M351977 八、新型說明： 【新型所屬之技術領域】 本創作係提供-種氣壓式注油脂裝置之結構，尤指一種藉> 控制 結構内部設有-微型空氣幫浦’作動打氣傳輸送入本體之容置空間 内，使内部活塞往下位移俾令油月旨被擠出，卩達到油脂進入欲被潤滑 元件内部，使該油脂流速、流量更為穩定者。 【先前技術】 • 按，習知之一種磁力性注油脂結構，請參閱第9圖所示，-底座 (50)，其中央設一油脂通路⑸），該油脂通路⑸）之上方設一凹部， /’口著凹部之外侧周邊設有一樞設槽，一 s極磁板塊㈣係後接於極設 槽中，並於侧邊設有-強度較小極磁塊(71);一内填充㈣脂⑼ 的外包體(80)，其外周緣形成連續的凸體及凹體組成，其具有一上表 面’其上表面係依附設有-N極磁似72)，而下端形成一下連接端⑽ 、連接於凹部上，而連接端⑽係貫設有-下出口（821)，而底座⑽ _並以夕卜罩蓋(52)將外包體(8〇)罩蓋於底座（5〇)上端，該外罩蓋（52) 上方内壁面可連結IU定—N極磁板塊(7Q)者；—流量控侧（⑽)設置 於油脂通路（51)上；藉由將該注油脂結構裝設固定於欲被潤滑元件 (1〇〇)上端之輸入端（丨〇1)上，並以S極磁板塊(60)與N極磁板塊（7〇、 71、72)之磁通效應，所產生相互間之磁力吸引，以產生外包體（洲） 被壓縮動作，使油脂均勻的擠出並輸入被潤滑耕（議）内部，俾可達 到潤滑内部零件使該被潤滑元件(100)作動更為順暢者。 詳觀上述習知結構不難發覺其缺點之處，主要原因係歸如下： M3 51977 按，習知之注油脂裝置，其作動注油時雖較無產生雜音，但在於 設計S極磁板塊與N極磁板塊之磁力係數較難以配合，而容易造成所 輸出油脂之流1及流速在於不同時間下較難以控制其穩定之狀態，而 形成一使用上之缺失者。 有鑑於此’創作人本於多年從事相關產品之製造開發與設計經 驗，針對上述之目標’詳加設計鱗慎評估後，終得_確具實用性之 本創作。 【新型内容】 欲解決問題之技術點： 按’習知之注油脂裝置，其作動注油時雖較無產生雜音，但在於 設計S極磁減與_雜塊之磁力缝較難祕合，岭易造成所 輸出油脂之流量及流速在於不同時間下較_控制其穩定之狀態，而 形成-使用上之缺失者，此為本_欲解決之技姻題點者。 解決問題之技術手段·· -二贼·油絲置之結構，其包含有：其本_部係設有一活 設於蓋體之糊上，侧好插 =幫輪撕繼 =置=浦啟動打氣時，藉由輸氣端傳心 置於外殼下歡端子之溫錢縣及音_測線係設 藉由插設於端伟科部之延長感測 6 M351977 藉由上述結構，俾可構成氣壓 線分別固定於被潤滑元件之偵測端上 式注油脂裝置之結構。 對照先前技術之功效： 其本創作之氣壓式注油裝置，係藉由内部所設置之微型空氣幫浦 雜制=路以翻下壓活塞並使油脂注人侧料件中，使注入之油 脂錢量及魏得岭觸，俾使在於不狀咖點也可穩定 注油其流量及流速之狀態者。 ^ 參 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一步 之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如后： 首先’先請參閱第卜2、3圖所示，-種氣壓注油脂裝置之結構， 其包含有：本體（10)、控制結構(2〇)所組成，本體（1〇)係為一内部具 有谷置空間（11)之筒體，其上端周緣係具有螺紋狀之組設段（Hi)，並 提供組設有一蓋體（12)，該蓋體（12)内侧壁緣係設有螺紋狀之組結段 • (121)，而外部一適當位置處係凹設有二固定槽（122)，並於二固定槽 (122)中央位置處貫穿蓋體（12)設有一進氣端（123)，該進氣端（123) 係設有一止洩環（124)者，其本體（10)之容置空間（11)内係設有一活塞 (13)，該活塞（13)周緣係套設有空氣止洩環(131)，而本體（1〇)下端係 凸設並貫穿設有一注口（112) ’該注口（112)外周緣係以外螺紋所設置 者；控制結構(20)整體係由一外殼(21)及組設蓋體(22)所組成，其内 部並樞設有電路板(23)及空氣幫浦（24)，外殼(21)係由外端部設有電 池座（211)之設置，並於上方設有數個開孔之操作端（212)，而下端面 M3 51977 係設有二端子插孔（213、214)，該外殼(21)内部係形成一組設空間（215) 及一柩設槽（216)之設置，並於一侧開口係螺鎖有組設蓋體(22)，該組 設蓋體(22)係參照本體（1〇)設置形成一圓弧狀之蓋體，其上端一位置 處内外端係各凸設形成一輸氣端（221)，並於凹弧狀表面上端兩侧位置 處各設有一夾固端（222)，其電路板(23)係螺鎖固定於外殼(21)上，並 由L E D螢幕(231)外露固定於操作端（212)上，而組設空間（215)—側 端適當位置處設有一樞設槽(216)，該樞設槽（216)係設有一空氣幫浦 • (24)並連接具有一導管（241)，該導管（241)另一端係組設於組設蓋體 (22)凹面端之輸氣端（221)。 請續由第2、6、7圖所示，其電路板(23)上分別設有控制電路 (25);該控制電路(25)係連接具有低電壓檢測電路(251)、電流偵測電 路(252)、溫度感知器（253)、音頻感知器（255)、無線電波發射器（3〇) 之設置，其溫度感知器（253)及音頻感知器（255)並藉由溫度感測線 (254)及音頻感測線(256)連接至被潤滑元件(4〇)上；其中低電壓檢測 •電路(251)係用以偵測電源之電壓值，電流偵測電路(252)係用以偵測 空氣幫浦（24)其馬達工作量之電流值，而溫度感知器（253)及音頻感知 器（255)係分別提供被潤滑元件（4〇)之内部油脂（41)工作溫度及被潤 滑元件(40)被驅動音頻訊號’其上述所產生之訊號係以控制電路(π) 處理後，透過L E D螢幕(231)顯示文字或圖案；而遠端電腦主機(π) 係具有無線電波接收器（31)之裝置，其無線電波發射器將即時之 工作訊號發送給電腦主機(32)做處理，而透過蜂鳴器（33)產生鳴響及 警示燈(34)閃爍，並將訊號透過顯示器（35)來顯示目前的工作數據。 M351977 其結構之組成，再請參閲第2、3、4圖所示，其本體（10)内部係 设有一活塞（13)之設置，而蓋體（12)周緣適當位置處係設有固定槽 (122)，使該控制結構(2〇)能藉由兩側之夾固端（222)固定於蓋體上之 固定槽（122)，其夾固端（222)間所設置之輸氣端（221)係插設於蓋體 (12)之進氣端（123)上，而控制結構(2〇)内部係設有一電路板(23)及空 氣幫浦(24)，該空氣幫浦（24)係具有導管（241)之設置，該導管（241) 另端係固设於組設蓋體（22)凹面端之輸氣端（221)，使該空氣幫浦 • (24)啟動打氣時，可以藉由輸氣端（221)傳輸送到本體（10)内部之容置 空間（11)，而電路板(23)所延伸之溫度感測線(254)及音頻感測線(256) 係設置於外殼⑻下端之端子減⑵3、2⑷上，並藉由插設於端子 插孔(213、214)外部之延長感測線分別固定於被潤滑元件⑽)之债測 端上，藉由上述結構，俾可構成氣壓式注油脂裝置之結構。 其結構之使用，續請5、6、7圖所示，該控制電路(25)係為可程 ，式控歡邏輯I c，電驗由低電壓檢測電路(251)提供_電壓訊號給 鲁控制電路(25)，令控制電路(25)輸出一啟動訊號給空氣幫浦(24)，使 空氣幫浦（24)啟動而吸入空氣’並藉由導管（241)將空氣不斷輸入至容 置空間（11)内，使該容置空間（11)内部氣壓提升並進一步推動活塞（^) 往下作動，因活塞(13)設有空氣止舰(131)之設置，使容置空間⑴） 内部之所輸入之空氣不會流失，並以平均氣壓作動於活塞⑽往下位 移’使該容置空間（11)内部之油脂⑷）由注口⑴2)被擠出（如第5_2 圖所不）’而該注油脂裝置係由潤滑管路(42)將油脂⑷）輸入於被潤滑 疋件(40)内部，其延長感測線係均連接於被潤滑元件(4〇)上，並透過 M3 51977 端子插孔(213、214)與溫度感知器（253)及音頻感知器（255)相舞，其 被濁滑元件(40)啟動而開始作業時，當被潤滑元件(4〇)之工作溫度太 南時亦或是工作所產生之音頻與正常音頻差異極大時，該被潤滑元件 (40) 即會藉由溫度感測線(254)或音頻感測線(256)，而使溫度感知器 (253)及音頻感知器（255)獲知溫度或音頻異常，並輸出一狀態異常之 •訊號給控制電路(25);而當被潤滑元件（40)内部管路阻塞，使該油脂 (41) 無法繼續往下供應，該活塞（13)及油脂(41)均停滯不動，但空氣 肇幫浦（24)依然將空氣輸入容置空間（11)内，使容置空間（11)内部氣壓 越來越高，導致空氣幫浦（24)之馬達使用工作電流值增高到一定數值 被電流偵測電路(252)偵測到，並將該異常訊號輸出給控制電路(25); 上述所產生之異常狀況，該控制電路(25)接收並將處理後之訊號以 文字或圖案顯示於LED螢幕(231)上，同時該異常之訊號也透過無線 電波發射器（30)發射出，並藉由遠端之無線電波接收器⑻來接收， 並將§fl號送入電腦主機(32)作處理，使處理後之訊號令蜂鳴器（33)鳴 籲響、使警示删爍並使與電齡機(32)連接之顯示器㈤顯示被潤滑 元件(40)作業上損壞或異常之文字或圖案，令控制電路(25)中斷輸出 電壓給空氣幫浦（24)，使該空氣幫浦（24)停止運作。另當電池電能過 低時’其輪出的低電壓被低電壓檢測電路(251)偵測到，並輸出一訊號 給控制電路(25)，此時依據前述原理，l ED螢幕(231)會顯示，，低電 能”之文字或圖樣，以及蜂鳴器（33)鳴響、警示燈閃爍，顯示器（35) 顯示”低魏”之文料圖樣，使該使肖柯從L E时幕(231)、蜂鳴 器（33)之鳴響、警示燈(34)之閃燦、及遠端顯示器（35)得知該氣壓式 M351977 注油脂裝置何處有異常發生，以及必須解決問題之正確位置處。 其本體（10)容置空間（11)内之油脂被使用完畢後，如第B圖所 示，該本體（10)下方注口（112)處可配合一補充罐(A)來填充補滿油 脂’而本體（10)内部油脂(41)被擠出完畢，其活塞（13)因容置空間⑴） 内部之尚壓空氣而位於最底端，其補充罐(A)欲從注口（112)補充油脂 (41)時，只需再將本體（10)從蓋體（12)上旋開使内部空氣洩出，即可 使補充油脂補充進人本體（1G)之容置空間⑼内，並將活塞⑽往上 鲁推抵以達到填補完畢。 藉由上述具體實關之、轉，可得到下述之效^其本創作之氣 壓式注油裝置，係藉由内部所設置之微型空氣幫浦及控制電路以達到 下壓活塞並使油脂注入被潤滑元件中，使注入之油脂其流量及流速得 以受到有效鋪’俾使在於不同之時_也可穩定注油其流量及 之狀態者。 、 綜上所述，本創作確實已達突雜之結構設計，而具有改良之創 作内容’ _又__產業上之利紐與進步性，且本瓣未見於 任何刊物，亦具_性，當符合專利法相條之規定，爰依法提出 新型專利”，絲肖局審查委貝授予合法專利權，至為感禱。 唯以上所述者，僅為本創作之一較佳實施例而已，當不能〃 與修飾’㈣誠本創作專利涵蓋之範目. Μ 11 M351977 【圖式簡單說明】 第1圖：係本創作之立體組合圖。 第2圖：係本創作之立體分解圖。 第3圖：係本創作另一視角之立體組合圖。 第4圖：係本創作之立體剖視圖。 _ • * 5 — 1係本創作容置空間内具有油 楚f D^ 現示意圖。 θ係本創作空氣幫浦打氣輸人容置空間並使活塞下壓 _ 之剖視作動示意圖。 第6圖·係本創作被潤滑元件與溫度感知器及音頻感知器連接之 平面示意圖。 第7圖：係本創作作動方塊流程圖 〇 第8圖：係本創作補充油脂之作動示意圖。 第9圖：係習知之作動示意圖。 【主要元件符號說明】 本創作部分： 本體一 —----(10) 容置空間- ——-(11) 組言曼段-~ ~ — —(111) 注口--- ——-(112) 蓋體---~ — _(12) 組結段-- ——-(121) 固定槽--~ — -(122) 進氣端_ - ——-(123) 止洩環~ - -(124) 活塞--- ----(13) 空氣止洩環~ - —(131) 控制結構---2〇) 外殼--- ——-（21) 12 M351977M351977 VIII. New description: [New technical field] This creation provides the structure of a pneumatic type grease-injecting device, especially a type of control device with a micro air pump that is activated and sent to the body. In the accommodating space, the internal piston is displaced downward, so that the oil is squeezed out, and the grease enters the inside of the component to be lubricated, so that the flow rate and flow rate of the grease are more stable. [Prior Art] • According to a conventional magnetic grease-filling structure, as shown in Fig. 9, the base (50) is provided with a grease passage (5) in the center thereof, and a recess is provided above the grease passage (5). /' The outer side of the mouth is provided with a pivoting groove, and a s-pole magnetic plate (4) is connected to the pole groove, and is provided with a small-strength pole magnet (71) on the side; an inner filling (4) The outer casing (80) of the grease (9) is composed of a continuous convex body and a concave body, and has an upper surface 'the upper surface is attached with a -N pole magnet 72 (72)), and the lower end is formed with a lower connecting end (10) Connected to the recess, and the connecting end (10) is provided with a lower-outlet (821), and the base (10)_ and the outer cover (52) cover the upper end of the base (5〇) with an outer cover (52) The upper inner wall surface of the outer cover (52) can be connected to the IU-N-pole magnetic plate block (7Q); the flow control side ((10)) is disposed on the grease passage (51); by fixing the grease-filling structure On the input end (丨〇1) of the upper end of the component to be lubricated (1〇〇), and the magnetic flux effect of the S-pole magnetic plate (60) and the N-pole magnetic plate (7〇, 71, 72) The magnetic attraction between the two is generated to generate an outer body (continent) to be compressed, so that the grease is uniformly extruded and input into the inside of the lubricated cultivation, and the inner part can be lubricated to activate the lubricated element (100). More smooth. It is not difficult to find out the shortcomings of the above-mentioned conventional structure. The main reasons are as follows: M3 51977 According to the conventional grease injection device, although the noise is less generated during the oil injection, it is designed to design the S-pole magnetic plate and the N-pole. The magnetic coefficient of the magnetic plate is difficult to match, and it is easy to cause the flow 1 and the flow velocity of the output grease to be more difficult to control the stable state at different times, thereby forming a missing one. In view of this, the creators have been engaged in the manufacturing development and design experience of related products for many years, and have made a careful evaluation of the above objectives. [New content] Technical point to solve the problem: According to the 'plotted grease device', although it does not produce noise when it is used for oil injection, it is difficult to design the S-pole magnetic reduction and the magnetic crack of the _ miscellaneous block. The flow rate and flow rate of the output grease are at a different time to control the state of stability, and the formation-use is missing, which is the technical problem to be solved. The technical means to solve the problem ·· - The structure of the second thief and the oil wire, which includes: the _ department is provided with a paste that is placed on the cover body, and the side is inserted correctly = the helper tears the relay = set = Pu start In the case of pumping, the Wenqi County and the sound-measuring line are placed in the lower part of the casing by the air-passing end. The extension is sensed by the extension of the Weiwei Branch. 6 M351977 By the above structure, the 俾 can constitute the air pressure. The wires are respectively fixed to the structure of the grease injection device on the detecting end of the lubricated component. Compared with the efficacy of the prior art: The pneumatic oiling device of the present invention is made by the micro air pump provided in the interior to control the road to turn down the pressure piston and inject the grease into the side material part, so as to inject the oil money. The amount and the Wei Deling touch, the stagnation is in the state of the flow and flow rate of the oil injection. ^ Participation [Implementation] In order to enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please refer to the following [simplified description of the drawings] as follows: First, please refer to the first As shown in Fig. 2 and Fig. 3, the structure of the pneumatic grease injection device comprises: a body (10) and a control structure (2〇), and the body (1〇) is an interior with a valley space (11). The upper end of the cylinder has a thread-shaped assembly section (Hi), and is provided with a cover body (12), and the inner side edge of the cover body (12) is provided with a thread-shaped assembly section. 121), the outer fixed position is recessed with two fixing grooves (122), and at the central position of the two fixing grooves (122), an inlet end (123) is provided through the cover body (12), the intake end (123) A venting ring (124) is provided, and a piston (13) is disposed in the accommodating space (11) of the body (10), and the piston (13) is sleeved with an air stagnation ring ( 131), and the lower end of the body (1〇) is convexly disposed and is provided with a nozzle (112). The outer circumference of the nozzle (112) is provided with an external thread; The control structure (20) is generally composed of a casing (21) and a set cover body (22), and is internally provided with a circuit board (23) and an air pump (24), and the outer casing (21) is externally The end portion is provided with a battery holder (211), and has a plurality of operating ends (212) for opening, and the lower end surface M3 51977 is provided with two terminal sockets (213, 214), the housing (21) The inner system forms a set of a space (215) and a set of slots (216), and a set cover body (22) is screwed on one side, and the set cover body (22) is a reference body ( 1〇) The cover body is formed into an arc shape, and the inner and outer ends of the upper end are respectively convexly formed to form a gas conveying end (221), and each of the two sides of the upper end of the concave arc surface is provided with a clamping end. (222), the circuit board (23) is screwed and fixed to the outer casing (21), and is fixedly fixed on the operating end (212) by the LED screen (231), and the assembled space (215) - the appropriate position of the side end There is a pivoting groove (216), the pivoting groove (216) is provided with an air pump (24) and is connected with a conduit (241), and the other end of the conduit (241) is assembled in the set cover Body (22) concave end Inlet end (221). Please continue from the second, sixth, and seventh diagrams, the circuit board (23) is respectively provided with a control circuit (25); the control circuit (25) is connected with a low voltage detection circuit (251), current detection circuit (252), temperature sensor (253), audio sensor (255), radio wave transmitter (3〇) setting, temperature sensor (253) and audio sensor (255) and by temperature sensing line ( 254) and the audio sensing line (256) is connected to the lubricated component (4〇); wherein the low voltage detection circuit (251) is used to detect the voltage value of the power source, and the current detecting circuit (252) is used to detect The air pump (24) measures the current value of the motor workload, while the temperature sensor (253) and the audio sensor (255) provide the internal grease (41) of the lubricated component (4), respectively, and are lubricated. The component (40) is driven by the audio signal 'the signal generated by the above is processed by the control circuit (π), and the text or pattern is displayed through the LED screen (231); and the remote computer host (π) has a radio wave receiver (31) The device, the radio wave transmitter sends the immediate working signal to the computer host (32) for processing Generating a warning light and sounding a buzzer through (33) (34) flashes, and the current work signal to the display data through the display (35). M351977 The structure of the structure, please refer to Figures 2, 3 and 4, the inside of the body (10) is provided with a piston (13), and the cover (12) is fixed at the appropriate position. The groove (122) enables the control structure (2〇) to be fixed to the fixing groove (122) of the cover body by the clamping ends (222) on both sides, and the gas disposed between the clamping ends (222) The end (221) is inserted into the inlet end (123) of the cover body (12), and the control structure (2〇) is internally provided with a circuit board (23) and an air pump (24), the air pump (24) having a conduit (241), the other end of which is fixed to the air supply end (221) of the concave end of the assembled cover body (22), so that the air pump (24) is activated. When pumping, it can be transmitted to the accommodating space (11) inside the body (10) through the gas transmission end (221), and the temperature sensing line (254) and the audio sensing line (256) extended by the circuit board (23). The terminal is disposed at the lower end of the outer casing (8) minus (2) 3, 2 (4), and is fixed to the debt measuring end of the lubricated component (10) by an extension sensing line inserted outside the terminal insertion hole (213, 214), by the above Structure Pneumatic injection oil into the structure of the apparatus. The use of its structure, continued as shown in Figures 5, 6, and 7, the control circuit (25) is a programmable, control logic I c, the test is provided by the low voltage detection circuit (251) _ voltage signal to Lu The control circuit (25) causes the control circuit (25) to output an activation signal to the air pump (24) to activate the air pump (24) to draw in the air' and continuously input the air into the housing through the conduit (241) In the space (11), the internal air pressure of the accommodating space (11) is raised and the piston (^) is further pushed downward, because the piston (13) is provided with an air stop ship (131), so that the accommodating space (1)) The input air inside is not lost, and the piston (10) is displaced downward by the average air pressure 'the grease (4) inside the accommodating space (11) is squeezed out by the nozzle (1) 2) (as shown in Figure 5-2) And the grease filling device is used to input the grease (4) into the inside of the lubricated element (40) by the lubrication line (42), and the extended sensing line is connected to the lubricated element (4〇) and passes through the M3. The 51977 terminal jack (213, 214) dances with the temperature sensor (253) and the audio sensor (255), which is activated by the turbid element (40). At the beginning of operation, when the operating temperature of the lubricated component (4〇) is too south or the difference between the audio produced by the operation and the normal audio is too large, the lubricated component (40) will pass the temperature sensing line (254). Or an audio sensing line (256), such that the temperature sensor (253) and the audio sensor (255) are aware of temperature or audio anomalies, and output a signal of a state abnormality to the control circuit (25); and when the component is lubricated ( 40) The internal pipeline is blocked, so that the grease (41) cannot continue to be supplied downwards. The piston (13) and grease (41) are stagnant, but the air pump (24) still inputs air into the accommodation space (11). Inside, the internal pressure of the accommodating space (11) is getting higher and higher, causing the motor of the air pump (24) to increase the working current value to a certain value and being detected by the current detecting circuit (252), and the abnormality is detected. The signal is output to the control circuit (25); the abnormal condition generated by the control circuit (25) receives and displays the processed signal in a text or a pattern on the LED screen (231), and the abnormal signal is also transmitted through the wireless The radio wave transmitter (30) emits and wirelessly passes through the far end The radio wave receiver (8) receives and sends the §fl number to the host computer (32) for processing, so that the processed signal causes the buzzer (33) to ring, the warning is deleted, and the electric age machine (32) The connected display (5) displays the damaged or abnormal text or pattern of the lubricated component (40), causing the control circuit (25) to interrupt the output voltage to the air pump (24) to stop the air pump (24). In addition, when the battery power is too low, the low voltage that it turns out is detected by the low voltage detecting circuit (251), and a signal is output to the control circuit (25). At this time, according to the foregoing principle, the ED screen (231) will Display, low power text or pattern, and buzzer (33) sounds, warning light flashes, display (35) displays "low Wei" material pattern, so that Xiao Ke from LE time curtain (231 ), the buzzer (33), the warning light (34) flash, and the remote display (35) know where the pneumatic M351977 greaser is abnormal and the correct position must be resolved After the grease in the body (10) accommodating space (11) is used, as shown in FIG. B, the nozzle (112) below the body (10) can be filled with a supplementary tank (A). Filling up the grease' and the internal grease (41) of the body (10) is extruded, and the piston (13) is at the bottom end due to the internal pressure of the accommodation space (1), and the supplementary tank (A) is intended to be filled. When the mouth (112) is replenished with the grease (41), the body (10) is simply unscrewed from the cover (12) to allow the internal air to escape, so that the grease can be replenished. It is added to the accommodation space (9) of the human body (1G), and the piston (10) is pushed up to the top to complete the filling. With the above specific implementation, the following effects can be obtained. The oil filling device is equipped with a micro air pump and control circuit to reduce the piston and inject grease into the lubricated component, so that the flow rate and flow rate of the injected grease are effectively laid. At the same time, it is also possible to stabilize the flow and the state of the oil injection. In summary, the creation has indeed reached a complicated structural design, and the improved creation content '____ industry's benefit and progress, And this petal has not been found in any publications, and it also has _ sex. When it meets the requirements of the patent law, it proposes a new type of patent according to law, and the silk bureau of the board of directors grants a legal patent right, and is praying. Only the above-mentioned ones are only one of the preferred embodiments of this creation. When it is not possible to modify and modify the '(4) the scope covered by the original creation patent. Μ 11 M351977 [Simple illustration] Figure 1: This is the creation The three-dimensional combination map. Figure 2: This is a three-dimensional exploded view of the creation. Figure 3: A three-dimensional combination of another perspective of the creation. Figure 4: A perspective view of the creation of the present. _ • * 5 — 1 This is a schematic diagram of the oil and f d^ in the creation space. The θ system is a schematic diagram of the cross-sectional view of the creation of the air pump to inflate the space for the person to fit and press the piston down. Fig. 6 is a schematic plan view showing the connection of the lubricated element to the temperature sensor and the audio sensor. Figure 7: Flow chart of the actuating block of this creation 〇 Fig. 8: This is a schematic diagram of the action of adding oil to the creation. Figure 9: Schematic diagram of the practice of the familiar. [Main component symbol description] This creation part: Ontology one-----(10) accommodating space - ——-(11) Group words -~ ~ - (111) Nozzle --- ——- (112) Cover body ---~ — _(12) Assembly section -- ——- (121) Fixed groove --- ~ — - (122) Intake end _ - ——- (123) Stop ring ~ - - (124) Piston ----- (13) Air Stop Ring ~ - (131) Control Structure - 2〇) Enclosure --- ——-(21) 12 M351977
電池座 -(211) 操作端 -(212) 端子插孔--- -(213 、 214) 組設空間--- -(215) 樞設槽 -(216) 組設蓋體--- -(22) 輸氣端 -(221) 夾固端 -(222) 電路板---- -(23) LED螢幕-- -(231) 空氣幫浦--- -(24) 導管 -(241) 控制電路--- -(25) 低電壓檢測電路-(251) 電流偵測電路- -(252) 溫度感知器— -(253) 溫度感測線-- -(254) 音頻感知器— -(255) 音頻感測線- _ -(256) 無線電波發射器 -(30) 無線電波接收器-(31) 電腦主機--- -(32) 蜂鳴器---- -(33) 警示燈---- -(34) 顯示器 -(35) 潤滑元件_ - -(40) 油脂----- 補充罐---- -(A) 習之部分： 底座 -(50) 油脂通路--_ -(51) 外罩蓋---- -(52) S極磁板塊-- -(60) N極磁板塊-- -(70) N極磁塊--- -(71) N及磁板-_ _ -(72) 油脂----- -(81) 外包體 -(80) 下連接端--- -(82) 下出口---- -(821) 流量控制閥_ _ -(90) 13 M351977 被潤滑元件---（100) 輸入端 (101) 14Battery holder-(211) Operation terminal-(212) Terminal jack----(213, 214) Group space----(215) Pivot--(216) Set cover----( 22) Air end - (221) Clip end - (222) Circuit board ----- (23) LED screen --- (231) Air pump - (-) (24) Catheter - (241) Control Circuit----(25) Low-Voltage Detection Circuit-(251) Current Detecting Circuit - (252) Temperature Sensor - (253) Temperature Sensing Line-- - (254) Audio Sensor - (255) Audio Sensing Line - _ - (256) Radio Wave Transmitter - (30) Radio Wave Receiver - (31) Computer Host - (- - 32) Buzzer - (-) - (33) Warning Light --- - - (34) Display - (35) Lubricating Elements _ - - (40) Grease ----- Supplementary Tanks ----- (A) Part of the Learning: Base - (50) Grease Path -__ - ( 51) Cover-----(52) S-pole magnetic plate---(60) N-pole magnetic plate---(70) N-pole magnetic block----(71) N and magnetic plate-_ _ -(72) Grease------(81) Outer body-(80) Lower connection end----(82) Lower exit---- -(821) Flow control valve _ _ -(90) 13 M351977 Lubricated Components---(100) Input (101) 14