M429011 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種線性滑軌，特別是一種可降低製造加工成 本之複合型滑座結構改良。 【先前技術】 按，線性滑執由於具有線性移動的特性，被廣泛應用於工業 界機台上，以及需進行線性移動工作機構之承載上，使工作機構 • 藉由線性滑軌帶動，而進行直線移動，以便於實施校準及操作作 業。 為了降低線性滑軌之滑塊與軌道本體之間的摩擦力，一般會 在滑塊與軌道本體的接觸面之間設置有互相對合之滑槽，以供滾 珠滚動於其中，使滑塊與軌道本體不直接接觸，而是透過滾珠的 滚動來使滑塊相對於軌道本體滑動。 一般而言，為了使線性滑軌能夠承受高負荷，因此執道本體 • 及滑塊必須以高強度材料製造。同時，滾珠滾動時往往會對執道 本體及滑塊造成磨損，為了避免滑槽被快速磨耗而出現間隙，因 此軌道本體及滑塊也必須具備高硬度，其硬度必須大於滚珠才 能降低被滾珠磨損的情況。為了同時達成上述要求，滑塊與執道 本體多會採用不鏽鋼等同時具備高強度及高硬度之材料製作。但 是以鋼鐵製作的滑塊與軌道本體只能採用多軸加工機進行切削加 工’其加工速率慢且成本高，而無法有效降低線性滑轨用滑塊之 製造成本。 3 M429011 【新型内容】 赛独增題’權之咐於線性 t型=結構改良，主要用崎低線性滑軌用滑座之製造加工 成本’同時又可維持高強度、高硬度及高耐磨耗等特性。 為達到以上所述之目的，本創作複合型滑座包含有 部’及由承載部底部設有朝下伸出之兩相對切部，以 一軸向延伸且開口朝下之容置槽；該滑座之承裁部設為金屬 =金體；兩支持部設為耐磨姻體，其相_側壁軌道各麵朝 二2置槽兩側，以配合滑軌之兩側執部；該承載部底 兩支持部設有插套固接結構。 、 體效在於滑座之承卿金屬粉末冶金 工㈣^固定兩側支持部作為耐磨金屬體，因此能夠減少加 ^程中所需的人力與工時，以降低線性滑座之製造加工成本， 同時又可維持〶、高硬度及高耐磨耗等特性。 ^佳實施射，滑座之承載部底部朝上設㈣目隔插槽； 2支持部頂部各朝上财-插條，其分難上插接於相對應插槽 二’以形祕套H接結構H，轉狀兩插槽彼此平行設 為軸向延伸，兩支持部之插條設為軸向平行延伸。 施财，承載部之兩插槽與兩支持部之相_ t此間具有燒結固著面。進—步，燒結固著面含有黏劑。 【實施方式】 有關本創作為達成上述目的，所採用之猶手段及其功效， 4 M429011 茲舉出可行實施例，並且配合圖式說明如下： 首先，請參閱第-、二、三及四圖，本創作複合型滑座以吉 構設計主要適合線性滑軌i使用，以進行線性__。如_ 不中’滑座2係滑動套設於滑則i頂部及其_軌部i 2、丄 3上，並且彼此間介裝有成排多數滾珠i 4、i 5，以容易線性 移動，而馳2前後端組裝有端蓋28，並且配合裝設有支持座M429011 V. New description: [New technical field] This creation is about a linear slide, especially a composite slide structure that can reduce the manufacturing cost. [Prior Art] According to the linear sliding characteristics, it is widely used in industrial machines and on the load of linear moving working mechanisms, so that the working mechanism can be driven by linear slides. Move straight to facilitate calibration and operation. In order to reduce the friction between the slider of the linear slide rail and the rail body, a sliding groove is formed between the slider and the contact surface of the rail body for the balls to roll therein, so that the slider Instead of direct contact with the track body, the slider is slid relative to the track body by rolling of the balls. In general, in order for the linear slide to withstand high loads, the obstructing body and the slider must be made of high-strength material. At the same time, when the ball rolls, the body and the slider are often worn. In order to avoid the gap being quickly worn by the groove, the track body and the slider must also have high hardness, and the hardness must be greater than the ball to reduce the wear of the ball. Case. In order to achieve the above requirements at the same time, the slider and the main body of the road are made of materials such as stainless steel and high strength and high hardness. However, the slider and the rail body made of steel can only be cut by a multi-axis machine. The processing speed is slow and the cost is high, and the manufacturing cost of the slider for the linear rail cannot be effectively reduced. 3 M429011 [New Content] The unique title of the game is the linear t-type = structural improvement, which is mainly used for the manufacturing cost of the sliding seat for the low-linear linear slides. At the same time, it can maintain high strength, high hardness and high wear resistance. Consumption characteristics. In order to achieve the above-mentioned purposes, the inventive composite slide comprises a portion 'and two opposite cut portions projecting downward from the bottom of the load bearing portion, and an accommodating groove extending axially and opening downward; The bearing part of the sliding seat is set to metal=gold body; the two supporting parts are set as wear-resistant marriage bodies, and the side-side rails face each side of the two 2 slots to match the two sides of the sliding rail; the bearing The two support portions of the bottom portion are provided with a socket fixing structure. The physical effect lies in the bearing metal powder metallurgy of the sliding seat (4) ^ fixed side support parts as wear-resistant metal body, so it can reduce the manpower and man-hour required in the process to reduce the manufacturing cost of the linear slide At the same time, it can maintain the characteristics of 〒, high hardness and high wear resistance. ^Good implementation, the bottom of the bearing part of the sliding seat is set up (four) mesh slot; 2 the top of the support part is facing upwards and the cuttings, which are difficult to plug in the corresponding slot two' to shape the cover H Connected to the structure H, the two slots of the rotating shape are axially extended parallel to each other, and the inserts of the two supporting portions are arranged to extend in parallel in the axial direction. In the case of the financial management, the two slots of the carrying portion and the two supporting portions have a sintered fixing surface. In the step, the sintered fixing surface contains an adhesive. [Embodiment] For the purpose of achieving the above purposes, the means and its function, 4 M429011, the following is a feasible example, and the following description is as follows: First, please refer to the first, second, third and fourth figures. The creative composite slide is mainly designed for the linear slide i to perform linear __. Such as _ not in the 'slider 2 series sliding sleeve on the top of the slide i and its _ rail part i 2, 丄 3, and interspersed with a row of a majority of balls i 4, i 5 for easy linear movement, The front and rear ends of the Chi 2 are assembled with an end cover 28, and are equipped with a support seat.
於第-至七圖所示之較佳實施例中，本創作滑座2包含有一 矩^承載部21，及由承載部21底部設有朝下伸出之兩相對支 持422、23 ’以共同構成-轴向延伸且開口朝下之容置槽2 4 »如圖中所示，該滑座2之承載部2 i設為金屬粉末冶金體2 5丄而兩支持部22、23則設為耐磨金屬體26、27，例如 強度不_鍛造體，在兩支持部22、23之相對内側壁各 °又有軌道2 2 2、2 3 2，以各相通朝向於容置槽2 4兩侧，再 配合滑軌11之兩側執部12、13及其滚珠14、15，以適 合轴向線性移動。而且兩支持部2 2、2 3之相對外侧壁可各設 有外軌道2 2 3、2 3 3，以容納相對應滾硃14、15。 上述滑座2在承載部2 1底部分別與兩域部2 2、2 3設 有插套固接結構，以更牢靠©定結合。由於本創作複合型滑座2 採用-體财金屬粉末冶金體2 5，並且結合固定兩側支持部2 2、2 3作為耐磨金屬體2 6、2 7，因此能夠減少加工製程中 所需的人力與工時，崎低線性滑座2之製造私成本，同時又 wzyuil 可維持兩強度、高硬度及高时磨耗等特性。 一繼續說明本創作複合型滑座2之組合結構改良設計，如第 /五、六及七圖所示，滑座1在承載部2 1底部朝上設有兩 2槽2 1 1，而兩細2 2、2 3頂部中央處各朝上設有一 、、22卜231，再分別朝上插接於相對應插槽2ιι内， 構:如圖中所示，承載部1丄之兩插槽2 1 1 千·為轴向延伸，而兩支持部2 2、2 3之插條2 2工、 3,1同樣料轴向平槪伸，使承解2丨與兩支持部^、 J3彼此互相插套對接固定。 ι:==:Γ:Γ滑座2在承載部2 Μ 2 3之相對應插條2 21、 6 1 内侧壁’使兩支持部2 2、2 3之插條2 2丄：、2二近於 插接固定於承載部2 1之相對應插槽2 1 i a内^ 月上 :上所述’本創作可解決習知線性滑座技術之不⑲ 3=!!座1之承載部2 1採用—體成蝴_金體 滑座2之一，，持高強度 M429011 耗等特性’爰依法提出新型專利申請β 以上所舉實_僅料方便朗摘作，而麟加以限制， 在不離本趣麟齡，_此—行t人顿可作之各種簡 易變化與修_，均仍應含括於以下_請專利範圍中。 【圖式簡單說明】In the preferred embodiment shown in the first to seventh figures, the present sliding carriage 2 includes a rectangular bearing portion 21, and two opposite supports 422, 23' projecting downwardly from the bottom of the carrying portion 21 are common. The accommodating groove 2 4 is formed as an axially extending opening with the opening facing downward. As shown in the drawing, the bearing portion 2 i of the sliding seat 2 is set as a metal powder metallurgy body 25 5 and the two supporting portions 22 and 23 are set as The wear-resistant metal bodies 26, 27, for example, the strength not-forged body, have a track 2 2 2, 2 3 2 at opposite inner side walls of the two support portions 22, 23, and each of the communicating portions faces the accommodating groove 2 4 On the side, the two sides 12, 13 of the slide rail 11 and their balls 14, 15 are fitted to accommodate axial linear movement. Moreover, the opposite outer side walls of the two support portions 2 2, 2 3 may be provided with outer rails 2 2 3, 2 3 3 respectively to accommodate the corresponding rollers 14, 15. The sliding seat 2 is provided with a socket fixing structure at the bottom of the carrying portion 2 1 and the two domain portions 2 2, 2 3 respectively, so as to be more firmly combined. Since the composite slide type 2 of the present invention uses the body metal powder metallurgy body 25, and the fixed side support portions 2 2, 2 3 are combined as the wear-resistant metal bodies 26, 2, 7, the processing process can be reduced. Manpower and working hours, the manufacturing cost of the low linear slider 2, while wzyuil can maintain the characteristics of two strength, high hardness and high time wear. Continuing to explain the improved structural design of the composite slide 2 of the present invention, as shown in the fifth, sixth and seventh figures, the carriage 1 is provided with two 2 slots 2 1 1 at the bottom of the carrying portion 2 1 and two Thin 2 2, 2 3 The top of the top of the top is provided with one, 22, and 231, and then respectively inserted into the corresponding slot 2 ιι, as shown in the figure, the two slots of the carrying part 1 2 1 1 thousand · axial extension, and the two support parts 2 2, 2 3 inserts 2 2, 3, 1 are similarly axially flat, so that the two sides of the support and the two support parts ^, J3 The sockets are fixed to each other. ι:==:Γ: Γ slide 2 in the bearing part 2 Μ 2 3 corresponding insert 2 21, 6 1 inner side wall 'the two support parts 2 2, 2 3 insert 2 2 丄:, 2 two Close to the corresponding slot 2 1 ia fixed in the carrying portion 2 1 ^ ^ on the above: 'This creation can solve the conventional linear slide technology does not 19 3 =!! 1 Adopting - body into a butterfly _ gold body sliding seat 2, holding high-strength M429011 consumption and other characteristics '爰Proposed a new patent application according to the law above _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ This is a good time for the age of _, this is a variety of simple changes and repairs that can be made in the following _ patent scope. [Simple description of the map]
第一圖係本創作較佳實施舰合财座結構之立_ (一）; 第二圖係補倾佳實施顺合赌座結構之立體圖（二）； 第三圖係第―®複合型滑座顧於雜馳之立體圖； 第四圖係第—圖複合型滑座應用於線性滑軌之結構圖； 第五圖係第四圖複合型滑座之結構圖； 第六圖係第五®複合型滑座承_之立體圖； 第七圖係第五隨合型懸兩支持部之立體分解圖； 第八圖係本創作另 圖。The first picture is the basis for the better implementation of the structure of the ship and the financial seat _ (1); the second picture is the perspective view of the implementation of the gambling structure (2); the third picture is the ―® composite type The third figure is the structure diagram of the composite slide type applied to the linear slide rail; the fifth figure is the structural diagram of the composite slide type of the fourth figure; The stereoscopic view of the composite sliding seat bearing _; the seventh drawing is the three-dimensional exploded view of the fifth supporting type hanging support portion; the eighth drawing is another drawing of the present creation.
一較佳實施例複合型滑座結構之立體分解 【主要元件符號說明】 1線性滑軌 1 1滑執 1 2執部 1 3軌部 1 4滾珠 1 5滾珠 2滑座 2 1承載部 2 2支持部 2 3支持部 2 6耐磨金屬體 2 4容置槽 2 5金屬粉末冶金體 2 7耐磨金屬體 2 8端甚 2 9支持座 2 1 1插槽 2 2 1插條 2 2 2軌道 7 M429011 2 2 3外軌道 2 3 3外軌道 211 a插槽 2 3 1插條 2 51燒結固著面 2 21 a插條 2 3 2執道 2 31 a插條Stereoscopic Decomposition of Composite Slide Structure of a Preferred Embodiment [Description of Main Components] 1 Linear Slide 1 1 Slip 1 2 Hold 1 3 Rail 1 4 Ball 1 5 Ball 2 Slide 2 1 Loader 2 2 Support part 2 3 support part 2 6 wear-resistant metal body 2 4 accommodating groove 2 5 metal powder metallurgy body 2 7 wear-resistant metal body 2 8 end very 2 9 support seat 2 1 1 slot 2 2 1 insert 2 2 2 Track 7 M429011 2 2 3 Outer track 2 3 3 Outer track 211 a Slot 2 3 1 Insert 2 51 Sintered fixing surface 2 21 a Insert 2 3 2 Road 2 31 a Insert