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    • 1. 发明授权
    • Specific absorption rate measurement system and method
    • 比吸收率测定系统及方法
    • US07683632B2
    • 2010-03-23
    • US11873934
    • 2007-10-17
    • Katsuki KiminamiTakahiro IyamaTeruo Onishi
    • Katsuki KiminamiTakahiro IyamaTeruo Onishi
    • G01R27/04
    • G01R29/0857G01R29/0871G01R29/0885
    • A disclosed specific absorption rate measurement system according to an embodiment of the present invention measures a specific absorption rate of electromagnetic waves from a radiating source absorbed in a dielectric medium. The system includes a measurement portion that measures a first electric field vector on an observation surface which is a two-dimensional surface in the dielectric medium; an electric field calculation portion that calculates a second electric field vector in a point excluded from the observation surface in accordance with electric field components of the first electric field vector measured on the observation surface, the electric field components being parallel to the observation surface; and a calculation portion that calculates the specific absorption rate from the calculated second electric field vector.
    • 根据本发明的实施例的公开的具体的吸收率测量系统测量从吸收在电介质中的辐射源的电磁波的比吸收率。 该系统包括测量部分,其测量作为电介质中的二维表面的观察表面上的第一电场矢量; 电场计算部,其根据在观察面上测量的第一电场矢量的电场分量,电场分量与观察面平行地计算从观察面排除的点的第二电场矢量; 以及从计算出的第二电场矢量计算比吸收率的计算部。
    • 2. 发明申请
    • SPECIFIC ABSORPTION RATE MEASUREMENT SYSTEM AND METHOD
    • 具体的吸收率测量系统和方法
    • US20080265902A1
    • 2008-10-30
    • US11873934
    • 2007-10-17
    • Katsuki KIMINAMITakahiro IyamaTeruo Onishi
    • Katsuki KIMINAMITakahiro IyamaTeruo Onishi
    • G01R29/08G01R29/12
    • G01R29/0857G01R29/0871G01R29/0885
    • A disclosed specific absorption rate measurement system according to an embodiment of the present invention measures a specific absorption rate of electromagnetic waves from a radiating source absorbed in a dielectric medium. The system includes a measurement portion that measures a first electric field vector on an observation surface which is a two-dimensional surface in the dielectric medium; an electric field calculation portion that calculates a second electric field vector in a point excluded from the observation surface in accordance with electric field components of the first electric field vector measured on the observation surface, the electric field components being parallel to the observation surface; and a calculation portion that calculates the specific absorption rate from the calculated second electric field vector.
    • 根据本发明的实施例的公开的具体的吸收率测量系统测量从吸收在电介质中的辐射源的电磁波的比吸收率。 该系统包括测量部分,其测量作为电介质中的二维表面的观察表面上的第一电场矢量; 电场计算部,其根据在观察面上测量的第一电场矢量的电场分量,电场分量与观察面平行地计算从观察面排除的点的第二电场矢量; 以及从计算出的第二电场矢量计算比吸收率的计算部。
    • 3. 发明授权
    • Mobile communication terminal
    • 移动通信终端
    • US09144030B2
    • 2015-09-22
    • US13697679
    • 2011-04-18
    • Takahiro IyamaTeruo Onishi
    • Takahiro IyamaTeruo Onishi
    • H04W52/22H04W52/12H04W52/16H04W52/34
    • H04W52/225H04W52/12H04W52/16H04W52/228H04W52/346H04W52/367
    • A mobile communication terminal includes: a transmission power controlling unit for performing transmission power control such that the sum of channel transmission powers or the sum of the ratios of the channel transmission powers to threshold values of the corresponding channels is a predetermined target value; an average transmission power calculating unit for calculating the average value of the sum of the channel transmission powers in a set monitoring period or the average value of the sum of the ratios of the channel transmission powers in the set monitoring period to the threshold values of the corresponding channels; and a transmission power suppressing unit for performing reduction control of the transmission powers such that these average values in a set control period are each equal to or less than the threshold value.
    • 移动通信终端包括:发送功率控制单元,用于执行发送功率控制,使得信道发送功率的总和或信道发送功率的比率与相应信道的阈值之和为预定的目标值; 平均发送功率计算单元,用于计算在设定的监视期间内的信道发送功率的和的平均值,以及所设定的监视期间中的信道发送功率的比率的平均值, 相应渠道; 以及发送功率抑制单元,用于执行发送功率的缩减控制,使得设定的控制周期中的这些平均值各自等于或小于阈值。
    • 5. 发明申请
    • MOBILE COMMUNICATION TERMINAL
    • 移动通信终端
    • US20130077522A1
    • 2013-03-28
    • US13697679
    • 2011-04-18
    • Takahiro IyamaTeruo Onishi
    • Takahiro IyamaTeruo Onishi
    • H04W52/22
    • H04W52/225H04W52/12H04W52/16H04W52/228H04W52/346H04W52/367
    • A mobile communication terminal includes: a transmission power controlling unit for performing transmission power control such that the sum of channel transmission powers or the sum of the ratios of the channel transmission powers to threshold values of the corresponding channels is a predetermined target value; an average transmission power calculating unit for calculating the average value of the sum of the channel transmission powers in a set monitoring period or the average value of the sum of the ratios of the channel transmission powers in the set monitoring period to the threshold values of the corresponding channels; and a transmission power suppressing unit for performing reduction control of the transmission powers such that these average values in a set control period are each equal to or less than the threshold value.
    • 移动通信终端包括:发送功率控制单元,用于执行发送功率控制,使得信道发送功率的总和或信道发送功率的比率与相应信道的阈值之和为预定的目标值; 平均发送功率计算单元,用于计算在设定的监视期间内的信道发送功率的和的平均值,以及所设定的监视期间中的信道发送功率的比率的平均值, 相应渠道; 以及发送功率抑制单元,用于执行发送功率的缩减控制,使得设定的控制周期中的这些平均值各自等于或小于阈值。
    • 6. 发明申请
    • ABSORBED POWER MEASURING METHOD, LOCAL AVERAGE ABSORBED POWER MEASURING METHOD, LOCAL AVERAGE ABSORBED POWER CALCULATING APPARATUS, AND LOCAL AVERAGE ABSORBED POWER CALCULATING PROGRAM
    • 吸收功率测量方法,局部平均吸收功率测量方法,局部平均吸收功率计算设备和局部平均吸收功率计算程序
    • US20110301886A1
    • 2011-12-08
    • US13201373
    • 2010-01-29
    • Takahiro IyamaTeruo Onishi
    • Takahiro IyamaTeruo Onishi
    • G06F19/00
    • G01R29/0857G01R29/0892
    • An object of the present invention is to provide a simple way of measuring the local average absorbed power of a radio device having a plurality of antennas. A local average absorbed power measuring method of the present invention has an individual measurement step and a calculation step. In the individual measurement step, the amplitude and phase of the electric field or magnetic field of each one of the plurality of antennas are measured. In the calculation step, local average absorbed power candidates are obtained while weights are being varied. More specifically, in a combination sub-step, given weights are applied to the amplitudes and phases of the electric fields or magnetic fields of the individual antennas, obtained in the individual measurement step, and the results are combined. In a local average absorbed power candidate calculation sub-step, the absorbed power distribution in three-dimensional space is calculated from the combined electric field or combined magnetic field obtained in the combination sub-step, and a local average absorbed power candidate is obtained. In a local average absorbed power selection step, the highest one of the local average absorbed power candidates is specified as the local average absorbed power of the radio device.
    • 本发明的目的是提供一种测量具有多个天线的无线电设备的本地平均吸收功率的简单方法。 本发明的局部平均吸收功率测量方法具有单独的测量步骤和计算步骤。 在单独测量步骤中,测量多个天线中的每一个的电场或磁场的振幅和相位。 在计算步骤中,在权重变化时获得局部平均吸收功率候选。 更具体地,在组合子步骤中,将给定的权重应用于在各个测量步骤中获得的各个天线的电场或磁场的幅度和相位,并且将结果组合。 在本地平均吸收功率候选计算子步骤中,从组合电场或组合子步骤中获得的组合磁场计算三维空间中的吸收功率分布,并获得局部平均吸收功率候选。 在本地平均吸收功率选择步骤中,局部平均吸收功率候选中最高的一个被指定为无线电设备的本地平均吸收功率。
    • 7. 发明申请
    • Apparatus for measuring absorbed power
    • 用于测量吸收功率的装置
    • US20060172432A1
    • 2006-08-03
    • US11392570
    • 2006-03-30
    • Takahiro IyamaYoshiaki TarusawaShinji UebayashiToshio Nojima
    • Takahiro IyamaYoshiaki TarusawaShinji UebayashiToshio Nojima
    • G01N33/00
    • G01R29/08
    • In an apparatus for measuring absorbed power including an electromagnetic field probe 1 fixedly mounted within a head simulation phantom 2 which simulates the configuration and the electromagnetic characteristics of a head of a human body, and wherein the strength of an electric field or a magnetic field of a radio wave externally irradiated upon the head simulation phantom 2 is measured by the electromagnetic field probe 1, and the power of the radio wave absorbed by the head is estimated on the basis of measured values, the head simulation phantom 2 comprises a solid dielectric 10′ which simulates the configuration and the electromagnetic characteristics of a head of a human body or a liquid dielectric 10 which simulates the electromagnetic characteristics of a head of a human body and which is filled in an enclosed vessel 10 which simulates the configuration of a head of a human body. The volume of the solid dielectric 10′ or the volume of the enclosed vessel 11 is equal to or less than 5×105 mm3.
    • 在一种用于测量吸收功率的装置中,包括固定地安装在模拟人体头部的构型和电磁特性的头模拟体模2内的电磁场探针1,并且其中电场或磁场的强度 通过电磁场探头1测量外部照射到头部模拟体模2上的无线电波,并且基于测量值来估计头部吸收的无线电波的功率,头部模拟模型2包括固体电介质10 其模拟人体头部或液体电介质10的结构和电磁特性,其模拟人体头部的电磁特性,并且填充在封闭容器10中,该容器10模拟头部的头部的构造 一个人体 固体电介质10'的体积或封闭容器11的体积等于或小于5×10 5 mm 3。
    • 8. 发明授权
    • Apparatus for measuring absorbed power
    • 用于测量吸收功率的装置
    • US07615188B2
    • 2009-11-10
    • US11392570
    • 2006-03-30
    • Takahiro IyamaYoshiaki TarusawaShinji UebayashiToshio Nojima
    • Takahiro IyamaYoshiaki TarusawaShinji UebayashiToshio Nojima
    • C12Q1/68H04B1/10G01N27/00
    • G01R29/08
    • In an apparatus for measuring absorbed power including an electromagnetic field probe 1 fixedly mounted within a head simulation phantom 2 which simulates the configuration and the electromagnetic characteristics of a head of a human body, and wherein the strength of an electric field or a magnetic field of a radio wave externally irradiated upon the head simulation phantom 2 is measured by the electromagnetic field probe 1, and the power of the radio wave absorbed by the head is estimated on the basis of measured values, the head simulation phantom 2 comprises a solid dielectric 10′ which simulates the configuration and the electromagnetic characteristics of a head of a human body or a liquid dielectric 10 which simulates the electromagnetic characteristics of a head of a human body and which is filled in an enclosed vessel 10 which simulates the configuration of a head of a human body. The volume of the solid dielectric 10′ or the volume of the enclosed vessel 11 is equal to or less than 5×105 mm3.
    • 在一种用于测量吸收功率的装置中,包括固定地安装在模拟人体头部的构型和电磁特性的头模拟体模2内的电磁场探针1,并且其中电场或磁场的强度 通过电磁场探头1测量外部照射到头部模拟体模2上的无线电波,并且基于测量值来估计头部吸收的无线电波的功率,头部模拟模型2包括固体电介质10 其模拟人体头部或液体电介质10的结构和电磁特性,其模拟人体头部的电磁特性,并且填充在封闭容器10中,该容器10模拟头部的头部的构造 一个人体 固体电介质10'的体积或封闭容器11的体积等于或小于5×10 5 mm 3。
    • 9. 发明授权
    • Absorption power measuring device
    • 吸收功率测量装置
    • US07186377B2
    • 2007-03-06
    • US10398205
    • 2002-08-08
    • Takahiro IyamaYoshiaki TarusawaShinji UebayashiToshio Nojima
    • Takahiro IyamaYoshiaki TarusawaShinji UebayashiToshio Nojima
    • C12Q1/68G01N15/06G01N33/00G01N33/48G01N25/18
    • G01R29/08
    • In an apparatus for measuring absorbed power including an electromagnetic field probe 1 fixedly mounted within a head simulation phantom 2 which simulates the configuration and the electromagnetic characteristics of a head of a human body, and wherein the strength of an electric field or a magnetic field of a radio wave externally irradiated upon the head simulation phantom 2 is measured by the electromagnetic field probe 1, and the power of the radio wave absorbed by the head is estimated on the basis of measured values, the head simulation phantom 2 comprises a solid dielectric 10′ which simulates the configuration and the electromagnetic characteristics of a head of a human body or a liquid dielectric 10 which simulates the electromagnetic characteristics of a head of a human body and which is filled in an enclosed vessel 10 which simulates the configuration of a head of a human body. The volume of the solid dielectric 10′ or the volume of the enclosed vessel 11 is equal to or less than 5×105 mm3.
    • 在一种用于测量吸收功率的装置中,包括固定地安装在模拟人体头部的构型和电磁特性的头模拟体模2内的电磁场探针1,并且其中电场或磁场的强度 通过电磁场探头1测量外部照射到头部模拟体模2上的无线电波,并且基于测量值来估计头部吸收的无线电波的功率,头部模拟模型2包括固体电介质10 其模拟人体头部或液体电介质10的结构和电磁特性,其模拟人体头部的电磁特性,并且填充在封闭容器10中,该容器10模拟头部的头部的构型 一个人体 固体电介质10'的体积或封闭容器11的体积等于或小于5×10 5 mm 3。