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    • 51. 发明申请
    • Pwm Drive Circuit
    • Pwm驱动电路
    • US20070273350A1
    • 2007-11-29
    • US10599845
    • 2005-03-29
    • Seiichi Yamamoto
    • Seiichi Yamamoto
    • G05F1/00
    • H03K19/00361H02M1/08H03K17/04206H03K19/0013
    • A PWM drive circuit of the present invention is built with a load driving power MOS transistor Q5 (Q6), a resistor R3 (R5) or R4 (R6), and a capacitance of the MOS transistor Q5 (Q6). The PWM drive circuit is provided with: a CR circuit that reduces a through rate of a voltage based on a PWM voltage and then feeds the resultant voltage to the gate of the MOS transistor Q5 (Q6); and a gate voltage control portion 4 (5) that stops an operation of the CR circuit and pulls down (up) the gate potential of the MOS transistor Q5 (Q6) to a predetermined value upon detecting during a transition period of a gate voltage of the MOS transistor Q5 (Q6) that the MOS transistor Q5 (Q6) is completely switched from off to on. This makes it possible to reduce switching noise and switching loss.
    • 本发明的PWM驱动电路由负载驱动功率MOS晶体管Q 5(Q 6),电阻R 3(R 5)或R 4(R 6)以及MOS晶体管Q 5的电容( Q 6)。 PWM驱动电路设置有:CR电路,其基于PWM电压降低电压的通过率,然后将所得到的电压馈送到MOS晶体管Q 5(Q 6)的栅极; 以及栅极电压控制部分4(5),其在栅极的过渡期间检测到停止CR电路的操作并将MOS晶体管Q 5(Q 6)的栅极电位下拉(上升)到预定值 MOS晶体管Q 5(Q 6)完全从断开到接通的MOS晶体管Q 5(Q 6)的电压。 这使得可以降低开关噪声和开关损耗。
    • 53. 发明申请
    • Photothermographic material
    • 光热成像材料
    • US20070224555A1
    • 2007-09-27
    • US11717193
    • 2007-03-13
    • Minoru SakaiSeiichi YamamotoTakayoshi Oyamada
    • Minoru SakaiSeiichi YamamotoTakayoshi Oyamada
    • G03C1/00
    • G03C1/49845G03C1/49854G03C1/49872G03C2001/7628
    • The present invention provides a photothermographic material having, on one side of a support, an image forming layer including at least a photosensitive silver halide, a non-photosensitive organic silver salt, a reducing agent for the organic silver salt, and a binder, and at least one non-photosensitive layer and, on the other side of the support, a non-photosensitive back layer, wherein a total amount of ammonia contained in the two sides is from 5×10−4 mol/m2 to 2×10−2 mol/m2, and a molar ratio (A2/A1) of an ammonia content of the non-photosensitive back layer (A2) to an ammonia content of the layer on the image forming layer side (A1) is from 0.3 to 5.0; or a photothermographic material according to the above, wherein the non-photosensitive back layer includes an ammonium salt, and an ammonia content of the non-photosensitive back layer is from 2 mg/m2 to 100 mg/m2.
    • 本发明提供一种光热敏成像材料,其在载体的一侧上具有至少包含感光卤化银,非光敏有机银盐,有机银盐还原剂和粘合剂的图像形成层,以及 至少一个非感光层,并且在所述载体的另一侧上具有非光敏背层,其中两侧所含的氨的总量为5×10 -4 mol / m 2 2/2〜2×10 -2 mol / m 2,非感光性背面的氨含量的摩尔比(A2 / A1) 层(A2)与图像形成层侧(A1)上的层的氨含量为0.3〜5.0; 或根据上述的光热成像材料,其中非感光背层包括铵盐,非感光背层的氨含量为2mg / m 2至100mg / 2< 2>。
    • 55. 发明申请
    • TELEPHONE EXCHANGE APPARATUS AND CONTROL METHOD FOR GROUP INCOMING OF THE SAME
    • 电话交换设备及其组合的控制方法
    • US20070140462A1
    • 2007-06-21
    • US11470214
    • 2006-09-05
    • Seiichi Yamamoto
    • Seiichi Yamamoto
    • H04M7/00
    • H04M3/46H04M2203/2044
    • According to one embodiment, a telephone exchange apparatus includes a memory which stores a second management table associating a terminal ID specifying a first telephone terminal among the plurality of telephone terminals with a terminal ID specifying a second telephone terminal belonging to the group, when an incoming call addressed to a group is reached from the first telephone terminal and a response to the incoming call is made by the second telephone terminal, and a controller which refers the second management table based on the terminal ID of the first telephone terminal included in an incoming call addressed from the first telephone terminal to a group to which the second telephone terminal belonged thereto, when the incoming call is received, and performs incoming control with top priority to the second telephone terminal based on the reference result.
    • 根据一个实施例,电话交换装置包括存储器,存储第二管理表,其将指定多个电话终端中的第一电话终端的终端ID与指定属于该组的第二电话终端的终端ID相关联,当进入 从第一电话终端到达组的呼叫,并且由第二电话终端作出对来电的响应,以及控制器,其基于包括在传入中的第一电话终端的终端ID参考第二管理表 基于该参考结果,从第一电话终端寻呼到第二电话终端所属的组,当接收到来话时,对第二电话终端执行具有最高优先级的进入控制。
    • 56. 发明申请
    • Photothermographic material and manufacturing method
    • 光热成像材料及制造方法
    • US20060141406A1
    • 2006-06-29
    • US11292066
    • 2005-12-02
    • Seiichi Yamamoto
    • Seiichi Yamamoto
    • G03C1/00
    • G03C1/49872G03C1/49854G03C2001/7628G03C2200/47Y10S430/136
    • A photothermographic material containing an image forming layer having at least a photosensitive silver halide, a non-photosensitive organic silver salt, and a reducing agent for the organic silver salt on one side of a support, and a first non-photosensitive layer containing a dye fixing agent for a water-soluble dye, a second non-photosensitive layer disposed between the support and the first non-photosensitive layer, and a third non-photosensitive layer forming an outermost layer on the other side of the support, wherein at least one layer among the first, second and third non-photosensitive layers contains the water-soluble dye. The invention provides a photothermographic material which exhibits high image quality and excellent image storability, and a manufacturing method thereof.
    • 含有至少具有感光卤化银,非感光性有机银盐和用于载体一侧的有机银盐的还原剂的图像形成层的光热敏成像材料和含有染料的第一非感光层 用于水溶性染料的固定剂,设置在所述载体和所述第一非感光层之间的第二非感光层和在所述载体的另一侧上形成最外层的第三非感光层,其中至少一个 第一,第二和第三非感光层中的层包含水溶性染料。 本发明提供一种显示高图像质量和优异的图像保存性的光热敏成像材料及其制造方法。
    • 58. 发明授权
    • Motor driver
    • 电机驱动器
    • US06933690B2
    • 2005-08-23
    • US10771499
    • 2004-02-05
    • Seiichi Yamamoto
    • Seiichi Yamamoto
    • G11B19/28H02P6/10H02P6/16H02P5/06
    • H02P6/16G11B19/28
    • An amplitude normalization circuit 13 finds the amplitude of position signals outputted from a position detection circuit 6 on the basis of Hall signals from Hall elements 2a to 2c. The position signals from the position detection circuit 6 are then divided by the thus found amplitude and are thereby normalized. Multiplier circuits 7a to 7c then multiply by a torque error signal limited by a limiter 5 the position signals normalized by the amplitude normalization circuit 13 to generate pseudo-sinusoidal signals.
    • 幅度归一化电路13基于来自霍尔元件2a至2c的霍尔信号,找到从位置检测电路6输出的位置信号的幅度。 然后将来自位置检测电路6的位置信号除以由此找到的振幅,从而被归一化。 然后乘法电路7 a至7 c乘以由限幅器5限制的扭矩误差信号,由由幅度归一化电路13归一化的位置信号产生伪正弦信号。
    • 60. 发明授权
    • Mouth shape synthesizing
    • 口形合成
    • US06332123B1
    • 2001-12-18
    • US08183671
    • 1994-01-19
    • Masahide KanekoAtsushi KoikeYoshinori HatoriSeiichi YamamotoNorio Higuchi
    • Masahide KanekoAtsushi KoikeYoshinori HatoriSeiichi YamamotoNorio Higuchi
    • G10L1100
    • G06T9/001G06T13/205G10L2021/105
    • A picture synthesizing apparatus, and method for synthesizing a moving picture of a person’s face having mouth-shape variations from a train of input characters, wherein the method steps comprise developing from the train of input character a train of phonemes, utilizing a speech synthesis technique outputting, for each phoneme, a corresponding vocal sound feature including articulation mode and its duration of each corresponding phoneme of the train of phonemes. Determining for each phoneme a mouth-shape feature corresponding to each phoneme on the basis of the corresponding vocal sound feature, the mouth-shape feature including the degree of opening of the mouth, the degree of roundness of the lips, the height of the lower jaw in a raised and a lowered position, and the degree to which the tongue is seen. Determining values of mouth-shape parameters, for each phoneme, for representing a concrete mouth-shape on the basis of the mouth-shape feature; and controlling the values of the mouth-shape parameters for each phoneme, for each frame of the moving picture in accordance with the duration of each phoneme, thereby synthesizing the moving picture having mouth-shape variations matched with a speech output audible in case of reading the train of input characters.
    • 一种图像合成装置和方法,用于从一列输入字符合成具有口形变化的人脸的运动图像,其中所述方法步骤包括从输入字符列开始一列音调,利用语音合成技术 为每个音素输出相应的声音特征,包括发音模式及其音素列的每个对应音素的持续时间。 基于对应的声音特征,确定每个音素对应于每个音素的口形特征,口形特征包括口的开度,嘴唇的圆度,下部的高度 颚部处于升高和降低的位置,以及舌头被看到的程度。 根据口形特征确定每个音素的口形参数值,以表示具体口形; 并且根据每个音素的持续时间来控制每个音素的每个音素的口形参数的值,从而合成具有在读取的情况下与可听见的语音输出相匹配的口形变化的运动图像 列车的输入人物。