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    • 1. 发明授权
    • Sheet or film clipping stretcher
    • 片材或胶片裁剪担架
    • US08286313B2
    • 2012-10-16
    • US12524111
    • 2008-01-17
    • Takayoshi SanoSatoru NittaHiromu Saijyo
    • Takayoshi SanoSatoru NittaHiromu Saijyo
    • D06C3/04
    • B29C55/165B29C55/20
    • A clip support member 30 has a first shaft member 51 cantilevered by guide rollers 56 and 56 for a guiding along a reference rail with a recessed channel 101, the clip support member 30 being provided with a slider 40 having a second shaft member 52 cantilevered by guide rollers 57 and 57 for a guiding along a pitch setting rail 120 with a recessed channel 121, the clip support member 30 supporting a clip 20 at an end thereof, where it has the first shaft member 51, whereto one end of a main link member 53 and one end of a sub-link member 54 are pivotally connected, to constitute a reference linkage at the clip 20 end.
    • 夹支撑构件30具有由引导辊56和56悬臂的第一轴构件51,用于沿着具有凹陷通道101的基准轨道引导,夹子支撑构件30设置有滑块40,滑块40具有悬臂的第二轴构件52 引导辊57和57用于沿着具有凹陷通道121的间距设置轨道120的引导,夹子支撑构件30在其一端支撑夹子20,其中它具有第一轴构件51,主链节的一端 构件53和副连杆构件54的一端枢转地连接,以在夹子20端构成基准联动装置。
    • 6. 发明授权
    • Method of adjusting a heat-displacing T-die
    • 调节换热T型模的方法
    • US06039904A
    • 2000-03-21
    • US25444
    • 1998-02-17
    • Satoru NittaKoji Mizunuma
    • Satoru NittaKoji Mizunuma
    • B29C47/16B29C47/92B29L7/00B29C47/00
    • B29C47/92B29C47/0021B29C47/165B29C2947/92152B29C2947/92542B29C2947/92647B29C2947/92704B29C2947/92904B29C2947/92961
    • A novel method of adjusting a heat-displacing T-die is provided wherein a T-die slit gap is adjusted by thermal expansion and contraction of die bolts individually provided with heaters so that a sheet or film material has a target profile in thickness, characterized in that a thickness feed back control loop and a virtual temperature control loop are provided, and in the thickness feed back control loop, data of thickness of products are subjected to a profile treatment to correct a target profile for temperature setting and changing of die bolts so as to define an appropriate slit gap, and in the virtual temperature control loop, an appropriate die bolt temperature is predicted from a control output value of the heater and a radiation temperature to the circumference so as to calculate a corresponding power to be supplied to the heater.
    • 提供了一种调节散热T模的新方法,其中通过单独设置有加热器的模头螺栓的热膨胀和收缩来调节T形模缝隙,使得片或薄膜材料具有目标轮廓厚度,其特征在于 设置了厚度反馈控制回路和虚拟温度控制回路,并且在厚度反馈控制回路中,对产品的厚度数据进行轮廓处理以校正目标轮廓以进行温度设定和模具螺栓的更换 以便限定适当的狭缝间隙,并且在虚拟温度控制回路中,根据加热器的控制输出值和周围的辐射温度来预测适当的模头螺栓温度,以便计算要提供给 加热器。
    • 7. 发明授权
    • Combustion apparatus
    • 燃烧装置
    • US5816793A
    • 1998-10-06
    • US457384
    • 1995-06-01
    • Mitsuyoshi NakamotoHirohisa KatoKenkichi HashidoTakashi NishikawaHideharu SanoSatoru Nitta
    • Mitsuyoshi NakamotoHirohisa KatoKenkichi HashidoTakashi NishikawaHideharu SanoSatoru Nitta
    • F23M99/00F23D21/00
    • F23M20/005F23D2210/00
    • The invention is intended to suppress oscillatory combustion of a combustion apparatus. In the invention, acoustic closed ends are provided at an inlet side and an outlet side of the burner port unit, and the combustion apparatus is constituted so that the flame may be positioned between these closed ends, and a buffer chamber is provided at the inlet side. Thus, when the inlet side and outlet side of the burner port unit of the combustion apparatus are formed as acoustic closed ends, oscillatory combustion occurs easily. At this time, when the intake tube communicates at the upstream side of the inlet side closed end, and an exhaust tube communicates at the downstream side of the outlet side closed end, if the length of the intake tube and exhaust tube is changed, the air ratio and combustion amount for generating oscillatory combustion remain constant, and the oscillation frequency and oscillation pressure remain constant. In such condition, when a sound absorbing unit is provided in the buffer chamber, oscillation does not occur, and if the intake tube or exhaust tube is extended, oscillation does not occur.
    • 本发明旨在抑制燃烧装置的振荡燃烧。 在本发明中,在燃烧器端口单元的入口侧和出口侧设置声学闭合端,并且燃烧装置构成为使得火焰可以位于这些封闭端之间,并且在入口处设置有缓冲室 侧。 因此,当燃烧装置的燃烧器端口单元的入口侧和出口侧形成为声闭合端时,容易发生振荡燃烧。 此时,当进气管在入口侧封闭端的上游侧连通,排气管在出口侧封闭端的下游侧连通时,如果进气管和排气管的长度改变, 空气比和产生振荡燃烧的燃烧量保持恒定,并且振荡频率和振荡压力保持恒定。 在这种情况下,当在缓冲室中设置吸音单元时,不发生振动,如果进气管或排气管延伸,则不会发生振荡。