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    • 1. 发明专利
    • Bedding and floor cushion having bedsore preventing structure
    • 具有床垫预防结构的床铺和地板垫
    • JP2006305316A
    • 2006-11-09
    • JP2006034992
    • 2006-02-13
    • Kazumi Sato和巳 佐藤
    • SATO KAZUMI
    • A61G7/05
    • PROBLEM TO BE SOLVED: To solve the problem that recovery of a bedsore requires time and labor since a bedsore is caused by inability of body position change by turning from side to side in bed not to speak of coming out of bed and getting up, which results in applying continuous pressure on a part of the body to make humidity caused by sweating high, and bringing bedding into contact with the skin in a wet condition, and abnormality is caused on the skin to cause the bedsore. SOLUTION: An easily drying structure by which bedding is easily dried even in a condition a user is almost usually in bed is formed for dispersion of body pressure and improvement of ventilation for prevention of the bedsore and decubitus and early recovery from it by crossing ropes or strings to form projection and recess to improve ventilation. The projecting and recessed parts are wrapped by cotton to have a structure with thickness not imposing a load on the skin. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了解决褥疮恢复需要时间和劳动的问题,因为褥疮是由于身体位置变化不能通过在床上从一侧转到另一侧而不是说出床而得到的 导致对身体的一部分施加连续的压力,使湿度高的汗液导致潮湿,并且在潮湿的条件下使床垫与皮肤接触,并导致皮肤异常引起褥疮。 解决方案:即使在使用者几乎通常在床上的情况下,床上用品易于干燥的容易干燥的结构被形成用于体压分散和改善通气以防止褥疮和褥疮并通过其早期恢复 穿过绳索或绳子以形成突出和凹陷以改善通风。 突出和凹陷的部分被棉包裹以具有厚度不会在皮肤上施加负荷的结构。 版权所有(C)2007,JPO&INPIT
    • 4. 发明授权
    • Radio communication method, system and a terminal station
    • 无线电通信方法,系统和终端
    • US07940869B2
    • 2011-05-10
    • US11345488
    • 2006-02-02
    • Tomoya TandaiTomoko AdachiYoriko UtsunomiyaDaisuke TakedaKazumi SatoKoji Ogura
    • Tomoya TandaiTomoko AdachiYoriko UtsunomiyaDaisuke TakedaKazumi SatoKoji Ogura
    • H03D1/04H03D1/06H03K5/01H03K6/04H04B1/10H04L1/00H04L25/08
    • G01S7/021
    • Radio communication system includes terminal including unit detecting radar wave transmitted through second-frequency channel, first-and-second-frequency channels through which radar wave fails to be transmitted being simultaneously utilized or one of first-and-second-frequency channels being utilized, unit generating radar-detection information including information indicating detection time when detecting unit detects radar wave, and information indicating frequency channel through which radar wave is transmitted, and unit transmitting radar-detection information, and base station including unit receiving radar-detection information, unit generating radar-occurrence information based on received-radar-detection information, radar-occurrence information including information indicating occurrence time when radar wave occurs, information indicating period of occurrence of radar wave, and information indicating frequency channel through which radar wave is transmitted, and unit transmitting radar-occurrence information, terminal further including unit receiving radar-occurrence information, and unit communicating with other terminals through second-frequency channel without using base station when radar wave fails to occur, based on received-radar-occurrence information.
    • 无线电通信系统包括:终端,包括通过第二频道发送的雷达波的单元检测,同时利用雷达波不能发送的第一和第二频率信道,或利用第一和第二频道中的一个, 单元产生雷达检测信息,包括指示检测单元检测雷达波时的检测时间的信息,以及指示雷达波发射的频道的信息,以及发送雷达检测信息的单元,以及包括接收雷达检测信息的单元的基站 基于接收雷达检测信息生成雷达发生信息,包括表示发生雷达波的发生时间的信息的雷达发生信息,表示雷达波的发生期间的信息以及表示雷达波发送的频道的信息,以及 单位传输 基于接收到的雷达发生信息,终端还包括接收雷达发生信息的单元,以及当雷达波不能发生时不使用基站通过第二频道与其他终端通信的单元。
    • 5. 发明申请
    • RECEIVER CIRCUIT, RECEPTION METHOD, AND COMMUNICATION SYSTEM
    • 接收电路,接收方式和通信系统
    • US20100189205A1
    • 2010-07-29
    • US12683039
    • 2010-01-06
    • Hiroshi YoshidaKazumi SatoTakehiko Toyoda
    • Hiroshi YoshidaKazumi SatoTakehiko Toyoda
    • H04B1/10
    • H04B1/10
    • A receiver circuit includes an LPF configured to remove an interference signal and/or a noise from a received signal, an ADC configured to digitize a signal output from the LPF, an FIR filter configured to further remove an interference signal and/or a noise from the signal output from the ADC and compensate imperfection in in-band characteristics caused in the LPF, a delay circuit configured to delay the signal output from the ADC by a predetermined time period, and a control circuit configured to control a destination of the signal output from the ADC, wherein the control circuit switches the destination of the signal output from the ADC to one of the FIR filter and the delay circuit according to a predetermined condition.
    • 接收机电路包括被配置为从接收信号去除干扰信号和/或噪声的LPF,被配置为数字化从LPF输出的信号的ADC,被配置为进一步去除干扰信号和/或噪声的FIR滤波器 从ADC输出的信号并且补偿在LPF中引起的带内特性中的缺陷,延迟电路被配置为将来自ADC的信号延迟预定时间段,以及控制电路,被配置为控制信号输出的目的地 其中控制电路根据预定条件将从ADC输出的信号的目的地切换到FIR滤波器和延迟电路之一。
    • 10. 发明授权
    • Radio receiving apparatus and method
    • 无线接收装置及方法
    • US07447271B2
    • 2008-11-04
    • US11930326
    • 2007-10-31
    • Koji AkitaKazumi SatoKuniaki ItoAkihiro Tsujimura
    • Koji AkitaKazumi SatoKuniaki ItoAkihiro Tsujimura
    • H04B7/02
    • H04B7/0874
    • Radio receiving apparatus includes antennas, radio units adjusting gains of received signals, and outputting the adjusted received signals, respectively, converters converting the adjusted received signals into digital signals, selector device which selects several of the digital signals, combination of the selected digital signals exhibiting good receiving characteristic, controller which determines the gains and outputs single control signal included in information of the determined gains to certain radio units, the certain radio units being included in the radio units and connected to certain converters of the converters which output digital signals included in the selected combination, weight calculator which calculates weight for each of the selected digital signals to enhance the receiving characteristic if the controller outputs the single control signal, synthesizer which synthesizes, into synthetic digital signal, digital signals obtained by multiplying each of the selected digital signals by the weight, and demodulator which demodulates the synthetic digital signal.
    • 无线接收装置包括天线,无线电单元,分别调整接收信号的增益,并分别输出经调整的接收信号,将经调整的接收信号转换为数字信号的转换器,选择数字信号的选择装置,所选数字信号的组合表现 良好的接收特性,控制器,其确定增益和输出包括在确定的增益的信息中的单个控制信号到某些无线电单元,所述某些无线电单元包括在无线电单元中并连接到转换器的某些转换器,该转换器输出包括在 所选择的组合,权重计算器,其计算每个所选数字信号的权重,以在控制器输出单个控制信号时提高接收特性,合成器将合成数字信号合成为通过将所选择的二进制 重量信号,解调合成数字信号的解调器。