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    • 14. 发明授权
    • Method of producing porous material having open pores
    • 具有开孔的多孔材料的制造方法
    • US4797425A
    • 1989-01-10
    • US92585
    • 1987-09-03
    • Noboru KishimaAkio Matsumoto
    • Noboru KishimaAkio Matsumoto
    • C08J9/28
    • C08J9/283C08J2363/00
    • A method of producing a porous material having open pores comprises the steps of preparing an emulsion slurry by vigorously agitating a mixture comprising a main ingredient, a polyamide hardener, a filler and water, casting said emulsion slurry in a water-impermeable mold, hardening said slurry while it contains the water. The main ingredient is a bisphenol-type epoxy resin added with one or more reactive diluents each having one or more epoxy rings per molecule and added in an amount of 18 to 50 wt %, based on 100 wt % of said bisphenol-type epoxy resin. A large size molded product having a high wet bending strength and a complicated contour can be produced.
    • 制备具有开孔的多孔材料的方法包括以下步骤:通过剧烈搅拌包含主要成分,聚酰胺硬化剂,填料和水的混合物来制备乳液浆料,将所述乳液浆料浇铸在不透水模具中,使所述 泥浆,同时含有水分。 主要成分是双酚型环氧树脂,其添加一种或多种反应性稀释剂,每个分子具有一个或多个环氧环,并且以100重量%的所述双酚型环氧树脂为基准添加18至50重量% 。 可以制造具有高湿弯曲强度和复杂轮廓的大尺寸模制产品。
    • 15. 发明授权
    • Control for pumping devices used in vehicles
    • 用于车辆的泵装置的控制
    • US4524312A
    • 1985-06-18
    • US549183
    • 1983-11-04
    • Akio MatsumotoMitsuyoshi Yokota
    • Akio MatsumotoMitsuyoshi Yokota
    • B60T17/02F04B49/00B60T13/66
    • B60T17/02
    • Disclosed is a control for a pumping device in a vehicle application in which, upon throwing a power switch (6), a capacitor (85) is charged and a power transistor (81) is rendered conductive thereby supplying a DC voltage from batteries (5) to a DC motor (2). The DC motor drives a pump (1) which in turn feeds pressure to a pressure-operating unit (10) for storage therein. If a given period of time has elapsed after throwing of the power switch, then the voltage charged on the capacitor increases to make a transistor (83) conductive and the power transistor (81) non-conductive. In other words, the DC motor is operated to provide pressure to the pressure-operating unit for only the given period of time after throwing of the power switch. Furthermore, upon closure of a brake actuator switch (4) another transistor (84) becomes conductive and the above transistor (83) becomes non-conductive. This renders the power transistor (81) conductive and supplies the DC voltage to the DC motor.
    • 公开了一种用于车辆应用中的泵送装置的控制装置,其中,在投掷电源开关(6)时,对电容器(85)充电并且功率晶体管(81)导通,从而从电池(5)提供DC电压 )到DC马达(2)。 DC马达驱动泵(1),泵(1)进而将压力供给到压力操作单元(10)以便存储在其中。 如果在投入电源开关之后经过了给定的时间段,则电容器上的电压增加,使得晶体管(83)导通并且功率晶体管(81)不导电。 换句话说,直流电动机被操作以在给电力开关投掷之后的给定时间段内向压力操作单元提供压力。 此外,在制动致动器开关(4)闭合时,另一个晶体管(84)导通,上述晶体管(83)变得不导通。 这使得功率晶体管(81)导通,并将直流电压提供给直流电动机。
    • 16. 发明授权
    • Power transmitting device
    • 发电装置
    • US08151958B2
    • 2012-04-10
    • US11860085
    • 2007-09-24
    • Masakatsu KaniAkio Matsumoto
    • Masakatsu KaniAkio Matsumoto
    • F16D27/115
    • F16D27/115F16D27/004
    • A cam mechanism is provided with a forward rotation plate and a reverse rotation plate. The respective plates are urged by the respective coil springs in the directions opposite to each other. When the number of rotations of the front wheels becomes great relative to the number of rotations of the rear wheels, the forward rotation plate rotates. Thus, a main cam which is urged by the respective coil springs toward the neutral position rotates together with the forward rotation plate when the forward rotation plate rotates. When the number of rotations of the rear wheels becomes great relative to the number of rotations of the front wheels, the reverse rotation plate rotates. Thus, the main cam which is urged by the respective coil springs toward the neutral position rotates together with the reverse rotation plate when the reverse rotation plate rotates.
    • 凸轮机构设置有正转板和反转板。 相应的板被相应的螺旋弹簧沿彼此相反的方向推压。 当前轮的转数相对于后轮的转数变大时,正转板旋转。 因此,当前旋转板旋转时,由相应螺旋弹簧向中性位置推动的主凸轮与前旋转板一起旋转。 当后轮的转数相对于前轮的转数变大时,反转板旋转。 因此,当反向旋转板旋转时,由相应的螺旋弹簧向中性位置推动的主凸轮与反转板一起旋转。
    • 19. 发明授权
    • Vitreous china, method for preparing the vitreous china, sanitary-ware
produced therefrom and glaze therefor
    • 玻璃瓷,制备玻璃瓷的方法,由其制造的卫生洁具和釉料
    • US5372976A
    • 1994-12-13
    • US100962
    • 1993-08-03
    • Akio MatsumotoToshiya Nishikawa
    • Akio MatsumotoToshiya Nishikawa
    • C03C3/083C03C8/14C03C10/02C03C10/04C03C14/00C04B33/34C04B35/18C04B41/86E03D9/00C03C1/00C04B33/24
    • C03C14/004C03C8/14C03C2214/04
    • A vitreous china comprises, as principal components, 25 to 70% by weight of a glass phase and 75 to 30% by weight of a crystalline phase, the glass phase comprising, as principal chemical components, 4 to 12% by weight of K.sub.2 O+Na.sub.2 O, 50 to 75% by weight of SiO.sub.2 and 17 to 40% by weight of Al.sub.2 O.sub.3 while the total amount of the glass phase is defined to be 100% by weight, and the crystalline phase comprising, as principal mineral components, 10 to 60% by weight of .alpha.-alumina, 0 to 20% by weight of quartz and 2 to 20% by weight of mullite while the total amount of the vitreous china is defined to be 100% by weight. The vitreous china and the method for preparing the same may permit the marked improvement of the mechanical strength of the vitreous china. The mechanical strength may be improved without adversely affecting other physical properties (such as high temperature deformation, resistance to thermal shock and firing temperature). This vitreous china can be applied to sanitary-wares, large-sized pottery plates and various kinds of engineering ceramics. Moreover, the present invention provides a glaze which has excellent compatibility with vitreous china having high alumina contents and which is thus applied to a large-sized product formed from vitreous china having such a high alumina content.
    • 作为主要组分,玻璃相以玻璃相为25〜70重量%,结晶相为75〜30重量%,玻璃相以主要化学成分为4〜12重量%的K 2 O + Na 2 O,50〜75重量%的SiO 2和17〜40重量%的Al 2 O 3,而玻璃相的总量为100重量%,结晶相为10〜60重量份 重量%的α-氧化铝,0〜20重量%的石英和2〜20重量%的莫来石,而玻璃瓷的总量被定义为100重量%。 玻璃瓷及其制备方法可以显着提高玻璃瓷的机械强度。 可以改善机械强度,而不会不利地影响其他物理性能(例如高温变形,耐热冲击和烧结温度)。 该玻璃瓷可应用于卫生洁具,大型陶瓷板及各种工程陶瓷。 此外,本发明提供了一种与具有高氧化铝含量的玻璃陶瓷具有优异相容性的釉料,因此适用于由具有高氧化铝含量的玻璃陶瓷形成的大尺寸产品。