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    • 113. 发明申请
    • METHOD FOR PRODUCING CIRCULAR POLARIZATION SEPARATION SHEET, AND APPARATUS FOR COATING LAYER FORMATION
    • 生产圆极化分离片的方法和涂层形成的装置
    • US20090269502A1
    • 2009-10-29
    • US12373401
    • 2007-07-13
    • Hiroshi KannoTsutomu HanedaHirokazu TakaiHiroo IgarashiMasakazu Saito
    • Hiroshi KannoTsutomu HanedaHirokazu TakaiHiroo IgarashiMasakazu Saito
    • C08F2/48B05C11/00
    • G02B5/3033G02B5/3016
    • Provided are a method for producing a circular polarization separation sheet and an apparatus for coating layer formation, whereby a circular polarization separation sheet which selectively reflects a light in an entire visible light range is easily obtainable. A method for producing a circular polarization separation sheet including a step of obtaining on a substrate a photopolymerizable composition containing a liquid crystal compound, and a step of converting the coating layer into a resin layer having a cholesteric regularity, characterized in that the resin layer forming step includes: a selected ultraviolet light irradiation step (1) of irradiating the coating layer with a selected ultraviolet light having an illumination intensity of less than 10 mW/cm2 under a temperature at 20 to 40° C. for 0.1 to 6 seconds; a cholesteric regularity adjustment step (2) of changing a cycle of the cholesteric regularity in the coating layer; and a coating layer curing step (3) of curing the coating layer to form the resin layer having the cholesteric regularity, wherein the selected ultraviolet light irradiation step (1) and the cholesteric regularity adjustment step (2) are repeated more than once.
    • 提供了一种圆偏振分离片的制造方法和用于涂层形成的装置,由此可以容易地获得选择性地反射整个可见光范围的光的圆偏振分离片。 一种圆偏振分离片的制造方法,其特征在于,在基材上得到含有液晶性化合物的光聚合性组合物和将所述被覆层转化为具有胆甾醇型规则性的树脂层的工序的工序,其特征在于, 步骤包括:在20〜40℃的温度下,用照射强度小于10mW / cm 2的选定的紫外线照射涂层0.1至6秒的选定的紫外线照射步骤(1) 改变涂层中胆甾醇规则性循环的胆甾醇型规则性调节步骤(2); 以及固化所述涂层以形成具有胆甾醇规则性的树脂层的涂层固化步骤(3),其中所选择的紫外线照射步骤(1)和所述胆甾醇型正则性调节步骤(2)重复多次。
    • 115. 发明授权
    • Electronic money settlement method using mobile communication terminal
    • 电子货币结算方法采用移动通信终端
    • US07580885B2
    • 2009-08-25
    • US10660872
    • 2003-09-11
    • Hiroshi KannoKenji Satoh
    • Hiroshi KannoKenji Satoh
    • G06Q40/00
    • G06Q20/3223G06Q20/06G06Q20/10G06Q20/202G06Q20/32
    • A settlement system includes a mobile communication terminal, an input device, and a settlement device. The input device transmits data of a charge to the mobile communication terminal and transmits the data of the charge to the settlement device. The settlement device transfers an amount of money from a first account to a second account and transmits report data of the amount of transferred money to the mobile communication terminal. The mobile communication terminal includes a first reception unit to receive the data of the charge, a second reception unit to receive the report data of the amount of transferred money, a display to display the data of the charge and the report data of the amount of transferred money, and a memory able to store the data of the charge at least until the report data is received by the second reception unit.
    • 结算系统包括移动通信终端,输入设备和结算设备。 输入装置向移动通信终端发送费用数据,并将该费用的数据发送给结算装置。 结算装置将一笔钱从第一帐户转移到第二帐户,并将转帐金额的报告数据发送到移动通信终端。 移动通信终端包括:接收收费数据的第一接收单元,接收转账金额报告数据的第二接收单元,显示费用数据的显示和数据量的报表数据; 以及能够存储电荷数据的存储器,至少直到第二接收单元接收到报告数据。
    • 116. 发明授权
    • Variable slot antenna and driving method thereof
    • 可变槽天线及其驱动方法
    • US07538736B2
    • 2009-05-26
    • US12179059
    • 2008-07-24
    • Hiroshi KannoTomoyasu Fujishima
    • Hiroshi KannoTomoyasu Fujishima
    • H01Q13/10
    • H01Q13/10H01Q3/247
    • A variable slot antenna includes: ground conductors 101a and 101b, which are divided by a slot region 109 both of whose both ends are open ends 111a and 111b; a feed line 115 for feeding power to the slot region 109; a first selective conduction path 119 connecting between the ground conductors 101a and 101b in a direction of the open end 111a as viewed from a feeding site 113; and a second selective conduction path 121 connecting between the ground conductors 101a and 101b in a direction of the open end 111b as viewed from the feeding site 113. In a first driving state, the first selective conduction path 119 is allowed to conduct and the second selective conduction path 121 is left open, so that a main beam is emitted in a direction 123a of the second selective conduction path 121 as viewed from the feeding site 113. In another driving state, the selective conduction paths are controlled differently so that the main beam direction is switched to a direction 123b.
    • 可变缝隙天线包括:接地导体101a和101b,它们被两端都是开口端111a和111b的槽区域109分隔开; 用于向槽区域109供电的供给管线115; 从供电位置113观察,在接地导体101a和101b之间沿开放端111a的方向连接的第一选择性导电路径119; 以及从馈电位置113观察,在接地导体101a和101b之间沿开放端111b的方向连接的第二选择性导电路径121.在第一驱动状态下,允许第一选择性传导路径119导通, 选择性传导路径121保持打开,使得从馈电位置113观察,主光束在第二选择性传导路径121的方向123a上发射。在另一驱动状态下,选择性传导路径被不同地控制,使得主光束 光束方向切换到方向123b。
    • 120. 发明申请
    • Differential transmission line
    • 差动传输线
    • US20080116989A1
    • 2008-05-22
    • US11980616
    • 2007-10-31
    • Hiroshi KannoKazuyuki SakiyamaUshio SangawaTomoyasu Fujishima
    • Hiroshi KannoKazuyuki SakiyamaUshio SangawaTomoyasu Fujishima
    • H01P3/08
    • H01P3/081H05K1/0245H05K1/0253H05K2201/09272
    • A differential transmission line includes: a substrate; a ground conductor layer; and a first and a second signal conductor disposed in parallel to each other on the substrate. The first signal conductor and the ground conductor layer compose a first transmission line, whereas the second signal conductor and the ground conductor layer compose a second transmission line. The first transmission line and the second transmission line compose a differential transmission line. The differential transmission line includes a curved region, with a straight region being connected to each end of the curved region. In the ground conductor layer in the curved region, a plurality of slots orthogonal to a local transmission direction of signals in the curved region are formed, and the slots are connected to one another on the inner side of the curvature.
    • 差动传输线包括:基板; 接地导体层; 以及在基板上彼此平行设置的第一和第二信号导体。 第一信号导体和接地导体层构成第一传输线,而第二信号导体和接地导体层构成第二传输线。 第一传输线和第二传输线构成差动传输线。 差动传输线包括弯曲区域,直线区域连接到弯曲区域的每一端。 在弯曲区域的接地导体层中,形成与弯曲区域中的信号的局部传输方向正交的多个槽,并且在曲率的内侧上彼此连接。