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    • 1. 发明授权
    • Liquid crystal element
    • 液晶元件
    • US4879144A
    • 1989-11-07
    • US333771
    • 1989-04-06
    • Yoshiyuki NakuraYasuo Kato
    • Yoshiyuki NakuraYasuo Kato
    • G02F1/133C09K19/02G02F1/1337
    • G02F1/133711C09K19/0208Y10T428/1018Y10T428/1023
    • A liquid crystal element comprises a cell structure where a liquid crystal is disposed between a pair of electrode substrates, a first electrode substrate of said pair of electrode substrates having a first resin layer formed at the surface contacting the liquid crystal of the first electrode substrate by thermal curing resulted from dehydration ring closure, the first resin layer being able to control orientation of the liquid crystal, and a second electrode substrate having a second resin layer formed at the surface contacting the liquid crystal of the second electrode substrate by thermal curing at a temperature lower than that at which the first resin layer is formed, the second resin layer being able to control orientation of the liquid crystal.
    • 液晶元件包括电池结构,其中液晶设置在一对电极基板之间,所述一对电极基板的第一电极基板具有形成在与第一电极基板的液晶相接触的表面的第一树脂层, 脱水闭环引起的热固化,第一树脂层能够控制液晶的取向;以及第二电极基板,其具有通过在第二电极基板上的热固化而与第二电极基板的液晶接触的表面形成的第二树脂层 温度低于形成第一树脂层的温度,第二树脂层能够控制液晶的取向。
    • 3. 发明申请
    • Communication System
    • 通讯系统
    • US20100062709A1
    • 2010-03-11
    • US11883363
    • 2006-01-25
    • Yasuo Kato
    • Yasuo Kato
    • H04B5/00H01Q7/08
    • H04B13/005G01R29/0878H01Q1/2216H04B5/0018H04B5/0043H04B5/0087H04B5/02H04B17/23H04B17/318
    • Stable receiving action is achieved with a receiver of simpler configuration.When a human hand is held over the panel unit 201, the electric field in the vicinity of the human body is coupled to the sensor electrode 2122 of the coil sensor 212 from the receiving electrode 211 of the panel unit 201, and alternate current is generated at the sensor electrode 2122. This alternate current then induces a magnetic flux inside the central opening of the coil 2121 in proportion to the strength of the electric field in the vicinity of the human body. Depending on the changes in this magnetic flux, electric current passes through the coil 2121. The electric current passing through the coil 2121 is converted by the electric current detecting circuit 2124 of the coil sensor 212 to voltage signals and transmitted as received signals to the demodulator 22. As a result, the received signals corresponding to the electric field in the vicinity of the human body, namely the transmission signals applied by the transmitter 1 to the human body, are obtained.
    • 采用简单配置的接收机实现稳定的接收动作。 当人的手被夹持在面板单元201上时,人体附近的电场从面板单元201的接收电极211耦合到线圈传感器212的传感器电极2122,并且产生交流电流 传感器电极2122.然后,该交流电流在线圈2121的中心开口内与人体附近的电场强度成比例地引起磁通。 取决于该磁通量的变化,电流通过线圈2121.通过线圈2121的电流被线圈传感器212的电流检测电路2124转换成电压信号并作为接收信号发送到解调器 结果,获得对应于人体附近的电场的接收信号,即由发射机1施加到人体的传输信号。
    • 5. 发明授权
    • Observation apparatus
    • 观察装置
    • US07344246B2
    • 2008-03-18
    • US10862462
    • 2004-06-08
    • Toru NodaKazuhiko OnumaYasufumi FukumaKoji NishioHidetaka AebaYoshio OkazakiMasaru SatoYasuo Kato
    • Toru NodaKazuhiko OnumaYasufumi FukumaKoji NishioHidetaka AebaYoshio OkazakiMasaru SatoYasuo Kato
    • A61B3/10A61B3/00
    • A61B3/132
    • An observation apparatus is provided. An apex angle of a contact prism is inputted by operating an apex angle setting knob of a control panel. A fining angle of the contact prism is inputted by operating a fitting angle setting knob. A control unit determines the amount of correction for astigmatism of a left observation optical system and the amount of correction for astigmatism of a right observation optical system based on a recognized observation magnification and the inputted apex angle. An axial angle for the astigmatism of the left observation optical system and an axial angle for the astigmatism of the right observation optical system are determined based on the inputted fitting angle. Variable cross cylinder lens rotating drive units are controlled to rotate cylinder lenses of each of the right and left observation optical systems, thereby obtaining the determined axial angle and the determined amount of correction.
    • 提供观察装置。 通过操作控制面板的顶角设置旋钮输入接触棱镜的顶角。 通过操作配合角度设置旋钮输入接触棱镜的澄清角度。 控制单元基于识别的观察倍率和输入的顶角来确定左观察光学系统的像散的校正量和右观察光学系统的散光的校正量。 基于输入的拟合角度来确定左观察光学系统的像散的轴向角度和右侧观察光学系统的像散的轴向角度。 控制可变十字圆柱透镜旋转驱动单元以旋转左右观察光学系统中的每一个的圆柱透镜,从而获得确定的轴向角度和确定的校正量。
    • 8. 发明授权
    • Ophthalmic apparatus
    • 眼科仪器
    • US5844661A
    • 1998-12-01
    • US911977
    • 1997-08-15
    • Saeko UchidaYasuo KatoTakeshi Nakamura
    • Saeko UchidaYasuo KatoTakeshi Nakamura
    • A61B3/103A61B3/10
    • A61B3/103
    • An objective refraction measuring system of an ophthalmic apparatus measures a refractive power of an eye to be examined in an objective manner under the condition that a gazing chart of a gazing target system is fixed to the eye to be examined. An arithmetic-logic unit obtains an objective measurement value of the eye to be examined on the basis of the measurement result by the objective refraction measuring system and the gazing target system. A control unit controls a continuous objective measurement while fogging the gazing chart after setting the gazing chart of the gazing chart system to a far-sight position of the eye to be examined which is obtained by using the gazing target system. With such measurement, the continuous objective measurement values by fogging the gazing chart of the gazing target system is obtained from the far-sight position based upon the objective measurement of the eye to be examined. Thus, the limit of the adjustment force of the eye to be examined is precisely measured.
    • 眼科装置的客观折射测量系统在目标系统的注视图固定在待检眼上的条件下,以客观的方式测量被检眼的屈光度。 算术逻辑单元基于目标折射测量系统和注视目标系统的测量结果来获得要检查的眼睛的客观测量值。 控制单元控制连续的客观测量,同时在将注视图系统的注视图设置到通过使用注视目标系统获得的被检眼的远视位置之后使注视图发生雾化。 通过这样的测量,基于要检查的眼睛的客观测量,从远景位置获得通过使注视目标系统的注视图发生雾化的连续客观测量值。 因此,精确地测量被检眼的调节力的极限。
    • 10. 发明授权
    • Method of deinking waste paper for reclamation thereof
    • 废纸的脱墨方法
    • US5460695A
    • 1995-10-24
    • US257920
    • 1994-06-10
    • Yasuo Kato
    • Yasuo Kato
    • D21C5/02
    • D21C5/027Y02W30/648
    • A method of deinking waste paper for reclamation thereof, which comprises disintegrating waste paper with an alkali in water in the presence of a polyoxyalkylene ether compound having the formulaR-O(PO)x(AO)y(PO)z-Hwherein R is an alkyl or alkenyl of 8-22 carbons, or an alkylphenyl wherein the alkyl has 4-12 carbons; PO is an oxypropylene group; and AO is an oxyethylene group, or a mixed oxyalkylene group composed of an oxyethylene group and at least one oxyalkylene group selected from the group consisting of an oxypropylene group and an oxybutylene group: and x is a numeral of 3-15, y is a numeral of 20-40, and z is a numeral of 5-20, in an amount effective as a deinking agent.
    • 一种用于回收废纸的脱墨方法,其包括在具有式RO(PO)x(AO)y(PO)zH的聚氧化烯醚化合物的存在下,用水中的碱分解废纸,其中R是烷基或 8-22个碳的链烯基或其烷基具有4-12个碳原子的烷基苯基; PO是氧化丙烯基; AO是氧化乙烯基,或由氧亚乙基和至少一个选自氧丙烯基和氧基丁烯基的氧化烯基组成的混合氧化烯基,x为3-15的数,y为 数字为20-40,z为5-20,数字作为脱墨剂有效。