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    • 2. 发明授权
    • Automotive air conditioner
    • 汽车空调
    • US4941525A
    • 1990-07-17
    • US275680
    • 1988-11-23
    • Toshikazu ItoTsuneo Kagohata
    • Toshikazu ItoTsuneo Kagohata
    • B60H1/00
    • B60H1/00864B60H1/00814
    • An air mixing type automotive air-conditioner is disclosed in which an air fed by a blower is heated to a hot air by a hot water type heater, and a mixture ratio between a cold air flowing through a bypass passage around the heater and the hot air is adjusted by an air mixing door used as an adjustment damper. The air-conditioner comprises an outside temperature sensor for generating a first signal, a room temperature setter for generating a second signal, a room temperature sensor for generating a third signal, a first arithmetic unit for calculating a desired blown air temperature on the basis of the first and second signals, and a second arithmetic unit for calculating and controlling a desired blown air flow on the basis of the second and third signals. The air-conditioner is so controlled as to obtain the blown air temperature most suitable for a thermal load of the air-conditioner.
    • 公开了一种空气混合式汽车空调器,其中由吹风机供给的空气通过热水式加热器被加热到​​热空气,并且流过加热器周围的旁路通道的冷空气与热 通过用作调节阻尼器的空气混合门来调节空气。 空调器包括用于产生第一信号的外部温度传感器,用于产生第二信号的室温设定器,用于产生第三信号的室温传感器,用于基于以下步骤计算所需吹风温度的第一运算单元 第一和第二信号,以及第二运算单元,用于基于第二和第三信号来计算和控制所需吹风流。 空气调节器被控制得到最适合于空调的热负荷的吹风温度。
    • 4. 发明授权
    • Temperature controller for automobile air conditioner
    • 汽车空调温度控制器
    • US4899930A
    • 1990-02-13
    • US353702
    • 1989-05-18
    • Tsuneo KagohataToshikazu Ito
    • Tsuneo KagohataToshikazu Ito
    • B60H1/00F24F11/02G05D23/13
    • F24F11/027B60H1/00835
    • A temperature controller for automobile air conditioner comprises first computation means which calculates, in correspondence to each delivered air temperature, a unit variation of heat exchange output required to vary the temperature of air delivered by the air conditioner by a unit temperature difference, a second computation means which calculates the amount of variation of heat exchange output, which is required to bring the delivered air temperature close to a target temperature, based on the target temperature, the detected temperature and the unit variation, and control means which controls the heat exchange output intermittently in compliance with the amount of variation evaluated by the second computation means.
    • 一种用于汽车空调的温度控制器,包括:第一计算装置,其对应于每个输送的空气温度计算由空调机输送的空气的温度改变单位温度差所需的热交换输出的单位变化,第二计算 用于计算基于目标温度,检测温度和单位变化使输送空气温度接近目标温度所需的热交换输出的变化量的装置,以及控制热交换输出的控制装置 间歇地按照由第二计算装置评估的变化量。
    • 6. 发明申请
    • Algorithm for estimating and testing association between a haplotype and quantitative phenotype
    • 用于估计和测试单体型与定量表型之间关联的算法
    • US20050177316A1
    • 2005-08-11
    • US10944821
    • 2004-09-21
    • Naoyuki KamataniToshikazu ItoYutaka Kitamura
    • Naoyuki KamataniToshikazu ItoYutaka Kitamura
    • G01N33/48G01N33/50G06F19/00G06F19/18
    • G16B20/00G16B40/00
    • A method of estimating, in addition to haplotype frequencies and diplotype configurations, a means and a standard deviation determining a distribution of a quantitative phenotype by the diplotype on the basis of data on observed genotypes and phenotype data taking a continuous value. The method includes a step a of calculating the maximum likelihood (L0max) on the basis of genotype data and phenotype data taking a continuous value by using as parameters haplotype frequencies and a means and a standard deviation determining a distribution of a quantitative phenotype, under the hypothesis that there is no association between a diplotype configuration including a predetermined haplotype and a predetermined phenotype, and maximum likelihood estimates and the maximum likelihood (Lmax) of haplotype frequencies and penetration rate obtained by maximizing the likelihood under the hypothesis that there is an association between the diplotype configuration including the predetermined haplotype and the phenotype distribution taking a continuous value, and a step b of obtaining the means and the standard deviation determining a distribution of a quantitative phenotype from the maximum likelihood estimates obtained in the step a.
    • 除了单体型频率和外型配置之外,还根据观察到的基因型和表型数据的数据采用连续值来估计通过外型确定定量表型的分布的方法和标准偏差。 该方法包括基于基因型数据和使用作为参数单倍型频率的连续值的表型数据来计算最大可能性(L max max)的步骤a和确定a 在包括预定单倍型和预定表型的外形型配置与最大似然估计和单倍型频率的最大似然(L max max)之间没有关联的假设下,定量表型的分布和 通过使包含预定单倍型的外形类型配置与取连续值的表型分布之间存在关联的假设来最大化可能性所获得的穿透率,以及获得均值和标准偏差的步骤b,该步骤确定定量 从步骤a中获得的最大似然估计的表型。
    • 8. 发明授权
    • Methods for making window panel units having in situ extruded frames
    • 制造具有原位挤压框架的窗板单元的方法
    • US06287406B1
    • 2001-09-11
    • US09229990
    • 1999-01-14
    • Toshikazu ItoYoshihiro Suita
    • Toshikazu ItoYoshihiro Suita
    • B29C4702
    • B25J15/0616B25J9/042B25J9/047B29C47/003B29C47/026B29C70/74B60J10/22B60J10/45B60J10/70Y10T428/24777
    • Methods for preparing a panel unit having a panel and a frame in which a first molding piece is formed by engaging an extrusion port of an extrusion molding die with a peripheral edge of the panel and extruding an extruded molding material along the peripheral edge of the panel. The extruded molding material preferably simultaneously bonds to the peripheral edge. Waste pieces may be eliminated from the first molding piece after bonding the first molding piece to the peripheral edge and the frame may be completed by adding an additional molding piece to provide a continuously formed frame around the peripheral edge. The first molding piece may be formed by continuously moving the peripheral edge relative to the extrusion port in a predetermined orbital path. The peripheral edge of the panel may be subjected to a primer treatment before engaging the extrusion port.
    • 用于制备具有面板和框架的面板单元的方法,其中通过将挤出成型模具的挤出口与面板的周边边缘接合而形成第一成型件,并且沿着面板的周边边缘挤出挤出的成型材料 。 挤出成型材料优选同时结合到周边边缘。 在将第一成型件粘合到周边边缘之后,废品可以从第一成型件中除去,并且可以通过添加附加的成型件来完成框架,从而在周缘周围提供连续成形的框架。 可以通过在预定的轨道路径中相对于挤压端口连续地移动周边边缘而形成第一模制件。 在接合挤出口之前,可以对面板的周缘进行底漆处理。