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    • 52. 发明授权
    • Automotive seat-back structure
    • 汽车座椅靠背结构
    • US06375262B1
    • 2002-04-23
    • US09783017
    • 2001-02-15
    • Yoshio Watanabe
    • Yoshio Watanabe
    • A47C742
    • B60N2/66B60N2/4228B60N2/6671B60N2/809B60N2/838B60N2/888B60N2/897
    • An automotive seat-back structure is provided to protect a passenger's neck vertebra at a vehicle's rear-end collision and also support the passenger's lumbar vertebra. The automotive seat-back structure includes a seat-back frame 2, an actuating member 4 and supporting means 7. A first supporting member 5 is carried by a lower end 2c of the seat-back frame 2, while a second supporting member 6 is carried by the actuating member 4 or the supporting means 7. The first and second supporting members 5, 6 carry a lumbar supporting member 8 capable of supporting the passenger's lumbar vertebra on pressure. The member 8 is carried so as to be rotatable back and forth and also movable up and down.
    • 提供一种汽车座椅靠背结构,用于在车辆的后端碰撞时保护乘客的颈椎,并且还支撑乘客的腰椎。 汽车座椅靠背结构包括座椅靠背框架2,致动构件4和支撑装置7.第一支撑构件5由座椅靠背框架2的下端2c承载,而第二支撑构件6是 由致动构件4或支撑装置7承载。第一和第二支撑构件5,6携带能够承受乘客腰椎压力的腰部支撑构件8。 承载构件8能够前后旋转,并可上下移动。
    • 54. 发明授权
    • Signal processing apparatus including plural aggregates
    • 信号处理装置包括多个聚集体
    • US5581662A
    • 1996-12-03
    • US441418
    • 1995-05-15
    • Toshiyuki FurutaHiroyuki HoriguchiHirotoshi EguchiYutaka EbiTatsuya FurukawaYoshio WatanabeToshihiro Tsukagoshi
    • Toshiyuki FurutaHiroyuki HoriguchiHirotoshi EguchiYutaka EbiTatsuya FurukawaYoshio WatanabeToshihiro Tsukagoshi
    • G06N3/063G06F15/18
    • G06N3/063
    • A hierarchical signal processing apparatus includes aggregates having logic operation portions. The apparatus compares a final output signal from a logic operation portion in a final aggregate with a teaching signal, and generates an error signal by taking a signal which exists only in the teaching signal as a positive error signal, and taking a signal which exists only in said final output signal as a negative error signal. An error signal generating portion in the apparatus generates a positive error signal of a logic operating portion within a certain aggregate which supplies one or more output signals thereof to said logic operation means of another aggregate based on one or more logic operations on the excitatory weight function signal of said weight function signal, the positive error signal, the inhibitory weight function signal of said weight function signal and the negative error signal, and also generates a negative error signal of said logic operation means within said certain aggregate which supplies one or more output signals thereof to said logic operation means of said other aggregate based on one or more logic operations on the inhibitory weight function signal of said weight function signal, the positive error signal of said other aggregate, the excitatory weight function signal of said weight function signal and the negative error signal.
    • 分级信号处理装置包括具有逻辑运算部分的聚合。 该装置将来自最终聚合中的逻辑运算部分的最终输出信号与示教信号进行比较,并且通过仅将在教学信号中存在的信号作为正误差信号,并且仅采用仅存在的信号来产生误差信号 在所述最终输出信号中作为负误差信号。 该装置中的误差信号产生部分产生一定聚集内的逻辑运算部分的正误差信号,该积分误差信号基于对兴奋性加权函数的一个或多个逻辑运算向另一聚合体的一个或多个输出信号提供一逻辑运算装置 所述加权函数信号的信号,正误差信号,所述加权函数信号的抑制加权函数信号和负误差信号,并且还产生所述逻辑运算装置的负误差信号,所述负误差信号提供一个或多个输出 基于对所述加权函数信号的抑制加权函数信号,所述另一聚合体的正误差信号,所述加权函数信号的兴奋度权重函数信号和所述加权函数信号的抑制加权函数信号的一个或多个逻辑运算, 负误差信号。
    • 55. 发明授权
    • Image forming apparatus which avoids copying insignificant information
    • 避免重复信息复制的图像形成装置
    • US5499101A
    • 1996-03-12
    • US22088
    • 1993-02-25
    • Yoshio Watanabe
    • Yoshio Watanabe
    • G03B27/72G03G15/36G03G21/00H04N1/00H04N1/23H04N1/387G06K9/00H04N1/38
    • H04N1/233H04N1/2307
    • An image forming apparatus includes an image memory section in an image processing section for temporarily storing an image signal read from an optical system via a photoelectric transducer section, an arithmetic section for numerical computation based on data stored in the image memory section, a decision section adapted to conclude that an image forming operation should be interrupted when a variation rate E of the image signal is lower than a threshold value T read from a ROM as a result of computation by the arithmetic section, and to conclude that the image forming operation should be continued when the variation rate E is equal to or higher than the threshold value T. A section is also provided for interrupting the image forming operation in response to a command from the decision section when there is no operator's key entry to order the interruption or execution of the image forming operation within a predetermined period of time.
    • 图像形成装置包括:图像处理部中的图像存储部,用于经由光电转换部临时存储从光学系统读取的图像信号,基于存储在图像存储部中的数据进行数值计算的运算部,判定部 适合于当图像信号的变化率E低于作为运算部的计算结果从ROM读取的阈值T时中断图像形成操作的结论,并得出结论,图像形成操作应当 当变化率E等于或高于阈值T时,继续进行。当还没有操作者的键入口来排序中断时,还提供响应于来自判定部分的命令来中断图像形成操作的部分,或者 在预定时间段内执行图像形成操作。
    • 56. 发明授权
    • Phase-locked loop circuit
    • 锁相环电路
    • US5438299A
    • 1995-08-01
    • US220057
    • 1994-03-30
    • Toshizi ShimadaYasunori KanaiYoshio Watanabe
    • Toshizi ShimadaYasunori KanaiYoshio Watanabe
    • H03L7/093H03L7/089H03L7/099H03L7/107H03L7/08H03L7/085
    • H03L7/0891H03L7/099H03L2207/06
    • A PLL circuit comprising a phase comparator unit which forms a differentiation signal based upon both edges of an external signal, outputs an early pulse only during a period in which the differentiation signal is overlapped on a period from the leading edge to the trailing edge of a reference signal, and outputs a late pulse only during a period in which the differentiation signal is overlapped on a period from the trailing edge to the leading edge thereof, a charge pump unit which calculates and compares the amounts of integration of the early pulse and the late pulse, lowers the output voltage when the amount of the late pulse is larger than the amount of the early pulse and raises the output voltage when it is smaller, and a VCO which outputs a corrected reference signal of which the frequency decreases or increases accompanying the increase or decrease in the output voltage of the charge pump unit, wherein the VCO is controlled by the output voltage of the charge pump unit and by the early pulse and the late pulse, and works to raise the oscillation frequency when the late pulse is longer than the early pulse and to lower the oscillation frequency when it is shorter.
    • 一种PLL电路,包括相位比较器单元,该相位比较器单元基于外部信号的两个边缘形成微分信号,仅在从差分信号重叠的周期期间输出早期脉冲,该周期在从前沿到后沿的周期 参考信号,并且仅在从后沿到其前沿的周期中的差分信号重叠的时段期间输出延迟脉冲;电荷泵单元,其计算并比较早期脉冲和 延迟脉冲,当后期脉冲的量大于早期脉冲的量时降低输出电压,并且当其较小时升高输出电压,以及输出频率随之减少或增加的校正参考信号的VCO 电荷泵单元的输出电压的增加或减小,其中VCO由电荷泵单元的输出电压和 早期脉冲和晚期脉冲,并且当延迟脉冲比早期脉冲长时,提高振荡频率,并且当其较短时降低振荡频率。
    • 57. 发明授权
    • Infrared spectrum measuring apparatus adapted for measuring the
absorption of infrared radiation by a liquid sample utilizing a total
reflection phenomenon of light
    • 红外光谱测量装置,适于利用光的全反射现象来测量液体样品对红外辐射的吸收
    • US5434411A
    • 1995-07-18
    • US58610
    • 1993-05-06
    • Yuji MiyaharaToshiko FujiiYoshio Watanabe
    • Yuji MiyaharaToshiko FujiiYoshio Watanabe
    • G01N21/27G01N21/35G01N21/3577G01N21/552
    • G01N21/552
    • Infrared radiation is incident on a total reflection plane of a prism and penetrates a liquid sample through a metal layer put between the total reflection plane and the liquid sample in close contact therewith whereby the infrared radiation is partially absorbed by the liquid sample. Alternatively, the liquid sample may be put between the total reflection plane and the metal layer in close contact therewith so that part of the light penetrates the sample from the prism through the total reflection plane to interact with the metal layer and then is caused to reenter into the prism whereby it is partly absorbed by the liquid sample. The metal layer is for enhancing the intensity of the electric field component of the infrared radiation. The incident angle of the infrared radiation on the total reflection plane is so set that the partially absorbed infrared radiation is total-reflected. The total-reflected infrared radiation is detected by a detector so as to obtain an absorption spectrum of the liquid sample by the infrared radiation.
    • 红外线辐射入射在棱镜的全反射面上,并通过与全反射面和液体样品紧密接触的金属层穿透液体样品,由此红外辐射被液体样品部分地吸收。 或者,液体样品可以放置在全反射面和金属层之间,与其紧密接触,使得光的一部分光从棱镜穿过样品通过全反射平面与金属层相互作用,然后被重新进入 进入棱镜,由此部分地被液体样品吸收。 金属层用于增强红外辐射的电场分量的强度。 红外线辐射对全反射面的入射角设定为部分吸收的红外辐射被全反射。 通过检测器检测全反射红外线辐射,以便通过红外辐射获得液体样品的吸收光谱。
    • 58. 发明授权
    • Ion-selective electrode
    • 离子选择电极
    • US5413685A
    • 1995-05-09
    • US128236
    • 1993-09-29
    • Satoshi OzawaYuji MiyaharaMamoru TakiKoutarou YamashitaYoshio Watanabe
    • Satoshi OzawaYuji MiyaharaMamoru TakiKoutarou YamashitaYoshio Watanabe
    • G01N27/333
    • G01N27/333
    • An ion-selective electrode comprises an ion-sensing membrane, an internal electrode adhered to the ion-sensing membrane, and a lead connected to said internal electrode. The internal electrode used comprises a plurality of metallic wires arranged into a grating or a mesh. The wires comprises a metal core and a surface layer of a salt of the metal. The metal of the core is silver and the salt of the metal is a silver halide selected from the group consisting of silver bromide, silver chloride and silver iodide. At least a part of the internal electrode is buried inside the ion-sensing membrane. Various components, the ion-sensing membrane, the internal electrode, the lead, an external terminal, are disposed in a flow-through cell having a flow path formed therein, through which path a sample solution is passed, to constitute the ion-selective electrode. In the flow-through cell is disposed a means of maintaining the humidity to feed water vapor therefrom to the ion-sensing membrane. This structure, even when the ion-sensing membrane has a complicated configuration such as concave or convex surface, enables the establishment of good adhering conditions between the internal electrode and the ion-sensing membrane while retaining the complicated configuration of the ion-sensing membrane without reducing the effective contact areas of the ion-sensing membrane and the internal electrode.
    • 离子选择性电极包括离子感测膜,粘附到离子感测膜的内部电极和连接到所述内部电极的引线。 使用的内部电极包括布置成光栅或网格的多根金属线。 电线包括金属芯和金属盐的表面层。 芯的金属是银,金属的盐是选自溴化银,氯化银和碘化银的卤化银。 内部电极的至少一部分被埋在离子感测膜的内部。 各种成分,离子感测膜,内部电极,引线,外部端子配置在具有形成在其中的流路的流通池中,通过该流路通过样品溶液以构成离子选择性 电极。 在流通池中设置有保持湿度以将水蒸汽从其中供给到离子感测膜的手段。 这种结构即使当离子感测膜具有诸如凹凸表面的复杂构造时,也能够在保持离子感测膜的复杂结构而在内部电极和离子感测膜之间建立良好的粘附条件而没有 减少离子感测膜和内部电极的有效接触面积。
    • 59. 发明授权
    • Charge-pump circuit for use in phase locked loop
    • 用于锁相环的电荷泵电路
    • US5382923A
    • 1995-01-17
    • US223320
    • 1994-04-05
    • Toshizi ShimadaYasunori KanaiYoshio Watanabe
    • Toshizi ShimadaYasunori KanaiYoshio Watanabe
    • H03K17/06H03L7/089H03L7/093
    • H03L7/0895
    • A charge-pump circuit for controlling a voltage controlled oscillator by converting a phase difference between two input signals, which never become low at the same time, into a voltage. The charge-pump circuit includes first and second feeder circuits, made of bipolar transistors, outputting current in accordance with the input signals; a capacitor circuit having first, second, and third capacitors, and the first and the second or the first and the third capacitors are charged by the output current from the first or the second feeder circuit; and a differential amplifying circuit amplifying the voltage between the ends of the first capacitor to a predetermined voltage for output. The differential amplifying circuit operates to draw the same leakage current from the second and the third capacitors when the first capacitor is not being charged. The charge-pump circuit is effectively used to control the frequency of the voltage controlled oscillator in an PLL circuit having a phase comparator, a voltage controlled oscillator, and an output circuit.
    • 一种电荷泵电路,用于通过将两个不会同时变低的输入信号之间的相位差转换为电压来控制压控振荡器。 电荷泵电路包括由双极晶体管制成的第一和第二馈电电路,根据输入信号输出电流; 具有第一,第二和第三电容器的电容器电路,并且第一和第二或第一和第三电容器由来自第一或第二馈电电路的输出电流充电; 以及差分放大电路,将第一电容器的端部之间的电压放大到预定电压以输出。 当第一电容器未被充电时,差分放大电路用于从第二和第三电容器抽出相同的漏电流。 电荷泵电路有效地用于控制具有相位比较器,压控振荡器和输出电路的PLL电路中的压控振荡器的频率。