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    • 12. 发明授权
    • Handheld type print label producing apparatus
    • 手持式打印标签制作装置
    • US08366264B2
    • 2013-02-05
    • US12722041
    • 2010-03-11
    • Takehiko InabaKeiji SeoToshihiro TakahashiHidenori JoToshiyuki Furuyama
    • Takehiko InabaKeiji SeoToshihiro TakahashiHidenori JoToshiyuki Furuyama
    • B41J3/36
    • B41J3/4075B41J3/36
    • This disclosure discloses a handheld type print label producing apparatus comprising: a housing that has a dimension along a longwise direction that is longer than a dimension along a width direction, and has a grip portion; a cartridge holder provided at one side of said housing along said longwise direction; a power source holder provided at the other side of said housing along said longwise direction; and a motor that drives at least one roller positioned on a feeding path, that is driven by power supplied from said power source device; wherein: a plurality of mechanisms is disposed in the interior of said housing so that a position of the center of gravity along said longwise direction of said handheld type print label producing apparatus to which said cartridge and said power source device are mounted falls within a range of said longwise direction corresponding to said grip portion.
    • 本公开公开了一种手持式打印标签的制造装置,其特征在于,包括:壳体,沿着长度方向具有比沿着宽度方向的尺寸长的尺寸,并具有把手部; 沿着所述长边方向设置在所述壳体的一侧的盒保持架; 电源保持器,沿着所述长边方向设置在所述壳体的另一侧; 以及电动机,其驱动位于馈送路径上的至少一个辊,所述至少一个辊由从所述电源装置提供的电力驱动; 其中:多个机构设置在所述壳体的内部,使得沿着所述手持式打印标签产生装置的所述长度方向的重心沿所述盒和所述电源装置安装的位置落在范围内 所述长方向对应于所述把手部分。
    • 13. 发明申请
    • SYSTEM, METHOD, AND PROGRAM PRODUCT FOR PREDICTING STATE OF BATTERY
    • 电池状态的系统,方法和程序产品
    • US20130013235A1
    • 2013-01-10
    • US13539536
    • 2012-07-02
    • Toshihiro Takahashi
    • Toshihiro Takahashi
    • G06F19/00
    • G01R31/3651G01R31/3662
    • An observation model for calculating a capacity maintenance ratio of a battery. The capacity maintenance ratio is calculated on the basis of basic data representing an internal state of the battery (such as a feature quantity extracted from a positive and negative AC impedance curve plot), and a transition model for mapping a temporally preceding internal state and deterioration environment (SOC, that is, the battery capacity that is actually available, temperature, etc.) onto a current internal state are prepared in advance. Using the above models, a transition path of an internal state having the maximum likelihood, that is, the minimum sum of squares of differences between predictive values calculated from the above models and an actual value, is determined using an optimization method that is preferably dynamic programming, and the capacity maintenance ratio is predicted.
    • 用于计算电池的容量维持率的观察模型。 基于表示电池的内部状态的基本数据(例如从正,负交流阻抗曲线图中提取的特征量)的基本数据和用于映射时间上在前的内部状态和劣化的转移模型来计算容量维持率 预先准备环境(SOC,即实际可用的电池容量,温度等)到当前的内部状态。 使用上述模型,使用优选方法来确定具有最大似然性的内部状态的转换路径,即,从上述模型计算出的预测值与实际值之间的差的最小平方和, 编程,并预测容量维护率。
    • 14. 发明授权
    • Printing device
    • 印刷装置
    • US08256977B2
    • 2012-09-04
    • US12724536
    • 2010-03-16
    • Toshihiro TakahashiKeiji SeoShinji KobayashiAtsushi KasugaiTakehiko InabaHidenori JoHiroaki Kita
    • Toshihiro TakahashiKeiji SeoShinji KobayashiAtsushi KasugaiTakehiko InabaHidenori JoHiroaki Kita
    • B41J29/02
    • B41J3/4075
    • A printing device loads a tape cassette including a label, a tape transfer roller, and a shaft hole, and the printing device includes a first synthetic resin support shaft that is fitted in the shaft hole to support the tape transfer roller, a synthetic resin frame that anchors a lower part of the first support shaft, a second synthetic resin support shaft that stands on the frame on the opposite side of the first support shaft, a first gear that is provided on the second support shaft to be rotated by driving power from a motor in the printing device, a second gear that engages with the first gear and biased toward the first gear, and a press roller that includes the second gear, rotates, and is biased toward the first support shaft to hold the label between itself and the tape transfer roller and to discharge the label.
    • 打印装置装载包括标签,带转印辊和轴孔的带盒,并且打印装置包括装配在轴孔中以支撑带转移辊的第一合成树脂支撑轴,合成树脂框架 其固定在第一支撑轴的下部,第二合成树脂支撑轴,其位于第一支撑轴的相对侧上的框架上;第一齿轮,设置在第二支撑轴上,以通过驱动来自 打印装置中的马达,与第一齿轮接合并朝向第一齿轮偏置的第二齿轮,以及包括第二齿轮的加压辊,旋转并朝向第一支撑轴偏压以将标签保持在其自身和 胶带转印辊并排出标签。
    • 15. 发明授权
    • Communication control
    • 通讯控制
    • US08250206B2
    • 2012-08-21
    • US12358275
    • 2009-01-23
    • Hiroshi HoriiToshihiro Takahashi
    • Hiroshi HoriiToshihiro Takahashi
    • A63F9/24
    • G06F17/30
    • A server including a storage unit for storing a history of activities that each character in a virtual world has performed; a search unit for searching the storage unit to retrieve a history of activities in which a first character that performs an activity on a first client has changed the states of a second client that performs an activity on a second client; a calculation unit for calculating, on the basis of the retrieved history, a score indicating the extent to which the first character has changed the state of the second character; and a transmission control unit for controlling the frequency with which the states of the first character are changed according to an operation performed by a user on the first client.
    • 一种服务器,包括存储单元,用于存储虚拟世界中每个角色已经执行的活动历史; 搜索单元,用于搜索存储单元以检索在第一客户端上执行活动的第一字符的活动历史已经改变了在第二客户端上执行活动的第二客户端的状态; 计算单元,用于根据检索的历史计算表示第一个字符已经改变了第二个字符的状态的程度的得分; 以及传输控制单元,用于根据第一客户端上的用户执行的操作来控制第一字符的状态改变的频率。
    • 19. 发明授权
    • Light guiding apparatus
    • 导光装置
    • US07619211B2
    • 2009-11-17
    • US10578785
    • 2004-12-15
    • Toshiharu AikawaKazuko MatsuokaToshihiro Takahashi
    • Toshiharu AikawaKazuko MatsuokaToshihiro Takahashi
    • H01J40/14H01J5/02
    • G09F9/33
    • LED elements (5) which are light emitting elements are mounted on a substrate (7). LED light guide plates (9, 9) which are light-emitting-element light guide components are arranged at positions corresponding to the LED elements (5) of the substrate (7). Each LED light guide plate (9) has a substrate-side protrusion (27) which is a portion to-be-held. The substrate-side protrusion (27) has a sectional shape which becomes smaller toward the substrate (7). The substrate-side protrusions (27) are fitted into the holding holes (37, 39) of a keeper plate (11) which is a holding member. The shapes of the holding holes (37, 39) are different in accordance with the arrangements of the LED light guide plates (9) in a light guide direction. Thus, in spite of the same shape of the LED light guide plates (9), the mounting heights thereof can be made different depending upon places. It is accordingly possible to provide a light emitting apparatus which can decrease the sorts of components.
    • 作为发光元件的LED元件(5)安装在基板(7)上。 作为发光元件导光部件的LED导光板(9,9)配置在与基板(7)的LED元件(5)对应的位置。 每个LED导光板(9)具有作为要保持的部分的基板侧突起(27)。 基板侧突起(27)的朝向基板(7)的截面形状变小。 基板侧突起(27)嵌合在作为保持部件的保持板(11)的保持孔(37,39)中。 保持孔(37,39)的形状根据LED导光板(9)在导光方向上的布置而不同。 因此,尽管LED导光板(9)具有相同的形状,但是其安装高度可以根据位置而变化。 因此,可以提供一种可以减少各种部件的发光装置。
    • 20. 发明申请
    • Applicator for Hair and Cosmetic Container with the Applicator
    • 头发和化妆品容器的涂抹器与涂布器
    • US20080083415A1
    • 2008-04-10
    • US11631477
    • 2005-06-27
    • Takashi UmenoToshihiro Takahashi
    • Takashi UmenoToshihiro Takahashi
    • A45D24/22
    • A45D24/24A45D19/02A45D34/042A45D2034/005
    • A hair care applicator of the present invention is one that can, while combing hair by a comber made up of comb members and a porous application body arranged along the comb members, apply an application liquid in a container being attached to the hair by means of the porous application body. The porous application body of the hair care applicator has a porosity (Vd) falling within a range of 70 to 85%. With this arrangement, the hair care applicator and the applicator-equipped cosmetic container can deliver a suitable supply of application liquid without liquid leakage of the application liquid and, in addition, can assure sufficient application performance, preventing the application liquid or the like from being directly applied to the scalp. Here the porosity is defined as Vd={1−(w/ρsh)}×100, where w is the mass of the porous application body, s is the cross-section of the porous application body, ρ is the mean density of the porous application body and h is the length of the porous application body.
    • 本发明的头发护理用涂布器是能够通过由梳子构成的梳理器和沿着梳理部件配置的多孔涂抹体梳理头发的方法,将施用液体通过附着在毛发上的容器中 多孔应用体。 毛发护理用涂布器的多孔涂布体的孔隙率(Vd)在70〜85%的范围内。 通过这种布置,头发护理涂抹器和装有涂抹器的化妆品容器可以输送适当的施用液体供应,而不会使液体泄漏,另外,可以确保足够的施用性能,防止施用液体等 直接应用于头皮。 这里,孔隙率定义为Vd = {1-(w / rhoshx100,其中w是多孔涂覆体的质量,s是多孔涂布体的横截面,rho是多孔涂布体的平均密度, h是多孔涂布体的长度。