TW201250139A - The screw-type capillary module with restriction length being adjustable - Google Patents
The screw-type capillary module with restriction length being adjustable Download PDFInfo
- Publication number
- TW201250139A TW201250139A TW100119921A TW100119921A TW201250139A TW 201250139 A TW201250139 A TW 201250139A TW 100119921 A TW100119921 A TW 100119921A TW 100119921 A TW100119921 A TW 100119921A TW 201250139 A TW201250139 A TW 201250139A
- Authority
- TW
- Taiwan
- Prior art keywords
- oil
- module
- capillary
- screw
- hole
- Prior art date
Links
Landscapes
- Fuel-Injection Apparatus (AREA)
- Lift Valve (AREA)
Abstract
Description
201250139 九、發明說明: 【發明所屬之技術領域】 油靜壓軸承,節流台,毛細管 【先前技術】 中華民國專利公告第1279661號,專利名稱:可變毛細溝槽薄膜節 机器a 口日期.2007/04/21,申請日期:2005/】〇/28。 參考圖-⑻明’―種可變毛細溝槽馳節流器,係由基座、 本體、外殼及可撓曲薄騎構成,其巾本體具有金屬細、毛細 溝槽與穩壓腔室’可撓曲_緊_本體之頂側,並於本體之一側 凹槽區域形賴壓歡,薄職配於本體並組合腫,與外殼之内 部-側凹槽形成-調節腔室,基座並具有連通調節腔室與穩壓腔室 的注入流道,與連通穩壓腔室的出口流道,當外部的負載端之流動 壓力大於調節室時,可撓曲_將受力撓曲而使薄膜與本體毛細溝 槽區域產生作動_,致使本體上薄膜·的毛細賴開口變大, 因此’通過毛細溝槽的流體阻力變小,使得節流器可依負載端的廢 力變化,較雜範@大,_反饋㈣端出口流麵力之功能, 適應單-機台負载變化大的情況,也因具有廣泛的壓力及流量調節 作用’而單-設計_在廣泛的機台。 中華民國專利公衫謂似號,專利名稱:動反饋調節裝置, 公告日期:2005/04/n ’申請曰期:2〇〇4/〇撕。 參考圖-(b)說明,一種麼力反饋調節裝置,係連接於一負載系 201250139 統’此調整裝置巾設有-調㈣栓’藉由賴此機螺栓旋緊之程 度’改變控概體輪£t{流量之初純力的大小,即可針對所製作出 的各個動反饋調節裝置輸出至負載系統之流體進行微小流量之 調校,以精確地調整至所需之壓力及流量。 【發明内容】 一種職形式的毛細管可縣_其有_節流長度,螺 旋毛細管製作於節流栓的—端,節流栓的另—端製成曲面,調整用 的螺絲與㈣栓曲面的接觸端也製成她合的共減面,旋轉調整 螺絲移動節流栓時,因而改變毛細管有效__流長度,每一個 油腔需要獨自裝置—個毛細管節流器。 本發明以駐模_紐置在軸科壁時,供油人口在轴承外 的另個開孔’供錢人後經進油孔至節航,調㈣絲改變螺 旋毛細管之有效節流長度,㈣在節流孔中調雜力至王作壓力。 本發明安裝在軸承座上的綠可以在油腔侧邊,也可以在油腔 的上方或下方’以及與油腔成斜角的方向任何方位及任何油腔相 對位置均可以絲’端視脉外部形狀及油腔位置而決定。 當本發明之節流器模組超過一個以上而組合在一體,形成組合 ,级合體有一致的橫向貫穿螺栓孔,將轴承油腔數目相同之模組 歹’使用貫穿螺栓孔柱鎖緊,節流孔之出口安裝油管接 、☆&毛、、田&尾座之橫向有一個供油用的貫穿孔 ,在連通 為.處对油封_,_之間供油孔加以封油圈防錢 201250139 漏,兩端之-的模組以柱塞封住連通孔入口;3一端模組的供油孔 裝置供油嘴’作為供油人口,各自模蝴立調整所需之節流長度, 供油經連ϋ孔連接各獨立模組之躺孔,經節流職触節流孔之 出口,以油管連通至軸承座之油腔入口。 本發明以調整螺絲經過節流栓傳動螺旋毛細管在節流孔中移 動,螺絲頭與栓頭以兩個共輛曲面作為傳動的接觸面,經由兩個曲 面的傳動’使调整螺絲的螺絲孔與節流栓的孔座各自獨立,得以保 持節流栓自動對心’以致於節流孔被製作出足夠的精度,不會受調 整螺絲之螺紋間隙而影響到精度。 【實施方式】 本發明的組成包含了毛細管座⑽、節流检謝、检頭1〇5、螺 絲頭_、調整螺絲1G7、敗螺帽⑽、油封座_、螺旋毛細管 110、彈簧1U、油封環H2,如圖二所示;其中螺旋毛細管⑽、 油封座109、節流栓104及栓頭1〇5依序排列成一線而製成一體, 、油封座⑽製有油封環槽,油封環112套在油封環槽内,作為轴向 防油茂漏,調整螺絲107 一端製有螺絲頭觸,螺絲頭1〇6與栓頭 1〇5被製成共輛曲面,用來傳遞調整螺絲1〇7旋轉前進時推動螺旋 毛細管m,調整螺絲⑽丨-端製有用以旋轉的操作部,並以固 定螺帽108安裝在毛細管座102的外端;毛細管座1〇2製成中、 柱體,-端製有陰螺紋⑽,用來固定調整螺絲屬,另一端製成 光滑圓孔,容納螺旋毛細管110的一整體在其中移動,在螺旋杨 201250139 官110之外圍套以彈簧lu,用來調整螺絲1〇7旋轉退後時,彈回 螺方疋毛細管110之用;毛細管座1〇2以螺检固定於轴承座,並 以油封圈101 P方止橫向側漏,軸承座2〇1上製有節流孔施、油腔 203、進油孔204、供油入口 2〇5,其中的節流孔2〇2連通於毛細管 座102的中空通道,供油嘴2〇51裴置於供油入口 2〇5之外端,用 來連接供油的外管’供油從供油入口 205經進油孔綱至節流孔 202 ’在節流孔202内的螺旋毛細f 11〇長度進行節流,使供油在 郎>’il孔202中調節壓力至工作壓力。 螺旋毛細官110在最外的狀況,完全不撞住進油孔2〇4,如圖 王⑻所示;調整螺絲1()7將螺旋毛細管m推入至最内的狀況以 最大的節流長度擋住進油孔2〇4,如圖三(b)所示。 本發明以獨立模組型態安褒在各種軸承座2〇1的實施例如圖四 斤示其以螺;f全固定在軸承座2〇1的外壁,每一個油腔2〇3必須對 應的敦置-個模組’安裝的方位可以在油腔2G3的侧邊,也可以在 油腔203的上方及下方’以及與油腔2()3成斜角的方向及任何方 位’端視軸承座外部形狀及油腔朗立置而決定,每一個模組均對 應有-個油腔,有-個獨立的進油孔2G4,以及有—個獨立的供油 入口 205及其安裝於供油入口 2〇5外端的獨立供油嘴2〇51。 將一個以上數量的本發鶴組組合在—體上的—種實施例如 圖五所示’圖五⑻為前視圖,說明將本發明以貫穿螺栓柱施組合 在一起’毛細f 110尾端製有一個橫向供油貫穿連通孔2〇6,每一 *、、、且之連通孔2G6在其兩端開口處設有油封圈1G1的圈槽,進油 201250139 孔204與連通孔206垂直,使供油進入節流孔2〇2 ,組合用的模組 橫向又製有固定螺栓柱的貫穿螺栓減2U,將多個模組排列在一 起後,以固定螺栓柱208鎖緊組合在一起,兩兩之間供油孔裝上封 油圈101防止洩漏;兩端之一的模組以柱塞2〇9封住連通孔2〇6的 開口,另一端模組裝置供油嘴2051,作為供油入口 205,各自模組 獨立調整螺旋毛細管110所需之節流長度,供油經連通孔2〇6至各 模組之獨立的進油孔204,經節流螺旋毛細管11〇至節流孔2〇2之 出口,節流孔202至節流出口 210,安裝油管接頭2〇7,以油管連 通至/由腔203,圖五(b)為其侧視圖,顯示本模組製出組合時使用的 螺栓柱孔211 ’以及連通孔2〇6與節流孔2〇2的相關位置,兩者以 進油孔204連通。 節流栓104之栓頭1〇5與調整螺絲1〇7之螺絲頭1〇6使用共軛 曲面接觸傳動,除了栓頭105的凸球面114及螺絲頭1G6的凹球面 113之外,尚有如圖六所示的實施例;如圖六⑻所示,採用凹球面 113在節流栓1〇4,凸球面114在調整螺絲1〇7,如圖六⑼所示, 節机栓104及凋整螺絲1〇7均使用同樣的凹球面1131、1132,兩凹 球面1131、1132共同接觸一個球115,經由球115來傳動。經由共 軛曲面的傳動,使調整螺絲1〇7的螺絲孔與節流栓1〇4的孔座各自 獨立不連動,得以保持節流栓刚自動對心,以致於節流孔2〇2被 製作出足夠的精度,不會受調整螺絲!〇7之螺紋間隙而影響到精度。 12 201250139 【圖式簡單說明】 圖一⑻先前技術之可變毛細溝槽薄膜節流器構造圖 (b)先前技術之壓力反饋調節裝置構造圖 圖二可調整節流長度螺旋形毛細管模組數 ⑻前視圖 (b)俯視圖 圖三可調整節流長度的螺旋形毛細管 (a) 節流長度最小的情形 (b) 節流長度最大的情形 圖四毛細管安裝於油腔之位置 (a) 油腔在毛細管正上方 (b) 油腔在毛細管正下方 (c) 油腔平行於毛細管傾斜向上 (d) 油腔平行於毛細管傾斜向下 (e) 油腔傾斜向上 (f) 油腔傾斜向下 (g) 油腔垂直於毛細管在上方 (h) 油腔垂直於毛細管向下 圖五橫向排列之組合模組 ⑷前視圖 (b)側視圖 13 201250139 圖六毛細管調整節流長度之傳動說明 (a) 凹球面與凸球面 (b) 兩凹球面夾球體 【主要元件符號說明】 油封圈 101、 1011 毛細管座 102 陰螺 103 節流栓 104 栓頭 105 螺絲頭 106 調整螺絲 107 固定螺帽 108 油封座 109 螺旋毛細管 110 彈簧 111 油封環 112 凹球面 113、 1131 凸球面 114 球 115 軸承座 201 節流孔 202 1132 14 201250139 203 204 205 2051 206 207 208 209 210 211 油腔 進油孔 供油入口 供油嘴 連通孔 油管接頭 螺栓柱 柱塞 節流出口 螺栓柱孔 十、申請專利範圍: 1. -種「可調整節流長度_旋形毛細管贿」, 細官座、節流栓、栓頭、螺絲頭、調整螺絲螺ζ3 標旋毛細管'彈酱、油封環;其中螺旋毛細管、; 栓頭依序排列成—線而製成忧㈣ 在油封環槽内,作為軸向防油茂漏由由封環槽,油封麵 絲頭與栓頭被製成共輛曲面, 、^製有螺絲碩,竭 旋毛細管,調整螺絲另_ 累,錢轉前進時推動螺 安裝—外端; 紋,用來/U定離_,另 , ^農有陰螺 -整體在其中移動,在螺於二圓孔,容納螺旋毛細管的 旋轉退後時,彈=彈簧,㈣調整螺絲 吕之用,毛細官座以螺栓固定於軸承201250139 IX, invention description: [Technical field of invention] Oil hydrostatic bearing, throttle, capillary [previous technology] Republic of China Patent Notice No. 1269661, patent name: variable capillary groove film section machine a port date. 2007/04/21, application date: 2005/】〇/28. Referring to Figure-(8), the variable capillary channel throttle is composed of a base, a body, a casing and a flexible thin rider. The towel body has a thin metal, capillary groove and a voltage-stabilized chamber. Flexible_tight_the top side of the body, and on the one side of the body, the groove area is shaped like a pressure, the thin part is matched with the body and combined with the swelling, and the inner-side groove of the outer casing is formed - the adjustment chamber, the base And having an injection flow path connecting the adjustment chamber and the pressure regulation chamber, and an outlet flow path connecting the pressure regulation chamber, when the flow pressure of the external load end is greater than the adjustment chamber, the deflection _ will be flexed by force The film and the body capillary groove region are actuated _, so that the capillary opening of the film on the body becomes larger, so the fluid resistance through the capillary groove becomes smaller, so that the throttle device can be changed according to the waste force of the load end, which is more complicated. Fan @大, _ feedback (four) end outlet flow force function, adapt to the single-machine load change situation, but also because of a wide range of pressure and flow regulation 'single-design _ in a wide range of machines. The Republic of China patent shirt is like a number, patent name: dynamic feedback adjustment device, announcement date: 2005/04/n ‘ application deadline: 2〇〇4/〇 tear. Referring to Fig.-(b), a force feedback adjustment device is connected to a load system 201250139. This adjustment device is provided with a tweak (four) peg 'by changing the degree of tightening of the machine bolts' At the beginning of the flow, the amount of pure force at the beginning of the flow can be adjusted for the flow of the fluid output to the load system for each of the dynamic feedback regulators produced to accurately adjust to the required pressure and flow. SUMMARY OF THE INVENTION A capillary form of a job type can have a throttle length, a spiral capillary is formed at the end of the throttle plug, and the other end of the throttle plug is formed into a curved surface, and the adjusting screw and the (four) plug surface are used. The contact end is also made into a total reduction surface of the joint. When the adjusting screw moves the throttle plug, the capillary effective __flow length is changed, and each oil chamber needs to be installed by itself - a capillary restrictor. According to the invention, when the resident mold is placed on the axis wall, the oil supply population is provided with another opening outside the bearing, and then the oil supply hole is used for the navigation, and the (four) wire is used to change the effective throttle length of the spiral capillary. (4) Adjusting the force in the orifice to the pressure of Wang Zuo. The green installed on the bearing seat of the invention may be on the side of the oil chamber, or may be above or below the oil chamber, and any direction in the direction oblique to the oil chamber and the relative position of any oil chamber may be the end of the vein The outer shape and the position of the oil chamber are determined. When the throttle module of the present invention is more than one and combined in one body to form a combination, the grading body has a uniform transverse through bolt hole, and the module having the same number of bearing oil chambers is locked by the through bolt hole column, and the throttle hole is used. The outlet is installed with oil pipe connection, ☆ & hair, field & tailstock has a through hole for oil supply in the horizontal direction, and the oil supply hole is sealed between the oil seal _, _ The leakage, the two-end module seals the communication hole inlet with a plunger; the oil supply port of the one end module of the module 3 serves as the oil supply population, and the throttle length required for each mode adjustment is provided. The boring hole is connected to the lying hole of each independent module, and is connected to the oil chamber inlet of the bearing seat by the oil pipe through the outlet of the throttle contact orifice. The invention moves the adjusting screw through the spiral capillary of the throttle pin in the throttle hole, and the screw head and the plug head use two common curved surfaces as the driving contact surface, and the screw holes of the adjusting screw are transmitted through the two curved surfaces. The orifices of the throttle plugs are independent, so that the throttle plugs are automatically centered so that the orifices are made with sufficient precision and are not affected by the thread gap of the adjusting screws. [Embodiment] The composition of the present invention includes a capillary seat (10), a throttle check, a head 1〇5, a screw head _, an adjusting screw 1G7, a snail nut (10), an oil seal seat _, a spiral capillary tube 110, a spring 1U, and an oil seal. The ring H2 is as shown in FIG. 2; wherein the spiral capillary tube (10), the oil seal seat 109, the throttle plug 104 and the plug head 1〇5 are sequentially arranged in a line to be integrated, and the oil seal seat (10) is formed with an oil seal ring groove and an oil seal ring. 112 sets in the oil seal ring groove, as the axial oil leakage, the adjusting screw 107 has a screw head at one end, and the screw head 1〇6 and the plug head 1〇5 are made into a common curved surface for transmitting the adjusting screw 1 When the 〇7 is rotated forward, the spiral capillary m is pushed, the adjusting screw (10) is 丨-end made with a rotating operation portion, and the fixing nut 108 is attached to the outer end of the capillary seat 102; the capillary seat 1〇2 is made in the middle, the cylinder The end is provided with a female thread (10) for fixing the adjusting screw, and the other end is made of a smooth circular hole, and the whole of the spiral capillary 110 is accommodated therein, and the spring lu is used for the outer periphery of the spiral Yang 201250139. When the adjusting screw 1〇7 rotates back, it bounces back to the side of the mandrel The capillary tube 1〇2 is fixed to the bearing seat by screw inspection, and the lateral side leakage is stopped by the oil seal ring 101 P, and the throttle hole application, the oil chamber 203 and the oil inlet hole 204 are formed on the bearing housing 2〇1. The oil supply inlet 2〇5, wherein the orifice 2〇2 communicates with the hollow passage of the capillary seat 102, and the oil supply nozzle 2〇51裴 is placed at the outer end of the oil supply inlet 2〇5 for connecting the oil supply The pipe 'fuel supply is throttled from the oil supply inlet 205 through the oil inlet hole to the orifice 202' in the length of the spiral capillary f 11 节 in the orifice 202, so that the oil supply is adjusted in the Lang > 'il hole 202 Pressure to working pressure. In the outermost state, the spiral capillary officer 110 does not hit the oil inlet hole 2〇4 at all, as shown in Fig. 8 (8); the adjusting screw 1 () 7 pushes the spiral capillary m into the innermost condition to maximize the throttling. The length blocks the oil inlet hole 2〇4, as shown in Figure 3(b). The invention adopts the independent module type ampule in the implementation of various bearing seats 2〇1, for example, the figure shows that it is screwed; the f is fixed on the outer wall of the bearing housing 2〇1, and each oil chamber 2〇3 must correspond The Dunhuang-module's mounting orientation can be on the side of the oil chamber 2G3, or above and below the oil chamber 203, and in an oblique direction to the oil chamber 2() 3 and any orientation. The outer shape of the seat and the oil chamber are determined by the vertical setting. Each module has an oil chamber, an independent oil inlet 2G4, and a separate oil supply inlet 205 and its installation. An independent oil supply nozzle 2〇51 at the outer end of the inlet 2〇5. An embodiment in which more than one number of the present cranes are combined on the body is as shown in Fig. 5. 'Fig. 5 (8) is a front view, illustrating that the present invention is combined with a through bolt stud. 'Capillary f 110 end end system There is a transverse oil supply through the communication hole 2〇6, and each of the *, and the communication hole 2G6 is provided with a ring groove of the oil seal ring 1G1 at the opening at both ends thereof, and the oil inlet 201250139 hole 204 is perpendicular to the communication hole 206, so that The oil supply enters the orifice 2〇2, and the combined module is laterally made with the bolts of the fixed bolt column minus 2U. After the plurality of modules are arranged together, the fixed bolt posts 208 are locked and combined together, The oil supply holes between the two oil-filled holes are sealed to prevent leakage; the module of one of the two ends seals the opening of the communication hole 2〇6 with the plunger 2〇9, and the oil supply nozzle 2051 of the other end of the module device serves as the oil supply. In the inlet 205, the respective modules independently adjust the required throttling length of the spiral capillary tube 110, and the oil is supplied through the communication hole 2〇6 to the independent oil inlet hole 204 of each module, and is throttled to the orifice 2 through the throttle spiral capillary 11 〇2 outlet, orifice 202 to throttle outlet 210, install tubing joint 2〇7, with tubing Passing to/from the cavity 203, FIG. 5(b) is a side view thereof, showing the bolt post hole 211 ' used in the combination of the module and the relevant positions of the communication hole 2〇6 and the throttle hole 2〇2, The oil inlet 204 is connected. The bolt head 1〇5 of the throttle plug 104 and the screw head 1〇6 of the adjusting screw 1〇7 are driven by a conjugate curved surface, except for the convex spherical surface 114 of the plug head 105 and the concave spherical surface 113 of the screw head 1G6. The embodiment shown in Fig. 6; as shown in Fig. 6 (8), the concave spherical surface 113 is used at the throttle plug 1〇4, and the convex spherical surface 114 is adjusted by the screw 1〇7, as shown in Fig. 6 (9), the machine bolt 104 and the wither The same concave spherical surface 1131, 1132 is used for the whole screw 1〇7, and the two concave spherical surfaces 1131, 1132 are in contact with one ball 115, and are driven via the ball 115. Through the transmission of the conjugate curved surface, the screw holes of the adjusting screw 1〇7 and the hole seat of the throttle plug 1〇4 are independently independent, so that the throttle plug is automatically centered, so that the throttle hole 2〇2 is Make enough precision and won't be adjusted! The thread gap of 〇7 affects the accuracy. 12 201250139 [Simplified description of the drawings] Figure 1 (8) Structure of the variable capillary grooved film restrictor of the prior art (b) Structure of the pressure feedback adjusting device of the prior art Figure 2 Number of adjustable capillary length of the capillary capillary module (8) Front view (b) Top view Figure 3 Spiral capillary with adjustable throttle length (a) Case with minimum throttle length (b) Case with maximum throttle length Figure 4 Position of capillary tube mounted to oil chamber (a) Oil chamber Immediately above the capillary (b) The oil chamber is directly below the capillary (c) The oil chamber is inclined parallel to the capillary (d) The oil chamber is inclined parallel to the capillary downward (e) The oil chamber is tilted upward (f) The oil chamber is tilted downward ( g) The oil chamber is perpendicular to the capillary at the top (h) The oil chamber is perpendicular to the capillary. The module is arranged horizontally in the horizontal direction. (4) Front view (b) Side view 13 201250139 Figure 6. Capillary adjustment throttle length transmission instructions (a) Concave spherical surface and convex spherical surface (b) Two concave spherical surface clamping sphere [Main component symbol description] Oil sealing ring 101, 1011 Capillary seat 102 Female screw 103 Throttle plug 104 Bolt head 105 Screw head 106 Adjustment screw 107 Fixing nut 108 Seal 109 Spiral capillary 110 Spring 111 Oil seal ring 112 Concave spherical surface 113, 1131 convex spherical surface 114 Ball 115 Bearing housing 201 Throttle 202 1132 14 201250139 203 204 205 2051 206 207 208 209 210 211 Oil chamber oil inlet for oil supply Oil nozzle communication hole oil pipe joint bolt column plunger throttle outlet bolt column hole ten, patent application scope: 1. - "adjustable throttle length _ spin capillary bribe", fine seat, throttle plug, bolt head, screw Head, adjusting screw ζ 3 standard rotary capillary 'bomb sauce, oil seal ring; where the spiral capillary,; the plug head is arranged in order to make the line (4) in the oil seal ring groove, as the axial oil leakage leak The ring groove, the oil cover wire head and the bolt head are made into a common curved surface, and the screw system is made up of screws, the capillary is exhausted, the adjusting screw is _ tired, and the screw is pushed forward when the money advances - the outer end; the pattern is used for / U fixed away _, another, ^ agricultural snail - the whole move in it, in the snail in the two round holes, the rotation of the spiral capillary is retracted, the spring = spring, (four) the adjustment screw, the capillary seat with the bolt Fixed to bearing
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW100119921A TWI433999B (en) | 2011-06-07 | 2011-06-07 | The screw-type capillary module with restriction length being adjustable |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW100119921A TWI433999B (en) | 2011-06-07 | 2011-06-07 | The screw-type capillary module with restriction length being adjustable |
Publications (2)
Publication Number | Publication Date |
---|---|
TW201250139A true TW201250139A (en) | 2012-12-16 |
TWI433999B TWI433999B (en) | 2014-04-11 |
Family
ID=48139196
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW100119921A TWI433999B (en) | 2011-06-07 | 2011-06-07 | The screw-type capillary module with restriction length being adjustable |
Country Status (1)
Country | Link |
---|---|
TW (1) | TWI433999B (en) |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US9671035B2 (en) | 2014-07-18 | 2017-06-06 | Industrial Technology Research Institute | Flow regulator |
US10054161B1 (en) | 2017-06-09 | 2018-08-21 | National Tsing Hua University | Membrane restrictor and hydrostatic bearing module |
CN111237296A (en) * | 2020-01-08 | 2020-06-05 | 西安理工大学 | Capillary throttling arrangement with adjustable hydraulic resistance based on piezoelectric actuator |
-
2011
- 2011-06-07 TW TW100119921A patent/TWI433999B/en active
Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US9671035B2 (en) | 2014-07-18 | 2017-06-06 | Industrial Technology Research Institute | Flow regulator |
US10054161B1 (en) | 2017-06-09 | 2018-08-21 | National Tsing Hua University | Membrane restrictor and hydrostatic bearing module |
TWI641768B (en) * | 2017-06-09 | 2018-11-21 | 國立清華大學 | Membrane restrictor and hydrostatic bearing module |
CN111237296A (en) * | 2020-01-08 | 2020-06-05 | 西安理工大学 | Capillary throttling arrangement with adjustable hydraulic resistance based on piezoelectric actuator |
CN111237296B (en) * | 2020-01-08 | 2023-04-18 | 西安理工大学 | Capillary throttling arrangement with adjustable hydraulic resistance based on piezoelectric actuator |
Also Published As
Publication number | Publication date |
---|---|
TWI433999B (en) | 2014-04-11 |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
TW201250139A (en) | The screw-type capillary module with restriction length being adjustable | |
JPH0681935B2 (en) | Fuel injector | |
US8794939B2 (en) | Fuel pump head having an external chamber | |
EP3202441A1 (en) | Multi-type medicinal fluid flow rate control apparatus and medicinal fluid injector comprising same | |
AU2010200904B2 (en) | Internal combustion engine | |
DE112012004564T5 (en) | Fuel injection device with injection control valve cartridge | |
US10174856B2 (en) | Main valve with grooved rigid internal structure | |
US20030101970A1 (en) | Fuel injection pump having feed pump assembly | |
RU2003131598A (en) | FUEL DISPENSER WITH COMPENSATING CONTROL VALVE AND CONTROL VALVE | |
TWI503482B (en) | Pump device and pump system | |
ITMI20092271A1 (en) | FUEL SUPPLY SYSTEM FROM A TANK TO AN INTERNAL COMBUSTION ENGINE | |
EP2578251B1 (en) | Flow regulator for infusion pump and method of manufacturing the same | |
JP3757459B2 (en) | Bellows type fuel pump | |
JP2002371941A (en) | Fuel injection pump | |
JP2020508106A (en) | Bladder for infusion assembly | |
CN207848506U (en) | A kind of table pre-gate valve | |
US6817838B2 (en) | Fuel injection pump with a filter | |
CN106246412B (en) | A kind of ejector filler border area refrigerant flow adjusting device | |
JPH0719137A (en) | Pressure governor for fuel injection device | |
CN218625443U (en) | Oil injection screw type combined valve | |
JP2020508107A (en) | Mandrel for infusion assembly | |
ITMI20011818A1 (en) | SEALING SUPPORT AND CLOSING DEVICE IN CORRESPONDENCE OF PASSERS | |
CN212959927U (en) | Flow-adjustable gate valve | |
JPH02163465A (en) | Fuel branch pipe | |
JPH02215967A (en) | Fuel injection pump of internal combustion engine |