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    • 63. 发明授权
    • Injection molding apparatus
    • 注塑设备
    • US5664618A
    • 1997-09-09
    • US620027
    • 1996-03-21
    • Masayoshi KaiKazuya SakamotoAtsushi SuzukiNobumasa HamazoeHiroshi MizutaniHiromitsu Suganuma
    • Masayoshi KaiKazuya SakamotoAtsushi SuzukiNobumasa HamazoeHiroshi MizutaniHiromitsu Suganuma
    • B22D17/30B22D17/10
    • B22D17/30Y10S164/90
    • An upper unit of an injecting molding apparatus includes an ingot entry for introducing into the apparatus an ingot to be molded and an ingot heating chamber for heating the ingot supplied via the entry, and a lower unit includes a crusher for crushing the heated ingot and an injecting machine having an axially movable screw shaft for slurring and injecting the crushed ingot into a mold. The upper and lower units are interconnected via a flexible connector unit which is flexible in a vertical direction to allow the lower unit to vertically displace relative to the upper unit. By disengaging the connector unit from the upper unit, the lower unit can be disconnected from and laterally pivoted with respect to the upper unit to permit easy access to both the units. This displacement of the lower unit permits facilitated maintenance operations of the apparatus. A lower door provided for openably closing an ingot exit hole of the heating chamber is a vertically pivotable door that does not require a large operating space.
    • 注射成型装置的上部单元包括用于将要铸造的铸锭引入装置的铸锭入口和用于加热经由所述入口供给的锭的锭加热室,下部单元包括用于破碎加热锭的破碎机和 注射机具有可轴向移动的螺杆轴,用于捣碎并将粉碎的铸锭注入模具中。 上部和下部单元通过柔性连接器单元互连,柔性连接器单元在垂直方向上是柔性的,以允许下部单元相对于上部单元垂直移位。 通过将连接器单元与上部单元分离,下部单元可以相对于上部单元断开并横向枢转,以允许容易地接近两个单元。 下部单元的这种位移允许便于设备的维护操作。 提供用于可开闭地关闭加热室的锭出口的下门是不需要大的操作空间的可垂直枢转的门。
    • 66. 发明授权
    • Data reading circuit for semiconductor memory device
    • 半导体存储器件的数据读取电路
    • US4843595A
    • 1989-06-27
    • US4950
    • 1987-01-20
    • Atsushi Suzuki
    • Atsushi Suzuki
    • G11C11/41G11C7/06G11C7/10
    • G11C7/1057G11C7/062G11C7/1048G11C7/1051
    • A data reading circuit for a semiconductor memory device includes: a first input terminal and a second input terminal each receiving complementary signals. A first and a second current mirror type sense amplifiers, each including a reference node, an output terminal, a first transistor connected with the reference node, and a second transitor connected with the output terminal. A gate of the first transitor of the first current mirror type sense amplifier and a gate of the second transistor of the second current mirror type sense amplifier are connected to the first input terminal. A gate of the second transistor of the first current mirror type sense amplifier and a gate of the first transitor of the second current mirror type sense amplifier are connected to a second input terminal. The data reading circuit further includes a short-circuiting transistor connected between the reference nodes of both the first and the second current mirror type sense amplifiers. The first short-circuiting transistor is able to conduct therethrough temporarily by receiving a clock signal at a gate.
    • 一种用于半导体存储器件的数据读取电路包括:第一输入端和第二输入端,每个接收互补信号。 第一和第二电流镜型读出放大器,每个包括参考节点,输出端子,与参考节点连接的第一晶体管,以及与输出端子连接的第二转换器。 第一电流镜型读出放大器的第一输入端的栅极和第二电流镜型读出放大器的第二晶体管的栅极连接到第一输入端。 第一电流镜式读出放大器的第二晶体管的栅极和第二电流镜型读出放大器的第一晶体管的栅极连接到第二输入端。 数据读取电路还包括连接在第一和第二电流镜型读出放大器的参考节点之间的短路晶体管。 第一短路晶体管能够通过在栅极处接收时钟信号而临时导通。
    • 69. 发明授权
    • Air flow measuring apparatus
    • 气流测量仪
    • US4571991A
    • 1986-02-25
    • US645393
    • 1984-08-29
    • Tomoaki AbeMasumi KinugawaAtsushi Suzuki
    • Tomoaki AbeMasumi KinugawaAtsushi Suzuki
    • G01F1/68G01F1/698G01M15/00
    • G01F1/698
    • An air flow detecting element is located in the air flow to be measured. This air flow detecting element comprises a heater made of resistant material having a positive temperature coefficient and wound around a first heat resistant frame, a first heat sensitive element wound around the first frame together with the heater and made of resistant material having a positive temperature coefficient and receiving heat from the heater, and a second heat sensitive element wound around a second heat resistant frame and made of resistant material having a positive temperature coefficient, and serving to measure the temperature of the air. A bridge circuit comprises a series circuit consisting of the heater and fixed resistances connected in series with each other, and a series circuit consisting of the first and second heat sensitive elements connected in series with each other. Potential differences at the output terminal of this bridge circuit are compared by an OP amplifier. The base of a transistor, with controls the power source current relative to the bridge circuit, is controlled by the OP amplifier. An output voltage signal which corresponds to the value of the current flowing to the heater is detected and supplied as a terminal voltage of the fixed resistance.
    • 空气流量检测元件位于要测量的空气流中。 这种气流检测元件包括由耐温材料制成的加热器,其具有正温度系数并缠绕在第一耐热框架上,第一热敏元件与加热器一起缠绕在第一框架周围,并由具有正温度系数的电阻材料制成 并且从加热器接收热量,以及缠绕在第二耐热框架周围并由具有正温度系数的耐热材料制成并用于测量空气温度的第二热敏元件。 桥式电路包括由加热器和彼此串联连接的固定电阻组成的串联电路,以及由彼此串联连接的第一和第二热敏元件组成的串联电路。 该桥式电路输出端的电位差由OP放大器进行比较。 控制电源电流相对于桥式电路的晶体管的基极由OP放大器控制。 检测并输出与流过加热器的电流值对应的输出电压信号作为固定电阻的端子电压。
    • 70. 发明授权
    • Apparatus and method for controlling air-to-fuel ratio for an internal
combustion engine
    • 用于控制内燃机的空燃比的装置和方法
    • US4566419A
    • 1986-01-28
    • US640987
    • 1984-08-15
    • Masakazu NinomiyaHideya FujisawaNorio OmoriAtsushi Suzuki
    • Masakazu NinomiyaHideya FujisawaNorio OmoriAtsushi Suzuki
    • F02D41/14F02B3/00G01N27/58
    • F02D41/1476
    • A gas sensor of constant-current type is used to detect a gas component in exhaust gases from an internal combustion engine so as to perform feedback control of air/fuel ratio of an air-fuel mixture supplied to the engine. In order to detect an air/fuel ratio which is richer than a stoichiometric value, a voltage applied to the gas sensor is set to a high value so that the gas sensor does not exhibit a constant-current characteristic. In the case it is desired to detect an air/fuel ratio which is either richer or leaner than the stoichiometric value, the voltage may be changed between the high value and a lower value at which the gas sensor exhibits a constant-current characteristic. Engine parameters are detected to determine whether the engine requires a rich mixture or a lean mixture, and the voltage may be changed as the result of such determination. An output current of the gas sensor is detected to ascertain air/fuel ratio so that air/fuel ratio is controlled to a desired value suitable for engine operating condition.
    • 使用恒流型气体传感器来检测来自内燃机的废气中的气体成分,以对供给发动机的空气 - 燃料混合物的空气/燃料比进行反馈控制。 为了检测比化学计量值更浓的空气/燃料比,施加到气体传感器的电压被设定为高值,使得气体传感器不呈现恒定电流特性。 在需要检测比化学计量值更浓或更稀的空燃比的情况下,可以在气体传感器呈现恒定电流特性的高值和较低值之间改变电压。 检测发动机参数以确定发动机是否需要富混合物或稀混合物,并且可以作为这种确定的结果而改变电压。 检测气体传感器的输出电流以确定空气/燃料比,使得空气/燃料比被控制到适合于发动机运行状态的期望值。