200823385 · 九、發明說明： 【發明所屬之技術領域】 本發明係一種線性滑軌裝置，特別是指一種線性滑軌 之供油調整裝置。 .【先前技術】 按目前線性滑軌之端蓋（P1)(如第1圖所示）係於一 侧中段處成型一螺孔(P11)，該端蓋（P1)之螺孔（Pll)係直 接提供一油嘴（A)相對鎖設固定，該螺孔（pil)係直接成型 於該端蓋（P1)上，但該油嘴（A)與該螺孔（P1 i)於實際使用 上，仍尚有下述列舉之問題： A.該螺孔（P11)於開模時將造成模具多了絞牙機 構，該絞牙機構並沒有辦法使螺孔（pn)螺牙之起始角度 固定於同-處，當該油嘴（A)定位於該螺孔③⑴上後，同 時該油嘴⑷供應角度亦隨之固定，讓該油嘴⑷無法視使 用者需求調整適當供應角度。200823385 · IX. DESCRIPTION OF THE INVENTION: 1. Field of the Invention The present invention relates to a linear slide rail device, and more particularly to a fuel rail adjusting device for a linear slide rail. [Prior Art] According to the end cover (P1) of the current linear slide (as shown in Fig. 1), a screw hole (P11) is formed at the middle section of one side, and the screw hole (P11) of the end cover (P1) Directly providing a grease nipple (A) relative to the lock, the spigot is directly formed on the end cap (P1), but the nipple (A) and the screw hole (P1 i) are actually used. There are still the following enumerated problems: A. The screw hole (P11) will cause the mold to have more twisting mechanism when the mold is opened, and the twisting mechanism has no way to fix the starting angle of the screw hole (pn) screw. At the same time, when the nozzle (A) is positioned on the screw hole 3 (1), the angle of supply of the nozzle (4) is also fixed, so that the nozzle (4) cannot adjust the appropriate supply angle according to the user's needs.
積的研發技術與經 必須減少或取消冷 ~部水路進行降溫，將造成 關議題，本發明創作人基 經驗，於數次 200823385 試驗及多方嘗試後，終於發展出一種線性滑執之供油調整 裝置。 【發明内容】 本發明之其一目的係提供油嘴透過油嘴座於該端蓋 上進行油嘴供應之角度調整。 為達成上述目的，本發明線性滑軌之供油調整裝置， _ 其係包含一端蓋及一油嘴座，該油嘴係透過該端蓋之第一 定位部與該油嘴座之第二定位部進行調整，藉由該油嘴座 於該端蓋上位移進行卡合定位或旋動調整讓使用者自由 調整該油嘴之供應角度。 本發明之其二目的係由該端蓋透過油嘴座，使端蓋具 有足夠空間設置冷卻水路，進而獲得較佳之冷卻效果。 • 為達成上述目的，本發明線性滑執之供油調整裝置， 其係包含一端蓋及一油嘴座，該端蓋在油嘴座配合下將減 少絞牙機構，使端蓋具有足夠空間設置冷卻水路進行冷卻 降溫，進而降低端蓋變形的幅度。 有關本發明為達成上述目的，所採用之技術、手段及 其他功效，茲列舉實施例並配合圖式詳細說明如後，相信 200823385 本發明之目的、特徵及其他優點，當可由之得一深入而具 體之暸解。 【實施方式】 本發明實施例請參閱第2圖所示（請同時參閱第3圖 至第1 2圖所示）： 本發明線性滑執之供油調整裝置包含一刮油片 (10) 、一端蓋（20)、一蓋板（30)及一油嘴座（40)，該到油 片（10)、該端蓋（20)及該蓋板（30)依序相對組裝於一滑塊 (B)(如第2圖及第3圖所示）上； 該刮油片（10)(如第3圖所示）於上侧成型一穿孔 (11) ； 該端蓋（20)(如第4圖所示）於上侧成型一通孔 (21) ，該端蓋（20)之通孔（21)係相應該刮油片(10)之穿孔 (Π)，該通孔（21)—端徑向成型一第一定位部（22)，該第 一定位部（22)成型呈齒狀環列於該通孔（21)上，該第一定 位部（22)之厚度為Η，該通孔（21) —端端面與第一定位部 (22) —侧面間之長度為L ; 該蓋板（30)(如第5圖所示）於上侧面成型一凹穴 (31)，該凹穴（31)底面凹設一定位孔（32)，該蓋板（30) 之凹穴（31)係相應該端蓋（20)之通孔（21); 200823385 ， 該油嘴座（4〇)(如第6A圖、6B圖及6C圖所示） 成型呈圓柱階狀，該油嘴座（40)於内部一端成型一較大徑 螺孔（41)，另一端成型一較小徑接孔（42)，該螺孔（41) 係供一油嘴（A)進行螺鎖組裝，該螺孔（41)與該接孔（42) 接合處成型一止擋面（43)，該油嘴座（4〇)外壁相對該止檔 面（43)成型一擋置面（44)，該油嘴座（4〇) —端端面與止擋 面（43)間之長度為L1，該油嘴座（4〇)—端徑向成型一第二 • 定位部（45)，該油嘴座（40)之第二定位部（45)相應該端蓋 (20)之第一定位部（22)形狀，該第二定位部（45)之厚度Η 、 等於該第一定位部（22)之厚度Η，該油嘴座（40)之第二定 位部（45)—侧相應該擋置面（44)形成一特定距離L2，彼此 並不互相連接，該油嘴座（40)之第二定位部（45)另一側軸 向成型一定位肋（46)，該油嘴座（40)之定位肋（46)係相應 該蓋板（30)之定位孔（32)形狀； 如第7圖所示係本發明油嘴座之第二定位部單一齒 立體示意圖，該油嘴座（4〇)之第二定位部（45)相應該端蓋 (20)之第一定位部（22)單一齒形狀； 如第1 0圖所示係本發明端蓋之另一實施例立體示 意圖（請同時參閱第1 1 Α圖及1 1 Β圖所示），該第一定 200823385 位部（22)另可成型呈齒形槽狀環列於該端蓋（2〇)一側面 上’且相應該端蓋（20)之通孔（21)及蓋板（3〇)之凹穴 (31);該油嘴座（4〇)成型呈圓柱狀，該油嘴座（4〇)之第二 定位部（45)成型於該油嘴座（4〇) 一端上，該油嘴座（4〇) 之第二定位部（45)相應該端蓋（2〇)之第一定位部（22)形 狀； 如第1 2圖所示係本發明油嘴座又一實施例立體示 意圖，該端蓋（20)之第一定位部（22)成型於該通孔（21) 一端，該端蓋（20)之第一定位部（22)‘另可成型呈半圓形槽 狀環列於該通孔（21)上；該油嘴座（4〇)成型呈圓柱狀，該 油嘴座（40)之第二定位部（45)成型於該油嘴座(4〇)一端 上，該油嘴座（40)之第二定位部（45)相應該端蓋（2〇)之第 一定位部（22)形狀； 以上所述，即為本發明較佳實施例各相關元件的相互 關係位置及其構造之概述。 為了清楚說明本發明的作動方式與功效，再請配合參 閱第3圖至第9圖所示： 於組裝時，該端蓋（2〇)之通孔（21)與該蓋板（3〇)之凹 穴（31)相對下固置於遠滑塊（B) —端上，該油嘴座（4〇)穿 200823385 置於該端蓋（20)之通孔（21)中，再將該刮油片（10)之穿孔 (11)與該端蓋（20)之通孔（21)相對下進行組裝，令該油嘴 座（40)—端面係受刮油片（10)阻擋限位，使該油嘴座（40) 另一端面與該蓋板（30)之凹穴（31)底面間形成一特定距 離L3，該特定距離L3小於或等於特定距離L2，且該特定距 離L2與L3大於或等於端蓋（20)第一定位部（22)及該油嘴 座（40)第二定位部（45)之厚度Η，該油嘴座（40)之擋制面 _ (44)係受端蓋（20)之第一定位部（22)阻擋限位，該油嘴（Α) 穿置於該刮油片（10)之穿孔（11)且螺鎖於該油嘴座（4〇) '之螺孔（41)中； 當油嘴（Α)供應角度不是使用者需要時，係可將油嘴 (Α)稍微旋鬆，令該油嘴座（40)藉由特定距離L2與L3，於 該端蓋（20)之通孔（21)與蓋板（30)之凹穴（31)中位移，使 該油嘴（Α)連同油嘴座（40)推置於該蓋板（3〇)之凹穴（31) • 中，該油嘴座（4〇)之第二定位部（45)與該端蓋（20)之第一 定位部（22)形成脫離狀態，此時，可依照使用者需要旋轉 至所需之角度後，再將該油嘴（Α)與該油嘴座（4〇)旋緊且 受止擋面（43)擋置，使該油嘴座（4〇)之第二定定位部（45) 與該端蓋（20)之第一定位部（22)相應嚙合，進而限制油嘴 座（40)之旋轉自由度； 當該油嘴（Α)欲拆離時，將該油嘴（Α)旋鬆，使該油嘴 10 200823385 、 連同油嘴座（40)推置於該蓋板（30)之凹穴（31)底面 上，令該油嘴座（40)之定位肋（46)相應卡置於該蓋板（3〇) 之定位孔（32)中，令該油嘴座（4〇)固定下，使該油嘴（A) 進行脫離動作，進而依照使用者需要自由旋轉至所需之角 度。 綜上所述，本發明係一種線性滑執之供油調整裝置主 修 #包含-刮油片、-端蓋、—蓋板及—油嘴座；該油嘴座 係提供一油嘴組裝，該油嘴座穿置於該端蓋上，該油嘴透 、過端蓋之第一定位部與該油嘴座之第二定位部，令該油嘴 座於該端蓋上位移進行卡合定位或旋動調整，讓使用者自 由調整該油嘴之供應角度；所以本發明具有『產業之可利 用性』已顯而易見，且本案實施例所揭露出的特徵技術， 亚未見於各刊物及傳媒，亦未曾被公開使用，更具有不可 ❿輕忽的附加功效，故本發明的『新穎性』以及『進步性』 =符合專利法規，爱依法提出發明專利之申請，祈請= 予審查並早曰賜准專利，實感德便。 月〜、 11 200823385 【圖式簡單說明】 第1圖係習用之端蓋立體示意圖。 第2圖係本發明之組合示意圖。 第3圖係本發明之立體示意圖。 第4圖係本發明之蓋板立體示意圖。 第5圖係本發明之端蓋立體示意圖。 第6 A〜6B圖係本發明之油嘴座立體示意圖。 第6 C圖係本發明之油嘴座侧面示意圖。 第7圖係本發明油嘴座之第二定位部單一齒立體示意圖。 第8圖係本發明之正視圖。 第9圖係本發明之剖面示意圖。 第10圖係本發明端蓋之另一實施例立體示意圖。 第1 1 A〜1 1 B圖係本發明油嘴座之另一實施例立體示 意圖。 第12圖係本發明油嘴座又一實施例立體示意圖。 12 200823385The research and development technology of the product and the need to reduce or eliminate the cooling of the cold water channel will cause problems. The creator-based experience of the invention, after several trials of 200823385 and various attempts, finally developed a linear sliding oil supply adjustment. Device. SUMMARY OF THE INVENTION One object of the present invention is to provide an angle adjustment of a nozzle supply through a nozzle holder on the end cap. In order to achieve the above object, the oil supply adjusting device of the linear slide rail of the present invention comprises an end cover and a nozzle base, and the oil nozzle is adjusted through the first positioning portion of the end cover and the second positioning portion of the nozzle base. By the displacement of the nozzle base on the end cover, the positioning or the rotation adjustment is performed to allow the user to freely adjust the supply angle of the nozzle. The second object of the present invention is to pass the end cap through the nozzle base so that the end cap has sufficient space to provide a cooling water passage, thereby obtaining a better cooling effect. In order to achieve the above object, the linear sliding oil supply adjusting device of the present invention comprises an end cap and a nozzle base, and the end cap cooperates with the nozzle base to reduce the twisting mechanism, so that the end cap has sufficient space to set the cooling waterway Cooling and cooling are performed to reduce the deformation of the end cap. The present invention has been described with reference to the embodiments and the detailed description of the present invention. The objects, features and other advantages of the present invention are believed to be Specific understanding. [Embodiment] For the embodiment of the present invention, please refer to FIG. 2 (please refer to FIG. 3 to FIG. 1 2 at the same time): The oil-sliding adjustment device of the linear sliding handle of the present invention comprises a scraping blade (10), An end cover (20), a cover plate (30) and a nozzle base (40), the oil sheet (10), the end cover (20) and the cover plate (30) are sequentially assembled to a slider ( B) (as shown in Figures 2 and 3); the oil scraper (10) (as shown in Figure 3) forms a perforation (11) on the upper side; the end cap (20) (such as 4 shows) a through hole (21) is formed on the upper side, and the through hole (21) of the end cover (20) is corresponding to the perforation (Π) of the oil scraping piece (10), the through hole (21) end Radially forming a first positioning portion (22), the first positioning portion (22) is formed in a toothed ring row on the through hole (21), and the thickness of the first positioning portion (22) is Η, the pass The length of the hole (21)-end end face and the first positioning portion (22)-side is L; the cover plate (30) (as shown in FIG. 5) forms a recess (31) on the upper side, the concave a positioning hole (32) is recessed in the bottom surface of the hole (31), and the recess (31) of the cover plate (30) is corresponding to the end cover (20) Through hole (21); 200823385, the nozzle base (4〇) (as shown in Figures 6A, 6B and 6C) is formed in a cylindrical step, and the nozzle base (40) is formed with a larger diameter snail at the inner end. The other end of the hole (41) is formed with a smaller diameter hole (42) for screwing a grease fitting (A), and the screw hole (41) is engaged with the hole (42). Forming a stop surface (43), the outer wall of the nozzle base (4〇) forms a blocking surface (44) with respect to the stop surface (43), the nozzle base (4〇) - the end surface and the stop surface ( 43) The length of the gap is L1, the nozzle base (4〇) is radially formed with a second positioning portion (45), and the second positioning portion (45) of the nozzle base (40) corresponds to the end cover (20) The shape of the first positioning portion (22), the thickness Η of the second positioning portion (45) is equal to the thickness 该 of the first positioning portion (22), and the second positioning portion (45) of the nozzle base (40) The side corresponding to the blocking surface (44) forms a specific distance L2, which are not connected to each other, and the other side of the second positioning portion (45) of the nozzle holder (40) axially forms a positioning rib (46), Positioning rib (46) of the nozzle base (40) The shape of the positioning hole (32) of the cover plate (30); as shown in Fig. 7, is a schematic view of a single tooth of the second positioning portion of the nozzle base of the present invention, and the second positioning portion (45) of the nozzle holder (4) Corresponding to the first positioning portion (22) of the end cap (20), a single tooth shape; as shown in FIG. 10 is a perspective view of another embodiment of the end cap of the present invention (please also refer to the 1st map and the 1 1 As shown in the figure, the first fixed portion of the 200823385 portion (22) may be formed with a toothed groove ring on one side of the end cover (2) and corresponding to the through hole of the end cover (20) ( 21) and a recess (31) of the cover plate (3〇); the nozzle base (4〇) is formed in a cylindrical shape, and the second positioning portion (45) of the nozzle base (4〇) is formed on the nozzle base (4) 〇) on one end, the second positioning portion (45) of the nozzle holder (4〇) corresponds to the shape of the first positioning portion (22) of the end cover (2〇); as shown in FIG. 2 is the nozzle holder of the present invention In another embodiment, a first positioning portion (22) of the end cover (20) is formed at one end of the through hole (21), and the first positioning portion (22) of the end cover (20) can be formed into another shape. Semi-circular groove ring is listed in the The nozzle base (4) is formed in a cylindrical shape, and the second positioning portion (45) of the nozzle base (40) is formed on one end of the nozzle base (4〇), the nozzle base (40) The second positioning portion (45) corresponds to the shape of the first positioning portion (22) of the end cover (2); the above is an overview of the relationship between the related components of the preferred embodiment of the present invention and its configuration. . In order to clearly explain the operation mode and effect of the present invention, please refer to FIG. 3 to FIG. 9 together: the through hole (21) of the end cover (2〇) and the cover plate (3〇) during assembly. The recess (31) is fixed to the end of the distal slider (B) oppositely, and the nozzle holder (4〇) is placed in the through hole (21) of the end cover (20) through the 200823385, and the scraping is performed. The perforation (11) of the oil piece (10) is assembled opposite to the through hole (21) of the end cover (20), so that the end face of the oil nozzle seat (40) is blocked by the oil scraping piece (10), so that The other end face of the nozzle base (40) forms a specific distance L3 with the bottom surface of the recess (31) of the cover plate (30). The specific distance L3 is less than or equal to a specific distance L2, and the specific distance L2 and L3 are greater than or Equal to the thickness of the first positioning portion (22) of the end cover (20) and the second positioning portion (45) of the nozzle holder (40), the blocking surface _ (44) of the nozzle holder (40) is received by the end cover ( 20) The first positioning portion (22) blocks the limit, and the nozzle (11) is inserted into the through hole (11) of the oil scraping piece (10) and is screwed to the screw hole of the nozzle holder (4〇) 41) Medium; when the nozzle (Α) supply angle is not the user If necessary, the nozzle (Α) can be slightly loosened, so that the nozzle base (40) is recessed by the through hole (21) and the cover plate (30) of the end cover (20) by a specific distance L2 and L3. The displacement in the hole (31) causes the nozzle (Α) to be pushed into the recess (31) of the cover (3〇) with the nozzle base (40), and the second positioning portion of the nozzle base (4〇) (45) forming a disengagement state with the first positioning portion (22) of the end cover (20). At this time, the nozzle and the nozzle holder can be rotated according to the user's need to rotate to a desired angle. 4〇) tightened and blocked by the stop surface (43), so that the second positioning portion (45) of the nozzle base (4〇) and the first positioning portion (22) of the end cover (20) are correspondingly engaged And thereby restricting the degree of freedom of rotation of the nozzle base (40); when the nozzle (Α) is to be detached, the nozzle (Α) is loosened, and the nozzle 10200823385, together with the nozzle base (40), is pushed onto the cover The bottom surface of the recess (31) of the plate (30) is such that the positioning rib (46) of the nozzle base (40) is correspondingly inserted into the positioning hole (32) of the cover (3〇), so that the nozzle base ( 4〇) fixed, the nozzle (A) is detached For, in accordance with the user needs to turn freely rotated to the desired angle. In summary, the present invention is a linear sliding oil supply adjusting device main repair #includes - scraping oil piece, - end cap, - cover plate and - oil nozzle seat; the oil nozzle seat provides a nozzle assembly, the nozzle base Putting on the end cover, the nozzle is transparent, the first positioning portion of the end cover and the second positioning portion of the nozzle holder, so that the nozzle base is displaced on the end cover to perform the positioning or the rotation adjustment, so that The user can freely adjust the supply angle of the nozzle; therefore, the invention has the "industrial availability", and the characteristic technology disclosed in the embodiment of the present invention has not been disclosed in various publications and media, and has not been publicly used. There are additional functions that cannot be neglected, so the "novelty" and "progressiveness" of the present invention = comply with patent regulations, and love to apply for invention patents according to law, praying for review and early granting of patents. Month ~, 11 200823385 [Simple description of the diagram] Figure 1 is a three-dimensional schematic diagram of the end cover of the application. Figure 2 is a schematic view of the combination of the present invention. Figure 3 is a perspective view of the present invention. Figure 4 is a perspective view of the cover of the present invention. Figure 5 is a perspective view of the end cap of the present invention. 6A to 6B are perspective views of the nozzle holder of the present invention. Figure 6C is a side view of the nozzle base of the present invention. Figure 7 is a perspective view showing a single tooth of a second positioning portion of the nozzle base of the present invention. Figure 8 is a front elevational view of the present invention. Figure 9 is a schematic cross-sectional view of the present invention. Figure 10 is a perspective view showing another embodiment of the end cap of the present invention. The 1 1 A to 1 1 B diagram is a perspective view of another embodiment of the nozzle holder of the present invention. Figure 12 is a perspective view showing still another embodiment of the nozzle holder of the present invention. 12 200823385
【主要元件符號說明】 《習用》 (P1) 端盖 (P11) 螺孔 (A) 油嘴 《本發明》 (10) 刮油片 (11) 穿孔 (20) 端蓋 (21) 通孔 (22) 第一定位部 (30) 盡板 (31) 凹穴 (32) 定位孔 (40) 油嘴座 (41) 螺孔 (42) 接孔 (43) 止擋面 (44) 擋制面 (45) 第二定位部 (46) 定位肋 (A) 油嘴 (B) 滑塊 13[Explanation of main component symbols] "Use" (P1) End cap (P11) Screw hole (A) Nozzle "Invention" (10) Oil scraper (11) Perforation (20) End cap (21) Through hole (22) First positioning part (30) Top plate (31) Pocket (32) Positioning hole (40) Nozzle seat (41) Screw hole (42) Hole (43) Stop surface (44) Stop surface (45) Two positioning parts (46) positioning ribs (A) oil nozzle (B) slider 13