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    • 3. 发明申请
    • SOLENOID VALVE
    • 电磁阀
    • US20120255639A1
    • 2012-10-11
    • US13438874
    • 2012-04-04
    • Hirofumi OnoderaMitsuyuki Kobayashi
    • Hirofumi OnoderaMitsuyuki Kobayashi
    • F16K11/20
    • F16K1/443F02M25/0836F02M25/089F16K31/0655Y10T137/87096
    • First and second valve members are received in a valve receiving chamber, which is connected to an inlet passage and an outlet passage. First and second valve seats are annular and are formed at a connection of the valve receiving chamber to the outlet passage. The second valve member is lifted away from the second valve seat synchronously with lift movement of the first valve member upon energization of an electromagnetic drive arrangement when a force, which is determined based on an applied pressure force applied to the second valve member by a differential pressure between a pressure of the inlet passage and a pressure of the outlet passage and urging forces of the first and second urging members, is smaller than an electromagnetic attractive force.
    • 第一和第二阀构件被容纳在与入口通道和出口通道连接的阀接收室中。 第一和第二阀座是环形的,并且形成在阀接收室与出口通道的连接处。 当基于通过差速器施加到第二阀构件的施加的压力确定的力时,第二阀构件在电磁驱动装置通电时与第一阀构件的提升运动同步地从第二阀座抬起离开第二阀座 入口通道的压力和出口通道的压力和第一和第二推动构件的推动力之间的压力小于电磁吸引力。
    • 4. 发明授权
    • Cooked rice freezing method and apparatus
    • 熟米饭冷冻方法和装置
    • US5543167A
    • 1996-08-06
    • US369012
    • 1995-01-05
    • Hirofumi Onodera
    • Hirofumi Onodera
    • A23B9/10F25D13/06A23L3/00F25D25/00
    • F25D13/067A23B9/10F25D2400/30
    • Cooked rice is continuously fed rice at the entrance (6) of conveyor system (4) where the rice (a) is cooled to a chosen temperature using cool air jets from above and below the conveyor. The cooled rice is then transferred to another mesh conveyor (22) where cold air jets blow sub-freezing air onto the rice surfaces, but not the cores (a'), of the grains of rice are frozen and are covered with ice crystals (b). The surface-frozen rice is then transferred onto a third mesh conveyor (33) where two sets of counter-rotating comb rollers (32) break up the surface-frozen rice grains into separate grains of surface-frozen rice. The separate grains of surface-frozen rice is then transferred to a fourth mesh conveyor (42) where the grains of rice are completely frozen to the core.
    • 在米饭(a)的输入系统(4)的入口(6)处连续供应米饭,大米(a)从输送机上方和下方使用冷空气喷嘴冷却至选定的温度。 然后将冷却的米转移到另一个网状输送机(22),其中冷空气喷射将次冷冻空气吹到米表面上,但不将米粒的芯(a')冷冻并用冰晶覆盖( b)。 然后将表面冷冻的米转移到第三网格输送机(33)上,其中两组反转梳齿辊(32)将表面冷冻的米粒分解成分开的表面冷冻米粒。 然后将分开的表面冷冻米粒转移到第四网格输送机(42),其中米粒完全冷冻至核心。