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    • 1. 发明授权
    • Photonic crystal and waveguide sensor device
    • 光子晶体和波导传感器装置
    • US07731902B2
    • 2010-06-08
    • US11276255
    • 2006-02-21
    • Yasuhiro NagatomoMitsuro SugitaMamoru Uchida
    • Yasuhiro NagatomoMitsuro SugitaMamoru Uchida
    • G01N21/63G01N21/01G01J3/00
    • G01N21/774G01N21/4133G01N33/54373G01N2021/7779
    • The present invention provides a sensor device for detecting a substance contained in a fluid comprising a first photonic crystal region, a second photonic crystal region, a first channel which is connected to the first photonic crystal region, and passes the fluid containing the substance therein, a second channel which is connected to the second photonic crystal region, and passes a fluid for reference therein, an optical waveguide which is connected to the first photonic crystal region and the second photonic crystal region, and guides light, and a detecting section for detecting a difference between a light which has passed through the optical waveguide and the first photonic crystal region and a light which has passed through the optical waveguide and the second photonic crystal region.
    • 本发明提供了一种用于检测包含在第一光子晶体区域,第二光子晶体区域,与第一光子晶体区域连接的第一通道并使含有物质的流体通过的流体中的物质的传感器装置, 第二通道,连接到第二光子晶体区域,并通过用于参考的流体;连接到第一光子晶体区域和第二光子晶体区域并引导光的光波导;以及检测部分,用于检测 通过光波导的光和第一光子晶体区域的光与通过光波导和第二光子晶体区域的光之间的差。
    • 6. 发明申请
    • Sensor Device
    • 传感器设备
    • US20060216200A1
    • 2006-09-28
    • US11276255
    • 2006-02-21
    • Yasuhiro NagatomoMitsuro SugitaMamoru Uchida
    • Yasuhiro NagatomoMitsuro SugitaMamoru Uchida
    • G01N33/48
    • G01N21/774G01N21/4133G01N33/54373G01N2021/7779
    • The present invention provides a sensor device for detecting a substance contained in a fluid comprising a first photonic crystal region, a second photonic crystal region, a first channel which is connected to the first photonic crystal region, and passes the fluid containing the substance therein, a second channel which is connected to the second photonic crystal region, and passes a fluid for reference therein, an optical waveguide which is connected to the first photonic crystal region and the second photonic crystal region, and guides light, and a detecting section for detecting a difference between a light which has passed through the optical waveguide and the first photonic crystal region and a light which has passed through the optical waveguide and the second photonic crystal region.
    • 本发明提供了一种用于检测包含在第一光子晶体区域,第二光子晶体区域,与第一光子晶体区域连接的第一通道并使含有物质的流体通过的流体中的物质的传感器装置, 第二通道,连接到第二光子晶体区域,并通过用于参考的流体;连接到第一光子晶体区域和第二光子晶体区域并引导光的光波导;以及检测部分,用于检测 通过光波导的光和第一光子晶体区域的光与通过光波导和第二光子晶体区域的光之间的差。
    • 10. 发明授权
    • Pneumatic tire having conductive layer and rubber cement layer
    • 具有导电层和橡胶胶层的气动轮胎
    • US09090133B2
    • 2015-07-28
    • US11713056
    • 2007-03-02
    • Mamoru UchidaTakao WadaTomoaki Hirayama
    • Mamoru UchidaTakao WadaTomoaki Hirayama
    • B60C19/08
    • B60C19/08B60C19/086Y02T10/862
    • The objective of the present invention is to provide a pneumatic tire that can desirably prevent generation of static electricity between the road face and the tire, while maintaining a low rolling resistance, so that the safety in use is further improved. In pneumatic tire of the present invention, each of tread rubber, breaker rubber and sidewall rubber that are respectively formed on a tread section, a breaker section and a sidewall section has a volume resistivity of 1×108 Ω·cm or more, with a conductive layer having a volume resistivity smaller than 1×108 Ω·cm and a thickness in a range from 0.2 to 2.0 mm being formed between a carcass ply forming the carcass and the sidewall rubber, and at least either conductive layer or a rubber cement layer that is formed so as to be made in contact with conductive layer and has a volume resistivity lower than that of the tread rubber is exposed to the surface of the tire.
    • 本发明的目的是提供一种能够期望地防止在路面和轮胎之间产生静电的充气轮胎,同时保持低滚动阻力,从而进一步提高使用中的安全性。 在本发明的充气轮胎中,分别形成在胎面部,断路器部和侧壁部的胎面橡胶,破碎橡胶和侧壁橡胶的体积电阻率为1×10 8Ω·cm以上,与 在形成胎体的胎体帘布层和侧壁橡胶之间形成体积电阻率小于1×10 8Ω·cm·cm,厚度为0.2〜2.0mm的导电层,并且至少导电层或橡胶 形成为与导电层接触并且具有比胎面橡胶的体积电阻率低的体积电阻率的水泥层暴露于轮胎的表面。