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    • 1. 发明专利
    • Eco-friendly solid-liquid separation system
    • 生态友好型固液分离系统
    • JP2011173227A
    • 2011-09-08
    • JP2010041162
    • 2010-02-26
    • Niigata Uoshinton Kk新潟ウオシントン株式会社
    • KATSUMI TOSHIKI
    • B23Q11/00B01D61/14B28D7/02
    • Y02P70/171
    • PROBLEM TO BE SOLVED: To provide an eco-friendly solid-liquid separation system indirectly suppressing the generation of CO
      2 .
      SOLUTION: The eco-friendly solid-liquid separation system 100 includes: a crude liquid tank 1 into which a coolant liquid used in a manufacturing line 5 is recovered; a centrifugal separator 2 into which the crude liquid is fed from a first electric powered pump P1 via a feed pipe 21; a membrane filtering device 3 into which separated liquid, separated by the centrifugal separator 2, is fed; a filtrated liquid tank 4 in which filtrated liquid separated by the membrane filtering device 3 is stored; a second electric powered pump P2 feeding the filtrated liquid in the filtrated liquid tank 4 to the manufacturing line 5; a third electric powered pump P3 feeding the used liquid of the coolant liquid from the manufacturing line 5 to the crude liquid tank 1; a concentrated liquid tank 6 into which concentrated liquid separated by the membrane filtering device 3 is recovered via a recovery passage 25; and a fourth electric powered pump P4 equipped to the concentrated liquid tank 6. A feed pipe 30 is arranged between a valve 7 equipped in the feed pipe 21 and the fourth electric powered pump P4, so as to feed the concentrated liquid in the concentrated liquid tank 6 to the centrifugal separator 2.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供间接抑制CO 2 的生成的环保型固液分离系统。 解决方案:环保型固液分离系统100包括:回收用于生产线5中的冷却剂液体的粗液罐1; 离心分离器2,其中粗液体经由进料管21从第一电动泵P1进料; 供给由离心分离器2分离的分离液体的膜过滤装置3; 过滤液罐4,其中存储有由膜过滤装置3分离的过滤液体; 第二电动泵P2将过滤液罐4中的过滤液体供给到生产线5; 第三电动泵P3将冷却剂液体的使用液体从制造线5供给到粗液罐1; 通过回收通道25回收由膜过滤装置3分离的浓缩液体的浓缩液罐6; 以及配备到浓缩液罐6的第四电动泵P4。在配置在进料管21和第四电动泵P4中的阀7之间配置有供给管30,以将浓缩液体供给到浓缩液 罐6到离心分离器2.版权所有(C)2011,JPO&INPIT
    • 3. 发明专利
    • DESCALING RECOVERY DEVICE
    • JPH07178438A
    • 1995-07-18
    • JP32705393
    • 1993-12-24
    • NIIGATA UOSHINTON KK
    • FUKUMOTO KANJI
    • B08B5/04B08B3/08B21B45/08
    • PURPOSE:To enable efficient recovery by discharging the steam in a collecting duct after a peeled scale, water, steam are collectively collected in a collecting duct upward through a steam discharging duct and recovering a waste water containing a peeled scale from a recovery duct. CONSTITUTION:The flow of a waste water containing a peeled scale is collided with the jet flow injected from low pressure water injecting devices 12a, 12b, its flow is intercepted so as to fly away from the surface of steel and is taken in the hoods 13a, 13b of upper/lower parts. The steam generated in waste water proceeds as accompanying with the flow of waste to be taken in the hoods of upper/lower parts. The steam collected in the collecting ducts 14a, 14b of upper/lower parts through each hood is guided upward through steam discharging ducts 15a, 15b also the waste water collected in the collecting ducts of upper/lower parts is guided downward through recovery ducts 16a, 16b. In this way, the peeled scale, water, steam are efficiently recovered.
    • 4. 发明专利
    • CONTINUOUS-TYPE DIFFUSER
    • JPH06249200A
    • 1994-09-06
    • JP3292893
    • 1993-02-23
    • NIIGATA UOSHINTON KK
    • NUMAOKA KAZUHIDE
    • F04D29/02F04D29/44
    • PURPOSE:To enable fluid to be guided to a return blade portion from a guide blade portion without any loss, in the diffuser of a centrifugal pump. CONSTITUTION:In a diffuser composed of a guide blade portion 2 arranged on the outer periphery of an impeller 1, a return blade portion 3 for guiding fluid to a black stage and a connecting space part 4 for connecting them to teach other, the passages to the return blade portion 3 from the guide blade portion 2 are connected to each other, so as to be constituted by passages 5 each of which is in an independent, three-dimensional continuous structure. Respective passages 5 are so formed by means of a trial and error method by using a temporary triangle and a three-dimensional modeling by using a computer, that both sectional areas in the direction of flow and in the vertical direction thereof may be smoothly deformed, moreover a casing is cast by manufacturing a ceramics-made sand mold core having a protrusion from a pattern, so as to be integrally formed in the casing by removing the core.
    • 5. 发明专利
    • Vertical decanter type centrifugal separator
    • 垂直分离器类型离心分离器
    • JP2011104464A
    • 2011-06-02
    • JP2009259380
    • 2009-11-13
    • Niigata Uoshinton Kk新潟ウオシントン株式会社
    • KATSUMI TOSHIKI
    • B04B1/20B04B11/06
    • PROBLEM TO BE SOLVED: To provide a vertical decanter type centrifugal separator with wear of screw blades reduced.
      SOLUTION: The vertical decanter type centrifugal separator 10 includes an erected cylindrical rotary bowl 11, a screw conveyer 2 arranged concentrically in the rotary bowl 11 and a raw slurry supply pipe 15 supplying a raw slurry into the rotary bowl 11. On the upper surface of screw blades 2b formed on the screw conveyer 2, there is arranged a guide section 2c having a spiral slope inclined to the side of the axis of the screw shaft 2a.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种减少了螺丝刀磨损的立式滗析器型离心分离机。 解决方案:垂直倾析器式离心分离器10包括竖立的圆筒形旋转碗11,同心地设置在旋转碗11中的螺旋输送机2和将原料浆料供应到旋转碗11中的原料浆料供给管15。 形成在螺旋输送机2上的螺旋叶片2b的上表面设置有具有与螺杆轴2a的轴线侧相反倾斜的螺旋形斜面的引导部2c。 版权所有(C)2011,JPO&INPIT
    • 6. 发明专利
    • Crank mechanism and compressor or pump using the crank mechanism
    • 使用起重机械的起重机械和压缩机或泵
    • JP2006220074A
    • 2006-08-24
    • JP2005034671
    • 2005-02-10
    • Niigata Uoshinton KkNippon Petroleum Refining Co Ltd新日本石油精製株式会社新潟ウオシントン株式会社
    • ARIMA JUNJIOKUDA TOSHIYUKIWATANABE SEIJISANADA YOSHITO
    • F04B35/01F04B27/02
    • PROBLEM TO BE SOLVED: To provide a crank mechanism improved in life and maintainability by compact structure and a compressor or a pump using the crank mechanism.
      SOLUTION: This crank mechanism comprises a crankshaft 2, a crank web 3 fitted to at least one end of the crankshaft 2 and rotatable integrally with the crankshaft 2, a crank pin 4 fitted to the crank web 3 and revolving around the crank pin 2, a crank pin roller 5 rotatably fitted to the crank pin 4, a rectangular cross head 6 in which an oblong hole groove 8a in which the crank pin roller 5 is fitted is formed, and a frame 9 reciprocatingly and linearly guiding the cross head 6. The crank mechanism is characterized in that the revolving motion of the crank pin 4 and the reciprocating and linearly motion of the cross head 6 are converted to each other through the oblong hole groove 8a. The compressor or the pump uses the crank mechanism.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种通过紧凑结构改善寿命和维护性的曲柄机构,以及使用曲柄机构的压缩机或泵。 解决方案:该曲柄机构包括曲轴2,曲柄腹板3,其配合到曲轴2的至少一端并与曲轴2一体旋转;曲柄销4,其安装在曲柄腹板3上并围绕曲柄 销2,可旋转地装配到曲柄销4的曲柄销辊5,形成有矩形十字头6,其中形成有曲柄销辊5装配的长孔槽8a和框架9,该框架9往复并直线地引导十字 曲柄机构的特征在于,曲柄销4的旋转运动和十字头6的往复和直线运动通过长孔槽8a彼此转换。 压缩机或泵使用曲柄机构。 版权所有(C)2006,JPO&NCIPI
    • 8. 发明专利
    • INTEGRATED MOTOR-OPERATED CHECK VALVE
    • JP2002098248A
    • 2002-04-05
    • JP2000285008
    • 2000-09-20
    • NIIGATA UOSHINTON KK
    • NAKAMURA HARUO
    • F16K15/18F16K31/04
    • PROBLEM TO BE SOLVED: To provide a structurally simple integrated motor-operated check valve that integrates an on-off valve and a check valve and combines the respective functions. SOLUTION: The integrated motor-operated check valve comprises a valve element 4 in the form of a polygonal prism for closing or interconnecting an upstream passage 1a and a downstream passage 1b, a casing 1 having the upstream passage, the downstream passage and a valve element chamber 19 formed therebetween to hold the valve element fitted in slidably in a height direction, an urging means 10 for urging the valve element to the closing position until water pressure in the upstream passage exceeds a given value, an electric valve drive means 17, 18 having driving force for moving the valve element arbitrarily to the closing position while in an off state, and a stem rod 16 used to transmit the driving force of the valve drive means to the valve element and while in an on state, moved to a noncontact position leaving a space over which the valve element is movable to the interconnecting position. A steady operational state sets the valve drive means on to offer a function as a check valve, and a starting state and a stopping state control the valve drive means to offer a function as a motor-operated on-off valve.
    • 9. 发明专利
    • INLET VALVE MECHANISM FOR PLUNGER PUMP
    • JPH11201057A
    • 1999-07-27
    • JP154198
    • 1998-01-07
    • NIIGATA UOSHINTON KK
    • NAKAMURA HARUO
    • F16K1/04F04B53/10F04B53/12F16K15/18F16K39/02
    • PROBLEM TO BE SOLVED: To reduce damage of a valve lifter to press a convex lens-shaped valve of an inlet valve mechanism. SOLUTION: This device comprises a convex lens-shaped valve having a communication hole at a center part to press a valve sheat provided in a valve seat of an inlet valve mechanism to the valve seat when the valve is closed, plural valve lifters 10 to press the convex lens-shaped valve to get apart from the valve seat against energization force of a spring when the valve is opened, a holder 11 having a communication part to hold a base end part 10 of the valve lifter 10, a support shaft 12 to rotatably support the holder 11 at a plunger chamber, and the spring provided around the support shaft 12 to press a tip 10b of the valve lifter 10 to an outer edge part of the convex lens-shaped valve, and the base end part 10a of the valve lifter 10 is rotatably and slidably held to be prevented from removing through a spring 13 between a bottom of a recessed hole 11a formed in the holder 11 and the base end 11b of the valve lifter 10.