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    • 101. 发明申请
    • COOLANT SUPPLY METHOD AND APPARATUS FOR GRINDING MACHINE
    • 冷却剂供应方法和研磨机的设备
    • US20060246823A1
    • 2006-11-02
    • US11401323
    • 2006-04-11
    • Hiroshi MoritaKimihiro BanShinichi Yokota
    • Hiroshi MoritaKimihiro BanShinichi Yokota
    • B24B51/00B24B1/00B24B55/02
    • B24B55/045
    • In a coolant supply method and apparatus for a grinding machine, when an end surface of a workpiece is ground with a grinding wheel end surface of a grinding wheel with coolant being supplied toward a grinding point, a first coolant flow is ejected toward a first position which is on the grinding wheel end surface on an upstream side of the grinding point, and intercepts an air layer rotating to follow the grinding wheel end surface. At the same time, a second coolant flow is ejected toward a second position which is on the grinding wheel end surface and which is closer to the grinding point than the first point, and clings onto the grinding wheel end surface at the second position where the follow air layer has been intercepted by the first coolant flow. Thus, the coolant of a sufficient volume can be supplied to the grinding point where the grinding wheel end surface grinds the end surface of the workpiece.
    • 在用于研磨机的冷却剂供给方法和装置中,当工件的端面用研磨轮的砂轮端面研磨时,其中朝向研磨点供给冷却剂,第一冷却剂流朝向第一位置喷射 其位于研磨点的上游侧的砂轮端面上,并拦截沿着砂轮端面旋转的空气层。 同时,向第二位置喷射第二冷却剂流,该第二位置位于砂轮端面上并且比第一点更靠近研磨点,并且在第二位置附着在砂轮端面上, 跟随空气层已被第一冷却剂流拦截。 因此,足够体积的冷却剂可以被供给到研磨点,其中砂轮端面研磨工件的端面。
    • 102. 发明授权
    • Grinding method and device for the same
    • 研磨方法和装置相同
    • US06932673B2
    • 2005-08-23
    • US10375948
    • 2003-02-28
    • Hiroshi MoritaTakayuki YoshimiRyohei Mukai
    • Hiroshi MoritaTakayuki YoshimiRyohei Mukai
    • B23Q11/10B24B5/04B24B55/02B24B49/00B24B1/00B24B51/00
    • B24B5/04B24B55/02
    • The present invention supplies coolant to a grinding wheel surface and reliably guides the coolant to a grinding point on the grinding wheel surface, thereby significantly reducing the amount of coolant to be used.In a grinding method and device for supplying coolant while grinding a workpiece W with a rotating grinding wheel 1, a fluid nozzle 2 is disposed upstream from a grinding point 11 on the circumferential surface 10 of the grinding wheel 1. The fluid nozzle 2 blows a jet of fluid across an air layer 12, which is a layer of flowing air dragged along the circumferential surface 10 of the grinding wheel 1, from one lateral side of the air layer 12 to the other lateral side thereof. A grinding fluid nozzle 3 supplies coolant to a region between the grinding point 11 and a cutoff position 13 at which the fluid jet from the fluid nozzle 2 has deflected the air flow from the air layer 12. The coolant supplied from the grinding fluid nozzle 3 contacts the grinding point 11 on the grinding surface 10.
    • 本发明将冷却剂提供给砂轮表面并且可靠地将冷却剂引导到砂轮表面上的研磨点,从而显着减少要使用的冷却剂的量。 在用旋转砂轮1研磨工件W的同时供给冷却剂的研磨方法和装置中,流体喷嘴2设置在研磨点11的上方,在磨轮1的圆周面10上。 流体喷嘴2通过空气层12吹送流体,空气层12是空气层12,空气层12是沿着空气层12的一个横向侧向另一个横向侧沿着砂轮1的圆周表面10拖动的流动空气层。 研磨流体喷嘴3向研磨点11和切断位置13之间的区域提供冷却剂,在该区域处,来自流体喷嘴2的流体射流已经使来自空气层12的气流偏转。 从研磨液喷嘴3供给的冷却剂与研磨面10上的研磨点11接触。
    • 103. 发明授权
    • X-Y stage apparatus
    • X-Y舞台装置
    • US06817104B2
    • 2004-11-16
    • US10144750
    • 2002-05-15
    • Makoto KanekoHiroshi MoritaYasuhito NakamoriMasanobu SugimineYoshiyuki Tomita
    • Makoto KanekoHiroshi MoritaYasuhito NakamoriMasanobu SugimineYoshiyuki Tomita
    • B23Q1600
    • B23Q1/34B23Q1/621
    • The speed and precision in positioning a moving table in the X-axis and Y-axis directions is enhanced dramatically. An X-Y stage apparatus is provided, in which a moving table is supported relative to a stationary base, with slight displacements made possible within the XY plane, and in which a component mounted and placed on the moving table can be positioned within the XY plane. The X-Y stage apparatus includes an elastic hinge that is flexible only in one or two direction among the X-axis, Y-axis, and Z-axis directions, and rigid in directions of the other axes. The moving table is supported relative to the stationary base with slight displacements made possible in the XY plane, using an elastic deformation of each of the elastic hinges in the flexible direction. Furthermore, the moving table can be slightly displaced within the XY plane, using an X-axis linear motor, and a Y-axis linear motor.
    • 移动台在X轴和Y轴方向定位的速度和精度大大提高。 提供了一种X-Y平台装置,其中移动台相对于固定基座被支撑,在XY平面内具有可能的微小位移,并且其中安装并放置在移动台上的部件可以位于XY平面内。 X-Y平台装置包括弹性铰链,其在X轴,Y轴和Z轴方向上在一个或两个方向上是柔性的,并且在另一个轴线的方向上是刚性的。 移动台相对于固定基座被支撑,在XY平面中可以使用弹性铰链在柔性方向上的弹性变形使其具有可能的微小位移。 此外,移动台可以使用X轴线性电动机和Y轴线性电动机在XY平面内稍微移位。
    • 105. 发明授权
    • Apparatus for producing water containing dissolved ozone
    • 用于生产含有溶解臭氧的水的装置
    • US06464867B1
    • 2002-10-15
    • US09958890
    • 2001-10-12
    • Hiroshi MoritaOsamu OtaTetsuo MizuniwaKazumi Tsukamoto
    • Hiroshi MoritaOsamu OtaTetsuo MizuniwaKazumi Tsukamoto
    • C02F178
    • C02F1/78B01F3/04099B01F3/04985B01F2003/04886C01B13/10C02F1/32C02F1/44C02F1/68C02F1/725C02F2103/04C02F2103/12C02F2201/782Y10S210/90
    • An apparatus for producing water containing dissolved ozone which comprises (A) a piping for supplying ultrapure water through which ultrapure water is supplied, (B) a catalytic reaction portion which is connected with the piping for supplying ultrapure water and in which the ultrapure water is brought into contact with an oxidation-reduction catalyst, (C) a filtration apparatus by which the ultrapure water treated in the catalytic reaction portion is filtered and (D) an apparatus for dissolving ozone in which ozone is dissolved into the ultrapure water discharged from the filtration apparatus; and an apparatus for producing water containing dissolved ozone which comprises an apparatus for producing ultrapure water which is equipped with an apparatus for irradiating with ultraviolet light, an apparatus for dissolving ozone in which ozone is dissolved into the ultrapure water produced in the apparatus for producing ultrapure water and a catalytic reaction portion which is packed with an oxidation-reduction catalyst and disposed between the apparatus for irradiating with ultraviolet light and the apparatus for dissolving ozone. Substances promoting decomposition of ozone which are contained in ultrapure water in very small amounts are removed and water containing dissolved ozone which shows little decrease in the concentration of ozone and has a great residual fraction of ozone dissolved in water after transportation for a long distance can be obtained.
    • 一种含有溶解臭氧的水的制造装置,其特征在于,包括:(A)供给超纯水的超纯水的配管,(B)与供给超纯水的管道连接的催化反应部,超纯水 与氧化还原催化剂接触,(C)将在催化反应部分处理的超纯水过滤的过滤装置和(D)将臭氧溶解在臭氧中的臭氧溶解装置(D) 过滤装置; 以及含有溶解臭氧的水的制造装置,其特征在于,包括:设置有紫外线照射装置的超纯水的制造装置,将臭氧溶解在超纯水装置中生成的超纯水中的臭氧溶解装置 水和催化反应部分,其被填充有氧化还原催化剂并且设置在用于照射紫外线的装置和用于溶解臭氧的装置之间。 可以除去非常少量促进超纯水中包含的臭氧分解的物质,并且在长距离运输后,溶解臭氧浓度几乎不降低,臭氧溶解在水中的溶解臭氧的含有溶解臭氧的水可以是 获得。
    • 106. 发明授权
    • Apparatus for supplying ozonated ultrapure water
    • 用于提供臭氧超纯水的设备
    • US06409918B1
    • 2002-06-25
    • US09185836
    • 1998-11-04
    • Hiroshi MoritaTetsuo MizuniwaJunichi Ida
    • Hiroshi MoritaTetsuo MizuniwaJunichi Ida
    • C02F178
    • C02F1/78C02F2103/04Y10S210/90
    • An ozonated ultrapure water supply system that prevents reduction of the dissolved ozone concentration in the supply pipe system and maintains the dissolved ozone at points of use along the supply system at desired concentrations. This permits the system to supply ozonated water in long pipes. The system includes a sequential arrangement of a circulatory main pipe 3 for supplying ultrapure water, an ozonated gas supplying device 4, and at least two output branch lines 8 each having a gas/liquid separation device 9 and an ultimate point of use 7. The output branch lines are spaced downstream from the ozonated gas supplying device such that the ozone concentration in the ultrapure water has increased to a stable level and the ozonated ultrapure water at each output branch line is at this same stable ozone concentration.
    • 一种臭氧化的超纯水供应系统,其防止降低供应管系统中的溶解臭氧浓度,并在所需浓度下沿供应系统的使用点维持溶解的臭氧。 这允许系统在长管道中提供臭氧水。 该系统包括用于提供超纯水的循环主管3,臭氧化气体供应装置4和至少两个输出分支管线8的顺序排列,每个输出分支管线8具有气/液分离装置9和最终使用点7。 输出分支管线与臭氧化气体供给装置的下游隔开,使得超纯水中的臭氧浓度增加到稳定水平,并且每个输出分支管线处的臭氧化超纯水处于相同的稳定的臭氧浓度。
    • 107. 发明授权
    • Data processing system capable of avoiding collision between read data
and write data
    • 数据处理系统能够避免读取数据与写入数据之间的冲突
    • US6021264A
    • 2000-02-01
    • US719271
    • 1996-09-24
    • Hiroshi Morita
    • Hiroshi Morita
    • G06F13/38G06F13/42G06F1/04
    • G06F13/4213
    • In a data processing system, when a write mode register stores a delay information, a write data output signal generation unit delays an output start timing of write data by a predetermined time length, so that even if a just preceding read data exists on a data bus, the write data is outputted to the data bus after the just preceding read data has disappeared from the data bus. A write strobe signal generation unit makes an output timing of a write strobe signal in time with the output timing of the write data. Thus, it is possible to avoid collision between read data and write data without providing a special collision preventing buffer on the a data bus and without inserting a halt condition between a read cycle and a write cycle.
    • 在数据处理系统中,当写入模式寄存器存储延迟信息时,写入数据输出信号生成单元将写入数据的输出开始定时延迟预定的时间长度,使得即使在数据上存在刚才的读取数据 总线,在数据总线上消失之后,写入数据被输出到数据总线。 写入选通信号生成单元使写入选通信号的输出定时与写入数据的输出定时一致。 因此,可以避免读取数据和写入数据之间的冲突,而不会在数据总线上提供特殊的防冲突缓冲器,而不会在读取周期和写入周期之间插入停止条件。