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    • 1. 发明授权
    • Shim for a tappet in an internal combustion engine
    • 用于内燃机中的挺杆的垫片
    • US5596959A
    • 1997-01-28
    • US659302
    • 1996-06-06
    • Takeji KenmokuAkihiro HamadaShinichi Umino
    • Takeji KenmokuAkihiro HamadaShinichi Umino
    • F01L1/14F01L1/16F01L1/20
    • F01L1/16F01L1/143F01L1/205F01L2810/02F02B2275/18Y10T74/2107
    • A shim for a tappet is used in a valve operating mechanism in an internal combustion engine. On the surface of the shim which a cam slidably contacts, there are provided a number of bores in which lubricating oil is put. When an oil film disappears on the surface by slidable contact with the cam, oil overflows from the bores onto the surface. By increasing oil-keeping capability on the surface of the shim, frictional resistance is reduced, thereby preventing wear in the shim and the cam. The bores may be filled with a lubricating solid such as molybdenum disulfide or plastics, such as polyethylene, silicone and Teflon.RTM.. The diameter of the bores may become larger as the bores extend away from the surface of the shim, thereby preventing the solid material from being displaced from the bores. The density of the bores on the shim surface can also be varied. The density of the bores in the central area of the shim surface can be greater than in the surrounding area.
    • 用于挺杆的垫片用于内燃机中的阀操作机构。 在凸轮可滑动接触的垫片的表面上,设置有多个孔,其中放置润滑油。 当油膜通过与凸轮滑动接触而在表面上消失时,油从孔中溢出到表面上。 通过增加垫片表面的保油能力,减小摩擦阻力,从而防止垫片和凸轮中的磨损。 孔可以填充润滑固体,例如二硫化钼或塑料,例如聚乙烯,硅树脂和特氟隆TM。 当孔从垫片的表面延伸时,孔的直径可能变大,从而防止固体材料从孔中移位。 垫片表面上的孔的密度也可以变化。 在垫片表面的中心区域的孔的密度可以大于周围区域的密度。
    • 4. 发明申请
    • Air cleaner device
    • 空气净化装置
    • US20050120686A1
    • 2005-06-09
    • US10978372
    • 2004-11-02
    • Hiroshi NakagomeAkihiro HamadaKatsuyuki Konishi
    • Hiroshi NakagomeAkihiro HamadaKatsuyuki Konishi
    • F02M35/024B01D35/00B01D46/00B01D46/24B60K13/02B62J99/00F02M35/04F02M35/16
    • B01D46/2411B01D46/008
    • An air cleaner device for exchanging an element without permitting dust and dirt collected between the element and an air guide member in a clean side to fall and for smoothly permitting intake air to be supplied to the engine. An air cleaner device includes a cylindrical element with an air guide member including a guide sleeve formed into a diameter smaller than an inner diameter between element inner walls of the element which are served for inserting the air guide member from one end of the element and flange portions which are formed on the guide sleeve to be brought into contact with one end surface of the element. A cleaner case houses the element and the air guide member and an air intake duct portion which is mounted on a lower portion of the cleaner case and is arranged below the air guide member.
    • 一种用于更换元件的空气净化器装置,而不会在元件和干净的一侧的空气引导构件之间收集的灰尘和污物掉落并且平滑地允许将进气供应到发动机。 空气净化器装置包括一个圆柱形元件,该圆柱形元件具有导气构件,空气引导构件包括形成为直径小于该元件的元件内壁之间的内径的引导套筒,该内径用于从该元件的一端插入空气引导构件和凸缘 形成在引导套筒上以与元件的一个端面接触的部分。 一个更干净的外壳容纳元件和空气引导构件,以及安装在吸尘器壳体的下部并且布置在空气引导构件下方的进气管道部分。
    • 7. 发明授权
    • Apparatus for manufacturing can lid
    • 用于制造罐的装置
    • US06524048B1
    • 2003-02-25
    • US09571545
    • 2000-05-16
    • Shinichi TsukadaMasashi TakamatsuTakeshi SugimuraAkihiro Hamada
    • Shinichi TsukadaMasashi TakamatsuTakeshi SugimuraAkihiro Hamada
    • B21D5144
    • B21D51/383
    • A can lid of the fully-open type has a disk-shaped panel, a score notched endlessly in a surface of the panel along an outer circumferential edge of the panel, for forming an opening in the panel, and a tab fixed to the panel by a rivet. The tab is attached in a direction substantially perpendicular to an initial tear-off line of the score. The surface of the panel which is concealed from view by the tab is printed with a circular mark representing a rolling direction in which the material of the panel has been rolled. The score is defined such that the rolling direction extends substantially at a right angle to the initial tear-off line of the score. The panel has an auxiliary score defined in the surface thereof near the rivet and positioned across the rivet from the initial tear-off line substantially parallel to the initial tear-off line and separate therefrom.
    • 完全开式的罐盖具有圆盘形面板,在面板的外周边缘上沿着面板的外圆周边缘不断地凹陷的刻痕,用于在面板中形成开口,以及固定到面板的凸片 用铆钉 翼片沿着与分数的初始撕下线基本垂直的方向附接。 通过突片隐藏的面板的表面印有表示滚动方向的圆形标记,其中面板的材料已经被滚动。 评分被定义为使得滚动方向基本上与分数的初始撕下线成直角延伸。 该面板具有在其靠近铆钉的表面中限定的辅助刻痕,并且与起始撕离线基本上平行于初始剥离线定位在穿过铆钉的位置上并与之分开。
    • 10. 发明授权
    • Air cleaner device
    • 空气净化装置
    • US07361201B2
    • 2008-04-22
    • US10978372
    • 2004-11-02
    • Hiroshi NakagomeAkihiro HamadaKatsuyuki Konishi
    • Hiroshi NakagomeAkihiro HamadaKatsuyuki Konishi
    • B01D35/30F02M35/10F01P7/10
    • B01D46/2411B01D46/008
    • An air cleaner device for exchanging an element without permitting dust and dirt collected between the element and an air guide member in a clean side to fall and for smoothly permitting intake air to be supplied to the engine. An air cleaner device includes a cylindrical element with an air guide member including a guide sleeve formed into a diameter smaller than an inner diameter between element inner walls of the element which are served for inserting the air guide member from one end of the element and flange portions which are formed on the guide sleeve to be brought into contact with one end surface of the element. A cleaner case houses the element and the air guide member and an air intake duct portion which is mounted on a lower portion of the cleaner case and is arranged below the air guide member.
    • 一种用于更换元件的空气净化器装置,而不会在元件和干净的一侧的空气引导构件之间收集的灰尘和污物掉落并且平滑地允许将进气供应到发动机。 空气净化器装置包括一个圆柱形元件,该圆柱形元件具有导气构件,空气引导构件包括形成为直径小于该元件的元件内壁之间的内径的引导套筒,该内径用于从该元件的一端插入空气引导构件和凸缘 形成在引导套筒上以与元件的一个端面接触的部分。 一个更干净的外壳容纳元件和空气引导构件,以及安装在吸尘器壳体的下部并且布置在空气引导构件下方的进气管道部分。