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    • 2. 发明授权
    • Optical acoustoelectric transducer
    • 光电传感器
    • US07391976B2
    • 2008-06-24
    • US10149011
    • 2000-12-11
    • Okihiro KobayashiNobuhiro MiyaharaYutaka HattoriHiroshi MiyazawaJunichi Hayakawa
    • Okihiro KobayashiNobuhiro MiyaharaYutaka HattoriHiroshi MiyazawaJunichi Hayakawa
    • H04B10/02G02F1/11H04R25/00
    • H04R23/008H04R23/00
    • An optical acoustoelectric transducer having a directivity pattern like a better 8 by receiving by a light-receiving element a reflected fraction of the light from a light-emitting device disposed at the center of a bottom plate that is parallel to a diaphragm, has an opening through which an acoustic wave enters, and is connected to supporting side plates. An optical acoustoelectric transducer having uniform amplitude characteristics in a wide frequency range by mixing by a mixer circuit the outputs of a plurality of optical microphones having diaphragms of mutually different thicknesses so as to make the receiving sensitivity uniform in different frequency ranges. A directional optical acoustoelectric transducer having a small size and wide band characteristics by arranging a plurality of light-emitting devices (LD) and a plurality of light-receiving elements (PD) corresponding to a plurality of diaphragms arranged parallel.
    • 通过由受光元件接收来自设置在与隔膜平行的底板中心处的发光装置的光的反射分数,具有类似于8的方向性图案的光学声电传感器具有开口 声波通过该声波进入,并连接到支撑侧板。 一种具有宽频率范围内均匀振幅特性的光声换能器,通过混合电路将具有不同厚度膜片的多个光学麦克风的输出混合,使接收灵敏度在不同频率范围内均匀。 一种具有小尺寸和宽带特性的定向光声换能器,通过布置与多个平行排列的多个光阑对应的多个发光装置(LD)和多个光接收元件(PD)。
    • 3. 发明授权
    • Method for detecting strain state of tire, device for detecting strain state, and the tire
    • 用于检测轮胎的应变状态的方法,用于检测应变状态的装置和轮胎
    • US07302836B2
    • 2007-12-04
    • US10505215
    • 2003-07-18
    • Yutaka Hattori
    • Yutaka Hattori
    • G01M17/02
    • B60C23/064B60C11/00B60C13/001B60C19/00B60C23/06B60C23/068B60G2204/113B60T8/1725B60T2240/04G01M17/02G01S13/88
    • The present invention provides a tire distortion detecting method, a distortion detector, and a tire which can reduce the occurrence of a deterioration and can be used for a control system such as a stability control system. That is, series of conductors composed of a plurality of conductor pieces 101 and 102 are provided in two different layers. The conductor pieces 101 and 102 are embedded in lines at predetermined intervals in the circumferential direction of a tire 300. A pulsed electromagnetic wave is radiated to the surfaces of metal foils 101 and 102 in the layers from a monitoring device 200 provided in a tire house 400 of a vehicle. The monitoring device 200 receives a pulsed electromagnetic wave reflected from the metal foils 101 and 102 in the layers or a member other than the metal foils. Time from the radiation of a pulsed electromagnetic wave to the reception of a reflected pulsed magnetic wave is measured repeatedly, time at which no distortion occurs on the tire 300 is stored as a reference value, and the measured time and the stored reference value are compared with each other to detect a distortion of the tire 300.
    • 本发明提供一种轮胎失真检测方法,失真检测器和轮胎,其可以减少劣化的发生并且可以用于诸如稳定性控制系统的控制系统。 也就是说,由多个导体片101和102组成的一系列导体设置在两个不同的层中。 导体片101和102以轮胎300的圆周方向上的预定间隔嵌入线中。 脉冲电磁波从设置在车辆的轮胎室400中的监视装置200照射到层中的金属箔101和102的表面。 监视装置200接收从金属箔101和102反射的层或不同于金属箔的部件的脉冲电磁波。 将从脉冲电磁波的辐射到反射的脉冲磁波的接收的时间重复地测量,轮胎300上不发生变形的时间被存储为参考值,并且将测量的时间和存储的参考值进行比较 彼此检测轮胎300的变形。
    • 5. 发明申请
    • Anti-lock brake system and sensor unit for the same
    • 防抱死制动系统和传感器单元相同
    • US20060170281A1
    • 2006-08-03
    • US10547384
    • 2004-06-16
    • Yutaka HattoriYasuo Hatano
    • Yutaka HattoriYasuo Hatano
    • B60T13/66
    • G01P15/18B60T8/1725B60T2240/04G01P3/481G01P15/123G01P2015/084
    • An anti-lock brake system and a sensor unit for the system, where acceleration occurring in a wheel is easily detected with high accuracy to perform braking control of a motor vehicle. Sensor units (100) having acceleration sensors that detect acceleration occurring, with the rotation of tires (300), in X, Y, and Z directions including the tire rotating direction are provided on rotating bodies of rotation mechanism portions including each tire (300). The sensor units (100) transmit digital values of the detected result as digital information by an electromagnetic wave. The digital information is received by a monitor device (200) provided on each tire house, and an acceleration value obtained by calculation is outputted to a brake control unit (600). The brake control unit (600) estimates a strain amount of each tire (300) based on the obtained acceleration value and previously memorized strain characteristic information, controls a pressure regulating valve (630) based on the estimated tire strain amount and a detected result of a rotating speed of each tire (300), and drives a brake driving actuator (640).
    • 用于系统的防抱死制动系统和传感器单元,其中容易地以高精度检测到车轮中发生的加速度,以执行机动车辆的制动控制。 具有加速度传感器的传感器单元(100)设置在包括轮胎(300)的旋转机构部分的旋转体上,该加速度传感器检测轮胎(300)在包括轮胎旋转方向的X,Y和Z方向上的旋转时发生的加速度, 。 传感器单元(100)通过电磁波将数字值作为数字信息发送。 数字信息由设在每个轮胎车厢上的监视装置(200)接收,并且通过计算获得的加速度值被输出到制动控制单元(600)。 制动控制单元600基于获得的加速度值和先前存储的应变特性信息来估计每个轮胎300的应变量,基于估计的轮胎应变量和检测结果来控制压力调节阀630 每个轮胎(300)的转速,并驱动制动驱动致动器(640)。
    • 6. 发明申请
    • Method for detecting strain state of tire, device for detecting strain state, and the tire
    • 用于检测轮胎的应变状态的方法,用于检测应变状态的装置和轮胎
    • US20050081613A1
    • 2005-04-21
    • US10505215
    • 2003-07-18
    • Yutaka Hattori
    • Yutaka Hattori
    • G01L17/00B60C19/00B60C23/06B60T8/172G01M17/02G01S13/88
    • B60C23/064B60C11/00B60C13/001B60C19/00B60C23/06B60C23/068B60G2204/113B60T8/1725B60T2240/04G01M17/02G01S13/88
    • The present invention provides a tire distortion detecting method, a distortion detector, and a tire which can reduce the occurrence of a deterioration and can be used for a control system such as a stability control system. That is, series of conductors composed of a plurality of conductor pieces 101 and 102 are provided in two different layers. The conductor pieces 101 and 102 are embedded in lines at predetermined intervals in the circumferential direction of a tire 300. A pulsed electromagnetic wave is radiated to the surfaces of metal foils 101 and 102 in the layers from a monitoring device 200 provided in a tire house 400 of a vehicle. The monitoring device 200 receives a pulsed electromagnetic wave reflected from the metal foils 101 and 102 in the layers or a member other than the metal foils. Time from the radiation of a pulsed electromagnetic wave to the reception of a reflected pulsed magnetic wave is measured repeatedly, time at which no distortion occurs on the tire 300 is stored as a reference value, and the measured time and the stored reference value are compared with each other to detect a distortion of the tire 300.
    • 本发明提供一种轮胎失真检测方法,失真检测器和轮胎,其可以减少劣化的发生并且可以用于诸如稳定性控制系统的控制系统。 也就是说,由多个导体片101和102组成的一系列导体设置在两个不同的层中。 导体片101和102以轮胎300的圆周方向上的预定间隔嵌入线中。 脉冲电磁波从设置在车辆的轮胎室400中的监视装置200照射到层中的金属箔101和102的表面。 监视装置200接收从金属箔101和102反射的层或不同于金属箔的部件的脉冲电磁波。 将从脉冲电磁波的辐射到反射的脉冲磁波的接收的时间重复地测量,轮胎300上不发生变形的时间被存储为参考值,并且将测量的时间和存储的参考值进行比较 彼此检测轮胎300的变形。
    • 8. 发明授权
    • Information storage device, scanner and information storage and reproducing apparatus
    • 信息存储装置,扫描器和信息存储和再现装置
    • US06176422B1
    • 2001-01-23
    • US09476889
    • 2000-01-03
    • Yutaka Hattori
    • Yutaka Hattori
    • G06F1700
    • G06K19/07758G06K7/0008G06K19/0723G06K19/0728
    • An information storage device and an information storage and reproducing apparatus for facilitating the management of information about products and users. A storage device 1 receives an electromagnetic wave through its receiving antenna 11, and produces a DC current, which powers the constituting elements in the storage device 1. A central processor unit 13 thus powered reads the information in a memory 14 and feeds it via a transmitting module 15 to a transmitting antenna 16, which in turns transmits the information on an electromagnetic wave. A scanner 2 transmits the electromagnetic wave through its transmitting module 26 and transmitting antenna 27 to energize the storage device 1, while receiving, through its receiving antenna 21 and receiving module 22, the electromagnetic wave transmitted by the storage device 1. A central processor unit 23 processes the received signal, namely the information stored in the storage device 1, and displays it on a display unit 25.
    • 一种信息存储装置和信息存储和再现装置,用于有助于管理关于产品和用户的信息。 存储装置1通过其接收天线11接收电磁波,并且产生对存储装置1中的构成元件供电的DC电流。由此供电的中央处理器单元13读取存储器14中的信息,并且经由 发送模块15发送到发送天线16,发送天线16依次发送关于电磁波的信息。 扫描器2通过其发送模块26和发送天线27发送电磁波,以通过其接收天线21和接收模块22接收由存储装置1发送的电磁波,从而对存储装置1通电。中央处理器单元 23处理接收到的信号,即存储在存储装置1中的信息,并将其显示在显示单元25上。
    • 9. 发明授权
    • Optical scanning apparatus, information reading apparatus and
information recording apparatus
    • 光学扫描装置,信息读取装置和信息记录装置
    • US6097508A
    • 2000-08-01
    • US971984
    • 1997-11-17
    • Yutaka Hattori
    • Yutaka Hattori
    • G02B26/10G02B26/12G06T1/00H04N1/113H04N1/48H04N1/50H04N1/04
    • G02B26/123H04N1/486H04N1/502
    • An optical scanning apparatus for scanning a manuscript, and for optically reading information recorded on the manuscript, having: a plurality of semiconductor lasers for emitting laser lights, whose wavelengths are different from each other; a plurality of collimator lenses each corresponding to respective one of the semiconductor lasers, and for converting the laser lights emitted from the corresponding semiconductor lasers into parallel laser lights respectively; a polygon mirror for deflecting each of the parallel laser lights in a main scanning direction in order to scan the manuscript; and an image forming lens for converging each of the deflected laser lights on the manuscript, wherein collimator setting distances between the collimator lenses and the corresponding semiconductor lasers are different from each other in accordance with differences between the wavelengths of the laser lights.
    • 一种用于扫描原稿并用于光学读取原稿上记录的信息的光学扫描装置,具有:多个用于发射波长彼此不同的激光的半导体激光器; 多个准直透镜,各自对应于所述半导体激光器中的相应一个,并且用于将从相应半导体激光器发射的激光分别转换成平行激光; 用于在主扫描方向上偏转每个平行激光以便扫描原稿的多面镜; 以及用于在原稿上会聚各偏转激光的图像形成透镜,其中准直透镜与对应的半导体激光器之间的准直器设定距离根据激光的波长之间的差异而彼此不同。