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    • 1. 发明授权
    • Multi-stage flash distillation plant
    • 多级闪蒸厂
    • US3966562A
    • 1976-06-29
    • US493480
    • 1974-07-31
    • Toshimi MukushiKenkichi IzumiSankichi TakahashiYoshiaki OkazimaToshio SawaMithumasa Komai
    • Toshimi MukushiKenkichi IzumiSankichi TakahashiYoshiaki OkazimaToshio SawaMithumasa Komai
    • B01D3/06C02F1/04C02F1/06B01D3/00
    • C02F1/06B01D3/065C02F1/042Y02P70/34Y10S159/38
    • A multi-stage distillation plant consisting essentially of a multi-flash evaporator provided with a multi-flash chamber which is divided into a heat recovery section and a heat rejection section. In this multi-stage flash distillation plant, the aforesaid flash evaporator is provided with a deaerator for deaerating cold sea water, a thickener for separating brine containing a relatively great amount of seeds, from concentrated brine which has been extracted from a front chamber of the final stage flash chamber, and a seed mixing tank for obtaining a seed-mixed brine, whereby part of the sea water which has passed through the deaerator is supplied as a feed sea water to the rear chamber of the final stage flash chamber, while the brine containing a relatively great amount of seed and extracted from the thickener is joined to the seed-mixed brine fed from the seed mixing tank. Thus, the confluent brine thus joined together is discharged for deaeration into the final stage flash chamber from a distributor provided in the rear chamber thereof. According to another aspect of the invention, the aforesaid deaerator is omitted and the feed sea water which has not been subjected to deaeration is joined to the aforesaid confluent brine and is discharged for deaeration from the distributor.
    • 一种多级蒸馏设备,主要由多闪蒸发器组成,多蒸发蒸发器设置有多闪蒸室,其分为热回收段和排热段。 在这种多级闪蒸装置中,上述闪蒸器具有用于对冷海水进行脱气的除气器,用于从含有相对大量种子的盐水中分离的浓缩物,该浓缩盐水从已从 最后阶段闪蒸室和用于获得种子混合盐水的种子混合罐,由此将通过除气器的一部分海水作为进料海水供应到最终级闪蒸室的后室,而 含有相对大量种子并从增稠剂中提取的盐水与从种子混合罐供给的种子混合盐水相连。 因此,这样连接在一起的汇合盐水从设置在其后室中的分配器排出进入最后阶段闪蒸室。 根据本发明的另一方面,省略了上述脱气器,并且没有进行脱气的进料海水与上述汇合盐水接合,并从分配器排出以脱气。
    • 7. 发明授权
    • Valve body for non-sliding type gate valve
    • 用于非滑动型门阀的阀体
    • US5087017A
    • 1992-02-11
    • US499336
    • 1990-06-12
    • Toshio SawaNorikimi IrieYuzo Hayashi
    • Toshio SawaNorikimi IrieYuzo Hayashi
    • F16K3/18F16K51/00
    • F16K51/00F16K3/188
    • A non-sliding gate valve includes a valve housing and a valve body, the valve body having a paired valve plate and a counter plate disposed within the valve housing in parallel with each other. Also included are a pair of inner supports, each made of a metallic circular plate and arranged in parallel with each other, an outer support arranged outside the inner supports, and a pair of annular elastic connecting sheets arranged radially between the inner and outer supports and in parallel with each other, with a gap being left therebetween. The valve and counter plates are sealingly connected to the confronting inner supports, respectively; and the inner and outer supports are sealingly secured at their peripheries to the annular sheets at their inner and outer diameter portions, respectively. The annular sheets are each formed with at least one annular corrugation on their surfaces, a sealed space being formed between the inner and outer supports and the annular sheets so as to be connected to a pressurized fluid source.
    • PCT No.PCT / JP90 / 00020 Sec。 371 1990年6月12日第 102(e)1990年6月12日PCT PCT 1990年1月10日PCT公布。 公开号WO90 / 08275 日期:1990年7月26日。非滑动闸阀包括阀壳体和阀体,所述阀体具有彼此平行设置在所述阀壳体内的成对阀板和对置板。 还包括一对内部支撑,每个内部支撑件由金属圆形板形成并且彼此平行地布置,外侧支撑件设置在内部支撑件的外侧,以及一对环形弹性连接片材,径向地布置在内部和外部支撑件之间, 彼此平行,其间留有间隙。 阀和对板分别密封地连接到相对的内部支撑件上; 并且内外支撑件分别在它们的内径部分和外径部分处分别密封地固定在环形片上。 环形片在其表面上各自形成至少一个环形波纹,在内部和外部支撑件和环形片之间形成密封空间,以便连接到加压流体源。
    • 8. 发明授权
    • Road surface roughness measuring device
    • 路面粗糙度测量装置
    • US06679106B1
    • 2004-01-20
    • US09926772
    • 2002-03-18
    • Hironari AbeToshio SawaAtsushi Kasahara
    • Hironari AbeToshio SawaAtsushi Kasahara
    • G01B528
    • G01N19/02G01B11/30
    • The object of the present invention is to provide a road surface roughness measuring apparatus for measuring the coefficient of dynamic friction and the roughness of the road surface in each direction at a same section where the coefficient of dynamic friction is measured, said apparatus divides the measuring circle on the road surface into a plurality of sections, on which measuring circle the rotary type unit for measuring the coefficient of dynamic friction measures the coefficient of dynamic friction. The road surface roughness measuring apparatus has: a frame (32) having a plurality of legs (31) used for placing the apparatus on a road surface (G); a rotary shaft (45) mounted on the frame (32) and extending vertically; a rotary encoder (44) mounted on the top end of the rotary shaft (45); a rotation plate (50) mounted on the bottom end of the rotary shaft (45); a motor (39) provided with a speed reducing gear and for driving the rotary shaft via gears (41, 41a); and a laser displacement gauge (51) mounted on the rotation plate (50). The laser displacement gauge (51) is disposed in such a way as to measure a road surface roughness along a measuring circle (P) on which the rotary type unit for measuring the coefficient of dynamic friction measures the coefficient of dynamic friction by the rotation of the rotation plate. The measuring circle (P) is divided into a plurality of sections and the road surface roughness for each section (a to h) is calculated based on the signals of the laser displacement gauge (51) and the rotary encoder (44).
    • 本发明的目的是提供一种路面粗糙度测量装置,用于在测量动摩擦系数的相同部分处测量动态摩擦系数和路面粗糙度,所述装置将测量 将路面上的圆圈分成多个部分,测量圆上用于测量动摩擦系数的旋转式单元测量动摩擦系数。 路面粗糙度测量装置具有:具有用于将设备放置在路面(G)上的多个腿部(31)的框架(32); 旋转轴(45),安装在所述框架(32)上并垂直延伸; 安装在所述旋转轴(45)的顶端的旋转编码器(44); 安装在所述旋转轴(45)的底端的旋转板(50); 具有减速齿轮并通过齿轮(41,41a)驱动旋转轴的马达(39); 以及安装在旋转板(50)上的激光位移计(51)。 激光位移计(51)以沿测量圆(P)测量路面粗糙度的方式设置,用于测量动摩擦系数的旋转型单元通过旋转系数测量动摩擦系数 旋转板。 测量圆(P)被分成多个部分,并且基于激光位移计(51)和旋转编码器(44)的信号计算每个部分(a至h)的路面粗糙度。