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    • 1. 发明授权
    • Washing machine
    • 洗衣机
    • US5159823A
    • 1992-11-03
    • US677392
    • 1991-04-01
    • Norisuke FukudaKoji Murakami
    • Norisuke FukudaKoji Murakami
    • D06F39/08
    • D06F39/087Y10T137/729Y10T137/7306
    • A washing machine which comprises a fixed outer tub, a washing or drying tub which is rotatably provided in the outer tub, a first electrode which is provided at the upper portion of the outer tub and connected to a high-frequency signal source, a second electrode which is provided at the upper portion of the washing or drying tub and forms an input condenser for high-frequency signal input together with the first electrode, a third electrode which is provided at the upper portion of the outer tub and connected to a high-frequency signal detecting circuit, a fourth electrode which is provided at the upper portion of the washing or drying tub and forms the output condenser for getting a high-frequency signal together with the third electrode, and water-level detecting means which is provided at a predetermined position of the washing or drying tub in electrical communication with the second and fourth electrodes so as to designate change of impedance defined between the second and fourth electrodes in accordance with the water level in the washing or drying tub.
    • 一种洗衣机,包括固定的外桶,可旋转地设置在外桶中的洗涤或干燥桶,第一电极,设置在外桶的上部并连接到高频信号源,第二电极 电极,其设置在洗涤或干燥桶的上部,并与第一电极一起形成用于高频信号输入的输入电容器;第三电极,设置在外桶的上部并连接到高电平 频率信号检测电路,设置在洗涤或干燥桶的上部的第四电极,并形成用于与第三电极一起获得高频信号的输出电容器;以及水位检测装置,其设置在 洗涤或干燥桶的预定位置与第二和第四电极电连通,以便指定在第二和第四电极之间限定的阻抗的变化 h电极根据洗涤或干燥桶中的水位。
    • 4. 发明授权
    • Apparatus for measuring the degree of rinsing
    • 用于测量冲洗程度的装置
    • US4257708A
    • 1981-03-24
    • US31738
    • 1979-04-20
    • Norisuke Fukuda
    • Norisuke Fukuda
    • D06F39/00G01N21/53G01N21/26
    • D06F39/004G01N21/534
    • The apparatus for measuring the degree of rinsing for use in a washing machine is provided with a source of light, a first phototransistor disposed to receive light emitted by the light source for producing a reference signal, a second phototransistor disposed to receive the light from the light source for producing a measuring signal corresponding to the amount of light received and a calculating circuit for arithmetically operating the reference signal and the measuring signal for producing an output signal corresponding to the relative values of the reference signal and the measuring signal. A first optical path between the light source and the first phototransistor and a second optical path between the light source and the second phototransistor are both disposed in rinsing water and the length of the first optical path is set to be longer than the length of the second optical path.
    • 用于测量在洗衣机中使用的冲洗程度的装置设置有光源,第一光电晶体管被设置为接收由光源发射的光以产生参考信号,第二光电晶体管被设置成接收来自 用于产生与所接收的光量对应的测量信号的光源和用于算术运行参考信号的计算电路和用于产生对应于参考信号和测量信号的相对值的输出信号的测量信号。 光源和第一光电晶体管之间的第一光路和光源与第二光电晶体管之间的第二光路均设置在漂洗水中,并且第一光路的长度被设定为长于第二光路的长度 光路。
    • 6. 发明授权
    • Microwave oven
    • 微波炉
    • US4360723A
    • 1982-11-23
    • US200032
    • 1980-10-23
    • Norisuke FukudaLeo Mori
    • Norisuke FukudaLeo Mori
    • H05B6/68H05B6/80
    • H05B6/725H05B6/6411H05B6/6455
    • A microwave oven comprising a magnetron for emitting microwaves; a heating chamber body for holding food being heated by microwaves from the magnetron; an infrared ray transmitting section provided in the top wall of the heating chamber body for transmitting infrared rays emitted from the food; an infrared ray detecting device disposed over the infrared ray transmitting section and comprising a horn member and an infrared ray detecting element, the horn member being made of material capable of cutting off microwaves and having a hollow extending toward the heating chamber body into which infrared rays are applied from the food and the infrared ray detecting element being so positioned as to detect infrared rays condensed by the hollow, the hollow having a diameter increasing toward the heating chamber body and a minimum opening size smaller than the wavelength of microwaves and having a spread angle so set that only infrared rays emitted from the food may be allowed to reach the infrared ray detecting element and that infrared rays emitted from other regions than the food may be returned after repeated reflection within said hollow without being applied to the infrared ray detecting element; and a processing circuit for calculating the temperature of the food on the basis of a detection signal from the infrared ray detecting device.
    • 一种微波炉,包括用于发射微波的磁控管; 用于保持由磁控管微波加热的食物的加热室体; 红外线传输部,设置在加热室主体的顶壁中,用于透射从食物发射的红外线; 红外线检测装置,设置在红外线传输部分的上方,包括喇叭部件和红外线检测元件,喇叭部件由能够切断微波的材料制成,并且具有向加热室主体延伸的中空部,红外线 从食物和红外线检测元件施加的位置,以便检测由中空冷凝的红外线,该空心具有朝向加热室主体的直径增加的最小开口尺寸和小于微波波长的最小开口尺寸并具有扩展 角度设定为仅允许从食物发射的红外线到达红外线检测元件,并且从其它区域发射的红外线可以在所述中空部分中反复反射之后返回到红外线检测元件 ; 以及基于来自红外线检测装置的检测信号计算食物的温度的处理电路。
    • 7. 发明授权
    • Canister vacuum cleaner with automatic operation control
    • 罐式吸尘器具有自动运行控制
    • US4953253A
    • 1990-09-04
    • US373068
    • 1989-06-29
    • Norisuke FukudaYuji Shimada
    • Norisuke FukudaYuji Shimada
    • B60R19/24A47L9/00A47L9/04A47L9/28
    • A47L9/0411A47L9/2826A47L9/2847Y02B40/82
    • A canister vacuum cleaner capable of performing automatic control of rotary brush operation, locally within the power nozzle without communication between the power nozzle and the canister and of performing suction power control in accordance with the floor condition, without any extra electric connection between the power nozzle and the canister other than that for activating the rotary brush motor. The canister vacuum cleaner includes a power nozzle for cleaning floor by using the suction power including: a rotary brush for beating the floor; a rotary brush motor for activating the rotary brush; floor condition detector; and a device for controlling the rotary brush motor in accordance with the detected floor condition.
    • 一种罐式真空吸尘器,其能够在动力喷嘴内局部地自动控制旋转刷操作,而不需要在动力喷嘴和罐之间进行通信,并且根据地板条件执行抽吸动力控制,而不需要在动力喷嘴之间进行任何额外的电连接 以及用于激活旋转刷马达的罐以外的罐。 罐式吸尘器包括用于通过使用吸力来清洁地板的动力喷嘴,包括:用于打地板的旋转刷; 用于启动旋转刷的旋转刷马达; 地板状态检测器; 以及根据检测到的底板条件来控制旋转刷马达的装置。
    • 8. 发明授权
    • Capacitance type sensitive element and a manufacturing method thereof
    • 电容式敏感元件及其制造方法
    • US4893214A
    • 1990-01-09
    • US242201
    • 1988-09-09
    • Satoru NishiwakiYukinobu TakahashiKouji MurakamiNorisuke Fukuda
    • Satoru NishiwakiYukinobu TakahashiKouji MurakamiNorisuke Fukuda
    • G01N27/12G01N27/22H01G7/00
    • G01N27/225Y10T29/435
    • A capacitance type sensitive element comprises a pair of electrode pairs formed on an insulating substrate and having opposite electrode faces perpendicular or slantingly formed with respect to a face of the insulating substrate; and a sensing material disposed between the opposite electrode faces of the electrodes and having electrical characteristics changed on the basis of the physical or chemical interaction between the sensing material and a substance to be detected.A method for manufacturing a capacitance type sensitive element comprises the steps of forming a groove on an insulating substrate; forming a metallic thin film having a predetermined thickness on the insulating substrate having the groove; performing the etching of a predetermined pattern in a portion including a bottom face portion of the groove in the metallic thin film, and forming a pair of electrodes; coating the entire surface of the pair of electrodes and the insulating substrate with a humidity sensitive material, and thereafter hardening the coated humidity sensitive material; and patterning the hardened humidity sensitive material.A method for manufacturing a capacitance type sensitive element may comprise the steps of forming a metallic thin film having a predetermined thickness on an insulating substrate; patterning the metallic thin film and forming a pair of electrodes at a predetermined distance; coating the entire surface of the insulating substrate including a pair of electrodes with a humidity sensitive material, and thereafter hardening the coated humidity sensitive material; and patterning the hardened humidity sensitive material.
    • 电容型敏感元件包括一对电极对,其形成在绝缘基板上并具有相对于绝缘基板的表面垂直或倾斜地形成的相对电极面; 以及设置在电极的相对电极面之间并且基于感测材料和待检测物质之间的物理或化学相互作用而改变的电特性的感测材料。 电容型敏感元件的制造方法包括在绝缘基板上形成槽的工序; 在具有凹槽的绝缘基板上形成具有预定厚度的金属薄膜; 在包括金属薄膜中的槽的底面部分的部分中进行预定图案的蚀刻,并形成一对电极; 用湿敏材料涂覆一对电极和绝缘基板的整个表面,然后硬化涂覆的湿度敏感材料; 并图案化固化的湿度敏感材料。 电容型敏感元件的制造方法可以包括以下步骤:在绝缘基板上形成具有预定厚度的金属薄膜; 图案化金属薄膜并形成预定距离的一对电极; 涂覆包括一对具有湿敏材料的电极的绝缘基片的整个表面,然后硬化涂覆的湿度敏感材料; 并图案化固化的湿度敏感材料。
    • 9. 发明授权
    • Temperature detecting device, microwave cooking apparatus using the
same, and data correcting method thereof
    • 温度检测装置,使用其的微波烹调装置及其数据校正方法
    • US4751356A
    • 1988-06-14
    • US764
    • 1987-01-06
    • Norisuke FukudaFumio Watanabe
    • Norisuke FukudaFumio Watanabe
    • H05B6/68G01J5/62H05B6/80H05B9/06
    • H05B6/6455G01J5/62G01J2005/623
    • A temperature detecting device detects infrared rays from an object to be measured and determines the temperature of the object based on the detection result. To avoid the influence of contamination adhered to the infrared ray incident surface of an infrared ray detecting unit, a correction coefficient for the detection result of the infrared ray detecting unit is determined before actual temperature detecting starts. For this purpose, the infrared rays fed from the object into the infrared ray detecting unit are interrupted by a shutter device. The infrared ray detecting unit detects the infrared rays fed from the shutter device through the infrared ray incident surface, and it outputs a first detection value corresponding to the shutter temperature. A shutter temperature detecting element directly detects the actual temperature of the shutter device, and it outputs a second detection value corresponding to the actual temperature of the shutter device. The correction coefficient is determined by comparing the second detection value from the shutter temperature detecting element with the first detection value from the infrared ray detecting unit. Subsequently detected temperatures are then corrected by this correction coefficient.
    • 温度检测装置检测来自待测物体的红外线,并根据检测结果确定物体的温度。 为了避免附着在红外线检测部的红外线入射面上的污染物的影响,在实际的温度检测开始之前确定红外线检测部的检测结果的修正系数。 为此,从物体进入红外线检测单元的红外线被快门装置中断。 红外线检测单元通过红外线入射面检测从快门装置供给的红外线,并输出对应于快门温度的第一检测值。 快门温度检测元件直接检测快门装置的实际温度,并输出对应于快门装置的实际温度的第二检测值。 通过将来自快门温度检测元件的第二检测值与来自红外线检测单元的第一检测值进行比较来确定校正系数。 随后,通过该校正系数来校正检测到的温度。