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    • 3. 发明授权
    • Method of processing photosensitive glass with sections of differing
exposure energies and article
    • 用不同曝光能量和制品处理感光玻璃的方法
    • US5322538A
    • 1994-06-21
    • US975246
    • 1992-11-12
    • Nobuhiro KondoHirokazu Ono
    • Nobuhiro KondoHirokazu Ono
    • B41J2/16B81C99/00C03C4/04C03C15/00C03B32/00C03C10/00
    • C03C15/00C03C4/04
    • A photosensitive glass processing method, and article made thereby, which makes it possible to facilitate the etch depth control, minimize the surface roughness of the etched surface, improve the operating efficiency in single-side etching process, and increase the yield includes a first exposure step, in which laser light is applied to the obverse side of photosensitive glass from above it through an exposure mask by using a pulsed laser that covers the sensitivity wavelength range of the photosensitive glass, thereby forming a first exposed portion, the energy intensity per pulse of laser light being set at 10 mJ/cm.sup.2, and the total exposure energy being set at 500 mJ/cm.sup.2 ; a second exposure step, in which laser light is applied to an end surface of the photosensitive glass through another exposure mask, thereby forming a second exposed portion, the energy intensity per pulse of laser light being set at 10 mJ/cm.sup.2, and the total exposure energy being set at 15,000 mJ/cm.sup.2, wherein the first exposed portion, which is crystallized by heat treatment, is easy to etch, while the second exposed portion, which is crystallized by the same heat treatment, is difficult to etch, and a groove is formed at the position of the first exposed portion.
    • 一种感光玻璃加工方法和由此制成的制品,这使得可以促进蚀刻深度控制,使蚀刻表面的表面粗糙度最小化,提高单面蚀刻工艺中的操作效率,并且提高产量包括第一曝光 其中通过使用覆盖感光玻璃的灵敏度波长范围的脉冲激光将激光从其上方施加到感光玻璃的正面,通过曝光掩模,从而形成第一曝光部分,每个脉冲的能量强度 的激光设定为10mJ / cm 2,总曝光能量设定为500mJ / cm 2; 第二曝光步骤,其中通过另一曝光掩模将激光施加到感光玻璃的端面,从而形成第二曝光部分,激光每脉冲的能量强度设定为10mJ / cm 2,总共 曝光能量设定为15000mJ / cm 2,其中通过热处理结晶的第一暴露部分易于蚀刻,而通过相同热处理结晶的第二暴露部分难以蚀刻,并且 凹槽形成在第一暴露部分的位置处。
    • 7. 发明授权
    • Non-contact charging system
    • 非接触式充电系统
    • US08400105B2
    • 2013-03-19
    • US13052874
    • 2011-03-21
    • Nobuhiro Kondo
    • Nobuhiro Kondo
    • H02J7/00
    • H02J50/80H01M10/4257H01M10/44H01M10/46H02J5/005H02J7/025H02J50/10H02J50/40
    • In a power transmission terminal, a charging control unit outputs an alternating current signal having a charging control voltage based on a charging control signal. A power transmission unit excites a near-electromagnetic field. A primary-side signal processing unit acquires a reception signal on the basis of a voltage at the power transmission unit at the time of load modulation communication and sets the charging control signal on the basis of reference information included in the reception signal. In a power receiving terminal, a power receiving unit is couplable to the near-electromagnetic field excited by power transmission unit. A charging voltage generating unit generates a charging voltage for a rechargeable battery. A load modulation unit changes the load impedance of the power receiving unit as viewed from the power transmission unit by performing load modulation at the time of load modulation communication. A secondary-side signal processing circuit controls the load modulation unit at the time of load modulation communication using the acquired reference information.
    • 在电力传输终端中,充电控制单元输出具有基于充电控制信号的充电控制电压的交流信号。 电力传输单元激发近电磁场。 初级侧信号处理单元基于负载调制通信时的电力传输单元的电压取得接收信号,并根据包含在接收信号中的参考信息来设定充电控制信号。 在受电终端中,受电单元可耦合到由电力传输单元激励的近电磁场。 充电电压产生单元产生可再充电电池的充电电压。 负载调制单元通过在负载调制通信时进行负载调制来改变从功率发送单元观察的受电单元的负载阻抗。 次级侧信号处理电路使用所获​​取的参考信息来控制负载调制通信时的负载调制单元。
    • 10. 发明授权
    • Dielectric waveguide comprising connected dielectric strips
    • 介质波导包括连接的介质条
    • US06307451B1
    • 2001-10-23
    • US09114738
    • 1998-07-13
    • Atsushi SaitohToru TanizakiHiroshi NishidaIkuo TakakuwaYoshinori TaguchiNobuhiro KondoTaiyo Nishiyama
    • Atsushi SaitohToru TanizakiHiroshi NishidaIkuo TakakuwaYoshinori TaguchiNobuhiro KondoTaiyo Nishiyama
    • H01P316
    • H01P3/165H01P1/04
    • A dielectric waveguide designed to avoid the influence of reflection of electromagnetic waves at connected portions of dielectric strips and to have an improved characteristic. A third dielectric strip is inserted in a part of a connection section at which a first dielectric strip and a second dielectric strip are connected to each other, and the distances between the three connection planes in said connection section are determined so that a wave reflected at the connection plane between the first and third dielectric strips, a wave reflected at the connection plane between the first and second dielectric strips, and a wave reflected at the connection plane between the second and third dielectric strips are superposed with a phase difference of 2&pgr;/3 from each other. Alternatively or in addition, the distance between the first-second dielectric strip connection plane and the first-third dielectric strip connection plane is set to ⅙ of the guide wavelength of an electromagnetic wave propagating through the dielectric strips, and the distance between the first-second dielectric strip connection plane and the second-third dielectric strip connection plane is set to ⅙ of the guide wavelength. Reflected waves are thereby superposed in phase opposition to each other to cancel out. In this manner, propagation of a reflected signal to ports is limited.
    • 一种介质波导,设计用于避免电介质条连接部分电磁波反射的影响,并具有改进的特性。 将第三介质条插入连接部分的第一介质条和第二介质条彼此连接的部分中,并且确定所述连接部中的三个连接平面之间的距离,使得在 在第一和第三介质条之间的连接平面,在第一和第二介质条之间的连接平面处反射的波和在第二和第三介质条之间的连接平面反射的波被叠加,相位差为2pi / 3彼此。 或者或另外,第一介质条连接平面与第一至第三介质条连接面之间的距离设定为通过介质条传播的电磁波的引导波长的⅙, 第二介质条连接平面和第二 - 第三介质条连接平面被设置为导向波长的。。 因此,反射波彼此相对叠置以抵消。 以这种方式,将反射信号传播到端口是有限的。