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    • 1. 发明授权
    • Japanese virtual dictionary
    • 日本虚拟字典
    • US07630880B2
    • 2009-12-08
    • US11598869
    • 2006-11-13
    • Yasuo KidaKeisuke Hara
    • Yasuo KidaKeisuke Hara
    • G06F17/21
    • G06F17/2863
    • Methods for converting a source character string to a target character string are described herein. In one aspect of the invention, an exemplary method includes receiving a first character string having the source character string, dividing the first character string into a plurality of sub-strings, converting the plurality of the sub-strings to second character strings through a dictionary, creating third character strings corresponding to the plurality of the sub-strings, analyzing the second and third character strings, constructing fourth character strings from the second and third character strings based on the analysis, creating a candidate list based on the fourth character strings, selecting the target character string from the candidate list and outputting the target character string. Other methods and apparatuses are also described.
    • 本文描述了将源字符串转换为目标字符串的方法。 在本发明的一个方面,一种示例性方法包括接收具有源字符串的第一字符串,将第一字符串分成多个子串,通过字典将多个子串转换成第二字符串 创建与多个子串相对应的第三字符串,分析第二和第三字符串,基于分析从第二和第三字符串构建第四字符串,基于第四字符串创建候选列表, 从候选列表中选择目标字符串并输出目标字符串。 还描述了其它方法和装置。
    • 4. 发明申请
    • Mobile Vehicle
    • 手机
    • US20070203622A1
    • 2007-08-30
    • US11631260
    • 2005-06-24
    • Toshihiro SenooKeisuke HaraTsuyoshi OgawaAkihiro Okazaki
    • Toshihiro SenooKeisuke HaraTsuyoshi OgawaAkihiro Okazaki
    • G01C22/00G05D1/00
    • G05D1/0253G05D2201/0203
    • Please amend the Abstract of the Disclosure currently of record as follows: A mobile vehicle which is provided with a moving means and a moving control device therefor, can automatically travel while detecting an advance distance and a turning angle by means of one optical displacement sensor, and can save on space and reduce costs. The mobile vehicle comprises a moving means (2) for moving a body (1), one optical displacement sensor (7) as a displacement sensor provided on the body (1), and a moving control device for controlling the moving means (2) based on a moving distance detected by the optical displacement sensor (7). The moving control device determines the distance of rectilinear movement and a turning angle of the body (1) from an amount detected by the optical displacement sensor (7). The optical displacement sensor (7) picks up patterns or the like on a traveling floor surface at specified time intervals and detects a moving distance by comparing images before and after a specified time. The above arrangement eliminates the need of providing a rotation sensor for detecting the rotation of a wheel, and therefore eliminates a restriction on space and reduces costs.
    • 请修改目前记载的公开摘要如下:具有移动装置和移动控制装置的移动车辆可以通过一个光学位移传感器检测到前进距离和转向角度而自动行进, 并可节省空间并降低成本。 移动车辆包括用于移动身体(1)的移动装置(2),设置在主体(1)上的位移传感器的一个光学位移传感器(7)和用于控制移动装置的移动控制装置, 基于由所述光学位移传感器(7)检测到的移动距离。 移动控制装置从由光学位移传感器(7)检测到的量确定直线运动的距离和主体(1)的转动角度。 光学位移传感器(7)以指定的时间间隔在行驶的地面上拾取图案等,并且通过比较在指定时间之前和之后的图像来检测移动距离。 上述结构不需要提供用于检测车轮旋转的旋转传感器,因此消除了对空间的限制并降低了成本。
    • 6. 发明授权
    • Air-conditioning system for vehicles
    • 车辆空调系统
    • US06857282B2
    • 2005-02-22
    • US10602884
    • 2003-06-25
    • Yutaka ShichikenKeisuke Hara
    • Yutaka ShichikenKeisuke Hara
    • B60H1/00B60H1/32
    • B60H1/00528B60H1/00514B60H1/3233
    • According to the present invention, a blower/evaporator housing case is provided for housing side-by-side a blower that is rotated by a motor and creates an air flow and an evaporator linked with coolant pipes through which a coolant flows in and out so as to completely prevent leakage of condensed water which collects at the evaporator of an automotive air-conditioning system and also to simplify the structure of a locking device used to lock an expansion valve at the evaporator. The blower/evaporator housing case is constituted of two recessed members, i.e., an upper recessed member and a lower recessed member, set on the two sides of a parting line extending along the horizontal direction. The locking device used to lock the expansion valve is formed at joint portions at the edges of the upper and lower recessed members constituting the blower/evaporator housing case.
    • 根据本发明,提供了一种鼓风机/蒸发器外壳,用于并排地容纳由马达旋转的鼓风机,并产生空气流和与冷却剂管连接的蒸发器,冷却剂通过冷却剂管流入和流出,从而 以便完全防止在汽车空调系统的蒸发器处收集的冷凝水的泄漏,并且还简化了用于在蒸发器处锁定膨胀阀的锁定装置的结构。 鼓风机/蒸发器外壳由设置在沿水平方向延伸的分型线的两侧的两个凹部构件即上凹部构件和下凹部构成。 用于锁定膨胀阀的锁定装置形成在构成鼓风机/蒸发器外壳的上凹部件和下凹部件的边缘处的接合部处。
    • 7. 发明授权
    • Injection control method for injection molding machine
    • 注塑机注塑控制方法
    • US5738809A
    • 1998-04-14
    • US636858
    • 1996-04-23
    • Keisuke HaraShiro Miyamoto
    • Keisuke HaraShiro Miyamoto
    • B29C45/50B29C45/76B29C45/77
    • B29C45/77B29C45/766
    • A primary injection stroke of a trial shot, which precedes a continuous molding operation, is performed with a pressure regulating value maintained constant by speed feedback control from initiation of the primary injection stroke until a measured value of pressure reaches the pressure regulating value and, after the measured value of pressure has reached the pressure regulating value, the speed feedback control is switched to pressure-priority control under an open loop control and the primary injection stroke is performed up to a dwell pressure change-over point. An entire range of a primary injection stroke of the continuous molding operation is then performed by speed feedback control while using, as target speed data in the primary injection stroke of the continuous molding operation, a pattern of speed values measured during the primary injection stroke in the trial shot upon confirmation of molding of a non-defective product.
    • 在连续成型操作之前的试验的初次注射冲程通过从初始注射冲程开始的速度反馈控制保持恒定的压力调节值直到压力的测量值达到压力调节值,并且之后 压力的测量值已经达到压力调节值,在开环控制下将速度反馈控制切换到压力优先控制,并且主喷射冲程执行到停留压力转换点。 然后,通过速度反馈控制来执行连续成型操作的主喷射行程的整个范围,作为连续模制操作的主喷射冲程中的目标速度数据,在初次喷射冲程期间测量的速度值的模式 在确认无缺陷产品的成型时,试验开始。
    • 8. 发明申请
    • TRANSMISSION/RECEPTION METHOD AND TRANSMISSION/RECEPTION SYSTEM
    • US20210273839A1
    • 2021-09-02
    • US17253931
    • 2019-06-18
    • Maria TakigawaKeisuke HaraGenichiro Ohta
    • Maria TakigawaKeisuke HaraGenichiro Ohta
    • H04L27/26H04L25/02H04L5/00H04B14/00
    • The present invention is a transmission/reception method in which a reception device measures propagation path characteristics of a communication propagation path, a transmission device generates, based on a measurement result of the propagation path characteristics, a plurality of pseudo propagation path characteristics having propagation path characteristics similar to the propagation path characteristics so as to have low mutual correlation, the transmission device generates a data group including a plurality of parallel and independent data in the same number as the plurality of pseudo propagation path characteristics in a baseband on a transmitting side, obtains a transmission signal by synthesizing a plurality of superimposed data generated by superimposing the pseudo propagation path characteristics on the data one by one, and transmits a plurality of pseudo propagation path characteristic information relating to the plurality of pseudo propagation path characteristics and the transmission signal, and the reception device receives the plurality of pseudo propagation path characteristic information transmitted antecedently from the transmission device and a communication signal transmitted subsequently, and individually extracts the plurality of data from the communication signal based on the plurality of pseudo propagation path characteristic information.
    • 9. 发明授权
    • Vapor production device and cooker with the same
    • 蒸汽发生装置和炊具相同
    • US07509034B2
    • 2009-03-24
    • US10570305
    • 2004-08-31
    • Tetsuya KadomaKeisuke Hara
    • Tetsuya KadomaKeisuke Hara
    • A01G13/06B01D3/06
    • F22B1/285A21B3/04
    • A steam generating apparatus 20 including: a vaporizing container 1; a heater 2 for heating the vaporizing container 1; a feed pump 5 for feeding water from a reservoir tank 7 into the vaporizing container 1; a drain valve 6 for draining water out of the vaporizing container 1 through a drain pipe 8; a temperature detecting means 9 for detecting temperature of the vaporizing container 1; and a controller 10 for controlling the heater 2, the feed pump 5, the drain valve 6, and the like. After completion of steam generating operation, water remaining inside the vaporizing container 1 is drained after the temperature of the vaporizing container 1 has lowered to 60° C.
    • 一种蒸汽发生装置20,包括:蒸发容器1; 用于加热蒸发容器1的加热器2; 用于将水从储存罐7供给到蒸发容器1中的进料泵5; 排水阀6,用于通过排水管8将水排出蒸发容器1; 用于检测汽化容器1的温度的温度检测装置9; 以及用于控制加热器2,进给泵5,排放阀6等的控制器10。 在完成蒸汽发生操作之后,蒸发容器1的温度在蒸发容器1的温度降至60℃之后,排出蒸发容器1内剩余的水。
    • 10. 发明授权
    • Mobile vehicle
    • 移动车
    • US08049902B2
    • 2011-11-01
    • US11631260
    • 2005-06-24
    • Toshihiro SenooKeisuke HaraTsuyoshi OgawaAkihiro Okazaki
    • Toshihiro SenooKeisuke HaraTsuyoshi OgawaAkihiro Okazaki
    • G01B11/14
    • G05D1/0253G05D2201/0203
    • A mobile vehicle provided with moving means and a moving control device automatically travels while detecting an advance distance and a turning angle by means of one optical displacement sensor. The mobile vehicle comprises a moving unit (2) for moving a body (1), one optical displacement sensor (7) as a displacement sensor provided on the body (1), and a moving control device for controlling the moving unit (2) based on a moving distance detected by the optical displacement sensor (7). The moving control device determines the distance of rectilinear movement and a turning angle of the body (1) from an amount detected by the optical displacement sensor (7). The optical displacement sensor (7) picks up patterns or the like on a traveling floor surface at specified time intervals and detects a moving distance by comparing images before and after the specified time.
    • 具有移动装置的移动车辆和移动控制装置通过一个光学位移传感器检测到前进距离和转动角度而自动行进。 移动车辆包括用于移动主体(1)的移动单元(2),设置在主体(1)上的位移传感器的一个光学位移传感器(7)和用于控制移动单元(2)的移动控制装置, 基于由所述光学位移传感器(7)检测到的移动距离。 移动控制装置从由光学位移传感器(7)检测到的量确定直线运动的距离和主体(1)的转动角度。 光学位移传感器(7)以规定的时间间隔在行进的地面上拾取图案等,并且通过比较在指定时间之前和之后的图像来检测移动距离。