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    • 51. 发明授权
    • Apparatus for decalcifing water by producing turbulence
    • 通过产生湍流来对水进行脱钙的装置
    • US4940538A
    • 1990-07-10
    • US312679
    • 1989-02-21
    • Erik KysterNiels-Henrik G. JakobsenJens J. MolbaekOle StenderupBjarne Straede
    • Erik KysterNiels-Henrik G. JakobsenJens J. MolbaekOle StenderupBjarne Straede
    • C02F1/34C02F1/36
    • C02F1/34Y10S138/06Y10T137/7781Y10T137/7791
    • An inlet nipple and a housing having a water passage extending therethrough that have first, second and third water bore portions of progressively larger diameters in a downstream direction. A variable throttle point is formed by a fixed member and a movable member acting in conjunction with the bore portions that produce a turbulent flow causing cavitation downstream of the throttle point independently of the quantity of flow. In one embodiment the movable member includes a closure portion seatable against a seat formed at the intersection of the bore portion and an annular portion that in conjunction with a bore portion forms an annular water flow space downstream of the closure portion. In the second embodiment the fixed member has a closure portion converging toward an aperture in the movable member which is in the shape of a cup. A filter insert is secured to the housing to collect precipitated material while a layer of galvanically soluble metal is provided on the movable member to have water flow thereover.
    • 入口接头和具有延伸穿过其中的水通道的壳体具有沿下游方向具有逐渐更大直径的第一,第二和第三水孔部分。 可变节流点由固定构件和与孔部分结合起作用的可动构件形成,其产生湍流,导致节气门点下游的空化,而与流量无关。 在一个实施例中,可移动构件包括可抵靠形成在孔部分和环形部分的相交处的座部的封闭部分,其与孔部分结合形成在封闭部分下游的环形水流空间。 在第二实施例中,固定构件具有朝向杯状形状的可动构件的孔收敛的封闭部。 过滤器插入件固定到壳体上以收集沉淀的材料,同时在可移动构件上设置一层可电镀金属以使水流过其上。
    • 52. 发明授权
    • Ultrasonic vibrator tray apparatus
    • 超声波振动器托盘装置
    • US4919807A
    • 1990-04-24
    • US189361
    • 1988-05-02
    • William E. MortonHarold V. FairbanksJames WallisRaymond L. HunickeJoseph Krenicki
    • William E. MortonHarold V. FairbanksJames WallisRaymond L. HunickeJoseph Krenicki
    • B01D21/00B01J8/16B03B1/00B03B9/00B03C1/005C02F1/34
    • B01D21/283B01J8/16B03B1/00B03B9/005B03C1/005
    • Processes and apparatus for treatment of flowing slurries of particulate material mixed in liquid employ a wide, elongated downwardly-slanted, metal tray with upturned edge flanges, cable-suspended for unrestrained vibratory flexing and undulation. The tray is provided with a plurality of ultrasonic transducers mounted on its underside, and the flowing slurry is delivered to the upper tray end, flowing lengthwise down the tray in a shallow flowing sheet. Ultrasonic vibratory energy coupled through the tray to the flowing slurry has a "microscopic scrubbing" action on all particles and agglomerates, breaking the surface tension on the particle, cleaning particle surfaces, and separating different constituent particles and coatings of gels, slimes, algae, clay or mud. Mixtures of fine particles of coal or other valuable minerals with ash, clay, rock or sand particles are separated with unexpected efficiency by these techniques. In a second embodiment, a second reflection tray is provided superimposed on the first tray.
    • 用于处理混合在液体中的颗粒材料的流动浆料的方法和设备使用具有向上倾斜的边缘凸缘的宽而细长的向下倾斜的金属托盘,电缆悬挂用于无限制的振动弯曲和波动。 托盘设置有安装在其下侧上的多个超声换能器,并且流动的浆料被输送到上托盘端部,在浅的流动片材中沿着托盘沿着纵向方向流动。 通过托盘耦合到流动浆料的超声振动能量对所有颗粒和附聚体具有“微观擦洗”作用,破坏颗粒上的表面张力,清洁颗粒表面,以及分离凝胶,泥浆,藻类, 粘土或泥土。 通过这些技术,煤或其他有价值矿物的细颗粒与灰分,粘土,岩石或砂粒的混合物以意想不到的效率分离。 在第二实施例中,叠置在第一托盘上的第二反射托盘。
    • 55. 发明授权
    • Regasifying pasteurization system
    • 再生巴氏消毒系统
    • US4597876A
    • 1986-07-01
    • US522637
    • 1983-08-11
    • Mark N. Hall
    • Mark N. Hall
    • A23L2/48A23L2/54A23L2/76A23L3/015A61L2/02C02F1/34C12H1/16C02F1/20C02F1/36
    • B01F3/04978A23L2/48A23L2/54A23L2/76A23L3/015A61L2/02B01F11/0258B01F3/20B01F3/2021C02F1/34C12H1/16
    • Disclosed is a regasifying pasteurization system and related methods using compressional waves. The system first degasifies the incoming liquid acoustically and under a static pressure below atmospheric pressure. The compressional waves used in degasification are preferably modulated to increase efficiency. The degassed liquid is then exposed to vaporous cavitation in a microorganism disintegrator wherein microorganisms are disintegrated and killed, preferably using frequency modulated compressional waves and vacuum pressures. The regassified pasteurization system also includes a regasification subsystem which injects gases back into the liquid. The gases are sometimes the same gases removed during the degasification step. The degasification and disintegration step form independent subsystems and combine to form a pasteurization subsystem all of which can be used independent of the regasification subsystem.
    • 公开了一种再气化巴氏消毒系统及使用压波的相关方法。 该系统首先在声压和静态压力低于大气压力下对进入的液体进行脱气。 用于脱气的压缩波优选被调制以提高效率。 然后将脱气的液体暴露于微生物崩解剂中的汽相气蚀,其中微生物被分解和杀死,优选使用频率调制的压缩波和真空压力。 复苏的巴氏消毒系统还包括将气体注入液体的再气化子系统。 在脱气步骤期间,气体有时是相同的气体。 脱气和分解步骤形成独立的子系统,并结合形成巴氏消毒子系统,所有这些子系统都可以独立于再气化子系统使用。