M322296 八、新型說明： 【新型所屬之技術領域】 本創作係提供—種線性滑執裝置之_ 士 構，尤指-種可令滾動元件作循環迴轉運動，使其且= 提高該線性滑軌之作動穩定性及導;;組件: 【先前技術】 用於係可進行高精密度的相對移動，通常應 用於4如C N C拉具機台，藉以行使精密調校以及移動 承載物，繼而進行後續高精密度製程作業。 習知的線性滑軌係包括··一滑座本體、一滑執、一 引組件及複數個滾動元件。 〃該滑座本體係可滑動的設置於該滑軌上，該滑座本體 係具有相對的導引孔，該導引組件係設置於該滑座本體及 該滑軌之間，藉由上述之組成係可形成一迴轉循環路徑， 該等滾動元件係可於該迴轉循環路徑上作高速滾動的迴 轉循環運動，藉由該等滾動无件之作用係可令該滑座本體 於該滑軌上作無段式的精密線性移動，進而達到精密調校 及移動承載物之相對位置等功效。 惟，習知的線性滑執裝置之導引組件係以塑膠材料成 型，其材料強度較低，當線性滑軌裝置作相對運動時，於 該滑執及该滑座本體之間的導引組件係因強度較低，致造 成該滾動元件於作動時亦伴隨發生振動、噪音及不當摩擦 阻力，進而降低線性滑軌裝置之作動效果及使用壽命。 5 M322296 、緣疋，本創作人有感上述缺失可改善，乃特潛心研究 並配合學理之應用，終於提出—種設計合理且有效改盖上 述缺失之創作。 1=7 【新型内容】 本創作之主要目的，係提供一種線性滑執裝置之導引 組件補強結構’藉由補強件的設置以提高該導引組件的強 度’繼而有效的提高線性滑軌裝置之作動穩定性及使用壽 命。 為達上述之目的，本創作係提供一種線性滑軌裝置之 導引組件補強結構，包括—導引組件，係包含二迴轉導引 P 一縱向導引部及一間隔件，該迴轉導引部係具有二迴 轉槽’該間隔件係設置於該縱向導引部之間，且該縱向導 引部及該間隔件係對應該迴轉槽縱設於該二迴轉導引部 之間；以及複數個補強件，其係個別的埋設於該縱向導 部及該間隔件内。 本創作係具有以下有盈效果··於該導引組件之縱向導 引部及間隔件内設置補強件，以提高以塑膠成型卷導引組 件的整體強度’ m該滑座本體及該等滾動元件作相對 移動時所產生的振動及噪音等現象，進而提高線性滑軌裝 置之作動穩定性及使用壽命。 、為使能更進一步了解本創作之特徵及技術内容，請參 閱以下有關本創作之詳細說明及圖式，然而所附圖式僅供 參考與說明用，並非用來對本創作加以限制者。 /、 【實施方式】 明苓閱第一圖至第五圖係為本創作之線性滑執裝置 6 M322296 之導引組件補強結構，包括：一導引組件1及複數個補強 件 2、2，。 請參閱第四圖所示，該導引組件1係可用於導引該等 滾動元件4於該線性滑執裝置3作迴轉循環運動。 請參閱第一圖所示，該導引組件1係以塑膠等高分子 材料成型，该導引組件1係包含二迴轉導引部1 1、二縱 向導引部1 2及一間隔件1 3。 忒一迴轉導引部1 1係各具有二迴轉槽1 1 1，該迴 轉槽1 1 1係為由該迴轉導引部；[丄環繞的凹設成型之 半圓型結構，其係可導引該等滾動元件4作出丄8 〇度的 迴轉作動軌跡。 ^ 该一縱向導引部1 2係並列的成型於該二迴轉導引 部1 1之間，並對應該二迴轉槽i i i設置，該縱向導引 部1 2係沿該二迴轉導引部i i之端面彎曲延伸成型— 包覆部1 2 1，該包覆部χ 2 χ係相對應於該等滾動元件 4之週表面成型，且可局部的包覆該等滾動元件4。 該間隔件13係為一長型的桿體，其係以塑膠材料— 體成型，該間隔件1 3係並列該二縱向導引部1 2設置於 該二迴轉導引部1 i之間。該間隔件丄3兩端係各：有二 插:史部1 3 1 ’該插設部1 3 1係為—圓柱狀體，該 轉導引部1 1上係各具有—插孔1 i 2，該間隔件丄3 插設部1 3 1係插設於插孔1 1 2内。 请參閱第二圖及第三圖所示，該等補強件2、2， 為金屬材料-體成型的芯棒，其係為長桿狀結構，插 強件2、2’係相對應該縱向導引部丄2及該間隔件 M322296 成型。5亥補強件2係以埋入射出成型（inserted moulding ) 的方式埋設於該二縱向導引部1 2之内，以提高該二縱向 導引部1 2之強度。該補強件2，係以埋入射出成型的方 • 式埋設於該間隔件1 3之内，以提高該間隔件1 3之強 - 度。藉此，可大幅的強化該縱向導引部1 2及該間隔件1 3於縱向方向上的強度，以彌補塑膠材料成型之導引組件 、 1強度上的不足。 - 請參閱第四圖及第五圖所示，該導引組件1係可更進 • 一步的設置於線性滑軌裝置3上，該線性滑軌裝置3係包 含一滑軌3 1及一滑座本體3 2。該滑座本體3 2係由底 端凹設成型有一容置空間3 2 1，該滑軌3 1係容設於該 容置空間3 2 1内，該滑軌3 1係為一線性的長型軌體， 該滑座本體3 2係可於該滑軌3 1上作相對的線性運 動。該滑座本體3 2於鄰近該容置空間3 2 1處係具有二 對導引孔3 2 2，該二對導引孔3 2 2係貫設於該滑座本 體3 2前後兩端面，該等導引孔3 2 2内係個別的設置有 • 一導引管3 2 3。 該滾動元件4係可為一滾柱或滾珠（於本實施例為滾 珠）’ 5亥4滾動元件4係區隔的設置於一保持器4 1内， 並可滾動的設置於該二導引組件上1，且與該包覆部丄2 1做局部的面接觸。 該二導引組件1係連同該等滚動元件4設置於該滑 執3 1及滑座本體3 2之間，該二導引組件1係分別由該 容置空間3 2 1内的内侧緣面跨設於該滑座本體3 2前 後兩端面，並對應該導引孔3 2 2設置，該滑座本體3 2 8 M322296 前後兩端面係各蓋置一蓋體3 3，該蓋體3 3係將該二導 引組件1連同該等滾動元件4共同蓋置。 藉由该滑轨3 1、滑座本體3 2及該導引組件1係可 構成一迴轉循環路徑，該滾動元件4係可於該迴轉循環路 控上作動，以提供該滑軌3 1及該滑座本體3 2行使穩定 且精密的相對運動。 經由本創作所能產生之功效及特點如后··於該導引組 件丄，縱向導引部1 2及間隔件1 3以埋入射出成型的 鲁方式設置補強件2、2，，以提高以塑膠成型之導引組件 1的整體強度’可承受該滑座本體3 2及該等滾動元件4 作相對移動時所產生的振動及嚼音等現象，進而提高線性 滑轨裝置3之作動穩定性及使用壽命。 惟以上所述僅為本創作之較佳實施例，非意侷限本創 =之專利保護範圍，故舉凡運用本創作之說明書及圖式内 容所為之等效變化，均同理皆包含於本創作之權力保護範 圍内，合予陳明。 • 【圖式簡單說明】 ~第圖係本創作之導引組件之組合示意圖。 第二圖係本釗作之補強件埋設於縱向導引部之示音圖。 第二圖係本創作之補強件埋設於間隔件之示意圖。 第四圖係本創作之導引組件設置於線性滑執裝置之分解 不意圖。 第五圖係本創作之導引組件設置於線性滑執裝置之組合 示意圖。 〇 9 M322296 【主要元件符號說明】 〔本創作〕 1 導引組件 11迴轉導引部 1 1 1迴轉槽 1 1 2插孔 1 2縱向導引部 121包覆部 1 3間隔件 131插設部 2 補強件 2 ’補強件 3 線性滑軌裝置 3 1滑執 3 2滑座本體 3 2 1容置空間 3 2 2導引孔 3 2 3導引管 3 3蓋體 4 滾動元件 4 1保持器 10M322296 VIII. New description: [New technical field] This creation department provides a kind of linear sliding device. It can be used to make the rolling element rotate in a circular motion, so that it can increase the linear sliding track. Actuation stability and guidance; Component: [Prior Art] It can be used for high-precision relative movement, usually applied to 4 such as CNC boring machine, so as to exercise precise adjustment and move the carrier, and then follow-up High precision process operation. A conventional linear slide system includes a slide body, a slide, a lead assembly, and a plurality of rolling elements. The sliding seat system is slidably disposed on the sliding rail, and the sliding seat system has opposite guiding holes, and the guiding component is disposed between the sliding seat body and the sliding rail, by the above The component system can form a rotary cycle path, and the rolling elements can perform a high-speed rolling rotary cycle motion on the rotary cycle path, and the sliding body can be used to make the slide body on the slide rail It is a stepless precision linear movement, which achieves the functions of precise adjustment and relative position of the moving load. However, the guiding component of the conventional linear sliding device is formed of a plastic material, and the material strength thereof is low. When the linear sliding device is relatively moved, the guiding component between the sliding and the sliding body is Due to the low strength, the rolling element is accompanied by vibration, noise and improper frictional resistance during operation, thereby reducing the actuation effect and service life of the linear slide device. 5 M322296, 疋, the creator feels that the above-mentioned deficiency can be improved, and the research is devoted to the application of the theory, and finally the design is reasonable and effective to change the above-mentioned creation. 1=7 [New content] The main purpose of this creation is to provide a guide assembly reinforcement structure of the linear sliding device 'by strengthening the setting of the reinforcing member to improve the strength of the guiding assembly' and then effectively improve the linear sliding device Actuation stability and service life. For the above purposes, the present invention provides a guide assembly reinforcement structure for a linear slide device, comprising: a guide assembly comprising a two-turn guide P, a longitudinal guide and a spacer, the swivel guide Having a two-turn groove, the spacer is disposed between the longitudinal guides, and the longitudinal guide and the spacer are correspondingly disposed between the two-turn guides; and a plurality of The reinforcing member is embedded in the longitudinal guide portion and the spacer member. The creation system has the following profitable effects. · The reinforcing member is arranged in the longitudinal guiding portion and the spacer of the guiding component to improve the overall strength of the plastic forming roll guiding assembly'. The sliding body and the rolling The vibration and noise generated by the components during relative movement enhance the actuation stability and service life of the linear slide device. In order to further understand the features and technical contents of this creation, please refer to the following detailed description and drawings regarding the creation. However, the drawings are for reference and explanation only and are not intended to limit the creation. /, [Embodiment] The first to fifth figures of the present invention are the guiding component reinforcing structure of the linear sliding device 6 M322296 of the present invention, comprising: a guiding component 1 and a plurality of reinforcing members 2, 2, . Referring to the fourth figure, the guiding assembly 1 can be used to guide the rolling elements 4 to the linear sliding device 3 for a rotary cycle motion. Referring to the first figure, the guiding component 1 is formed of a polymer material such as plastic. The guiding component 1 includes a two-turn guiding portion 1 1 , two longitudinal guiding portions 1 2 and a spacer 13 . . The first rotary guides 1 1 each have two rotary grooves 1 1 1 , and the rotary grooves 11 1 are formed by the rotary guides; [the semicircular structure formed by the concave surrounding recesses, which can be guided The rolling elements 4 are caused to make a rotational motion trajectory of 丄8 degrees. ^ The longitudinal guiding portion 12 is formed side by side between the two-turning guiding portion 1 1 and is disposed corresponding to the two-turning groove iii along which the longitudinal guiding portion 12 is located The end face is bent and stretched to form a covering portion 1 2 1 which is formed corresponding to the circumferential surface of the rolling elements 4 and partially covers the rolling elements 4. The spacer 13 is an elongated rod body which is formed of a plastic material, and the spacer 13 is juxtaposed between the two longitudinal guiding portions 1 2 . The spacers 丄3 are respectively arranged at two ends: there are two insertions: the history part 1 3 1 'the insertion part 1 3 1 is a cylindrical body, and the rotation guiding part 1 1 has a jack 1 i 2. The spacer 丄3 insertion portion 1 3 1 is inserted into the insertion hole 1 1 2 . Referring to the second and third figures, the reinforcing members 2, 2 are metal-body-formed mandrels, which are long rod-like structures, and the inserts 2, 2' are relatively longitudinally oriented. The lead portion 2 and the spacer M322296 are formed. The 5th reinforcing member 2 is embedded in the two longitudinal guiding portions 1 2 in a manner of inserted moulding to increase the strength of the two longitudinal guiding portions 12. The reinforcing member 2 is embedded in the spacer 13 in a manner of being buried and formed to increase the strength of the spacer 13 . Thereby, the strength of the longitudinal guiding portion 12 and the spacer 13 in the longitudinal direction can be greatly enhanced to compensate for the lack of strength of the guiding component and the plastic material forming. - Please refer to the fourth and fifth figures. The guide assembly 1 can be further installed on the linear slide device 3, which includes a slide rail 3 1 and a slide. Seat body 3 2. The sliding seat body 3 2 is formed by recessing a receiving space 3 2 1 , and the sliding rail 31 is received in the receiving space 3 2 1 , and the sliding rail 31 is linear. The long rail body, the slider body 32 can perform relative linear motion on the rail 31. The slider body 32 has two pairs of guiding holes 3 2 2 adjacent to the receiving space 3 2 1 , and the two pairs of guiding holes 3 2 2 are disposed on the front and rear ends of the sliding body 3 2 . The guiding holes 3 2 2 are individually provided with a guiding tube 3 2 3 . The rolling element 4 can be a roller or a ball (in the present embodiment, a ball). The 5 rolling 4 rolling element 4 is disposed in a holder 4 1 and is rollably disposed on the two guiding guides. The assembly is 1 and is in partial surface contact with the cladding portion 12. The two guiding components 1 are disposed between the sliding handle 3 1 and the sliding seat body 3 2 , and the two guiding components 1 are respectively formed by the inner edge of the receiving space 3 2 1 . The cover is disposed on the front and rear end faces of the slide body 3 2 and is disposed on the guide hole 3 2 2 . The front and rear end faces of the slide body 3 2 8 M322296 are respectively covered with a cover body 3 3 , and the cover body 3 is disposed. 3 is to cover the two guiding assemblies 1 together with the rolling elements 4. The slide rail 3 1 , the slide body 3 2 and the guide assembly 1 can form a swing cycle path, and the rolling element 4 can be actuated on the swing cycle roadway to provide the slide rail 31 and The carriage body 32 exercises a stable and precise relative motion. The functions and features that can be produced by the present creation are as follows: In the guide assembly, the longitudinal guiding portion 12 and the spacer 13 are arranged to form the reinforcing members 2, 2 in a manner of burying and forming, thereby improving The overall strength of the guide member 1 molded by plastic can withstand the vibration and chewing sound generated when the carriage body 3 2 and the rolling elements 4 move relative to each other, thereby improving the stability of the linear slide device 3 Sex and service life. However, the above description is only the preferred embodiment of the present invention, and it is not intended to limit the scope of patent protection of this creation. Therefore, the equivalent changes of the description and the contents of the drawings are all included in the creation. Within the scope of power protection, it is given to Chen Ming. • [Simple description of the diagram] ~ The diagram is a combination diagram of the guide components of the creation. The second figure is a sound diagram of the reinforcing member embedded in the longitudinal guiding portion. The second figure is a schematic diagram of the reinforcing member of the present invention embedded in the spacer. The fourth figure is the decomposition of the guiding component of the creation set in the linear sliding device. The fifth figure is a schematic diagram of the combination of the guiding components of the creation set in the linear sliding device. 〇9 M322296 [Description of main component symbols] [This creation] 1 Guide assembly 11 swivel guide 1 1 1 swivel groove 1 1 2 jack 1 2 longitudinal guide 121 cover portion 1 3 spacer 131 insert 2 Reinforcement 2 'Reinforcement 3 Linear slide unit 3 1 Sliding 3 2 Sliding body 3 2 1 accommodating space 3 2 2 Guide hole 3 2 3 Guide tube 3 3 Cover 4 Rolling element 4 1 holder 10