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    • 52. 发明授权
    • Impact absorbing device
    • 冲击吸收装置
    • US07604269B2
    • 2009-10-20
    • US12133994
    • 2008-06-05
    • Kousuke MatsubaraKenji Murakami
    • Kousuke MatsubaraKenji Murakami
    • B60R19/38
    • B60R19/26B60R21/34B60R2019/262B60R2021/343
    • An impact absorbing device includes an attachment component having one-or-more holes, an impact absorption pipe which absorbs external impacts and arranged so that it can slide axially and coaxially within the attachment component, one-or-more movable resistance bodies arranged so that they can move freely within the one-or-more holes, an impact absorption pipe movement component support component, an impact absorption pipe movement component, a support part having a first section and a second section formed in this order so that a distance between each of the sections and an interior side wall of the attachment component becomes smaller respectively, a support part movement component which provides an energization power to the support part, wherein the first section is in a position which faces the one-or-more holes of the attachment component when the support part comes into contact with a bottom part of the attachment component.
    • 冲击吸收装置包括具有一个或多个孔的附接部件,吸收外部冲击并且布置成能够在附接部件内轴向同轴滑动的冲击吸收管,一个或多个可移动的阻力体布置成使得 它们可以在一个或多个孔内自由移动,冲击吸收管运动部件支撑部件,冲击吸收管运动部件,具有第一部分和第二部分的支撑部分,该第一部分和第二部分依次形成,使得每个 并且所述附接部件的内侧壁分别变小,所述支撑部移动部件向所述支撑部提供通电力,其中所述第一部分处于面向所述支撑部的一个或多个孔的位置 当支撑部件与附接部件的底部接触时,附接部件。
    • 57. 发明授权
    • Food safety administration system
    • 食品安全管理体系
    • US06577969B2
    • 2003-06-10
    • US09800302
    • 2001-03-03
    • Kazumi TakedaKenji MurakamiAtsushi Kusano
    • Kazumi TakedaKenji MurakamiAtsushi Kusano
    • G01N3700
    • G06Q10/06
    • A food safety administration system for controlling safety of of food handling locations, wherein a mobile inspection terminal measures the temperature of an object under test or receives data on the pass or failure status of the object; a device records the temperature data and the pass or failure data, according to check items on a checklist; and a device controls the safety of the location and of the food therein using the temperature data and pass or failure data provided as test data by the mobile inspection terminal, whereby data is reliably and quickly checked without use of paper based data.
    • 一种用于控制食品处理位置的安全性的食品安全管理系统,其中移动检查终端测量被测物体的温度或接收关于物体的通过或失败状态的数据; 一个设备根据清单上的检查项目记录温度数据和通过或故障数据; 并且设备使用由移动检查终端作为测试数据提供的温度数据和通过或失败数据来控制其位置和食物的安全性,由此数据可靠且快速地检查而不使用基于纸的数据。
    • 59. 发明授权
    • Colorimetric instrument
    • 比色仪
    • US5739914A
    • 1998-04-14
    • US748245
    • 1996-11-12
    • Naoki ChidaKenji Murakami
    • Naoki ChidaKenji Murakami
    • G01J3/02G01J3/51
    • G01J3/02G01J3/0208G01J3/51G01J3/513G01J3/465
    • A stimulus values direct reading colorimetric instrument comprising a plurality of photoelectric sensors having different spectral responsivities equal or approximately equal to color matching functions X(.lambda.), Y(.lambda.), and Z(.lambda.); and measuring and display device to measure and display the tri-stimulus values X,Y and Z and the chromaticity of the light to be measured by computing the photoelectric sensor output signals caused by the light, wherein the instrument calculates the stimulus values corresponding to the tri-stimulus values and measures the chomaticity by providing at least one corrective photoelectric sensors so as to maximize their spectral responsivities in the vicinity of the transmission threshold wavelengths of each sensor and taking the sum of the output signals from the sensors and the corrective sensor after multiplying each coefficient assigned to the signals by each output signal, respectively.
    • 刺激值直接读取比色仪器,其包括具有等于或近似等于颜色匹配函数+ E,ovs X + EE(λ),+ E,ovs Y + EE(λ)和+ E的不同光谱响应性的多个光电传感器 ,ovs Z + EE(λ); 以及测量和显示装置,通过计算由光引起的光电传感器输出信号来测量和显示三刺激值X,Y和Z以及要测量的光的色度,其中仪器计算对应于 通过提供至少一个校正光电传感器来测量聚合度,以便在每个传感器的传输阈值波长附近最大化它们的光谱响应,并且在传感器和校正传感器之后的输出信号之和 分别乘以每个输出信号分配给信号的每个系数。