M412728 五、新型說明： 【新型所屬之技術領域】 本創作係-種泥狀物之棘H結構改良，乃使泥狀物 汲取器得更方便、快速及取，並且得更财用之功效。 【先前技術】 按，泥狀物汲取器係一種抽取泥狀物（例如：黏稠狀 • 之黃油、牛油，食品之奶油）。習知汲取器之結構，大體 φ 冑如圖-、二、三所示，係第-、二外管10、13配合接 頭12組合一體，第一、二外管1〇、13中設有内管15， 内官15組設活塞環14、活塞頭17，第一外管1〇底端設 有佈滿網孔110之濾網U，又，内管15上端設球座19、 單向球18，並組設具有活塞環24之第一、二連接管2〇、 22 ’第一、二連接管2〇、22分別具有下通孔2卜上通孔 23，並設有單向球25及連接於動力單元丨之驅動桿2 ; 其作用為：如圖二所示’當驅動桿2使第—、二連接管 • 20、22及内管丨5下降時’可使内管I5上端中之單向球 18關閉’此時第一、二連接管2〇、22内之單向球扔打 開’可讓外通道4之泥狀物（油）經下通孔21通過打開之 單向球25，經過上通孔23再由外通道3排出，且同時讓 泥狀物（油）由濾網11網孔110進入第一外管1〇與内管 15間之外腔1〇〇 ’當驅動桿2使第一、二連接管2〇、22 及内官15上升時，如圖三所示，配合活塞頭17使外腔 100密閉’外腔⑽漸縮小空間即是可迫使泥狀物由内管 15之通孔16進入内管15之内腔15〇中，此時並可使内 3 M412728 管15上端_之單向球18打開，第一、二連接管20、22 内之單向球25關閉，而得讓泥狀物進入通過下通孔21 填滿外通道4,同時將外通道3泥狀物由動力單元1之輸 出管排出，後，驅動桿2再使第一、二連接管20、22及 内管15下降’此時可如圖二所示而使泥狀物再次使外通 道4、第一、二連接管2〇、22中之泥狀物進入外通道3 排出，當内管15再次上升時，又可使外通道3泥狀物排 出，外肢100之泥狀物進入内腔150、及使内腔150之泥 狀物填滿外通道4，如此周而復始，每一次上、下動作， 皆可排出泥狀物（油）；上述結構，其實存在有下列缺點： (1)如圖二、三所示，其濾網u係組合於第一外管1〇， 非是組合於内管15，因此係不隨内管15動作，而濾 網11係為過濾泥狀物中之雜物，其網孔11〇孔徑不 大，造成泥狀物不易快速通過網孔11〇進入外腔1〇〇 中，因此，每一次之汲取量較少，甚至易發生阻塞及 產生空抽之問題。 & ⑵如圖一、二所示，内管U上端係設成螺牙L組合於 第-連接管20，因此呈不可f角度，而内管巧上、 下動作_受極大之推力、拉力，當發組塞時 使内管15造成彎曲損壞之問題。 tM412728 V. New Description: [New Technology Field] This creation department - the improvement of the structure of the spine of the mud, makes the mud picker more convenient, fast and take, and has more financial effects. [Prior Art] Press, the mud picker is a kind of extracting mud (for example: viscous butter, butter, food cream). The structure of the conventional picker is generally φ 胄 as shown in Figures -, II and III, and the first and second outer tubes 10 and 13 are combined with the joint 12, and the first and second outer tubes 1 and 13 are provided therein. The tube 15 and the inner portion 15 are provided with a piston ring 14 and a piston head 17. The bottom end of the first outer tube 1 is provided with a filter U which is covered with a mesh 110, and the upper end of the inner tube 15 is provided with a ball seat 19 and a one-way ball. 18, and the first and second connecting pipes 2〇, 22' having the piston ring 24 are arranged, and the first and second connecting pipes 2〇, 22 respectively have a lower through hole 2 and a through hole 23, and are provided with a one-way ball 25 And the driving rod 2 connected to the power unit ;; the function is as follows: when the driving rod 2 lowers the first and second connecting tubes 20, 22 and the inner tube 丨 5, the upper end of the inner tube I5 can be made The one-way ball 18 is closed. At this time, the one-way ball in the first and second connecting pipes 2, 22 is thrown open, so that the mud (oil) of the outer channel 4 can be opened through the lower through hole 21. The ball 25 is discharged from the outer passage 3 through the upper through hole 23, and at the same time, the mud (oil) is allowed to enter the outer space between the first outer tube 1 and the inner tube 15 from the mesh 11 of the screen 11 When the drive rod 2 makes the first and second connections When the tubes 2〇, 22 and the inner member 15 rise, as shown in Fig. 3, the outer chamber 100 is sealed by the piston head 17. The outer chamber (10) is gradually reduced in space to force the mud to enter through the through hole 16 of the inner tube 15. The inner cavity 15 of the inner tube 15 is in the middle, and at this time, the one-way ball 18 at the upper end of the inner 3 M412728 tube 15 is opened, and the one-way ball 25 in the first and second connecting tubes 20, 22 is closed, and the mud is allowed to be The material enters the outer passage 4 through the lower through hole 21, and the outer channel 3 is discharged from the output pipe of the power unit 1, and then the drive rod 2 causes the first and second connecting pipes 20, 22 and the inner pipe. 15 descending 'At this time, as shown in FIG. 2, the mud can again cause the mud in the outer passage 4, the first and second connecting pipes 2, 22 to enter the outer passage 3, and when the inner pipe 15 rises again. , the outer channel 3 mud can be discharged, the mud of the outer limb 100 enters the inner cavity 150, and the mud of the inner cavity 150 fills the outer channel 4, so that every time the upper and lower movements are performed, It can discharge mud (oil); the above structure actually has the following disadvantages: (1) As shown in Figures 2 and 3, the filter u is combined with the first outer tube 1〇, The inner tube 15 is combined with the inner tube 15, so that the screen 11 does not move with the inner tube 15, and the screen 11 is used to filter the foreign matter in the mud, and the mesh 11 has a small aperture, so that the mud does not easily pass through the mesh 11〇. Entering the outer chamber 1〇〇, therefore, each time the amount of picking is small, and even the problem of blockage and air pumping is likely to occur. & (2) As shown in Fig. 1 and 2, the upper end of the inner tube U is arranged such that the screw L is combined with the first connecting tube 20, so that the inner tube is not f-angled, and the inner tube is up and down. When the hair is plugged, the inner tube 15 causes a problem of bending damage. t
【新型内容】 本創作即是可改良上述習知之缺點，主要技術、目的 濾網係隨内管 其一，將遽網組合於内管，當内管上升時 4 M412728 而進入第一外管之外腔中，配合内管活塞頭使外腔 中之泥狀物增大壓力，而可迫使泥狀物快速通過濾 網之網孔，因此，得增大壓力而可使泥狀物快速大 量進入内管中，並且不易發生阻塞。 其二，内管之上端設成斜角緣、扣合槽，並設C型扣與第 一連接管枢接扣合，而得變化角度，達到因應施力 角度而不易使内管彎曲損壞之功效。 【實施方式】 請參閱圖四、五、六、七，係設第一、二外管％、33 配合接頭32組合一體，第一、二外管3〇、33中設有内管 35，内管35具有通孔36及組設有活塞環34、活塞頭37， 内管35上端中具有單向球42及與第一、二連接管2〇、22 連結，第一、二連接管2〇、22具有活塞環24及下通孔21 、上通孔23，並没有單向球43、球座44 ;其主要特徵在 於·該第一外管30具有數個通孔31，内管35之通孔36 處設有組合-體之_ 5〇，_ 5G具有贿L 51、設於活 塞頭37之上方，而得濾網5〇隨内管祁同步動作，呈濾 網50與活塞頭37可同時進入第一外管30之外腔300中 ’讓泥狀物呈受活塞頭37迫壓而通過_ 5〇、内管35之 通孔36進入内管35之内腔350中； 該内管35與第—連接管20間設有接頭4G連接，接頭40 中設有環槽41 ’内f 35之上酬設有斜角緣351、扣合 槽352斜角緣351係插入接頭40中，配合c型扣38嵌 合於接頭40之環槽4卜内管35之扣合槽咖，形成使接 5 M412728 頭40内& 35樞接連結一體，另，接頭4〇與内管奶間 設有彈性防漏圈39。 藉由上述之結構，本_之_、功效，祕詳細說 明如下·如圖五所示，當動力單元丨之驅動桿2使第一、 二連接管20 ' 22、内管35下降時，可使内管35上端中之 單向球42關閉，此時第一、二連接管2〇、22内之單向球 43打開’可讓外通道4之泥狀物（油）經下通孔2ι通過打 開之單向球43，經過上通孔23再由外通道3排出，且同 b夺讓泥狀物（油）由第一外管3〇之通孔31進入外腔3〇〇中 ’當驅動桿2使第-、二連接管2〇、22及内f 35上升時 ，如圖六所示，活塞頭37、濾網50同步上升，活塞頭37 迫使外腔300中之泥狀物具有壓力而通過渡網5〇、土再由内 管35之通孔36進入内腔350中，此時並可使内管邪上端 中之單向球42打開，第-、二連接管2〇、22内之單向球 43關閉，而得讓泥狀物進入通過下通孔21填滿外通道&， 同時將外通道3泥狀物由動力單元1之輸出管排出，後， 驅動桿2再使第一、二連接管2〇、22及内管35下降，此 時可如圖五所示而使泥狀物再次使外通道4、第一、二連 接管20、22中之泥狀物進入外通道3排出，當内管祁再 次上升時，又可使外通道3泥狀物油動力單元丨之輪出管 排出’又可使外腔300之泥狀物進入内腔35〇、及使内腔 350之泥狀物填滿外通道4，如此周而復始，每一次上 下動作’皆可排出泥狀物（油）。上述之結構，可得下列功 效、優點： 6 (1) 如圖六所示，濾網5〇係隨内管35、活塞頭耵而同 步進入外腔300中，因此，泥狀物係呈受迫、具有 壓力之情況通過濾網50，可理解的，具有壓力/之泥 狀物可得較容易、快速通過遽網，而得增進沒取效率 ’並得不易阻塞之功效。 (2) 如圖七所示’内管35與第一連接管2〇之組合，設成 具有接頭40，且設成具有斜角、緣35卜c型扣38枢接 扣合連結，因此，讓内管35可變化角度，因應施力角 度，而得防止施力造成内管35彎曲損壞之問題。 综上所述，本創作之結構，確實具有極佳實用性與增 進功效，誠符合新型專利要旨，懇請賜准專利。 【圖式簡單說明】 圖一，習知結構立體分解圖 圖二，習知組合剖視及使用時内管下降狀態圖 圖三，習知使用内管上升狀態圖 圖四，本創作結構立體分解圖 圖五，本創作組合剖視及使用時内管下降狀態圖 圖六，本創作使用時内管上升狀態圖 圖七，本創作内管可轉角度示意圖 【主要元件符號說明】 1動力單元 2驅動桿 3、4外通道 10、30第一外管 20第一連接管 21下通孔 22第二連接管 23上通孔 M412728 11、50濾網 100、300 外腔 110、51網孔 150、350 内腔 12、32、40 接頭 41環槽 13、33第二外管 351斜角緣 14、24、34活塞環 352扣合槽 15、35内管 38 C形扣 16、31、36 通孔 39防漏圈 17、37活塞頭 L螺牙 18、25、42、43 單向球 40接頭[New content] This creation can improve the shortcomings of the above-mentioned conventional ones. The main technology and purpose filter system is one with the inner tube, and the net is combined with the inner tube. When the inner tube rises, it enters the first outer tube at 4 M412728. In the outer chamber, the inner tube piston head is used to increase the pressure of the mud in the outer chamber, and the mud can be forced to quickly pass through the mesh of the filter screen. Therefore, the pressure is increased to allow the mud to enter rapidly. In the inner tube, and it is not easy to block. Secondly, the upper end of the inner tube is provided with a beveled edge and a fastening groove, and the C-shaped buckle is pivotally engaged with the first connecting tube, and the angle is changed, so that the inner tube is not easily damaged due to the angle of application. efficacy. [Embodiment] Please refer to Figure 4, 5, 6, and 7. The first and second outer tubes are combined with the joint 32, and the first and second outer tubes 3, 33 are provided with an inner tube 35. The tube 35 has a through hole 36 and a piston ring 34 and a piston head 37. The upper end of the inner tube 35 has a one-way ball 42 and is connected with the first and second connecting tubes 2〇, 22, and the first and second connecting tubes 2〇 22 has a piston ring 24 and a lower through hole 21 and an upper through hole 23, and has no one-way ball 43 and a ball seat 44; the main feature is that the first outer tube 30 has a plurality of through holes 31, and the inner tube 35 The through hole 36 is provided with a combination body _ 5 〇, _ 5G has a bribe L 51, is disposed above the piston head 37, and the filter screen 5 祁 synchronizes with the inner tube ,, and the filter screen 50 and the piston head 37 Simultaneously entering the outer cavity 300 of the first outer tube 30, 'the mud is forced by the piston head 37 to pass through the through hole 36 of the inner tube 35 into the inner cavity 350 of the inner tube 35; A joint 4G is connected between the pipe 35 and the first connecting pipe 20, and a ring groove 41 is provided in the joint 40. The beveled edge 351 is provided on the inner f 35, and the beveled edge 351 of the engaging groove 352 is inserted into the joint 40. With c-type buckle 38 embedded The snap groove of the inner ring 35 of the ring groove 4 of the joint 40 is formed to be pivotally connected to the inner portion of the head M40728, and the elastic leak preventer 39 is provided between the joint 4〇 and the inner tube milk. . With the above structure, the __, function, secret details are as follows. As shown in FIG. 5, when the driving rod 2 of the power unit 使 lowers the first and second connecting tubes 20'22 and the inner tube 35, The one-way ball 42 in the upper end of the inner tube 35 is closed, and the one-way ball 43 in the first and second connecting tubes 2, 22 is opened to allow the mud (oil) of the outer channel 4 to pass through the lower through hole 2 By opening the one-way ball 43, passing through the upper through hole 23 and then discharging from the outer passage 3, and b is letting the mud (oil) enter the outer cavity 3 through the through hole 31 of the first outer tube 3' When the driving rod 2 raises the first and second connecting pipes 2〇, 22 and the inner f 35, as shown in FIG. 6, the piston head 37 and the screen 50 rise synchronously, and the piston head 37 forces the mud in the outer chamber 300. With the pressure, the through-holes 36 of the inner tube 35 enter the inner cavity 350 through the ferry net 5, and the one-way ball 42 in the upper end of the inner tube can be opened, and the first and second connecting tubes 2〇 The one-way ball 43 in 22 is closed, so that the mud enters the outer passage & through the lower through hole 21, and the outer channel 3 is discharged from the output pipe of the power unit 1, and then the drive rod 2, the first and second connecting pipes 2〇, 22 and the inner pipe 35 are lowered. At this time, as shown in FIG. 5, the mud can be used to make the mud in the outer channel 4, the first and second connecting pipes 20 and 22 again. The material enters the outer channel 3 to be discharged, and when the inner tube raft rises again, the outer channel 3 can be discharged from the mud-oil power unit of the outer channel 3, and the mud of the outer chamber 300 can enter the inner cavity 35. And filling the outer channel 4 with the mud of the inner cavity 350, so that every time the upper and lower movements can discharge the mud (oil). According to the above structure, the following functions and advantages can be obtained: 6 (1) As shown in Fig. 6, the screen 5 is linearly inserted into the outer chamber 300 along with the inner tube 35 and the piston head, and therefore, the mud is subjected to The forced and pressureful condition passes through the filter 50. It can be understood that the pressure/mud can be easily and quickly passed through the sputum net, so that the efficiency is not improved and the occlusion is not easy. (2) As shown in Fig. 7, the combination of the inner tube 35 and the first connecting tube 2 is provided with a joint 40, and is provided with an oblique angle, a flange 35, and a c-shaped buckle 38 pivotally coupled to each other. The inner tube 35 can be changed in angle, and the force application is prevented from causing the inner tube 35 to be bent and damaged. In summary, the structure of this creation does have excellent practicality and efficiency, and it is in line with the new patent principle, so please grant a patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a three-dimensional exploded view of a conventional structure, a conventional sectional view and a downward state diagram of the inner tube when used, and a conventional three-dimensional decomposition of the creation structure is used. Figure 5, the cross-sectional view of the creative combination and the downward state diagram of the inner tube in use. Figure 6 shows the rise of the inner tube when the creation is used. Figure 7 shows the angle of the inner tube of the creation. [Main component symbol description] 1 Power unit 2 Drive rod 3, 4 outer passage 10, 30 first outer tube 20 first connecting tube 21 lower through hole 22 second connecting tube 23 through hole M412728 11, 50 filter 100, 300 outer cavity 110, 51 mesh 150, 350 inner chamber 12, 32, 40 joint 41 ring groove 13, 33 second outer tube 351 beveled edge 14, 24, 34 piston ring 352 snap groove 15, 35 inner tube 38 C-shaped buckle 16, 31, 36 through hole 39 leak-proof ring 17, 37 piston head L thread 18, 25, 42, 43 one-way ball 40 joint