1251058—----- 五、發明說明（1) 【發明所屬 本發明 用於滾珠螺 •傳動元件潤 簡易方式增 【先前技術 習知之 内滾動體常 能，該潤 存潤滑油功 傳統潤 個管路供油 成設備成本 油或附加之 不正常損壞 滑油設計之 之狀況下可 然而傳 >型：1.在線 油空間以儲 額外增加零 之技術領域】 疋關於一'稽彳味、桿或線性滑軌：f置t結構，該儲油裝置可使 滑油之心ΪΓ;傳動元件上，以提升線性 加潤滑之日心使線性傳動元件可以模組化之 τ双及功效。 受限 在 置一具儲油 線性傳 保潤滑 滑系統 能兩種 滑系統 裝置或 上之增 管路供 。因此 趨勢， 使用較 統潤滑 性滑軌 存潤滑 組件， 線性滑 空間之 動70件如線性滑 狀悲’而通常設 —般分為不具潤 若不具 必需由 加及使 油裝置 線性傳 而使線 長之時 糸統儲 之滑塊 油而提 但需額 軌之滑 儲油裝 儲存潤滑 使用者定 用者之不 發生故障 動元件之 性傳動元 間。 存潤滑油 内或滾珠 供潤滑。 外加工油 塊外或滾 置以儲存 軌及滾珠螺桿，為使其 有潤滑系統以提供潤滑 滑油儲存功能及具有儲 油之功能，則需附加一 期加注潤滑油，不只造 便，且使用者若遺忘加 ’常導致線性傳動元件 潤滑系統逐漸有儲存潤 件在不另外添加潤滑油 之設計大致分為兩種類 螺桿之螺帽内設置一儲 此種儲油結構設計無需 孔且其儲油空間亦相當 珠螺桿之螺帽外增加設 潤滑油而提供潤滑。此1251058------ V. DESCRIPTION OF THE INVENTION (1) [The invention belongs to the ball screw and the transmission component is easy to increase. [The prior art has a conventional rolling element, and the lubricating oil is conventionally run. Pipeline oil supply equipment cost oil or additional abnormal damage to the design of the oil can be passed down. Type: 1. Online oil space to save additional zero in the technical field] 疋 About a 'smell, Rod or linear slide: f structure, the oil storage device can make the oil heart smash; on the transmission component, to enhance the linear lubrication and the heliocentricity, the linear transmission component can be modularized. Restricted in the storage of a linear oil transmission lubrication system can be used for two types of sliding system devices or above. Therefore, the trend is to use a more lubricated slide rail lubrication component, and the linear sliding space moves 70 pieces, such as linear slippery sorrow, and is usually set as a non-running if it is not necessary to add and make the oil device linearly transmit the line. In the long period of time, the storage oil of the shovel is raised, but the slip storage oil storage of the front rail is required to lubricate the user's functional transmission unit without failure components. Store in lubricating oil or balls for lubrication. The outer processing oil block is externally or rolled to store the rail and the ball screw. In order to provide a lubrication system to provide lubrication oil storage function and oil storage function, an additional period of lubrication oil is required, which not only creates the stool, but also If the user forgets to add 'often the linear transmission component lubrication system gradually has the storage of the lubricant. The design of the lubricant is not divided into two types of screws. The storage structure design requires no holes and its storage. The oil space is also equivalent to the addition of lubricating oil to the nut of the bead screw to provide lubrication. this
第5頁 1251058 五、發明說明（2) 種儲油結構無需額外加工油孔且其儲油空間亦 亥健油裳置設置於滑塊或螺帽之外部，濁滑油：被動 運產生潤滑’故此種設計會因配置或 f::二而造成供油不均勾持續之現象。 、.不上所述，上述之習知技術實有改良精進之必要。 【發明内容】 ^mu置係用以提升線性傳動 九等潤滑油之儲油量，使線性傳動元件ΐ以模 主動供油可提升潤滑功效，…明之儲油裝置能 本發明儲油裝置内部具有一儲油空 J她由裝置亦設有注油結構，使儲油空間=㈡可 彈性體，= :儲油裝置之儲油空間中設有- 中之潤早提供壓力，以主動壓擠儲油空間 量m而能自行輸出潤滑油’以持續補充潤滑之油 由於本發明儲油裝置之儲油空間中設有— I气，’:：2:: : ϊ ί Ϊ體預先變形，使彈性體存在-内應 、，犯對储油二間中之潤滑油主動提供壓力。 塞，:t ί發明將儲油空間中之彈性體設計為彈箬配合油 油塞之=間中’利用彈簣之彈張力推擠 复a』」1接將儲油空間中之潤滑油壓擠而出。 、次本發明也可於儲油空間内設置一油袋，而將潤滑 第6頁 1251058 五、發明說明（3) 油儲存在油袋中，此時儲油空間中之彈性體可直接設計為 具伸縮性之油袋，利用油袋本身之收縮壓力自行將潤滑油 壓擠而出。另一種設計亦可設計為不具伸縮性之油袋配合 彈簧，利用彈簧之彈張力推擠油袋之壓力亦可自行將潤滑 油壓擠而出。 • 再者為增加本發明儲油裝置之功能，該儲油裝置設有 注油結構，使儲油空間與外部相連通令其中之潤滑油可向 2輸出，而本發明之注油結構除了有供潤滑油流通之油路 没計’並且可將注油結構設計成同時具有固定之功能，使 痛^具多樣化之功能。另外注油結構之油路亦可設計為可碉 整開關油路之形式，本發明利用簡單之重合概念使儲油^ 置之注油結構同時也具有開關油路之功能。 “ ’" 為方便進一步瞭解本發明之特徵及技術内容，心詳細 明；ΓΓ施例’然而此實施例：圖式 L兄月及芩考用’而非用以對本發明做任何限制者。 【實施方式】 € •，二圖係本發明之儲油裝置應用於滾 ，/、中之滾珠螺桿主要係由螺桿10 累桿之示意 用螺帽20内之滾動體滾動 套合螺帽20所組而 彼此可作相對運 v、 使螺桿1 〇與螺帽 ? η夕硿而L 此貝方也例將儲油萝里0 Λ 一承詡 上 ;該儲油裝置30藉著油路螺Z j30設置於螺帽 第 王4 0固定於螺帽2 0 置弟只施例剖面示意圖；Page 5 1251058 V. Description of the invention (2) The oil storage structure does not require additional processing of the oil hole and its oil storage space is also set on the outside of the slider or nut, and the muddy oil: passively produces lubrication. Therefore, this design may cause the uneven oil supply to continue due to the configuration or f::2. Not mentioned above, the above-mentioned conventional techniques are necessary for improvement and improvement. SUMMARY OF THE INVENTION The ^mu system is used to improve the oil storage capacity of the linear transmission of the first-class lubricating oil, so that the linear transmission component can actively improve the lubricating effect by the mold, and the oil storage device can have the inside of the oil storage device of the present invention. An oil storage space is also provided with an oil filling structure, so that the oil storage space = (2) elastic body, =: the oil storage space of the oil storage device is provided - the medium is provided with pressure to actively squeeze the oil storage The amount of space m can be self-exported of lubricating oil's oil for continuous relubrication. Since the oil storage space of the oil storage device of the present invention is provided with -I gas, '::2:: : ϊ ί The body is pre-deformed to make the elastomer Existence - internal, and committing to provide pressure on the lubricating oil in the two oil storage rooms. Plug, :t ίInvented the elastomer in the oil storage space as the magazine and the oil plug. =In the middle, use the elastic force of the magazine to push the complex a""1 to connect the lubricating oil in the oil storage space Squeezed out. The present invention can also be provided with an oil bag in the oil storage space, and the lubricating oil is stored in the oil bag in the oil bag, and the oil in the oil storage space can be directly designed as The flexible oil bag uses the shrinking pressure of the oil bag itself to squeeze the lubricating oil out. Another design can also be designed as a non-retractable oil bag with a spring that can be squeezed out by the pressure of the spring to push the oil bag. • In order to increase the function of the oil storage device of the present invention, the oil storage device is provided with an oil filling structure, so that the oil storage space is connected to the outside, so that the lubricating oil can be output to 2, and the oil filling structure of the present invention is provided with lubricating oil. The flow path of the circulation is not counted and the oil-filled structure can be designed to have a fixed function at the same time, so that the pain can be diversified. In addition, the oil passage of the oil-filling structure can also be designed in the form of a switchable oil passage. The present invention utilizes the simple coincidence concept to make the oil-filling structure of the oil storage also function as a switch oil passage. "'" For the purpose of further understanding the features and technical contents of the present invention, the details are as follows; however, this embodiment is intended to be used in the context of the present invention and is not intended to limit the invention. [Embodiment] In addition, the oil storage device of the present invention is applied to the roller, and the ball screw is mainly used by the rolling element of the screw 10 in the nut 20 of the screw 10 to roll the nut 20 Groups can be used for relative transport v, so that the screw 1 螺 and the nut? η 硿 硿 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 ; ; ; ; ; ; ; ; ; J30 is set on the cross section of the nut of the king 4 0 fixed to the nut 2 0;
圖係第一圖之儲油裝置第一 1251058 五、發明說明（4) 其中儲油裝置3 0之儲油本體3 5内部具有一儲油空間3 1以儲 存潤滑油；且該儲油本體3 5亦設有通油孔3 3，使儲油空間 3 1中之潤滑油可向外輸出；此實施例儲油裝置3 0之儲油空 間3 1中之彈性體為彈簧3 2配合油塞3 4之結構，利用彈簧3 2 之彈張力推擠油塞3 4之壓力可直接將潤滑油壓擠而出，以 •使該儲油裝置3 0可主動壓擠出儲油空間3 1中之潤滑油而持 續補充潤滑油量。 第三圖係第一圖之儲油裝置第二實施例剖面示意圖； 第四圖係第一圖之儲油裝置第三實施例剖面示意圖；此兩 馨固實施例皆是將潤滑油儲存於儲油本體3 5之儲油空間3 1内 之油袋（3 11或3 1 2 )中，且該儲油本體3 5同樣設有通油孔 3 3，使儲油空間3 1内之油袋（3 11或3 1 2 )中的潤滑油可向外 輸出；其中第三圖實施例中為具伸縮性之油袋3 11，藉油 袋3 11之收縮壓力可自行將潤滑油壓擠而出；而第四圖實 施例中為不具伸縮性之油袋3 1 2配合彈簧3 2，利用彈箐3 2 之彈張力推擠油袋3 1 2之壓力也可自行將潤滑油壓擠而出 以持續補充潤滑油量。 第五圖係第一圖儲油裝置之油路螺栓立體示意圖；第 係第一圖儲油裝置之注油結構示意圖；其中之油路螺 〇有螺栓頭4 1及外螺紋4 2可提供螺鎖之功能，且油路螺 栓4 0具有一中心孔4 3與一側開口 4 4，以形成供潤滑油通過 之潤滑油路；且螺栓頭4 1上設有一標號4 11與側開口 44同 角度以顯示潤滑油路為關閉或開啟之狀態，並設有配合槽 4 1 2可配合工具旋轉螺栓頭4 1。而儲油裝置3 0之注油結構The first oil storage device of the first figure is 1251058. V. The invention (4) wherein the oil storage body 35 of the oil storage device 30 has an oil storage space 31 for storing lubricating oil; and the oil storage body 3 5 is also provided with an oil passage hole 3 3, so that the lubricating oil in the oil storage space 31 can be output to the outside; the elastic body in the oil storage space 31 of the oil storage device 30 of this embodiment is a spring 3 2 with a oil plug 3 4 structure, using the spring tension of the spring 3 2 to push the pressure of the oil plug 34 to directly squeeze the lubricating oil to make the oil storage device 30 can actively squeeze out the oil storage space 3 1 The lubricant is continuously replenished with the amount of lubricant. The third figure is a schematic cross-sectional view of a second embodiment of the oil storage device of the first figure; the fourth figure is a schematic cross-sectional view of the third embodiment of the oil storage device of the first figure; the two embodiments are stored in the lubricating oil. In the oil bag (3 11 or 3 1 2 ) in the oil storage space 3 1 of the oil body 35, and the oil storage body 35 is also provided with an oil passage hole 3 3 to make the oil bag in the oil storage space 3 1 The lubricating oil in (3 11 or 3 1 2 ) can be output to the outside; wherein the third embodiment is a flexible oil bag 3 11, and the shrinking pressure of the oil bag 3 11 can squeeze the lubricating oil by itself. In the fourth embodiment, the non-stretchable oil bag 3 1 2 is fitted with the spring 3 2, and the pressure of the oil bag 3 1 2 is pushed by the elastic force of the magazine 3 2 to press the lubricating oil by itself. And to continue to replenish the amount of lubricant. The fifth figure is a three-dimensional schematic diagram of the oil passage bolt of the first oil storage device; the oil injection structure of the first oil storage device of the first system; wherein the oil passage screw has a bolt head 41 and an external thread 42 to provide a screw lock The function of the oil passage bolt 40 has a central hole 43 and a side opening 44 to form a lubricating oil passage for lubricating oil to pass through; and the bolt head 41 is provided with a reference numeral 4 11 and the side opening 44 at the same angle. In order to show that the lubricating oil passage is closed or opened, and the fitting groove 4 1 2 is provided, the bolt head 41 can be rotated by the tool. And the oil filling structure of the oil storage device 30
1251058 五、發明說明（5) 係由儲油本體35之通油孔33及 f3為1孔且設有一側邊開口路=戶二成，該通油 連通至外部，而油路螺如本體35之儲油 猎者紅轉螺栓頭41使油路螺栓40之門、通油孔33中， 補乃可藉著旋轉螺栓頭41角度使=:’如需開啟油 ㈣油孔33之側邊開口相重合即之側開口 44 貫施例儲油裝置之注 ：，所示。因此該 時也，有開關油路之功能。仁〃、有螺鎖固定之功能，同 圖；^ = = f應用於線性滑軌之示意 合，利用滑塊組合：：滾動二、】：塊60及端蓋7〇之滑塊組 滑軌50可作相對運 =_豆動於其中，使滑塊組合與 設置有儲油；=動且性滑執之滑塊組合上 第八圖係第七圖之儲油裝置二： = 上。 其中儲油農置8 0夕钟、、丄丄 弟 貝知例剖面示意圖； 存潤滑油·，且該儲油太體8 1内部具有一儲油空間82以儲 構，使儲油* ^82中豆81上設有注油部81 1作為注油結 <實施—油裝置8G Λ儲油裝置80固定於滑塊組合上； 合油塞84之結構，利用=空間巧中之彈性體為彈簧83配 玎直接將潤滑油壓擠而Π ::力推擠油塞84之壓力 出儲油空間82中之、、門#、&，以使5亥储油裝置80可主動壓擠 第九圖係第七閏::：量。 衣置弟一貝方也例剖面示意圖；第 第9頁 1251058 五、發明說明（6) 十圖係第七圖之儲油裝置第三實施例剖面示意圖；此兩個 實施例皆是將潤滑油儲存於儲油本體8 1之儲油空間8 2内之 油袋（821或8 22 )中，且該儲油本體81同樣設有注油部81 1 及卡固環8 1 2，使儲油空間3 1内之油袋（3 1 1或3 1 2 )中的潤 滑油可向外輸出並使儲油裝置8 0可固定於滑塊組合上；其 •中第九圖實施例中為具伸縮性之油袋821，藉油袋821之收 縮壓力可自行將潤滑油壓擠而出；而第十圖實施例中為不 具伸縮性之油袋82 2配合彈箐83，利用彈簧83之彈張力推 擠油袋8 2 2之壓力也可自行將潤滑油壓擠而出以持續補充 滑油量。1251058 V. INSTRUCTION DESCRIPTION (5) The oil passage holes 33 and f3 of the oil storage body 35 are 1 hole and are provided with one side open road = household two, the oil passage is connected to the outside, and the oil passage screw is as the body 35 The oil storage hunter red turning bolt head 41 makes the door of the oil passage bolt 40 and the oil passage hole 33, and the complement can be rotated by the angle of the rotating bolt head 41 =: 'If the oil (4) oil hole 33 is opened at the side opening The coincident side opening 44 is the embodiment of the oil storage device: Therefore, at this time, there is also a function of switching the oil passage. 〃 〃, with the function of screw lock, the same figure; ^ = = f applied to the linear slide rail, using the slider combination:: scroll two,]: block 60 and end cover 7 〇 slider group slide 50 can be used for relative transport = _ beans move in, so that the slider combination and the set of oil storage; = moving and slippery slider combination of the eighth diagram of the seventh map of the oil storage device two: = up. Among them, the oil storage farm is set to 80 eve, and the 丄丄 贝 贝 知 ; 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The middle bean 81 is provided with an oil filling portion 81 1 as an oil filling knot < implementation - oil device 8G Λ oil storage device 80 is fixed on the slider assembly; the structure of the oil filler plug 84 uses the elastic body of the space to be the spring 83 The fitting directly presses the lubricating oil and Π :: force pushes the pressure of the oil plug 84 out of the oil storage space 82, the door #, & so that the 5 hai oil storage device 80 can actively squeeze the ninth figure The seventh line::: quantity. A schematic diagram of a section of the clothing of a younger brother, a shell, and a shell; a page of the first page, 1251058. 5. Description of the invention (6) A schematic view of a third embodiment of the oil storage device of the seventh drawing; both of the embodiments are lubricating oil It is stored in an oil bag (821 or 8 22) in the oil storage space 8 2 of the oil storage body 8 1 , and the oil storage body 81 is also provided with an oil filling portion 81 1 and a fastening ring 8 1 2 to make an oil storage space. The lubricating oil in the oil bag (3 1 1 or 3 1 2 ) in 3 1 can be output to the outside and the oil storage device 80 can be fixed on the slider assembly; The oil bag 821 can squeeze the lubricating oil by the contraction pressure of the oil bag 821; and in the tenth embodiment, the oil bag 82 2 without the elasticity is matched with the magazine 83, and the spring 83 is used. The pressure of the oil bag 8 2 2 can also be squeezed out by the pressure to continuously replenish the amount of oil.
第10頁 1251058 圖式簡單說明 【圖式簡單說明】 第一圖係本發明之儲油裝置應用於滾珠螺桿之示意圖 第二圖係第一圖之儲油裝置第一實施例剖面示意圖 第三圖係第一圖之儲油裝置第二實施例剖面示意圖 ' 第四圖係第一圖之儲油裝置第三實施例剖面示意圖 - 第五圖係第一圖儲油裝置之油路螺栓立體示意圖 第六圖係第一圖儲油裝置之注油結構示意圖 第七圖係本發明之儲油裝置應用於線性滑執之示意圖 第八圖係第七圖之儲油裝置第一實施例剖面示意圖 _第九圖係第七圖之儲油裝置第二實施例剖面示意圖 第十圖係第七圖之儲油裝置第三實施例剖面示意圖 【主要元件符號說明】 10 螺 桿 20 螺 帽 30 儲 油 裝 置 31 儲 油 空 間 311 油 袋 312 油 袋 32 彈 簧 33 通 油 孔 34 油 塞 35 儲 油 本 體 40 油 路 螺 栓 41 螺 栓 頭 411 標 號 412 配 合 槽 42 外 螺 紋 43 中 心 孔 44 侧 開 口 50 滑 執 60 滑 塊 70 端 蓋 80 儲 油 裝 置 81 儲 油 本 體Page 10 1251058 Brief description of the drawing [Simplified illustration of the drawing] The first drawing is a schematic diagram of the oil storage device of the present invention applied to the ball screw. The second drawing is the third embodiment of the first embodiment of the oil storage device. The second embodiment of the oil storage device of the first figure is a schematic cross-sectional view of the third embodiment of the first embodiment of the oil storage device - the fifth figure is a three-dimensional schematic diagram of the oil passage bolt of the first oil storage device 6 is a schematic diagram of the oil injection structure of the first oil storage device. The seventh embodiment is a schematic diagram of the oil storage device of the present invention applied to the linear sliding device. The eighth embodiment is a sectional view of the first embodiment of the oil storage device. Fig. 7 is a cross-sectional view showing a second embodiment of the oil storage device. Fig. 10 is a cross-sectional view showing a third embodiment of the oil storage device according to the seventh embodiment. [Main component symbol description] 10 screw 20 nut 30 oil storage device 31 oil storage Space 311 Oil bag 312 Oil bag 32 Spring 33 Oil hole 34 Oil plug 35 Oil storage body 40 Oil line bolt 41 Bolt head 411 No. 412 Cooperating groove 42 External snail 44 side center hole 43 in the slide 50 perform an opening end 60 the slider cover 70 oil reservoir 80 oil reservoir 81 of the present apparatus body
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