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    • 1. 发明授权
    • Data transmission control device of radio selection call receiver
    • 无线电选择呼叫接收机的数据传输控制装置
    • US5764393A
    • 1998-06-09
    • US607459
    • 1996-02-27
    • Hidetoshi OkamuraHiroshi Ono
    • Hidetoshi OkamuraHiroshi Ono
    • H04B7/26G08B5/22H04B7/15H04Q7/14H04B10/16
    • G08B5/228
    • A RAM (14) stores reception information received in a radio section (2). An infrared I/F transmission section (20) outputs inputted data to the outside by infrared ray. A decoder (8) detects a received signal from the radio section and conducts control so that the radio section is operated only at necessary state, and also outputs an infrared data transmission control signal so that the transmission operation in the infrared I/F transmission section can be stopped at the definite time before the operation start of the radio section. A CPU (10) sends the reception information stored in the RAM (14) to the infrared I/F transmission section based on an infrared data transmission control signal when transmission command is operated from the outside, and also conducts control so that the reception information can be transmitted from the infrared I/F transmission section.
    • RAM(14)存储在无线电部分(2)中接收的接收信息。 红外线I / F发送部(20)通过红外线将输入的数据输出到外部。 解码器(8)检测来自无线电部分的接收信号并进行控制,使得无线电部分仅在必要状态下操作,并且还输出红外数据传输控制信号,使得红外线I / F传输部分 可以在无线电部分的操作开始前的确定时间停止。 当从外部操作发送命令时,CPU(10)基于红外数据传输控制信号将存储在RAM(14)中的接收信息发送到红外线I / F发送部分,并且还进行控制,使得接收信息 可以从红外I / F传输部分发送。
    • 3. 发明授权
    • Resin film forming method
    • 树脂成膜方法
    • US06896832B2
    • 2005-05-24
    • US10071183
    • 2002-02-11
    • Tadahiro KegasawaRyuichi KatsumotoMasanori TakaseHidetoshi Okamura
    • Tadahiro KegasawaRyuichi KatsumotoMasanori TakaseHidetoshi Okamura
    • B29C47/00B29C47/02B29C47/04B29C47/06B29C47/14B32B37/15
    • B32B37/153B29C47/0021B29C47/003B29C47/02B29C47/062B29C47/064B29C47/14B29C47/8845B29C47/8855B29C47/886B29C47/8875B32B37/0007B32B2309/66
    • In the resin film forming method for extruding a fused resin from an extruder die to form a resin film, the second resin forming both ends in width direction of the resin film uses a resin greater in extension viscosity than the first resin forming the center in width direction of the resin film. Thereby, even if production conditions such as resin condition and operating conditions change, faults such as neck-in and its resultant thickening at both ends of the resin film can be suppressed. In the production of a laminate by nipping a support and a resin film of a thermoplastic resin by means of a nip roller and a cooling roller while coating the resin film onto the surface of the support, the accompanying air following the rotation of the cooling roller to the nip point is shut off by blowing a gas permeable through the resin film from a gas jet nozzle toward the surface of the cooling roller. Thereby, the occurrence of craters can be inhibited, a laminate excellent in surface appearance can be produced and the production of a laminate effective especially at the time of a line speed rise in the laminate production is performable.
    • 在从挤出机模头挤出熔融树脂以形成树脂膜的树脂膜形成方法中,在树脂膜的宽度方向两端形成的第二树脂使用的树脂的延伸粘度大于形成宽度中心的第一树脂 树脂膜的方向。 由此,即使在树脂状态,工作条件等生产条件变化的情况下,也能够抑制树脂膜的两端的颈部及其加厚等缺陷。 在通过夹持辊和冷却辊夹持支撑体和热塑性树脂的树脂膜同时将树脂膜涂覆到支撑体的表面上来生产层压体时,随着冷却辊旋转的伴随空气 通过从气体喷射喷嘴朝向冷却辊的表面吹入可透过树脂膜的气体来切断夹点。 由此,可以抑制凹坑的发生,可以制造表面外观优异的层压体,特别是在层叠体制造中的线速度上升时,可以实现层叠体的生产。
    • 5. 发明授权
    • Laminate production apparatus
    • 层压板生产设备
    • US07111657B2
    • 2006-09-26
    • US10790143
    • 2004-03-02
    • Tadahiro KegasawaRyuichi KatsumotoMasanori TakaseHidetoshi Okamura
    • Tadahiro KegasawaRyuichi KatsumotoMasanori TakaseHidetoshi Okamura
    • B29C65/00
    • B32B37/153B29C47/0021B29C47/003B29C47/02B29C47/062B29C47/064B29C47/14B29C47/8845B29C47/8855B29C47/886B29C47/8875B32B37/0007B32B2309/66
    • In the resin film forming method for extruding a fused resin from an extruder die to form a resin film, the second resin forming both ends in width direction of the resin film uses a resin greater in extension viscosity than the first resin forming the center in width direction of the resin film. Thereby, even if production conditions such as resin condition and operating conditions change, faults such as neck-in and its resultant thickening at both ends of the resin film can be suppressed. In the production of a laminate by nipping a support and a resin film of a thermoplastic resin by means of a nip roller and a cooling roller while coating the resin film onto the surface of the support, the accompanying air following the rotation of the cooling roller to the nip point is shut off by blowing a gas permeable through the resin film from a gas jet nozzle toward the surface of the cooling roller. Thereby, the occurrence of craters can be inhibited, a laminate excellent in surface appearance can be produced and the production of a laminate effective especially at the time of a line speed rise in the laminate production is performable.
    • 在从挤出机模头挤出熔融树脂以形成树脂膜的树脂膜形成方法中,在树脂膜的宽度方向两端形成的第二树脂使用的树脂的延伸粘度大于形成宽度中心的第一树脂 树脂膜的方向。 由此,即使在树脂状态,工作条件等生产条件变化的情况下,也能够抑制树脂膜的两端的颈部及其加厚等缺陷。 在通过夹持辊和冷却辊夹持支撑体和热塑性树脂的树脂膜同时将树脂膜涂覆到支撑体的表面上来生产层压体时,随着冷却辊旋转的伴随空气 通过从气体喷射喷嘴朝向冷却辊的表面吹入可透过树脂膜的气体来切断夹点。 由此,可以抑制凹坑的发生,可以制造表面外观优异的层压体,特别是在层叠体制造中的线速度上升时,可以实现层叠体的生产。