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    • 1. 发明授权
    • Method and apparatus for diagnosing electrochemical sensor
    • 电化学传感器诊断方法和装置
    • US08736274B2
    • 2014-05-27
    • US13094374
    • 2011-04-26
    • Atsushi NonakaHisao OhnishiHidemasa NonakaToshiro NakayamaTomohiro InoueYuki Kato
    • Atsushi NonakaHisao OhnishiHidemasa NonakaToshiro NakayamaTomohiro InoueYuki Kato
    • G01R31/08G01R27/08
    • G01N33/007
    • A method and apparatus for diagnosing an electrochemical sensor that detects the concentration of a gas are operative for diagnosing whether or not the sensor is in an error state due to a rise in a resistance in the electrolyte of the sensor. Such detection is made on the basis of a current flowing between a sensing electrode and an opposite electrode or a voltage corresponding to the current. A method for diagnosing an electrochemical sensor having a solid or liquid electrolyte between a sensing electrode and an opposite electrode detects the concentration of the gas to be detected on the basis of a current flowing between the sensing electrode and the opposite electrode, or a voltage corresponding to the current. Whether or not the electrochemical sensor is in an error state is diagnosed on the basis of a resistance of the electrolyte between the two electrodes of the electrolyte.
    • 用于诊断检测气体浓度的电化学传感器的方法和装置可用于诊断由于传感器的电解质中电阻的上升导致传感器是否处于错误状态。 基于在感测电极和相对电极之间流动的电流或对应于电流的电压进行这种检测。 用于诊断在感测电极和相对电极之间具有固体或液体电解质的电化学传感器的方法基于在感测电极和相对电极之间流动的电流或相应的电压来检测待检测气体的浓度 到现在 基于电解质的两个电极之间的电解质的电阻来诊断电化学传感器是否处于错误状态。
    • 2. 发明申请
    • Method and Apparatus for Diagnosing Electrochemical Sensor
    • 电化学传感器诊断方法与装置
    • US20120274337A1
    • 2012-11-01
    • US13094374
    • 2011-04-26
    • Atsushi NonakaHisao OhnishiHidemasa NonakaToshiro NakayamaTomohiro InoueYuki Kato
    • Atsushi NonakaHisao OhnishiHidemasa NonakaToshiro NakayamaTomohiro InoueYuki Kato
    • G01R35/00
    • G01N33/007
    • A method and apparatus for diagnosing an electrochemical sensor that detects the concentration of a gas are operative for diagnosing whether or not the sensor is in an error state due to a rise in a resistance in the electrolyte of the sensor. Such detection is made on the basis of a current flowing between a sensing electrode and an opposite electrode or a voltage corresponding to the current. A method for diagnosing an electrochemical sensor having a solid or liquid electrolyte between a sensing electrode and an opposite electrode detects the concentration of the gas to be detected on the basis of a current flowing between the sensing electrode and the opposite electrode, or a voltage corresponding to the current. Whether or not the electrochemical sensor is in an error state is diagnosed on the basis of a resistance of the electrolyte between the two electrodes of the electrolyte.
    • 用于诊断检测气体浓度的电化学传感器的方法和装置可用于诊断由于传感器的电解质中电阻的上升导致传感器是否处于错误状态。 基于在感测电极和相对电极之间流动的电流或对应于电流的电压进行这种检测。 用于诊断在感测电极和相对电极之间具有固体或液体电解质的电化学传感器的方法基于在感测电极和相对电极之间流动的电流或相应的电压来检测待检测气体的浓度 到现在 基于电解质的两个电极之间的电解质的电阻来诊断电化学传感器是否处于错误状态。
    • 3. 发明授权
    • High brow claw hammer head
    • 高眉爪锤头
    • US06299136B1
    • 2001-10-09
    • US09313569
    • 1999-05-03
    • Toshiro Nakayama
    • Toshiro Nakayama
    • B25C1100
    • B25D1/045
    • A claw hammer head having a body, a neck extending from the front of the body and having a face, and a claw extending from the back of the body. The claw is a multi-radius claw having a profile which maximizes hand-pull leverage during the entire scope of a nail pull rotation. The head has a high raised brow. The claw tips are tapered and pointed, enabling the claw to dig under nail heads that are below the wood surface. The claw has a very sharp V slot near the end of the claw. The head is provided with a cup in the pocket which is used to hold a nail head when one handed spiking with a nail positioned with the head of the nail in the cup and a shank in the slot captured by the V shape of the slot. The neck is a long reach neck with a progressive radius and the face is oversized and slightly contoured to about equal to a 6″ R. The edge of the face is chamfered. The head is provided with large side hitting faces on each side of the body.
    • 具有主体的爪锤头,从主体的前部延伸并具有面的颈部以及从身体后部延伸的爪。 爪是具有在拉钉旋转的整个范围内最大化手拉力的轮廓的多半径爪。 头上有高高的眉头。 爪尖是锥形和尖的,使得爪可以在木表面下方的钉头下挖。 爪在爪的端部附近具有非常尖锐的V槽。 头部设置有口袋中的杯子,当用手钉钉住定位在钉子的头部的指甲中,用于固定钉头的钉子中的一个钉子,以及由狭槽的V形形状捕获的狭槽中的柄部。 颈部是一个长长的脖子,具有渐进的半径,脸部的尺寸过大,略有轮廓,大约等于6“R。脸部的边缘被倒角。 头部在身体的每一侧都设有大的侧面。
    • 4. 发明授权
    • Nail-setting claw hammer head
    • 指甲锤锤头
    • US06772657B2
    • 2004-08-10
    • US09867387
    • 2001-05-31
    • Toshiro Nakayama
    • Toshiro Nakayama
    • B25D100
    • B25D1/045
    • A nail-setting claw hammer head includes a main body and a claw. The main body has a top surface and a rear surface with the rear surface including a nail-head receiving recess formed therein. The claw is connected to the rear surface at one end and terminates at an opposite second end with a pair of claw sections that define a V-shaped slot therebetween. The nail-head receiving recess is positioned to face the V-shaped slot and is in a plane defined by horizontal and vertical axes of the main body.
    • 钉钉爪锤头包括主体和爪。 主体具有顶表面和后表面,后表面包括形成在其中的钉头容纳凹部。 爪在一端连接到后表面,并且在相对的第二端处终止于在其间限定V形槽的一对爪部分。 钉头容纳凹槽定位成面对V形槽并且位于由主体的水平和垂直轴线限定的平面中。