圖所示，第二下限位件12 '外 '片94相抵時並不會產生斷差之現象。同理，第二下限位件刪與第^隔卜， =時:不會發生斷差之現象。第一册 件1264 ’所以第-下限位件題插設 會產生斷差之情形。 與第110時，亦不 請一併參閱第十圖、第十一 A圖盥第+ 一 R闽*於*丄a >之鏈帶__、立體_部_ β听、本創^較佳實施例 各包含一保持器135與複數滾動元件139\=L本人^母一鏈_ 複數連接帶丨咖與複數抗拉帶脳，每一間隔 =55 =數間隔片1351、 與一抗拉帶·相連接。每一間隔片1351 w t 3之外側 置滾動元件139。此外，每it容置空間1357 ’用於設 呈弧妝而〜 與滾動元件139相接觸之上半側面係 之雜力1係呈平面，如此係可降低滾動元件139於運動時，所產生 私力，且可降低滾動元件139之夾擠效 斤產生 率，並可達到降低噪音之效果。 如此瓜4升滑轨的移動效 十-s所 型·龍之循縣置改w，首先如第 ::圖所不，分別將第一定位結構82之内導引件822與：：先， :別设置於第—外隔片92之内容置槽922與半套管固定样S之一 f官824與第二半套管826相配合為-體。同理，第二’而將第一半 =槽94丨’ _第一半套管844鄕二半套管_她合為”丰 穿設於=〇第第十三圖所r夺組設完成之第一定位結構82與第、二繼 與滑塊二72，並且藉由複軸^ 斤叹之螺·，以將定位結構82、84與外隔片92、94鎖 12 M300265 70之第-端。然後’螺設螺絲142在第—端蓋議與滑塊7〇所設之 而將第-端蓋1GG鎖固於滑塊7G之第-端，以固^外隔片92、％ '、 隨後，如第十四圖所示，從滑塊7Q之第二端將第三定位結構86 位結構88之第-半套管謝、884與第二半套管_、哪分別穿=疋 此外二第―半套管與第二半套管_之第二端分職設在第—外隔片犯之 半套官固定槽923、925 (如第十二圖所示），而第一半套管_盘第 _之第二端分別插設在第二外隔片94之半套管固定槽娜、邮(如^二 所示）。 丁一圚 接著，如第十五圖所示，將第-上限位件1222、防塵片1224與第二上 ^件1226組設為-體’並且將第-上限位件1222與第二上限位件聰之一2 設於第-端蓋100之上固定槽祕、_(如第六圖所示）。之後，將第 位件1242與第二中限位件1244之-端穿設於外隔片92、94所設之第— 927與第二固定孔947 (如第十二圖所示）。然後，將第一下限位件1262盘第二 .下限位件腿之-端分別穿設過外隔片92、94之下限位㈣8、_㈣;j； 二圖所示），而插設於第-端蓋議之第一下固定槽讀與第二下固定槽麵 (如第六圖所示）。 之後，如第十六圖所示，將-鏈帶13〇穿設於第一半套管_與第二半套 管866，經第一外隔片92之外導引孔924、外導引槽與第一端蓋^之外 >容置槽1002,而從第-中限位件和第一下限位件㈣之間穿出。另一鍵 帶130則穿設於第-半套管884與第二半套管，經第二外隔片94.之外導引 孔944、外導引槽946觸-端蓋100之外容置槽麵，而從第二中限位件· 與第二上限位件1226之間穿出。 ^然後，如第十七圖所示，將一鏈帶130穿設於第一半套管824與第二半套 管826，經内導引件822之内導引槽8225與第-外隔片92之内容置槽卿，而 從第-中限件1242和第-上限位件1222之間穿出。另一鍵帶13〇則穿設於第 一半套管844及第二半套管846，經内導引件842之内導引槽8425與第二外隔 片94之内容置槽942,而從第二中限位件與第二下限位件腿’之間穿出。 接著，如第十八圖所示，將兩鏈帶13〇分別穿設於外隔片％、98之外導引 13 M300265 =64，984與外導引槽輸、識’並讓外隔片％、98之下限位魏、卿分 限 =^1262、1264 ’此時中限位件·、即分別插設於第三外隔 1二\—丨^孔與第四外隔片98之第二_L，此外半套㈣4.844、 ’、曰刀另於外隔片96、98之半套管固定槽。隨後，藉由螺絲μ 、98峨7G所設概147，_卜_6、98螺設於滑㈣ • 最後，如第十九圖所示，藉由螺絲148 1262 1264 鈿盍110之第一上固定槽、第二上固 _此即組設完成，如第二十圖所示。 第下固疋槽與第二下固定槽，如 故本創作實為-具有新穎性、進步性 法所規定之專辦請要件續，諸料^產飼用者，應付合我國專利 利，至感為禱。发法W創作專利申請，祈釣局早日賜准專 、施之為補狀—触實關而已，並_來蚊本創作實 均等變化與修飾，均應包括於本創作之 特徵及精神所為之 #【圖式簡單說明】 第-圖為習知技術之運動導引裝置之分解圖； 第二圖為習知技術之内圍導引部構件設置鏈帶之立體圖； 第二圖為本創作較佳實施例之立體圖； ^ 第四圖為本創作較佳實施例之分解圖； 第五圖為本創作触實施例之外則之立體圖； 第六圖為本創作難實施例之第-端蓋的立體Β ; 體圖； 體圖； 第七圖為本創作較佳實施例之外隔片接設上限位結構之立 第八圖為摘作較佳實施例之外隔片接設中限位結構之立 14 M3 00265 第九圖為梢作健實關之⑽ + 第十圖為本創作較佳實施例之鏈帶的分解構之立體圖,· 第+ - A «[為本創作較佳實施例之鏈帶的立體圖,· 第十一B圖為本創作較佳實施例之鏈帶的剖視圖；以及 第十二圖至第二十圖為本創作較佳實施例之組設步驟的組裝示意圖 【主要元件符號說明】 3 滾輪 4 機塊主體 10 滾輪支撐條 11 支撐構件 12 支撐構件 13 支撐構件 14 逃脫通路構件 側蓋 5-2側蓋 4e 長孔 15a-1R分割體 15a~lL分割體 15b-1R分割體 15b-1L分割體 15a-2R分割體 15a~2L分割體 15b-2R分割體 15b-2L分割體 31 外圍導引部 60 滑執 15 M300265 70 滑塊 72 穿孔 82 第一定位結構 822内導引件 8225内導引槽 824第一半套管 - 826第二半套管 84 第二定位結構 842内導引件 8425内導引槽 > 844第-半套管 846第二半套管 86 第三定位結構 862 内導引件 8625内導引槽 864 第一半套管 866 第二半套管 88 第四定位結構 882 内導引件 8825内導引槽 884 第一半套管 886 第二半套管 92 第一外隔片 921 半套管固定槽 922 内容置槽 923 半套管固定槽 924 外導引孔 16 M300265 925 半套管固定槽 926 外導引槽 927 第一固定孔 928 下限位槽 94 第二外隔片 942 内容置槽 946 外導引槽 947 第二固定孔 948 下限位槽 96 第三外隔片 964 外導引孔 966 外導引槽 968 下限位槽 98 第四外隔片 986 外導引槽 988 下限位槽 100 第一端蓋 1002外容置槽 1004外容置槽 1005第一上固定槽 1006第二上固定槽 1007第一下固定槽 1008第二下固定槽 110第二端蓋 122上限位結構 1222第一上限位件 1224防塵片 1226第二上限位件 M300265 12225裝配柱 12245裝配槽 12265裝配柱 124中限位結構 1242第一中限位件 1244第二中限位件 126下限位結構 1262第一下限位元件 1264第二下限位元件 130鏈帶 135保持器 1351間隔片 1353連接帶 1355抗拉帶 1357容置空間 139滾動元件Kit H QR VIII 丨 m 4, second outer septum 96 and fourth outer septum 98, the knife is used to set the positioning structure, the first end of % ►, for fixing the first-outer septum 92 and the The second 8th cover 100 is disposed at the top of the slider 7〇愧70, and the second end cover 110 is disposed on the outer cover 96 and the outer outer cover 98. The limiting structure includes an upper limit, a 〇 122, a middle limit structure 124 and a lower limit 70 and outer spacers 92, 94, 96, 98, and is disposed at the first end cover: 6 In the slider chain belt _ respectively worn in the coffee _, 84, 86, 88 ^ ^ cover =. The plurality of positioning structures 82, 84, 86, 88 respectively include a first _: half ^, 98. 826 ^ 846 ^ 866 ^ 886 ^ ^ B'24 ' ^ ' 864 ' 884 — each of the mountain eight w& 844, 864, 884 箆 822 '842 ' 862 ' 882 } 824 ^ 844 > 864 ^ _ Guide fine, cut 62, 882 can be integrated. The inner guiding thin, = 8 M300265 882 is provided with an inner guiding groove 8225, 8425, 8625, 8825 on the outer side, and the first half casing 4 864, 884 is respectively connected with the inner guiding grooves 8225, 8425, 8625, 8825 . , ^, Next, the structure of the spacer outside the creation is illustrated by the fifth figure. The fifth drawing is a perspective view of the outer spacer 92. As shown in the figure, the first outer spacer 92 is provided with a half sleeve fixing: - an inner slot 922 for the second end of the second half tube 82 of the first positioning structure 82 The first slot 824 and the second half sleeve 826 of the first positioning structure 82 are inserted into the inner guiding member 822 of the first positioning structure. That is, it is worn through the through hole 72. It can be seen from the figure that since the first outer diaphragm of the present invention is the same as the thickness of the side wall of the inner valley groove 922, the strength of the content slot 922 can be increased, and the groove 922 is deformed by an external force. You can avoid the smoothness of the I-free (10) movement. Ρτ avoids ~ ring chain (10) 〇 movement 'and further enhances the chain structure ^ ^ 1 隔 spacer 92 is further provided with a semi-casing fixing groove 923, 925, for the second position of the third positioning ^ w 866 For example, the second end of the 826 set on the outer side of the first outer spacer 92 will also be inserted in the third outer: the external guide set by the Fen Lu 824 and the first + set of official The pilot holes are connected, kg; 4 sets the + sleeve fixing groove, and the three outer spacers # 9ΒΒ ^ and - the lower limit groove 928. _ q4 Q of this creation (^ piece 92 is further provided with a first fixing hole 927. As can be seen from the above, ===1'96, 98 is lost, 嶋-outer spacer. The end will be inserted in the third outer piece 96, ^ the first half sleeve 824 and the second half sleeve 864 and the second half sleeve 846 are placed on the fourth eve; the first half sleeve 844 of the clamp structure 84 is second The first sleeve 884 of the semi-cannula 886 and the first half of the sleeve 88 is inserted into the second outer septum 94 opposite to the first moxibustion. The first end cap 1. The second end cover = the original creation A perspective view of the end cap of the preferred embodiment, as shown in the '13' view, where the guide grooves 926, 946 (as in the first) are outside the second and second outer spacers 94. Hold _2, Gu, to accommodate the outer guiding groove Na, _. 9 M300265 (as shown in Figure 12, the lower end of the piece 92 and the second outer piece 94, 928, 948 - end cover · = solid = = slot 1 drink - second down _ 1008. second end cover no Na The second paragraph of the soil is called 6. (4) It can be seen that the first set - the external capacity slot, and the other relative to: the outer psKQfi_ l 1 (9) also the lower limit slot 968 of each of the κ solid (four) flute and 苐 four outer spacer 98 Each of the three end caps 110 has an upper fixing groove and a lower fixing groove at positions corresponding to the first end cover 1 and the upper fixing groove surface. The first upper limit structure 122 The utility model comprises a first upper limit member 1222, a dustproof piece 1224 and a second upper limit member. The two sides of the dustproof piece 1224 are respectively provided with a plurality of yakisaki 12245, (4) - the upper limit position member 1222 and the second upper limit position piece One side of the 1226 is provided with a plurality of 12225, relative to the assembly groove, to allow the dustproof piece 1224 to be mounted on the first upper limit member 222 and the second upper limit member 1226. The first upper limit member 1222 and the first The second upper limit member is respectively disposed on the second side of the first side blood of the slider 7 (), and the first upper limit position 222 and the second upper limit position end are respectively inserted into the first end cover 100 The first upper fixed slot and the second upper fixed slot are disposed, and the other upper end of the first upper position member 1222 and the second upper limit member 1226 are respectively inserted into the first upper fixed portion of the second end cover The slot and the second upper fixing slot. Please refer to the seventh figure, which is a perspective view of the upper limit structure of the spacer outside the preferred embodiment of the present invention. As shown in the figure, when the second upper limit member is inserted In the second upper fixing groove φ of the first end cover 1 属, the second upper limit member (4) is opposite to the second outer spacer 94, and the second upper limit member 1226 and the second outer partition are avoided in the present creation. The 94 phase-to-break condition affects the movement of the chain belt 13〇, so the geometry of the section that the second upper-position member 1226 abuts the second outer spacer 94 corresponds to the second outer spacer 94. The geometry of the face. Therefore, as shown in the figure, the second upper limit member 1226 and the second outer spacer 94 do not have a gap when they are abutted. Similarly, the second upper limit member (four) and the fourth outer spacer When the 98 is reached, the phenomenon of the gap does not occur. As can be seen from the above, the first upper limit member 1222 is inserted into the first end cover 1 and the second. When the end cap 11 is closed, it will also be in contact with the outer spacer 92 and the second outer spacer 96. However, since the first upper position member 1222 is opposite to the first outer spacer 92 and the third outer spacer 96, The geometry can correspond to the geometry of the cross section of the first outer spacer and the third outer spacer, so that no gap is generated. Further, when the dustproof piece 1224 M300265 is worn on the slider 70, The first end cap and the second end cap ιι. The two middle limiting members 1244 are respectively disposed at one end of the second middle limit 4 and are respectively inserted in the slider 7. : one two;: 94 set the first - fixed and the second fixed hole 9 22 earn 70 $ g - the limit piece 1242 and the first middle limiter 1244 the other "quote" are inserted in place In the sliding, the third outer septum 96 at the two ends of the scorpion and the fourth outer septum 98 are provided with a first fixing hole and a third pupil. =- and referring to the eighth figure, which is the #limiter structure of the spacer in the preferred embodiment of the present invention, as shown in the figure, when the second intermediate limiting member 1244 is inserted in the second outer spacer The second fixing hole first- middle limiting member 1244 will be in contact with the second outer spacer 94. In order to avoid the second intermediate limiting member 1244 and the second outer spacer 94, the deviation occurs. Affecting the movement of the chain belt (10), the geometry of the section that the first intermediate member 1244 and the second outer spacer 94 abut against corresponds to the geometry of the section of the second-slip spacer 94. Therefore, as shown in the figure, the second intermediate member 1244 and the second outer spacer 94 do not have a gap at all. Similarly, when the second middle limiting member 1244 and the fourth outer limiting piece 8 are in contact with each other, the phenomenon of the gap does not occur. The structure of the first intermediate limiting member (4) is also the same as that of the second intermediate limiting member 1244. Therefore, when the first intermediate limiting member 1242 is inserted into the first outer spacer 92 and the third outer spacer, the opening is not broken. Poor situation. _ lower limit structure 126, including -first-lower limit it 1262 and - second lower limit element 1264 - the lower limit element and the second lower limit element leg are respectively disposed on both sides of the slider 7 One end of the lower limit element 1262 and the second lower limit element 1264 respectively pass through the first outer spacer, and the lower limit groove of the second outer spacer 94 commits 8, 9 cents (as shown in the twelfth figure), and the insertion The first lower fixing groove 1007 and the second lower fixing groove 1〇〇8 (shown in FIG. 6) are disposed on the first end cover 100, and the first lower limit position 1262 and the second lower limit position Congzhi another The ends are respectively disposed with the lower outer slots 96 and 988 of the third outer spacer 96 and the fourth outer spacer 98 (as shown in FIG. 18), and are inserted under the first end of the second end cover 11 The fixing groove and the second lower fixing groove. Referring to the ninth figure, it is a perspective view of the spacer structure in which the spacer is connected to the preferred embodiment. As shown in the figure, when the second lower limit member 1264 is inserted into the second lower fixing groove M300265 of the first end cover (9), the second lower limit leg will be offset from the second outer portion 94. When the second lower limit member=4 is in contact with the second outer spacer 94, a gap condition occurs, which affects the movement of the key strip (10), so that the first lower limit member 1264 and the second outer spacer 94 abut each other. The geometry corresponds to the geometry of the section of the second outer spacer 94. Therefore, as shown in the figure, the second lower limit member 12 'outer' sheet 94 does not have a hysteresis when it abuts. In the same way, the second lower limit piece is deleted and the second block is replaced by =, when: there is no phenomenon of a gap. The first volume of 1264 ’ so the first-lower position is inserted into the gap. And the 110th time, please do not refer to the tenth figure, the eleventh A picture, the first + R闽* in the *丄a > the chain __, the three-dimensional _ part _ β listen, the original The preferred embodiments each include a holder 135 and a plurality of rolling elements 139\=L, a mother and a chain _ a plurality of links with a 丨 与 and a plurality of tensile bands 脳, each interval = 55 = a number of spacers 1351, and a tensile Belt and connection. Rolling elements 139 are laterally disposed on each of the spacers 1351 w t 3 . In addition, each of the accommodating spaces 1357' is provided with an arc makeup and the contact with the rolling element 139 is in a plane with the upper side of the upper side, so that the rolling element 139 can be reduced in motion. The force can reduce the crushing efficiency of the rolling element 139 and achieve the effect of reducing noise. Such a melon 4 liter slide rail mobile effect ten-s type · Longzhixuan County change w, first as the first:: Figure does not, respectively, the first positioning structure 82 within the guide 822 and :: first, : The content of the first outer spacer 92 is not matched with the second sleeve 826 and the second half sleeve 826. Similarly, the second 'and the first half = slot 94 丨 ' _ first half sleeve 844 鄕 two half sleeve _ she merged into the "Feng Chuan set in = 〇 thirteenth map The first positioning structure 82 and the second and second sliders 72, and by the multi-axis snail, to lock the positioning structure 82, 84 and the outer spacer 92, 94 12 M300265 70 - Then, the screw screw 142 is fixed to the first end of the slider 7G at the first end cover and the slider 7 , to fix the outer spacer 92, % ' Then, as shown in FIG. 14, the third-position structure 86 of the third positioning structure 86 from the second end of the slider 7Q 88, 884 and the second half sleeve _, which respectively wear = 疋In addition, the second end of the second semi-casing and the second semi-sleeve _ is divided into the semi-sleeve fixed slot 923, 925 (as shown in the twelfth figure) of the first-outer spacer, and the first The second end of the semi-cannula _ disc _ is inserted into the semi-sleeve fixing groove of the second outer spacer 94, respectively, and the post (as shown in FIG. 2). Ding Yizhen, as shown in the fifteenth figure The first upper limit member 1222, the dustproof piece 1224 and the second upper member 1226 are set to be - body' And the first upper limit member 1222 and the second upper limit member Cong 2 are disposed on the first end cover 100 to fix the slot secret, _ (as shown in the sixth figure). Thereafter, the first member 1242 and the first The end of the second intermediate member 1244 is disposed through the first 927 and the second fixing hole 947 provided in the outer spacer 92, 94 (as shown in Fig. 12). Then, the first lower limit member 1262 is used. The second end of the second lower leg of the disc is respectively inserted through the lower limit of the outer spacer 92, 94 (four) 8, _ (four); j; two pictures), and inserted in the first end of the first end of the cover The groove is read and the second lower fixed groove surface (as shown in the sixth figure). Thereafter, as shown in the sixteenth figure, the -chain belt 13 is bored through the first half sleeve _ and the second half sleeve 866 , through the first outer spacer 92 outside the guiding hole 924, the outer guiding groove and the first end cover ^ accommodating the groove 1002, and from the first - middle limiting member and the first lower limit member (four) The other key band 130 is disposed through the first-half sleeve 884 and the second half sleeve, and the second outer spacer 94. The outer guiding hole 944 and the outer guiding groove 946 are in contact with each other. The cover 100 receives the groove surface and passes between the second middle limit member and the second upper limit member 1226. Then, as shown in FIG. 17, a chain belt 130 is disposed through the first half sleeve 824 and the second half sleeve 826, and the inner guiding member 822 guides the slot 8225 and the first outer space. The content of the piece 92 is grooved and passes between the first-neutral limit member 1242 and the first-equivalent position member 1222. The other key band 13 turns through the first half sleeve 844 and the second half sleeve 846, the inner guiding groove 8425 and the second outer spacer 94 of the inner guiding member 842 are grooved 942, and are passed between the second middle limiting member and the second lower limiting member leg '. Then, as shown in the eighteenth figure, the two chain belts 13 are respectively placed outside the outer spacers %, 98 to guide 13 M300265 = 64, 984 and the outer guiding groove to transmit, identify 'and let the outer spacer The lower limit of %, 98, Wei, Qing, the limit = ^ 1262, 1264 'At this time, the limiter, that is, inserted in the third outer partition 1 2 - 丨 ^ hole and the fourth outer spacer 98 second _L, in addition to the half set (four) 4.844, ', the sickle is another half of the outer spacer 96, 98 sleeve fixing groove. Subsequently, by means of screws μ, 98峨7G, the set 147, _b_6, 98 are screwed to the slip (four). Finally, as shown in the nineteenth figure, by the screw 148 1262 1264 钿盍 110 on the first The fixed slot and the second upper solid _ are assembled, as shown in the twentieth diagram. The first lower solid groove and the second lower fixed groove, if the original creation is - the novelty, the progressive law stipulates the special requirements, the materials, the materials, the feed, the Chinese patent, the sense of For prayer. Sending a patent application for the creation of the law, the Prayer and Fishing Bureau will grant the special application and the application as a supplement as soon as possible - the actual change and modification of the creation of the mosquitoes should be included in the characteristics and spirit of this creation. #[Simplified description of the drawings] The first figure is an exploded view of the motion guiding device of the prior art; the second figure is a perspective view of the inner guiding member of the prior art, which is provided with a chain belt; FIG. 4 is a perspective view of a preferred embodiment of the present invention; FIG. 5 is a perspective view of the first embodiment of the present invention; The third figure is the upper limit of the outer layer of the preferred embodiment of the present invention. The eighth figure is taken as the preferred embodiment. The structure of the standing 14 M3 00265 The ninth picture is the tip of the work (10) + The tenth figure is the perspective view of the decomposed structure of the preferred embodiment of the chain, · + - A «[This is the preferred implementation of the creation A perspective view of a chain belt of an example, and FIG. 11B is a cross-sectional view of the chain belt of the preferred embodiment of the present invention; 12 to 20 are assembly diagrams of the assembly steps of the preferred embodiment of the present invention. [Main component symbol description] 3 Roller 4 Block body 10 Roller support bar 11 Support member 12 Support member 13 Support member 14 Escape Passage member side cover 5-2 side cover 4e Long hole 15a-1R Division body 15a to 1L Division body 15b-1R Division body 15b-1L Division body 15a-2R Division body 15a to 2L Division body 15b-2R Division body 15b-2L Split body 31 Peripheral guide 60 Slipper 15 M300265 70 Slider 72 Perforation 82 First positioning structure 822 Inner guide 8225 Inner guide groove 824 First half sleeve - 826 Second half sleeve 84 Second positioning structure 842 inner guiding member 8425 inner guiding groove> 844 first half sleeve 846 second half sleeve 86 third positioning structure 862 inner guiding member 8625 inner guiding groove 864 first half sleeve 866 second half sleeve Tube 88 Fourth positioning structure 882 Inner guiding member 8825 Inner guiding groove 884 First half sleeve 886 Second half sleeve 92 First outer spacer 921 Half sleeve fixing groove 922 Content groove 923 Half sleeve fixing groove 924 outer guide hole 16 M300265 925 half sleeve fixing groove 926 outer guide groove 927 First fixing hole 928 lower limit groove 94 second outer spacer 942 content groove 946 outer guiding groove 947 second fixing hole 948 lower limit groove 96 third outer spacer 964 outer guiding hole 966 outer guiding groove 968 lower limit Positioning groove 98 Fourth outer spacer 986 Outer guiding groove 988 Lower limit groove 100 First end cover 1002 External receiving groove 1004 External receiving groove 1005 First upper fixing groove 1006 Second upper fixing groove 1007 First lower fixing groove 1008 second lower fixing groove 110 second end cover 122 upper limit structure 1222 first upper limit member 1224 dustproof piece 1226 second upper limit member M300265 12225 assembly column 12245 assembly groove 12265 assembly column 124 limit structure 1242 first limit Positioning member 1244 Second middle limiting member 126 Lower limit position structure 1262 First lower limit position element 1264 Second lower limit position element 130 Chain belt 135 holder 1351 Space piece 1353 Connection belt 1355 Tension belt 1357 accommodating space 139 Rolling element