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    • 32. 发明授权
    • Half-bridge converter switching power supply for magnetron
    • 用于磁控管的半桥转换器开关电源
    • US5321235A
    • 1994-06-14
    • US891956
    • 1992-06-01
    • Yasuhiro MakinoEtsuko YamamotoEtsuo SakoguchiKatsuhiko Ito
    • Yasuhiro MakinoEtsuko YamamotoEtsuo SakoguchiKatsuhiko Ito
    • H02M3/337H05B6/66H05B6/68
    • H05B6/6432H02M3/3376
    • A power source apparatus for microwave oven includes a half-bridge converter including a series connection of switching elements, a series connection of resonance capacitors, and a high frequency transformer having a primary winding and a secondary winding, and the half-bridge converter is driven by an output of a diode bridge which receives a commercial power source of 200 V. A current transformer detects a current of the primary winding. A control circuit compares a voltage equal to an average value of the current detected by the current transformer and a voltage set by a microcomputer, and controls the switching elements at a frequency in proportion to a magnitude of a difference of the both voltages, whereby a high frequency high voltage is induced on the secondary winding and applied to a voltage doubler rectifying circuit, and then a direct current high voltage is applied to a magnetron.
    • 一种用于微波炉的电源设备包括半桥转换器,其包括开关元件的串联连接,谐振电容器的串联连接和具有初级绕组和次级绕组的高频变压器,并且驱动半桥转换器 通过接收200V的商用电源的二极管电桥的输出。电流互感器检测初级绕组的电流。 控制电路将电流互感器检测出的电流的平均值和由微型计算机设定的电压进行比较,并且以与两个电压的差的大小成正比的频率来控制开关元件,由此, 在次级绕组上感应出高频高压,施加到倍压整流电路,然后将直流高电压施加到磁控管。
    • 33. 发明申请
    • LUBRICATION STRUCTURE FOR ENGINE
    • 发动机润滑结构
    • US20120247875A1
    • 2012-10-04
    • US13432039
    • 2012-03-28
    • Masayoshi SuzutaKatsuhiko Ito
    • Masayoshi SuzutaKatsuhiko Ito
    • F16H57/04F16C3/00F16N1/00
    • F16H57/043F16H57/0423Y10T74/2186
    • A lubrication structure is provided for supplying lubricating oil to a transmission of an engine. The engine includes a mission holder which includes a power transmission mechanism between a main shaft and a countershaft as a unit and is removably mounted in a mission chamber, and a clutch chamber having a clutch mechanism is provided adjacent the mission chamber for transmitting rotation of a crankshaft to the transmission. Two oil introduction ports are provided on the mission holder, which is between the clutch chamber and the mission chamber. The two oil introduction ports enable the two chambers to communicate with each other. Each of the oil introduction ports has an opening provided therein which opens upwardly on a clutch chamber side of the mission holder.
    • 提供润滑结构,用于将润滑油供给到发动机的变速器。 发动机包括任务支架,其包括作为一个单元的主轴和中间轴之间的动力传递机构,并且可移除地安装在任务室中,并且具有离合器机构的离合器室设置在任务室附近,用于传递 曲轴传动。 任务支架上设有两个油引入口,它们位于离合器室和任务舱之间。 两个油引入口使两个室彼此连通。 每个油引入口具有设置在其中的开口,其在任务支架的离合器室侧向上开口。
    • 34. 发明授权
    • Lubricating system for internal combustion engine
    • 内燃机润滑系统
    • US07264086B2
    • 2007-09-04
    • US10662423
    • 2003-09-16
    • Katsuhiko ItoShinya KoyamaKen Oike
    • Katsuhiko ItoShinya KoyamaKen Oike
    • F01M5/00
    • F01M11/02F01M5/002
    • A lubricating system for an internal combustion engine includes lubricating oil recovery oil passages through which lubricating oil dropping to and dwelling in a bottom portion of a crankcase after lubricating individual portions of an internal combustion engine is fed to a lubricating oil tank through an oil cooler by a recovery pump. Lubricating oil supply oil passages supply the lubricating oil from the lubricating oil tank to the individual portions of the internal combustion engine needing lubrication and cooling through an oil filter by a supply pump. The lubricating system includes a branch passage branched from the lubricating oil recovery oil passage communicating from the oil cooler to the lubricating oil tank. The branch passage supplies the lubricating oil to at least one of the individual portions of the internal combustion engine.
    • 一种用于内燃机的润滑系统包括润滑油回收油通道,通过该润滑油回收油通道,润滑油回收油通道,通过该润滑油回收油通道,润滑油在内燃机的各个部分润滑后通过润滑油箱通过油冷却器供给到曲轴箱的底部并停留在润滑油箱中 一个回收泵。 润滑油供给油通路将润滑油从润滑油箱供给到通过供给泵通过油过滤器进行润滑和冷却的内燃机的各个部分。 润滑系统包括从从油冷却器连通到润滑油箱的润滑油回收油路分支的分支通路。 分支通道将润滑油供应到内燃机的各个部分中的至少一个。
    • 38. 发明授权
    • Internal combustion engine power unit
    • 内燃机动力装置
    • US06357413B1
    • 2002-03-19
    • US09654342
    • 2000-09-01
    • Katsuhiko ItoMitsuru SaitoHideyuki Tawara
    • Katsuhiko ItoMitsuru SaitoHideyuki Tawara
    • F02B7532
    • F02B75/22F01M1/02F02B61/02F02B75/16F02F2001/245
    • A oil supply system supplies the same oil for lubricating an engine and for driving a hydrostatic infinitely variable transmission. The hydrostatic infinitely variable transmission is built into a crankcase of the engine, resulting in an overall compact configuration. A drive shaft of the hydrostatic infinitely variable transmission is provided parallel with a crankshaft of the engine. Axial centers of the drive shaft and crankshaft can be made hollow and serve as oilways. Further, an axial center of a counter shaft of the hydrostatic infinitely variable transmission can be made hollow and serve as an oilway. By the present oil supply system, engine oil is used in common as drive oil for the hydro-static infinitely variable transmission, and as oil supplied to parts of a cylinder head, a stepped transmission, and other various parts of the engine and transmission, thereby elimating the duplication of oil pumps and filters and reducing the maintanance associated with servicing independent oil systems.
    • 供油系统为润滑发动机和驱动静液压无级变速器提供相同的油。 静液压无级变速器内置在发动机的曲轴箱中,从而形成一个整体紧凑的结构。 静液压无级变速器的驱动轴与发动机的曲轴平行设置。 驱动轴和曲轴的轴向中心可以做成中空的,用作油路。 此外,静液压无级变速器的副轴的轴心可以制成中空的并且用作油路。 通过目前的供油系统,发动机油通常用作静水无级变速器的驱动油,并且作为供应到气缸盖,阶梯式变速器和发动机和变速器的其它各种部件的油, 从而消除油泵和过滤器的重复,并减少与独立油系统维修相关的维护。
    • 39. 发明授权
    • Tube clamping device and hydraulic pressure tester technical field
    • 管夹紧装置和液压测试仪技术领域
    • US08997324B2
    • 2015-04-07
    • US14127281
    • 2011-07-01
    • Satoshi TsurutaKatsuhiko ItoKatsumi IshigakiHiroaki Yabuta
    • Satoshi TsurutaKatsuhiko ItoKatsumi IshigakiHiroaki Yabuta
    • B25B27/14G01N3/02G01M5/00B25B5/12B25B5/14G01N3/12
    • G01N3/02B25B5/12B25B5/147G01M3/022G01M5/0058G01N3/12Y10T29/53961
    • A compact tube clamping device for inspecting an electric resistance welded tube quality. A lifting/lowering base including a tube support body is provided onto a fixed base. Clamp claws sandwich the tube support body. A claw drive body lifting/lowering independently of the lifting/lowering base is provided in the lifting/lowering base. Opposite side portions of the claw drive body are connected to opposite clamp claws by links to turn the opposite clamp claws in closing directions by lowering with respect to the lifting/lowering base. A first drive mechanism for the lifting/lowering base and a second drive body for lifting/lowering the claw drive body are provided to the fixed base. A lowering stroke of the claw drive body necessary for closing operations of the clamp claws is partially born by lifting of the lifting/lowering base in transferring the tube, thereby suppressing the lowering stroke of the claw drive body.
    • 一种用于检查电阻焊管质量的紧凑型管夹紧装置。 将包括管支撑体的提升/降低基座设置在固定基座上。 夹爪夹着管支撑体。 提升/下降底座上设有独立于提升/下降底座的爪式驱动体升降。 爪驱动体的相对的侧部通过连杆连接到相对的夹爪上,通过相对于提升/降下基座的下降而使相对的夹爪在关闭方向上转动。 用于提升/降低基座的第一驱动机构和用于提升/降低爪驱动体的第二驱动体设置到固定基座。 通过在传送管时提升升降底座部分地产生用于关闭夹爪的操作所需的爪驱动体的下降行程,从而抑制爪驱动体的下降行程。