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    • 73. 发明授权
    • Bipolar logic circuit having two multi-emitter transistors with an
emitter of one connected to the collector of the other to prevent
saturation
    • 双极逻辑电路具有两个多发射极晶体管,其发射极连接到另一个的集电极以防止饱和
    • US4697102A
    • 1987-09-29
    • US737872
    • 1985-05-28
    • Takahiro OkabeMakoto HayashiKatuhiro MorisuyeTomoyuki WatanabeKatsuyoshi WashioSetsuo OguraMakoto FurihataShizuo Kondo
    • Takahiro OkabeMakoto HayashiKatuhiro MorisuyeTomoyuki WatanabeKatsuyoshi WashioSetsuo OguraMakoto FurihataShizuo Kondo
    • H03K19/00H03K19/013H03K19/082
    • H03K19/001H03K19/013
    • A logic circuit is provided which includes a first multi-emitter transistor with its emitters coupled to a group of first input lines and a first transistor with its base coupled to the collector of said first multi-emitter transistor. A second transistor is also provided with its base coupled to the collector of said first transistor, said second transistor having a polarity opposite to that of said first multi-emitter transistor. A second multi-emitter transistor is connected with its base coupled to the collector of said second transistor and with its emitters coupled to a group of second input lines, and a third transistor is connected with its base coupled to the collector of said second multi-emitter transistor and with its collector coupled to an output line. The collector of said first multi-emitter transistor is coupled to the emitter of said second multi-emitter transistor in order to absorb minority carriers stored in the transistors. This feature significantly improves the circuit operating speed. A further feature is the provision of a logic circuit which is highly integrated and which consumes reduced amounts of electric power, while maintaining high-speed performance of the TTL circuit, by substituting a multi-collector transistor that reversely operates for an inverter portion of the TTL circuit.
    • 提供了一种逻辑电路,其包括第一多发射极晶体管,其发射极耦合到一组第一输入线,第一晶体管的基极耦合到所述第一多发射极晶体管的集电极。 第二晶体管还设置有其基极耦合到所述第一晶体管的集电极,所述第二晶体管具有与所述第一多发射极晶体管的极性相反的极性。 第二多发射极晶体管与其基极耦合,耦合到所述第二晶体管的集电极,并且其发射极耦合到一组第二输入线,并且第三晶体管与其基极连接,耦合到所述第二多晶体管的集电极, 发射极晶体管,其集电极耦合到输出线。 所述第一多发射极晶体管的集电极耦合到所述第二多发射极晶体管的发射极,以便吸收存储在晶体管中的少数载流子。 该功能显着提高了电路工作速度。 另一个特征是提供了一种高度集成的逻辑电路,并且通过将反向工作的多集电极晶体管替换为逆变器部分的多集电极晶体管,同时维持TTL电路的高速性能,从而消耗了较少的电功率 TTL电路。
    • 78. 发明授权
    • Plasma processing apparatus and sample stage
    • 等离子体处理装置和样品台
    • US09150967B2
    • 2015-10-06
    • US12854242
    • 2010-08-11
    • Tomoyuki WatanabeMamoru YakushijiYutaka Ohmoto
    • Tomoyuki WatanabeMamoru YakushijiYutaka Ohmoto
    • C23C4/00C23C28/00C23C4/02
    • C23C28/00C23C4/02
    • A plasma processing apparatus includes a metallic basic material arranged in a sample stage, a dielectric film of dielectric material disposed on an upper surface of the basic material, the dielectric film being formed through a plasma spray process; a film-shaped heater disposed in the dielectric film, the heater being formed through a plasma spray process; an adhesive layer arranged on the dielectric film; a sintered ceramic plate having a thickness ranging from about 0.2 mm to about 0.4 mm, the sintered ceramic plate being adhered onto the dielectric film by the adhesive layer; a sensor disposed in the basic material for sensing a temperature; and a controller for receiving an output from the sensor and adjusting quantity of heat generated by the heater.
    • 等离子体处理装置包括布置在样品台中的金属基材,设置在基材的上表面上的电介质材料的电介质膜,电介质膜通过等离子体喷涂法形成; 设置在电介质膜中的膜状加热器,加热器通过等离子体喷涂工艺形成; 布置在电介质膜上的粘合剂层; 烧结陶瓷板的厚度范围为约0.2mm至约0.4mm,烧结陶瓷板通过粘合剂层粘附到电介质膜上; 设置在基本材料中以感测温度的传感器; 以及控制器,用于接收来自传感器的输出并调节由加热器产生的热量。
    • 79. 发明授权
    • Oil flow passage arrangement of automatic transmission
    • 自动变速器的油流通道布置
    • US08100229B2
    • 2012-01-24
    • US11086405
    • 2005-03-23
    • Kenji MatsubaraHiromi TaguchiYasuhiko KuniiTsutomu SaitouTomoyuki Watanabe
    • Kenji MatsubaraHiromi TaguchiYasuhiko KuniiTsutomu SaitouTomoyuki Watanabe
    • F16C3/14F01M1/04
    • F16H57/0421F16H57/05
    • First and second oil flow passages are defined in a wall portion of a transmission casing. The first oil flow passage has an open end exposed to an interior of the casing. The second oil passage is connected to the first oil passage through a connection opening defined by the first oil passage. A separate pipe member has a predetermined end portion that is inserted into the first oil passage from the open end of the same. The predetermined end portion comprises a cylindrical portion having a fixed length; an end opening defined by an end of the cylindrical portion and exposed to the first oil passage; and an orifice opening defined by a side wall of the cylindrical portion. The orifice opening is blocked by an inner wall of the first oil passage when the connection opening takes a first position relative to the open end of the first oil passage, and exposed to the second oil passage when the connection opening takes a second position relative to the open end of the first oil passage. The second position is closer to the open end of the first oil passage than the first position is.
    • 第一和第二油流动通道限定在变速器壳体的壁部分中。 第一油流通道具有暴露于壳体内部的开口端。 第二油路通过由第一油路限定的连接口与第一油路连接。 单独的管构件具有从其开口端插入第一油通道中的预定端部。 预定的端部包括具有固定长度的圆柱形部分; 由所述圆筒形部分的端部限定并暴露于所述第一油道的端部开口; 以及由圆柱形部分的侧壁限定的孔口。 当连接开口相对于第一油通道的开口端处于第一位置时,孔口被第一油路的内壁阻挡,并且当连接开口相对于第一油通道的第二位置时暴露于第二油通道 第一个油道的开放端。 第二位置比第一位置更靠近第一油通道的开口端。