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    • 2. 发明专利
    • Shearing machine
    • 剪切机
    • JP2003039231A
    • 2003-02-12
    • JP2001229156
    • 2001-07-30
    • Shigeo Watanabe重雄 渡辺
    • WATANABE SHIGEO
    • B23D15/04B23D15/14
    • PROBLEM TO BE SOLVED: To provide a shearing machine which can carry out shearing while maintaining abutting pressure of an upper blade on a fixed lower blade by a small shearing structure.
      SOLUTION: A front part of a blade holder having an upper blade is rotatably jointed to lower ends of two piston rods which can swing by means of a hydraulic mechanism, and a rear part of the blade holder is rotatably jointed to a base to which a lower blade is fixed so as to correspond to the upper blade. In this case, the lower part of that hydraulic piston rod between the two hydraulic piston rods, which is located at the outside of the hydraulic piston rod located near the base, is rotatably jointed to the blade holder so as to approach the lower part of the hydraulic piston rod located near the base. In addition, a presser plate for preventing spring-back of sheared material is arranged at the base side of the blade holder.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种剪切机,其能够通过小的剪切结构保持固定的下叶片上的上叶片的抵靠压力,从而进行剪切。 解决方案:具有上刀片的刀片保持器的前部可旋转地接合到可通过液压机构摆动的两个活塞杆的下端,刀片保持器的后部可旋转地连接到基座 下刀片被固定成对应于上刀片。 在这种情况下,位于靠近基座的液压活塞杆的外侧的两个液压活塞杆之间的液压活塞杆的下部可旋转地连接到刀架上,以接近 液压活塞杆位于底座附近。 此外,用于防止剪切材料的弹回的压板布置在刀架的基座侧。
    • 3. 发明申请
    • Wiper controller
    • 刮水器控制器
    • US20090089955A1
    • 2009-04-09
    • US12285039
    • 2008-09-29
    • Tomoyuki OhataShigeo Watanabe
    • Tomoyuki OhataShigeo Watanabe
    • B60S1/06
    • B60S1/0818B60S1/08B60S1/0833Y10S388/921
    • A wiper controller which detects the raindrops adhered onto the windshield glass G of the vehicle to control the wiper based on the detected result is provided with a wiped water measurement unit for calculating an amount of water wiped by the wiper, a wiper operation time counter for counting the actual wiper operation time based on the ON/OFF signal of the wiper motor for driving the wiper, a delay time calculation unit which obtains the wiper operation delay time by comparing the actual wiper operation time with the reference wiper operation time, and an operation change determination unit for determining with respect to the need for changing the wiper operation based on the wiper operation delay time and the amount of water wiped by the wiper. The change in the rainfall state is derived from the wiper operation delay time and the amount of water wiped by the wiper to appropriately control the wiper in response to the change in the rainfall state.
    • 擦拭器控制器根据检测结果来检测粘附在车辆挡风玻璃G上的雨滴,以便根据检测结果来控制刮水器;擦拭水测量单元,用于计算擦拭器擦拭的水量;擦拭器操作时间计数器, 基于用于驱动刮水器的刮水器电动机的ON / OFF信号对实际的刮水器操作时间进行计数;延迟时间计算单元,其通过将实际刮水器操作时间与基准刮水器操作时间进行比较来获得刮水器操作延迟时间;以及 操作改变确定单元,用于基于刮水器操作延迟时间和擦拭器擦拭的水量来确定关于改变刮水器操作的需要。 降雨状态的变化取决于雨刮器操作延迟时间和擦拭器擦拭的水量,以便根据降雨状态的变化适当地控制刮水器。
    • 4. 发明授权
    • Exhaust gas purifying apparatus for automobile diesel engine
    • 汽车柴油机废气净化装置
    • US5263317A
    • 1993-11-23
    • US953194
    • 1992-09-29
    • Shigeo WatanabeKatsuharu KinoshitaNiichi HayashiHisashi Matsunaga
    • Shigeo WatanabeKatsuharu KinoshitaNiichi HayashiHisashi Matsunaga
    • B03C3/70B03C3/74F01N3/01F02B3/06F01N3/02
    • F01N3/01B03C3/70B03C3/74B03C3/743F02B3/06Y02T10/20Y10S55/30
    • Disclosed is an exhaust gas purifying apparatus for an automobile diesel engine including a pair of electrodes disposed at a predetermined interval in an exhaust path of an automobile diesel engine, and a high voltage power source for applying a high voltage to the pair of electrodes whereby an electric field is generated in a space between the pair of electrodes so as to collect diesel particulates. Since the diesel particulates emitted from a diesel engine are charged heavily in negative, and since the exhaust gas purifying apparatus forms an electric field between the pair of electrodes, the diesel particulates are collected on one of the pair of electrodes. Hence, in accordance with the exhaust gas purifying apparatus, it is possible to purify the exhaust gas without substantially increasing the exhaust gas pressure loss of the diesel engine, without deteriorating the output of the diesel engine resulting from the pressure loss and without deteriorating the combustion reaction in cylinders of the diesel engine. In addition, it is possible to down-size the exhaust gas purifying apparatus remarkably compared with a conventional apparatus employing a ceramic filter.
    • 公开了一种用于汽车柴油发动机的废气净化装置,其包括在汽车柴油发动机的排气路径中以预定间隔设置的一对电极以及用于向该一对电极施加高电压的高压电源,由此, 在一对电极之间的空间中产生电场,以收集柴油微粒。 由于从柴油发动机排出的柴油微粒被大量负荷地填充,并且由于排气净化装置在一对电极之间形成电场,所以柴油微粒被收集在该对电极之一上。 因此,根据废气净化装置,能够在不会使柴油发动机的排气压力损失大幅度地增加的同时净化废气,而不会由于压力损失而导致柴油机的输出恶化,而不会使燃烧恶化 柴油发动机气缸反应。 此外,与使用陶瓷过滤器的传统装置相比,可以显着地减小废气净化装置的尺寸。
    • 9. 发明授权
    • Reduction gear with eccentric body
    • 减速机带偏心体
    • US5536218A
    • 1996-07-16
    • US332769
    • 1994-11-01
    • Sueo FukayaShigeo Watanabe
    • Sueo FukayaShigeo Watanabe
    • F16H1/20F16H1/32F16H35/00F16H35/10F16H37/04
    • F16H37/041F16H1/20F16H1/32Y10S74/10
    • A reduction gear mechanism applicable for a geared motor used for lifters for business equipment or the like. A trochoid tooth profile internally meshing type planetary reduction gear mechanism is used as the basic reduction gear mechanism. Each of an external gear and an internal gear is formed of a resin having a small rigidity. Each of an output shaft and a bearing supporting the external gear is formed of a metal having a large rigidity. As a result, the reduction mechanism ensures the rigidity and rotational smoothness in usual operation. Moreover, when a torque more than a value required for a mating member to be driven is applied, the external gear and internal gear are deformed, resulting in the increased meshing loss. The reduction mechanism can reduce the efficiency mechanically by the increase in the meshing loss. Even if a reversing load is applied from the output shaft side, the efficiency can be also reduced by the same meshing loss. Namely, there can be obtained a reduction gear provided with an overload preventive function or reverse rotation preventive function without addition of any special mechanism.
    • 适用于商业设备用升降机等的减速机构。 作为基本的减速齿轮机构,使用次摆线齿廓内啮合型行星减速机构。 外齿轮和内齿轮均由刚性小的树脂形成。 输出轴和支撑外齿轮的轴承中的每一个由刚性大的金属形成。 结果,减速机构确保通常操作中的刚性和旋转平滑度。 此外,当施加超过要驱动的配合构件所需的值的扭矩时,外齿轮和内齿轮变形,导致增大的啮合损失。 减速机构可以通过增加啮合损失来机械地降低效率。 即使从输出轴侧施加反转负荷,也可以通过相同的啮合损失来降低效率。 也就是说,可以获得具有过载防止功能或反转防止功能的减速装置,而不需要增加任何特殊的机构。