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    • 1. 发明授权
    • Integrated multilayered microwave circuit
    • 集成多层微波电路
    • US5400039A
    • 1995-03-21
    • US992108
    • 1992-12-17
    • Hiroshi ArakiAkira Endo
    • Hiroshi ArakiAkira Endo
    • H01P3/08H01P11/00H01Q1/32H01Q1/38H01Q13/08H01Q21/06H01Q23/00H04B1/38H04B1/3822H05K1/16
    • H04B1/3822H01Q1/32H01Q1/38H01Q23/00H05K1/16
    • An integrated multi-layered microwave circuit includes a substrate which is constituted by dielectric layers and conductive layers laminated alternately. The conductive layer disposed at one major surface of the substrate forms a micro strip line which constitutes an antenna portion. The conductive layer disposed at the other major surface of the substrate forms a circuit pattern including a grounding line and a power source line, and then the circuit pattern forms a communication portion together with discrete parts incorporated in the circuit pattern. One of the intermediate conductive layers of the substrate constitutes a grounding layer and the other thereof constitutes a power source layer. In the substrate, a feeding via hole, a via hole for a power source, and a grounding via hole are formed so as to penetrate the substrate. Conductors are formed on the inner walls of the substrate forming the feeding via hole, the via hole for the power source, and the grounding via hole by the plating technique, respectively, whereby the antenna portion, the power source layer and the grounding layer are electrically connected to the communication portion, the power source line and the grounding line, respectively. The antenna portion is provided with a feeding land connected to the conductors of the feeding via hole, three radiators each having a circular configuration formed by the micro strip line, and a phase shifter formed by the micro strip line for connecting the respective radiators to the feeding land.
    • 集成的多层微波电路包括由电介质层和交替层叠的导电层构成的基板。 设置在基板的一个主表面处的导电层形成构成天线部分的微带线。 设置在基板的另一个主表面的导电层形成包括接地线和电源线的电路图案,然后电路图形与结合在电路图案中的分立部分一起形成通信部分。 基板的中间导电层中的一个构成接地层,另一个构成电源层。 在基板中,形成供给通孔,电源用通孔和接地通孔,以穿透基板。 在基板的内壁形成导体,分别形成馈电通孔,电源用通孔,电镀技术的接地通孔,由此天线部分,电源层和接地层为 电连接到通信部分,电源线和接地线。 天线部分具有连接到馈电通孔的导体的馈电平台,每个具有由微带线形成的圆形构造的三个辐射器和由微带线形成的移相器,用于将各个散热器连接到 喂土地
    • 2. 发明授权
    • Integrated multilayered microwave circuit and a method of fabricating it
    • 集成多层微波电路及其制造方法
    • US5628053A
    • 1997-05-06
    • US570245
    • 1995-12-11
    • Hiroshi ArakiAkira Endo
    • Hiroshi ArakiAkira Endo
    • H01P3/08H01P11/00H01Q1/32H01Q1/38H01Q13/08H01Q21/06H01Q23/00H04B1/38H04B1/3822H05K1/16H04B1/40
    • H04B1/3822H01Q1/32H01Q1/38H01Q23/00H05K1/16
    • An integrated multi-layered microwave circuit includes a substrate which is constituted by dielectric layers and conductive layers laminated alternately. The conductive layer disposed at one major surface of the substrate forms a micro strip line which constitutes an antenna portion. The conductive layer disposed at the other major surface of the substrate forms a circuit pattern including a grounding line and a power source line, and then the circuit pattern forms a communication portion together with discrete parts incorporated in the circuit pattern. One of the intermediate conductive layers of the substrate constitutes a grounding layer and the other thereof constitutes a power source layer. In the substrate, a feeding via hole, a via hole for a power source, and a grounding via hole are formed so as to penetrate the substrate. Conductors are formed on the inner walls of the substrate forming the feeding via hole, the via hole for the power source, and the grounding via hole by the plating technique, respectively, whereby the antenna portion, the power source layer and the grounding layer are electrically connected to the communication portion, the power source line and the grounding line, respectively. The antenna portion is provided with a feeding land connected to the conductors of the feeding via hole, three radiators each having a circular configuration formed by the micro strip line, and a phase shifter formed by the micro strip line for connecting the respective radiators to the feeding land.
    • 集成的多层微波电路包括由电介质层和交替层叠的导电层构成的基板。 设置在基板的一个主表面处的导电层形成构成天线部分的微带线。 设置在基板的另一个主表面的导电层形成包括接地线和电源线的电路图案,然后电路图形与结合在电路图案中的分立部分一起形成通信部分。 基板的中间导电层中的一个构成接地层,另一个构成电源层。 在基板中,形成供给通孔,电源用通孔和接地通孔,以穿透基板。 在基板的内壁形成导体,分别形成馈电通孔,电源用通孔,电镀技术的接地通孔,由此天线部分,电源层和接地层为 电连接到通信部分,电源线和接地线。 天线部分具有连接到馈电通孔的导体的馈电平台,每个具有由微带线形成的圆形构造的三个辐射器和由微带线形成的移相器,用于将各个散热器连接到 喂土地
    • 4. 发明申请
    • REMOTE CONTROL SYSTEM FOR CAR-MOUNTED DEVICE
    • 用于车载装置的远程控制系统
    • US20100141382A1
    • 2010-06-10
    • US12526693
    • 2008-01-21
    • Yoshitsugu SawaHiroshi ArakiYukio GotoMasashi NojimaMasanobu Hiramine
    • Yoshitsugu SawaHiroshi ArakiYukio GotoMasashi NojimaMasanobu Hiramine
    • G06F7/04
    • G07C9/00182B60R25/24G07C9/00309G07C2009/00793G08C17/00
    • A remote control system for a car-mounted device capable of realizing communication performance required for a keyless function and communication performance required for a smart function while suppressing increase in circuit scale. The remote control system includes a portable unit and an in-car unit. The portable unit includes: a function judgment mechanism judging whether the keyless function or the smart function is used; an amplification mechanism controlling transmission power in response to a result of judgment obtained at the function judgment mechanism; and a system clock generator controlling a transmission band in response to a result of judgment obtained at the function judgment part. The in-car unit includes: an in-car function judgment mechanism judging whether the keyless function or the smart function is used; and in-car system clock generator controlling a receiving band in response to a result of judgment obtained at the in-car function judgment mechanism.
    • 一种用于车载装置的遥控系统,其能够实现智能功能所需的无钥匙功能和通信性能所需的通信性能,同时抑制电路规模的增加。 遥控系统包括便携式单元和车载单元。 便携式单元包括:判断是否使用无钥匙功能或智能功能的功能判断机构; 响应于在功能判断机构获得的判断结果来控制发送功率的放大机构; 以及响应于在功能判断部分获得的判断结果来控制传输频带的系统时钟发生器。 车载单元包括:判断是否使用无钥匙功能或智能功能的车内功能判断机构; 车载系统时钟发生器响应于在车载功能判断机构获得的判断结果来控制接收频带。
    • 5. 发明申请
    • Food materials
    • 食品材料
    • US20050196515A1
    • 2005-09-08
    • US10990315
    • 2004-11-17
    • Hiroshi ArakiSato Araki
    • Hiroshi ArakiSato Araki
    • A23L1/308A21D13/04A21D13/08A23K1/00A23L1/10
    • A21D13/04A21D2/265A21D13/02A21D13/047A21D13/062A21D13/40A23L7/115A23L33/21
    • A food material capable of suppressing the ingestion of saccharide (starches) as far as possible to prevent an obesity, diabetes and hyperlipidemia is provided as well as a food product employing the same. The food material contains as main ingredients at least one of a roasted wheat husk powder, roasted oat husk powder and roasted rice bran, gluten and a predetermined amount of a plantain seed skin powder and contains substantially no saccharides (starches). A food product employing this food material is produced by adding milk and yeast to the food material, fermenting the mixture and then baking the mixture in the form of a bread and cookie. The present invention enables an efficacious utilization of a wheat bran and a rice bran which are problematic food material industrial waste.
    • 提供能够尽可能地抑制糖(淀粉)摄入以防止肥胖,糖尿病和高脂血症的食品,以及使用该食品的食品。 所述食品材料含有焙烤麦壳粉末,烤燕麦粉末和烤米糠,谷蛋白和预定量的车前草种子皮肤粉末中的至少一种,并且基本上不含糖(淀粉)。 使用这种食物的食品是通过将牛奶和酵母加入到食品材料中,发酵混合物,然后以面包和饼干的形式烘烤混合物而生产的。 本发明能够有效利用有害食品原料工业废弃物的麦麸和米糠。
    • 8. 发明授权
    • Power control including a secondary battery for powering an elevator
    • 电源控制包括用于为电梯供电的二次电池
    • US06415892B2
    • 2002-07-09
    • US09788447
    • 2001-02-21
    • Hiroshi ArakiShinobu TajimaIkuro SugaKazuyuki Kobayashi
    • Hiroshi ArakiShinobu TajimaIkuro SugaKazuyuki Kobayashi
    • B66B106
    • B66B1/302Y02B50/142
    • A controller of an elevator in which space for mounting a power accumulating device can be saved and the controller can be applied to an elevator having no machine room. The controller has a power accumulating device arranged between DC buses connected to a converter and an inverter, and accumulating DC power from the DC buses during a regenerative operation of the elevator and supplying the DC power accumulated to the DC buses during a power operation; and a charging-discharging control for controlling charging and discharging of the power accumulating device with respect to the DC buses. The power accumulating device includes a secondary battery and a DC—DC converter for controlling charging and discharging of the secondary battery, and the secondary battery includes plural cells connected in series. The secondary battery is arranged at any one of four corners within an elevator shaft, near a rail, or near a cable within the elevator shaft.
    • 可以节省用于安装蓄电装置的空间的电梯的控制器,并且可以将控制器应用于不具有机房的电梯。 所述控制器具有配置在连接到转换器的DC总线与逆变器之间的蓄电装置,并且在电梯的再生运转期间累积来自所述直流母线的直流电力,并且在电力运行期间提供累积到所述直流母线的直流电力; 以及用于控制蓄电装置相对于直流母线的充放电的充放电控制。 蓄电装置包括二次电池和用于控制二次电池的充放电的DC-DC转换器,并且二次电池包括串联连接的多个电池。 二次电池布置在电梯井内的四个角落中的任何一个处,轨道附近或电梯井内的电缆附近。