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    • 1. 发明授权
    • Tooth-profile management system for shaving-cutter grinding machine
    • 剃须刀磨床牙齿管理系统
    • US08790156B2
    • 2014-07-29
    • US13502752
    • 2010-10-06
    • Yoshikoto YanaseRyuzo Hayashi
    • Yoshikoto YanaseRyuzo Hayashi
    • B24B49/18
    • B23F19/06B23F21/28B24B49/02B24B53/085
    • A personal computer has correction coefficients (α) for tooth-profile error correction and correction coefficients (β) for meshing position correction which are set for each number of times a shaving cutter is sharpened, and for each cutter feature of the shaving cutter. Target tooth-profile data (Do), tooth-profile error data (ΔD) which is the difference between the target tooth-profile data (Do) and measured tooth-profile data (Dm), and the correction coefficient (α) and the correction coefficient (β) captured in correspondence with the number of times sharpening is performed, and the cutter features are applied to an equation Dcc=Do+α·ΔD+β to find aimed tooth-profile data (Dcc). Shaving-cutter tooth-profile data (ds) is found from the aimed tooth-profile data (Dcc). Thus, the shaving cutter can be sharpened appropriately even when the outer diameter and tooth thickness of the shaving cutter are reduced by sharpening the shaving cutter.
    • 个人计算机具有用于齿廓修正的校正系数(α)和针对剃须刀被削尖的每个次数设定的啮合位置校正的校正系数(&bgr),以及剃须刀的每个切割器特征。 目标齿廓数据(Do),作为目标齿廓数据(Do)与测量齿廓数据(Dm)之间的差异的齿廓误差数据(&Dgr; D)和校正系数(α) 并且与执行锐化次数相对应地捕获的校正系数(&bgr),并且切割器特征被应用于等式Dcc = Do +α·&Dgr; D +&bgr; 找到目标牙齿轮廓数据(Dcc)。 从目标牙齿轮廓数据(Dcc)中可以看到剃刀齿廓数据(ds)。 因此,即使通过磨削剃须刀来减少剃须刀的外径和齿厚度,也可以适当地削尖剃须刀。
    • 5. 发明授权
    • Concentration measuring apparatus
    • 浓度测定仪
    • US5992221A
    • 1999-11-30
    • US703700
    • 1996-08-27
    • Akio KariyoneYoshio HashizumeRyuzo Hayashi
    • Akio KariyoneYoshio HashizumeRyuzo Hayashi
    • G01N1/00G01N1/38G01N1/16G01N15/06
    • G01N1/38G01N35/1095
    • Pipes provided with each switching valve in intermediate portions thereof for feeding sample solutions to a separation mechanism are joined by a multi-way joint, to reach the separation mechanism through a pump. When all valves are closed while driving the pump and thereafter one valve is opened, all bubbles etc. downstream the opened valve are swept and eliminated due to abrupt flow of a liquid since a portion downstream the valve has been decompressed. In switching of a sample in sample measurement, a valve of a pipe for a completely measured sample is left open while a valve of a pipe for a next sample is opened, and then the valve of the pipe for the previously completely measured sample is closed after a while. Thus, pressure fluctuation following sample switching is avoided.
    • 在其中间部分设置有用于将样品溶液供给到分离机构的每个切换阀的管道通过多向接头连接,以通过泵到达分离机构。 当所有阀在驱动泵时关闭,此后一个阀打开,所以打开的阀下游的所有气泡等均由于液体的急剧流动被扫除并消除,因为阀下游的部分已被减压。 在样品测量中切换样品时,用于完全测量样品的管道的阀门打开,而用于下一个样品的管道的阀门打开,然后用于先前完全测量的样品的管道阀门关闭 过了一会儿。 因此,避免了样品切换后的压力波动。
    • 7. 发明授权
    • Measuring apparatus using enzyme electrodes and the method thereof
    • 使用酶电极的测量装置及其方法
    • US5225321A
    • 1993-07-06
    • US727341
    • 1991-07-08
    • Ryuzo HayashiAkio KariyoneYoshio Hashizume
    • Ryuzo HayashiAkio KariyoneYoshio Hashizume
    • C12Q1/00G01N27/403
    • C12Q1/001C12Q1/005C12Q1/006
    • In the case of measuring concentration of, for example, glucose as a first substance to be measured, and that of sucrose as a second substance to be measured, using a measuring apparatus, the apparatus is provided with a first enzyme electrode, a dilution pipeline situated at the downstream of the electrode and for diluting the substances, and a second enzyme electrode situated at the downstream of the dilution pipeline. A sample, which contains the first and second substances, is poured intermittently into a constant flow of a buffer solution. The first enzyme electrode detects the first substance. The second enzyme electrode, which comprises an immobilized enzyme catalizing the conversion of the second substance in to the first substance, detects the first substance, which is originally contained in the sample as well as is formed on the second enzyme electrode. The concentration of the second substance in the sample can be determined by calculating about the outputs of the first and second enzyme electrodes.
    • 在测量作为第一待测物质的葡萄糖的浓度和作为第二待测物质的蔗糖的浓度的情况下,使用测量装置,设置有第一酶电极,稀释管线 位于电极的下游并用于稀释物质,以及位于稀释管道下游的第二酶电极。 将含有第一和第二物质的样品间歇地倒入缓冲溶液的恒定流中。 第一酶电极检测第一物质。 第二酶电极,其包含催化第二物质向第一物质转化的固定化酶,检测原样包含在样品中的第一物质,并形成在第二酶电极上。 可以通过计算第一和第二酶电极的输出来确定样品中第二物质的浓度。