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    • 31. 发明授权
    • Time-sharing radar system
    • 分时雷达系统
    • US5448244A
    • 1995-09-05
    • US109810
    • 1993-08-19
    • Satoru KomatsuJun Ashihara
    • Satoru KomatsuJun Ashihara
    • G01S7/02G01S3/28G01S13/34G01S13/42G01S13/87G01S13/93G01S13/48
    • G01S13/87G01S13/345G01S13/424G01S13/931G01S13/34G01S2013/9367
    • A radar system and method for use in collision avoidance systems. A radar system in accordance with the present invention may comprise a plurality of antennas, an RF power generator, a transmitting unit, a receiving unit, and a direction detector. Each of the antennas is arranged to radiate a beam having substantially the same pattern as the beams radiated by the other antennas. The beam of each antenna is radiated in a slightly different direction from the beams radiated by the other antennas. Each antenna is also arranged to receive return beams, wherein each of the return beams comprises a beam radiated from one of the beam radiating means and reflected by an object. The RF power generator generates RF power of nearly constant amplitude. The transmitting unit distributes the RF power to each of the antennas, and the RF power is radiated successively. The receiving unit generates amplitude detecting signals which are used to detect the amplitudes of the return beams received by the antennas. Each of the amplitude detecting signals is utilized by a pair of antennas. One antenna of each pair radiates a beam and receives a return beam produced therefrom. The other antenna receives a return beam produced by a beam radiated by an adjacent antenna. The direction detecting means detects a direction to the object based on the amplitude detecting signals, the arrangement of the antennas, and a timing of distribution of FM signals to the antennas.
    • 一种用于防撞系统的雷达系统和方法。 根据本发明的雷达系统可以包括多个天线,RF发电机,发射单元,接收单元和方向检测器。 每个天线被布置成辐射具有与由其他天线辐射的波束大致相同的图案的波束。 每个天线的波束与其他天线辐射的波束方向稍微不同。 每个天线还被布置成接收返回光束,其中每个返回光束包括从光束辐射装置之一辐射并被物体反射的光束。 RF发生器产生几乎恒定振幅的RF功率。 发射单元将RF功率分配给每个天线,并且RF功率被依次辐射。 接收单元产生用于检测由天线接收的返回波束的振幅的振幅检测信号。 每个振幅检测信号由一对天线使用。 每一对的一个天线辐射一束并且接收从其产生的返回光束。 另一个天线接收由相邻天线辐射的波束产生的返回波束。 方向检测装置基于振幅检测信号,天线的布置以及FM信号分配到天线的定时来检测对象的方向。
    • 33. 发明授权
    • Walk supporting device
    • 步行支撑装置
    • US07854715B2
    • 2010-12-21
    • US11841288
    • 2007-08-20
    • Jun Ashihara
    • Jun Ashihara
    • A61F5/00A61H1/00A45B1/00A63B22/00
    • A61F5/0102
    • A walk supporting device includes a seating member on which a user is seated in a straddling manner and a pair of left and right leg links that support the seating member from below. Each of the leg links is coupled to the seating member to freely swing in a horizontal direction. The seating member is prevented from rolling around a support shaft serving as a swing fulcrum in the horizontal direction of the leg link to improve stability in the horizontal direction of the seating member. A stopper member coupled to the seating member is inserted between joint sections at upper ends of left and right leg links supported by the support shaft. A regulating mechanism that regulates the seating member in a posture orthogonal to an equiangular bisector of an angle in the horizontal direction formed by the left and right leg links may be provided.
    • 步行支撑装置包括座位构件,使用者以座位构成座位,以及从下方支撑座椅构件的一对左腿和右腿连杆。 每个腿连接件联接到座位构件以在水平方向上自由摆动。 防止座椅构件围绕在腿连杆的水平方向上作为摆动支点的支撑轴卷绕,以提高座椅构件的水平方向的稳定性。 联接到就座构件的止动构件插入在由支撑轴支撑的左腿和右腿连杆的上端处的接合部之间。 可以设置调节机构,该调节机构以与由左腿和右腿连杆形成的水平方向上的角度的等角平分线正交的姿势来调节座椅构件。
    • 34. 发明授权
    • Walking condition determining device and method
    • 步行条件确定装置及方法
    • US07220231B2
    • 2007-05-22
    • US10491853
    • 2002-08-23
    • Jun AshiharaHisashi Katoh
    • Jun AshiharaHisashi Katoh
    • A61B5/103A61B5/117
    • A61B5/112A61B5/1038A61B5/1071A61H3/00A61H3/008A61H2203/04B25J9/0006
    • A device and a method that permit easy and accurate determination of a walking condition regardless of differences in foot landing points on soles or lengths of legs of a walker are provided. According to this device, a measuring device measures a parameter indicating a displacement amount of a bottom end portion of a leg of the walker. A first storage device stores patterns of plots in a determination space corresponding to parameters and walking conditions of the walker such that they are associated with each other. Furthermore, a generating device generates plots defined in the determination space by parameters measured by the measuring device. Then, a determining device determines walking conditions of the walker on the basis of the patterns of the plots stored in conjunction with the walking conditions by the first storage device and the patterns of the plots generated by the generating device.
    • 提供一种允许容易且准确地确定步行状况的装置和方法,而不管步行者的脚底或脚的长度上的脚着陆点的差异如何。 根据该装置,测量装置测量表示助行器的腿部的底端部的位移量的参数。 第一存储装置将对应于步行者的参数和行走状况的确定空间中的图案的图案相互关联。 此外,生成装置通过由测量装置测量的参数来生成在确定空间中定义的绘图。 然后,确定装置基于由第一存储装置结合步行条件存储的绘图的图案和由生成装置生成的绘图的图案,确定步行者的行走状况。
    • 35. 发明授权
    • Object recognition apparatus
    • 物体识别装置
    • US06518916B1
    • 2003-02-11
    • US09691073
    • 2000-10-19
    • Jun AshiharaTakashi SugawaraHiroshi Kudoh
    • Jun AshiharaTakashi SugawaraHiroshi Kudoh
    • G01S1393
    • G01S13/42G01S7/412G01S13/931G01S2013/9325G01S2013/9353
    • This invention relates to an object recognition apparatus. This apparatus comprises an antenna which emits transmission beams toward a plurality of directions; a receiving circuit which receives reflected signals of the transmission beams from predetermined directions; a distance and direction calculation circuit which calculates distance and direction to objects reflecting the transmission beams based on the transmission beams and the reflected signals; an object pattern storage unit which stores range direction patterns of reflected signals obtained in advance with respect to predetermined objects; an object recognition circuit which compares range direction patterns of the reflected signals received by the receiving circuit with respect to the predetermined directions, with the range direction patterns stored in the object pattern storage unit, and which recognize that a pair of reflected signals from two neighboring directions are signals reflected by the same object.
    • 本发明涉及一种物体识别装置。 该装置包括朝向多个方向发射透射束的天线; 接收电路,其从预定方向接收所述发射波束的反射信号; 距离和方向计算电路,其根据发射光束和反射信号计算反射发射光束的物体的距离和方向; 对象图案存储单元,其存储预先相对于预定对象获得的反射信号的范围方向图; 对象识别电路,其将由接收电路接收的反射信号相对于预定方向的范围方向图与存储在对象图案存储单元中的范围方向图案进行比较,并且识别出来自两个相邻的一对反射信号 方向是相同对象反映的信号。
    • 38. 发明授权
    • Walking assistance device
    • 行走辅助装置
    • US08083702B2
    • 2011-12-27
    • US12247466
    • 2008-10-08
    • Jun Ashihara
    • Jun Ashihara
    • A61F5/00A61H1/00
    • A61H3/008A61H3/00A61H2201/1215A61H2201/1436A61H2201/1623A61H2201/1633A61H2201/1635A61H2201/165A61H2201/1676A61H2201/5061A61H2201/5069A61H2201/5071
    • A walking assistance device has a leg link formed by connecting a first link member and a second link member through a third joint assembly. A force generated at the leg link by driving the third joint assembly is transmitted to the body of a user. The walking assistance device enables the user to deeply squat by making the third joint assembly highly bendable. The third joint assembly has with a joint link member, a first joint which connects the joint link member and a first link member, and a second joint which connects the joint link member and the second link member. The walking assistance device is further equipped with a drive source which imparts a torque in a stretching direction to the first joint, and an elastic member which elastically holds the second joint in a predetermined stretched state until a predetermined value or more acts thereon.
    • 行走辅助装置具有通过第三接头组件连接第一连杆构件和第二连杆构件而形成的腿部连杆。 通过驱动第三关节组件在腿连接处产生的力被传送到使用者的身体。 步行辅助装置使得使用者能够通过使第三接头组件高度弯曲而深深地蹲下。 第三接头组件具有接头连接构件,连接接头连接构件和第一连杆构件的第一接头和连接接头连接构件和第二连杆构件的第二接头。 行走辅助装置还配备有向第一关节沿拉伸方向施加扭矩的驱动源,弹性构件以预定的拉伸状态弹性地保持第二关节直到预定值以上。