M337669 八、新型說明： 【新型所屬之技術領域】 供二卻潤滑__有關’特別是指一種俾 供、由：—空乳’達到強吹冷卻、除屑的效果，暨提供間斷 出間歇潤滑的第—觀途；亦可改裝為從大接頭間歇導引 卻’關歇的從小接歡出料二_途，確屬目前冷 p潤心油龍最優u效率最佳的結構者。 【先前技術】 按’中華民國新型第92208773號「油、氣潤滑系統之供給裝 」專利案係本賴作人所創作Ψ請的，由於構造新穎遂能蒙 鈞局較《在案，而今本賴作人並㈣此而自豪，再加以潛 研九、3又计及開發’為使油氣潤滑系統能更發揮實用功能，遂 有本創作『兩用之冷卻爾喷油絲』之產生。 【新型内容】 P本们作之主要目的在於提供一種兩用之冷卻潤滑喷油霧 器，係由线解魅11、導氣池板、供油氣泵浦及側封板等 組件串鎖組立喊，俾供持續輸出高壓空氣，制強吹冷卻、除 屑的效果，暨提供間斷供油達致間歇潤滑的第—種用途者。 本創作之次要目的在於提供一種兩用之冷卻潤滑喷油霧器， 翻轉-百八十度組合該空氣頻率產生器和導氣模組板於供油氣系 浦之旁側，即可從大接歇導引出高壓空氣，暨歐的從小接 頭注出油第二種用途者。 M337669 【實施方式】 而為令鈞局貴審查委員及熟於本項技藝之人士能對有關本 創作為達上述目的，所採用之技術、手段與結構特徵及所達之功 效能夠完全明瞭，茲配合圖式及圖號詳細說明如后： 首先，敬請配合參閱第一圖和第二圖所示，乃為本創作『兩 用之冷卻顯柄霧II』第—種實施例，主要制线頻率產生 器⑽、導氣模組板(20)、供油氣泵浦（30)及側封板(4〇)等組件 串鎖組立而成，提供持續輸出高壓空氣，達舰吹冷卻、除屑的 放果’暨頻率供油（也就是間斷喷油霧）達致間歇潤滑的功能，其 中； ’、 该空氣頻率產生器（10)一端串接引氣座⑴），而該引氣座⑴) 係汉有常態（直接)供氣孔(⑵和頻率（間斷)供氣孔⑴），係與導 氣模組板(20)相互組合； 〃 該導氣模組板⑽開設有得與引氣座⑼之f祕氣孔⑽ 相連接之直接通氣道⑵），和可制氣座⑻之鮮供氣孔⑽ 相連接之頻率職道(22)，係與該供油氣泵浦⑽相互組合； …该供油氣泵浦設有得與導氣模組板⑽之直接通 乳道(21)相連接之第—進氣σ(3η)，和可與導氣模組板⑽之頻 率通乳道（22)相連接之第二進氣口（312)，另面則設有導油孔 (313)係可與側封板(4〇)相接組合，或串接預數個供油氣粟浦⑽） 再與側封板(40)相接組合，如第四圖所示； 該側封板(_妓進細⑷），其與供油相接組 M337669 _合時得封閉第一出氣口（314)和第二出氣口（315); ”上述構造之组合，如第三圖所示，從該引氣座⑽導入之高 壓空氣依序經由常態供氣孔⑽、導氣模組板⑽之直接通氣道 (21)供油氣泵浦（30)之第一進氣口（312)進入供油氣果浦⑽）内 4 ’再從大接頭(317)持續導引出高壓空氣，據上提供持續輸出高 •壓空氣，達到強吹冷卻、除屬的效果。 • “上述動作之同時，從該引氣座（11)導入之高数氣受空氣頻 • 率產生為⑽控制之後，間斷依序經由頻率供氣孔(13)、導氣模 組板(20)之頻率通氣道(22)、供油氣泵浦⑽)之第二進氣口（312) 進入供油氣泵浦（30)内部，輾轉推動供油針(333)將從侧封板(4〇) 之進油口（41)引入供油氣泵浦（3〇)之導油孔（⑽的油間斷從小 接頭（318)注出，據上提供頻率供油達致間歇潤滑的功效者。 再如第五圖至第七圖所示，為本創作『兩用之冷卻潤滑喷油 霧器』第二種實施例，其係由空氣頻率產生器（1〇)、導氣模組板 • (20)、供油氣泵浦（30)及侧封板(40)等構件串鎖組合而成，提供 頻率輸出高壓空氣暨頻率供油，可有效控制油量及供油時間，減 • 少油f的損耗，亦得於加工時減少油霧產生，其中； 係翻轉一百八十度組合該空氣頻率產生器（10 )和導氣模組板 (20)於供油氣泵浦（30)之旁侧，此時該引氣座（丨丨）之常態供氣孔 (12)會被封死； 從該引氣座（11)導入之高壓空氣受空氣頻率產生器（丨〇)控制 之後，間斷依序經由頻率供氣孔（13)、導氣模組板(2〇)之頻率通 M337669 氣道（22)、供油氣泵浦（30)之第一進氣口（311)進入供油氣泵浦 (30)内部，再從大接頭（317)間歇導引出高壓空氣； 從該引氣座（11)導入之高壓空氣受空氣頻率產生器（1〇)控制 之後，間斷依序經由頻率供氣孔（13)、導氣模組板(2〇)之頻率通 氣道(22)、供油氣泵浦（3〇)之第二進氣口（312)進入供油氣泵浦 (30)之内部，輾轉推動供油針（333)而將從侧封板(4〇)之進油口 (41)引入供油氣泵浦（3〇)之導油孔（313)的油間斷從小接頭（318) 注出，據此提供間斷供油達致間歇潤滑的功能者。 請再參看第一圖、第二圖、第九圖及第十圖所示，為本創作 『兩用之冷卻潤滑喷油霧器』，係在該供油氣泵浦（3〇)之本體(31) 上組裝氣量調整閥（32)、注油組件（33)、逆止閥（34)及油量調整 閥（35)等構件，其中； ’该本體（31)相鄰導氣模組板(20)面設有第一進氣口（311)和 弟二進氣口（312) ’而相鄰侧封板(40)面則設有導油孔(313)及第 一出氣口（314)以及第二出氣口（315)，且令該導油孔（313)恰對正 供油體（316)，其縱向孔組裝有大接頭（317)和小接頭（318); 該氣量調整閥（32)組裝在本體(31)之側面，其調整螺栓(321) 係對正本體(31)之第一進氣口（3Π)，俾供調整該本體(31)之第一 進氣口（311)的高壓空氣流量； 該注油組件（33)係在本體（31)之縱向孔依序組裝活塞 (331)、油封（332)、供油針（333)及伸張彈簣（334)等元件，且令 该活基（331)之油封（332)位於本體（31)之第二進氣口（312)下 M337669 方，於第二進氣π(312)引人高壓空氣時會依序推動活塞⑽）、 供油針(333)及伸張_(334)作婦，係_供麟⑽)將經由 本體(31)之導油孔(313)引人之油從逆止閥⑽、小接頭⑶8)〇即 注出； 忒逆止閥（34)係由壓縮彈簧（341)、塞頭（342)及油封（343)等 元件所組成，整體餘裝在小接頭⑽）内部作關單向流動逆止 功能； 忒/由里调整閥（35)係由基座(351)、調整螺絲(352)、轉把(353) 及非圓形連桿(354)等元件所構成；職基座(351)侧固在本體 (31)之縱向孔’亦即延接姐油崎⑶)之上方；翻整螺絲(脱) 係由下而上獅在注油組件(33)之活塞⑽）内部，且螺串著非圓 形連=(354) 把⑽)係套設在基座(351)外侧端，且藉其套 住連ΦΚ354);錄以上所述，魏轉把(353)便會依序抵推連 桿(354)、調整螺絲（352)、注油組件（33)之活塞⑽）和供油針 (333)作位移’設定滯留於供油體(⑽之縱油道(腿）中之油 多寡。 、2合上述可知，本創作兩用之冷卻潤滑喷油霧H，對於前案 油屋㈣料統之供給裝置之構造有不同_意及改良，並具備 員著之姐’遂已兼具實祕與進步性，並符合新型專利要件， 爰依法提起申請。 9 M337669 【圖式簡單說明】 第—圖係補作第-較刺之 第二圖係本創作第-種實施例之另 第三圖係本創作第1實齡丨之組合剖體分解圖。 第四圖係本創作第一箱眘 圖。 種實_串聯多個供油氣果浦之· 第五圖係本創作第二種實施例之立體分解圖。 第六圖係摘作第二種實闕之另 第七圖係本創作第二種實施例之組合剖面圖刀解圖。 圖。弟八_本創作第二種實施料聯多個供油㈣浦之剖面 第九圖係本創作供油鎌浦之組合剖面圖。 j十圖係摘作觀氣泵狀另—視驗合剖 【主要元件符號說明】 (10)空氣頻率產生 (2〇)導氣模組板 (30) 供油氣泵浦 (31) 本體 器（11)引氣座 (13)頻率供氣孔 (21)直接通氣道 (311)第一進氣口 (313)導油孔 (315)第二出氣口 (3161)縱油道 G2)常態供氣孔 (22)頻率通氣道 (312)第二進氣口 (314)第一出氣口 (316) 供油體 (317) 大接頭M337669 VIII. New description: [New technical field] For the second, it is lubricated __About 'especially refers to a kind of 俾 supply, by: - empty milk' to achieve strong blowing cooling, anti-dusting effect, and provide intermittent intermittent lubrication The first-viewing; can also be modified to intermittently guide from the large joints but 'closed from the small picks and the second _ way, it is the best structure of the current cold p-oil dragon best u efficiency. [Prior Art] According to the 'China's new model No. 92208773, the supply of oil and gas lubrication system, the patent case is written by Ben Lai Zuo, because the structure is novel and can be ignored by the bureau, but now Lai Zuoren and (4) are proud of this, and then researched ninth and third, and also considered the development of 'the oil and gas lubrication system can play a more practical function, and the creation of the dual-use cooling injection line. [New content] P The main purpose of this is to provide a dual-purpose cooling lubrication spray mist mister, which is composed of line lock, gas channel plate, oil and gas pump and side seal plates. , for the continuous output of high-pressure air, strong blow cooling, anti-dust effect, and provide the first use of intermittent oil supply to achieve intermittent lubrication. The secondary purpose of this creation is to provide a dual-purpose cooling lubrication spray mister, which can be turned over - one hundred and eighty degrees to combine the air frequency generator and the air guide module plate on the side of the oil and gas system. The high-pressure air is guided by the joint, and the second use of the oil is injected from the small joint. M337669 [Embodiment] The techniques, means and structural features and effects achieved by the Board of Review and the people familiar with this skill can be fully understood for the purpose of this creation. The details of the drawings and drawings are as follows: First, please refer to the first and second figures, which is the first example of the creation of the "cooling handle mist II for dual use", the main line The frequency generator (10), the air guide module board (20), the oil and gas pump (30) and the side seal plate (4〇) are grouped together to provide continuous output of high-pressure air, which provides cooling and chip removal. The effect of 'fruit' and frequency oil supply (that is, intermittent spray mist) achieve intermittent lubrication function, where; ', the air frequency generator (10) is connected at one end to the air inlet seat (1)), and the air induction seat (1) The system has a normal (direct) air supply hole ((2) and a frequency (intermittent) air supply hole (1)), which is combined with the air guide module plate (20); 〃 the air guide module plate (10) is provided with an air induction seat (9) f secret pores (10) connected direct airway (2)), and fresh air chamber (8) The frequency channel (22) connected to the air hole (10) is combined with the oil supply pump (10); the oil and gas pump is connected to the direct milk passage (21) of the air guiding module board (10). a first intake air σ (3η), and a second air inlet (312) connectable to the frequency passage (22) of the air guide module plate (10), and an oil guide hole (313) on the other side It can be combined with the side sealing plate (4〇), or connected in series with a plurality of oil-supply blades (10) and then combined with the side sealing plate (40), as shown in the fourth figure; the side sealing plate (_妓 细 fine (4)), which is combined with the oil supply group M337669 _ to close the first air outlet (314) and the second air outlet (315); "the combination of the above structure, as shown in the third figure, from the The high-pressure air introduced by the air entraining seat (10) sequentially enters the first air inlet (312) of the oil and gas pump (30) through the normal air supply hole (10) and the direct air passage (21) of the air guiding module board (10) into the oil and gas pump (10)) The inner 4' is continuously guided from the large joint (317) to the high-pressure air, and the continuous output high-pressure air is provided to achieve the effect of strong blow cooling and de-energization. seat 11) The introduced high gas is generated by the air frequency rate (10), and then intermittently passed through the frequency air supply hole (13), the gas guide plate (20) frequency air passage (22), and the oil and gas pump (10) The second air inlet (312) enters the oil and gas pump (30), and the fuel supply needle (333) is pushed from the inlet port (4) of the side sealing plate (4) to the oil and gas pump ( 3〇) The oil guide hole ((10) oil break is injected from the small joint (318), according to the frequency of the oil supply to achieve intermittent lubrication effect. As shown in the fifth to seventh figures, this creation The second embodiment of the dual-use cooling lubrication spray mister is composed of an air frequency generator (1〇), a gas guide module plate (20), an oil and gas pump (30) and a side seal plate ( 40) The combination of components and other types of locks provides frequency output high-pressure air and frequency oil supply, which can effectively control the oil quantity and oil supply time, reduce the loss of oil f, and also reduce oil mist generation during processing. The air frequency generator (10) and the air guide module plate (20) are combined to be adjacent to the oil and gas pump (30), and the air sump (丨) The normal air supply hole (12) will be sealed; the high-pressure air introduced from the air induction seat (11) is controlled by the air frequency generator (丨〇), and intermittently passes through the frequency air supply hole (13) and air guide. The frequency of the module board (2〇) passes through the M337669 air passage (22), and the first air inlet (311) of the oil and gas pump (30) enters the interior of the oil and gas pump (30), and then intermittently passes from the large joint (317). The high-pressure air is guided out; the high-pressure air introduced from the air venting seat (11) is controlled by the air frequency generator (1〇), and then intermittently passes through the frequency air supply hole (13) and the air guiding module board (2〇). The frequency air passage (22) and the second air inlet (312) for the oil and gas pump (3〇) enter the interior of the oil and gas pump (30), and the oil supply needle (333) is pushed and pushed to the side sealing board. (4〇) The oil inlet (41) is introduced into the oil guiding hole (313) of the oil and gas pump (3〇), and the oil is intermittently injected from the small joint (318), thereby providing intermittent lubrication to achieve intermittent lubrication. By. Please refer to the first, second, ninth and tenth figures for the creation of the dual-purpose cooling lubrication spray mister, which is the body of the oil and gas pump (3〇). 31) The upper air volume adjusting valve (32), the oil filling assembly (33), the check valve (34), and the oil quantity adjusting valve (35) are assembled, wherein; the body (31) is adjacent to the air guiding module board ( 20) a first air inlet (311) and a second air inlet (312) are provided on the surface, and an oil guiding hole (313) and a first air outlet (314) are disposed on the side of the adjacent side sealing plate (40). And a second air outlet (315), and the oil guiding hole (313) is exactly aligned with the oil supply body (316), and the longitudinal hole is assembled with a large joint (317) and a small joint (318); the gas volume adjusting valve ( 32) assembled on the side of the body (31), the adjusting bolt (321) is a first air inlet (3Π) of the alignment body (31), and is used for adjusting the first air inlet of the body (31) (311) High-pressure air flow; the oil-injection assembly (33) is a component of the piston (331), the oil seal (332), the oil supply needle (333), and the stretched magazine (334) in the longitudinal hole of the body (31). And the oil seal (332) of the living base (331) is located on the body 31) The second inlet (312) under the M337669 square, when the second intake π (312) introduces high-pressure air, the piston (10), the oil supply needle (333) and the extension _ (334) are sequentially pushed. Woman, Department _ for Lin (10)) The oil introduced through the oil guiding hole (313) of the body (31) is injected from the check valve (10) and the small joint (3) 8); the check valve (34) is compressed. The spring (341), the plug head (342) and the oil seal (343) are composed of components, and the overall residual is installed in the small joint (10) to close the one-way flow backstop function; 忒/the inner trim valve (35) is based on The seat (351), the adjusting screw (352), the turning handle (353) and the non-circular connecting rod (354) are composed of components; the working base (351) side is fixed to the longitudinal hole of the body (31) and is also extended. Above the sister Yoshizaki (3)); the screw (off) is the bottom of the lion inside the piston (10) of the oil injection assembly (33), and the thread is non-circular (= 354) (10)) It is located at the outer end of the base (351), and by the sleeve Φ Κ 354); recorded above, the Wei turn (353) will sequentially push the connecting rod (354), adjusting screw (352), oiling assembly (33) Piston (10)) and oil supply needle (333) for displacement 'set to stay in oil supply ((10) The oil in the longitudinal oil passage (leg) is the same as the above. It can be seen that the cooling lubrication oil mist H used in this creation is different for the construction of the supply device of the former oil house (four). And with the sister of the staff, 'has been both secret and progressive, and in line with the new patent requirements, 提起 apply in accordance with the law. 9 M337669 [Simple diagram description] The first picture is the second picture of the more thorny The third figure of the first embodiment of the present invention is a sectional exploded view of the first actual age of the present invention. The fourth picture is the first box of this creation.实实_Series of multiple oil and gas pumps. The fifth figure is a three-dimensional exploded view of the second embodiment of the present creation. The sixth figure is taken as the second embodiment. The seventh figure is the combined sectional view of the second embodiment of the present creation. Figure.弟八_ This creation of the second implementation of the combination of multiple oil supply (four) Puzhi section The ninth diagram is the combination of this creation oil supply 镰浦. j ten picture system is selected as the observation pump and the other is the visual inspection. [Main component symbol description] (10) Air frequency generation (2〇) gas guide module plate (30) for oil and gas pump (31) body device (11) Air entrainment seat (13) frequency air supply hole (21) direct air passage (311) first air inlet (313) oil guide hole (315) second air outlet (3161) longitudinal oil passage G2) normal air supply hole (22 Frequency air passage (312) second air inlet (314) first air outlet (316) oil supply body (317) large joint
M337669 (318)小接頭 (32) 氣量調整閥（321)調整螺栓 (33) 注油組件 （331)活塞 (333)供油針 (34) 逆止閥 （341)壓縮彈簧 (343)油封 (35) 油量調整閥（351)基座 (353)轉把 (40)侧封板 （41)進油口 (332)油封 (334)伸張彈簧 (342)塞頭 (352)調整螺絲 (354)連桿M337669 (318) small joint (32) gas adjustment valve (321) adjusting bolt (33) oil filling assembly (331) piston (333) oil supply needle (34) check valve (341) compression spring (343) oil seal (35) Oil quantity adjustment valve (351) base (353) turning handle (40) side sealing plate (41) oil inlet (332) oil seal (334) extension spring (342) plug head (352) adjusting screw (354) connecting rod
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