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    • 1. 发明授权
    • Fluid control system for selectively self-adjusting mill reduction force or interworking roll distance
    • 用于选择自调整的流体控制系统减少力或交叉滚动距离
    • US3693385A
    • 1972-09-26
    • US3693385D
    • 1970-09-23
    • UBE INDUSTRIES
    • FUJINO KIYOSHIOTSUKA SHIGENOBUKAICHI TETUOSUGIYAMA TAKAHARUTAMURA KOJI
    • B21B37/62B21B37/10B21B37/08
    • B21B37/62
    • A fluid control system for selectively self-adjusting mill reduction force or inter-working roll distance or roll gap comprising a variable discharging plunger pump having one port connected to a hydraulic cylinder adapted to apply pressure on working rolls in a mill and the other port connected to a fluid supply source. A servo valve is provided for deflecting deflection means in one or the other direction to control the discharge direction and discharge amount of said pump. In order to detect an existing value of mill reduction force, a fluid pressure detector is provided for electrically detecting fluid pressure in a fluid passage adapted to be connected to said hydraulic cylinder. A detector is provided for producing an electrical signal in response to the position of the ram of the cylinder. The servo valve operates in response to a result of a comparison between signals from the above-mentioned detectors and a reference value and thereby fluid is controlled so that the fluid may be in a predetermined direction and a predetermined amount so as to self-adjust mill reduction force or inter-working roll distance.
    • 一种流体控制系统,用于选择性地自动调节磨机压缩力或相互间的轧辊距离或轧辊间隙,包括可变排放柱塞泵,其具有连接到液压缸的一个端口,该液压缸适用于对轧机中的工作辊施加压力,而另一个端口连接 到流体供应源。 提供一个伺服阀,用于沿一个或另一个方向偏转偏转装置,以控制所述泵的排出方向和排出量。 为了检测现有的轧机压缩力值,提供了一种流体压力检测器,用于电流检测适于连接到所述液压缸的流体通道中的流体压力。 提供检测器以响应于气缸的压头的位置产生电信号。 伺服阀响应于来自上述检测器的信号与参考值之间的比较的结果而进行操作,从而控制流体,使得流体可以在预定方向和预定量上,以便自动调节磨 减速力或工作间距离。
    • 7. 发明专利
    • JPH05285628A
    • 1993-11-02
    • JP13130592
    • 1992-04-08
    • UBE INDUSTRIES
    • FUJINO KIYOSHI
    • B22D17/00B22D17/22B22D17/26B22D18/02B22D18/08
    • PURPOSE:To increase a pressurizing force acting on a molten metal in a cavity and to improve a squeeze casting effect by filling the cavity with the molten metal by a casting operation and also reducing the hydraulic pressure in a chamber at a movable disk side of cylinders in the state of continuing die clamping movement. CONSTITUTION:At first, in the state of relatively retreating a liner stem 13 to a movable die 12 by operating the hydraulic pressure to the chamber 9a at the movable disk 7 side of the cylinders 9 between the movable disk 7 and the movable die 12, the movable disk 7 is advanced and the movable die 12 and the liner stem 13 are advanced at the same time to execute the die clamping movement. In this state, the movable disk 7 is perfectly pressed to a fixed die 3 to execute the normal die clamping, and the die clamping force is transferred to the fixed die 3 from the movable disk 7 through the movable die 12. Successively, at the time of decreasing the hydraulic pressure in the chamber 9a at the movable disk 7 side of the cylinder 9 in the state of continuing the die clamping movement while filling up the cavity 14 with molten metal by the injecting operation, the die clamping force from the movable disk 7 is transferred to the liner stem 13, and the liner stem 13 is advanced and the pressurizing force is increased.
    • 8. 发明专利
    • CASTING METHOD FOR PREVENTING MIXING OF OXIDE
    • JPH02247062A
    • 1990-10-02
    • JP6633489
    • 1989-03-20
    • UBE INDUSTRIES
    • FUJINO KIYOSHI
    • B22D17/22B22C9/08B22D17/12B22D18/02
    • PURPOSE:To manufacture the desired casting product without mixing oxide by inserting and holding wire net, etc., in inner wall part of inlet hole of a runner and supplying molten metal in a die in the case of casting by using the die arranged with the specific shape of the runner in insert hole of a casting sleeve. CONSTITUTION:A dish type attaching brim of the metal net 15 is pushed to the inner wall part 13a of the inlet hole of runner from lower part and held with friction force with this inner wall part 13a. After clamping both dies 2, 4 of upper and lower parts, the molten metal 11 is poured into the casing sleeve 9, and the sleeve 9 is inserted into inner hole in a fixed sleeve 18 and joined. Successively, a plunger tip 10 is advanced under vacuum sucking condition with a gas exhausting device communicating with upper part of cavity 8 to cast the molten metal into the cavity 8. Then, the metal net 15 does not pass the oxide in the molten metal and the oxide can be removed. By this method, the molten metal passed through the metal net is clean and the desired strength of the tensile strength is obtd.
    • 10. 发明专利
    • ELECTRIC DUST PRECIPITATION METHOD
    • JPS56100655A
    • 1981-08-12
    • JP310680
    • 1980-01-17
    • UBE INDUSTRIES
    • FUJINO KIYOSHITAKEYA KUNIO
    • B03C3/09B03C3/51
    • PURPOSE:To considerably decrease dissipation of dusts into the atmosphere and improve dust collection efficiency by directing the notch or opening of each dust precipitating electrode to the direction opposing to the gas flow, and capturing the dusts which are rescattered by hammering impact into their inside surfaces. CONSTITUTION:A dust precipitating electrode 1 is so constituted that a notch 2 is directed over the entire length of the pipe toward the direction where dusts pass, like a half split pipe. The particles scattered by hammering flow to the dust precipitating electrodes 1 of the lower positions and stick thereon. These are divided largely to the particles b1 sticking on the outside surface of the half-split pipes and the particles b2 sticking on their inside surfaces. The greater part thereof are the particles b2. Even if the dust particles stuck on the inside surfaces receive the force in the gas flow direction by the subsequent hammering, they are blocked by the pipe walls of the dust precipitating electrodes, and are further prevented from going toward the dust precipitating electrodes of the lower positions, thus they fall by gravity along the pipe walls. In this way, the greater part of the dust pariticles are prevented from going toward the dust precipitating electrodes of the next positions.