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    • 1. 发明授权
    • Cooking apparatus operated by a single operational key that
automatically sets a most suitable cooking mode
    • 烹饪设备由单个操作键操作,自动设置最适合的烹饪模式
    • US5373145A
    • 1994-12-13
    • US77048
    • 1993-06-16
    • Sachiko EndoKoji MurakamiTeruya TanakaKaoru MaekawaTatsuya Nakagawa
    • Sachiko EndoKoji MurakamiTeruya TanakaKaoru MaekawaTatsuya Nakagawa
    • F24C7/02H05B6/68
    • H05B6/6417H05B6/6411H05B6/6482
    • A cooking apparatus for heating food to be served and capable of being operated with utmost simplicity without using and choosing various cooking-mode selection keys so as to achieve superb ease-of-operation. The cooking apparatus includes a cooking chamber for placing and storing food to be heated by the apparatus and a detector for detecting a state of a door attached to the cooking chamber, the door being freely openable and closable against an opening portion of the cooking chamber. An optical sensor, having a plurality of light emitting portions is disposed in a side of the cooking chamber and a plurality of light receiving portions are disposed counter to the light emitting portions. A drive unit is provided for driving the optical sensor and a judgement unit verifies and determines a cooking mode suitable for the food placed in the cooking chamber responsive to a signal from the optical sensor, where the drive unit is activated when the detector detects that the door is closed.
    • 一种用于加热食物的烹饪设备,并且能够以最简单的方式操作,而不使用和选择各种烹饪模式选择键,以便实现极好的操作简便性。 该烹饪设备包括一个用于放置和储存被该设备加热的食物的烹饪室和一个用于检测安装在烹饪室上的门的状态的检测器,该门能够自由地打开和关闭烹饪室的开口部分。 具有多个发光部分的光学传感器设置在烹饪室的一侧,并且多个光接收部分与发光部分相对设置。 提供驱动单元用于驱动光学传感器,并且判断单元响应于来自光学传感器的信号来验证和确定适合放置在烹饪室中的食物的烹饪模式,其中当检测器检测到 门关闭。
    • 3. 发明授权
    • Electromagnetic induction heating apparatus capable of preventing
undesirable states of cooking utensils or vessels
    • 能够防止炊具或容器的不良状态的电磁感应加热装置
    • US4736082A
    • 1988-04-05
    • US35344
    • 1987-04-07
    • Katsuharu MatsuoTeruya Tanaka
    • Katsuharu MatsuoTeruya Tanaka
    • H05B6/06
    • H05B6/062
    • An object to be heated, such as a cooking utensil or vessel, is placed on a top plate. An inventer has a resonating circuit comprising an induction heating coil arranged below the top plate and a resonating capacitor connected to the coil, and a circuit for supplying high-frequency power to the resonating circuit in order to generate a high-frequency magnetic field from the induction heating coil and to induce an eddy current in the object to be heated. An inverter power level control data generating unit outputs inverter power level control data according to the relationship between the high-frequency power from the inverter circuit and a repulsion force acting on the object to be heated, based on the high-frequency power. The inverter power level control data is data for controlling the level of the high-frequency power from the inverter circuit so as to prevent the object to be heated from floating over a placing surface of the top plate, due to the repulsion force. A control unit feeds back the inverter power level control data from the control data generating unit to the inverter circuit.
    • 将待加热物体,例如炊具或容器放置在顶板上。 发明人具有谐振电路,其包括布置在顶板下方的感应加热线圈和连接到线圈的谐振电容器,以及用于向谐振电路提供高频电力以从该谐振电路产生高频磁场的电路 感应加热线圈并在待加热物体中引起涡流。 逆变器功率电平控制数据生成部基于高频电力,根据来自逆变器电路的高频电力与作用在被加热物体上的斥力的关系输出逆变器功率电平控制数据。 逆变器功率电平控制数据是用于控制来自逆变器电路的高频电力的电平的数据,以防止被加热物由于排斥力而浮在顶板的放置表面上。 控制单元将逆变器功率电平控制数据从控制数据生成单元反馈到逆变器电路。
    • 6. 发明授权
    • Induction heated cooking apparatus
    • 感应加热烹饪器具
    • US4820891A
    • 1989-04-11
    • US127927
    • 1987-11-30
    • Teruya TanakaKatsuharu Matsuo
    • Teruya TanakaKatsuharu Matsuo
    • H03L5/02H05B6/06H05B6/08
    • H03L5/02H05B6/062
    • An induction heated cooking apparatus for heating a removable cooking vessel having one of high resistance and a low resistance. The apparatus includes a power source for supplying a power source voltage, an induction heating device responsive to the power source for inducing an eddy current in the cooking vessel, including an induction coil device for exposing the vessel to a magnetic field for inducing the eddy current and a device for generating a high frequency current for inducing the magnetic field, an impedance state detection circuit for detecting the high frequency current, a frequency state detection circuit for detecting the frequency of the high frequency current and a control circuit for controlling the induction heating device in response to the impedance state detection circuit and the frequency state detection circuit.
    • 一种用于加热具有高电阻和低电阻之一的可移除烹饪容器的感应加热烹饪设备。 该装置包括用于提供电源电压的电源,响应于用于在烹饪容器中引起涡流的电源的感应加热装置,包括用于将容器暴露于磁场以感应涡流的感应线圈装置 以及用于产生用于感应磁场的高频电流的装置,用于检测高频电流的阻抗状态检测电路,用于检测高频电流的频率的频率状态检测电路和用于控制感应加热的控制电路 响应于阻抗状态检测电路和频率状态检测电路。
    • 7. 发明申请
    • SEMICONDUCTOR CIRCUIT DEVICE, WIRING METHOD FOR SEMICONDUCTOR CIRCUIT DEVICE AND DATA PROCESSING SYSTEM
    • 半导体电路装置,半导体电路装置和数据处理系统的布线方法
    • US20090039520A1
    • 2009-02-12
    • US12188465
    • 2008-08-08
    • Teruya TanakaKo Miyazaki
    • Teruya TanakaKo Miyazaki
    • H01L23/48G06F17/50
    • G06F17/5077H01L23/5226H01L2924/0002H01L2924/00
    • Via multiplexing technology is provided which can contribute to high density wiring. For coupling wirings of different wiring layers, a multiple via cell section is used which has vias for electrically coupling wirings bent in an L-shape of different wiring layers on both sides with the L-shaped bent portion therebetween. The vias of the multiple via cell section are on a grid line in an X-direction and a grid line in a Y-direction defined with a minimum wiring pitch, and all or part of the vias of the multiple via cell section are deviated from an intersection of the grid line in the X-direction and the grid line in the Y-direction. The vias of the multiple via cell section are placed on each of the grid line in the X-direction and the grid line in the Y-direction, corresponding to the L-shape, so that there is not much difference between the spatial conditions in the X-direction and the spatial conditions in the Y-direction viewed from the multiple via cell section. Thus, the wirability in the X-direction becomes equivalent to that in the Y-direction.
    • 提供可以有助于高密度布线的多路复用技术。 对于不同布线层的耦合布线,使用多孔单元部分,其具有用于将两侧的不同布线层的L形弯曲的布线电耦合在其间具有L形弯曲部分的通孔。 多通孔单元部分的通孔在X方向上的网格线上,并且以最小布线间距限定的Y方向上的网格线,并且多通孔单元部分的全部或部分通孔偏离 网格线在X方向与Y方向的网格线交点。 多通孔单元部分的通路被放置在X方向上的网格线和Y方向上的网格线上,对应于L形,使得空间条件之间没有太大的差异 从多通孔单元部分观察的Y方向的X方向和空间条件。 因此,X方向的布线性与Y方向相同。