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    • 51. 发明申请
    • PRINTER, PRINTER CONTROL METHOD, AND OPERATION CONTROL PROGRAM
    • 打印机,打印机控制方法和操作控制程序
    • US20090316162A1
    • 2009-12-24
    • US12486651
    • 2009-06-17
    • Kei WatanabeAkihiro Ikeda
    • Kei WatanabeAkihiro Ikeda
    • G06K15/02G06F15/00G06F3/12
    • G06F3/1208G06F3/1219G06F3/1245G06F3/125
    • A printer can print to paper with a narrow width while maintaining a print format with good legibility without changing the application program and printer driver installed on the host computer. The control method of a printer that prints based on print data 5 sent from a host computer 3 has a step S105 of extracting data attributes contained in the print data 5 and assigning the print data 5 to data segment areas for each data attribute; a step of setting the data segment areas to specific printing areas based on the data attribute; an actual print data generating step (steps S122, S107, S133, S134, S111) of converting the print data 5 assigned to the data segment areas to actual print data according to the data attributes; and a printing step S113 of printing the actual print data in the printing areas.
    • 打印机可以打印宽度窄的纸张,同时保持打印格式的良好可读性,而无需更改主机上安装的应用程序和打印机驱动程序。 基于从主计算机3发送的打印数据5打印的打印机的控制方法具有提取包含在打印数据5中的数据属性并将打印数据5分配给每个数据属性的数据段区域的步骤S105; 基于数据属性将数据段区域设置为特定打印区域的步骤; 根据数据属性将分配给数据段区域的打印数据5转换为实际打印数据的实际打印数据生成步骤(步骤S122,S107,S133,S134,S111) 以及在打印区域中打印实际打印数据的打印步骤S113。
    • 52. 发明申请
    • Migratable backup and restore
    • 可迁移备份和还原
    • US20050010609A1
    • 2005-01-13
    • US10861857
    • 2004-06-04
    • Hiroshi KatohHirokazu MiyamoriKei WatanabeNaoki Yamakoshi
    • Hiroshi KatohHirokazu MiyamoriKei WatanabeNaoki Yamakoshi
    • G06F12/14G06F11/14G06F12/00G06F21/24H04L1/22
    • G06F21/6218
    • A backup system for backing up target data stored in an information processing device comprises a backup program stor for retaining a backup program, a read authentication information stor for retaining read authentication information, a backup function sender which transfers the backup program and the read authentication information to the device, and a data stor which retains the target data to be transferred to the backup system by the device which has executed the backup program, wherein the backup program is invoke-able on the device by a user of the device, and comprises a read authentication mechanism for obtaining permission to read the target data from the device by causing the read authentication information to be authenticated, and a transfer mechanism for causing the device to read the target data and transfer the target data to the backup system.
    • 用于备份存储在信息处理设备中的目标数据的备份系统包括用于保留备份程序的备份程序存储器,用于保留读取认证信息的读取认证信息存储器,传送备份程序的备份功能发送器和读取认证信息 以及数据存储器,其通过已经执行所述备份程序的设备保留要传送到所述备份系统的目标数据,其中所述备份程序可由所述设备的用户在所述设备上调用,并且包括 读取认证机制,用于通过使读取的认证信息被认证来获得从设备读取目标数据的许可;以及传送机制,用于使设备读取目标数据并将目标数据传送到备份系统。
    • 57. 发明申请
    • Oil-Cleansing Composition
    • 清油组合物
    • US20080293603A1
    • 2008-11-27
    • US10585146
    • 2005-01-11
    • Kei WatanabeAkira MatsuoHiroki Inoue
    • Kei WatanabeAkira MatsuoHiroki Inoue
    • A61K8/00A61Q1/14
    • A61K8/06A61K8/0295A61K8/068A61K8/342A61K8/361A61K8/92A61Q19/10
    • The objective of this invention is to provide an oil-based cleansing composition which retains high performance capability for cleansing, is free from the occurrence of cloudiness in the appearance and does not cause the reduction of the performance capability for massaging, even when water is interfused therein, and further is reduced in the irritation to an eye and is of good safety.An oil-based cleansing composition of this invention is characterized in that comprising (A) a nonionic surfactant having a HLB of 6 to 14, and (B) an oil component, and said oil-based cleansing composition satisfies the following conditions (1) and (2): (1) the amount of water in the composition is less than 5% by mass, and (2) a micellar aqueous solution phase or a bicontinuous microemulsion phase is formed when said oil-based cleansing composition and water are mixed in the ratio of 4:6.
    • 本发明的目的是提供一种保持高性能的清洁剂的油性清洁组合物,即使在水混合时也不会引起外观浑浊的发生,并且不会降低按摩的性能能力 并且进一步减少对眼睛的刺激并且具有良好的安全性。 本发明的油性清洁组合物的特征在于:(A)HLB为6〜14的非离子表面活性剂,(B)油性成分,所述油性清洁组合物满足下述条件(1) 和(2):(1)组合物中的水量小于5质量%,(2)当所述油性清洁组合物和水混合时,形成胶束水溶液相或双连续微乳液相 比例为4:6。
    • 60. 发明授权
    • Device for controlling a propagation direction of noise
    • 用于控制噪声传播方向的装置
    • US4158401A
    • 1979-06-19
    • US703985
    • 1976-07-09
    • Masayasu MatsumotoKazuyoshi IidaYoshikazu KondoKeiichiro MizunoSadao NomotoNoriaki MurayamaKei WatanabeTomonori Katayama
    • Masayasu MatsumotoKazuyoshi IidaYoshikazu KondoKeiichiro MizunoSadao NomotoNoriaki MurayamaKei WatanabeTomonori Katayama
    • E01B2/00E01F8/00G10K11/175G10K11/00E04H17/00
    • E01B2/003E01F8/0076G10K11/175E01B19/003
    • A device for controlling a propagation direction of noise, which is preferably associated with a sound insulating wall to significantly improve its sound reducing effect of alleviating noise emitted from a noise source such as a railroad, highway and the like on which an electric car and automobiles run. The device comprises a hollow structural body composed of a plurality of elongated vertical hollow passages arranged at right angles to a substrate and spaced apart from each other by means of partition walls. The upper noise inlet side surface of the hollow passages face a propagation direction of noise emitted from the noise source and serve to refract and lag in phase the noise passed therethrough, thereby producing a sound reducing region located intermediate between a direct sound propagation and the refracted sound propagation. In one embodiment, a pair of hollow structural bodies are arranged in opposition to each other to form an arch type device. In another embodiment, the hollow structural body may be provided at its noise inlet or outlet side surface with an extension of the hollow passages.
    • 一种用于控制噪声传播方向的装置,其优选地与隔音壁相关联,以显着改善其减轻从诸如铁路,公路等的噪声源发出的噪声的声音降低效果,其中电动汽车和汽车 跑。 该装置包括中空结构体,该中空结构体由多个细长的垂直中空通道构成,该垂直中空通道以与基底成直角的方式布置并且通过分隔壁彼此间隔开。 中空通道的上部噪声入口侧表面面对从噪声源发出的噪声的传播方向,并且用于使通过的噪声相位折射和滞后,从而产生位于直接声音传播和折射之间的声音降低区域 声音传播。 在一个实施例中,一对中空结构体彼此相对布置以形成拱形装置。 在另一个实施例中,中空结构体可以设置在其噪声入口或出口侧表面,并具有中空通道的延伸部分。