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    • 1. 发明授权
    • High frequency switch
    • 高频开关
    • US09112504B2
    • 2015-08-18
    • US14117170
    • 2012-05-23
    • Fuminori SameshimaMasahiko KohamaTakuo Morimoto
    • Fuminori SameshimaMasahiko KohamaTakuo Morimoto
    • H03K17/74H01P1/15H04B1/48H03K17/76
    • H03K17/74H01P1/15H03K17/76H04B1/48
    • A compact high frequency switch needing no external control signal is obtained. The high frequency switch includes an anti-parallel diode (first anti-parallel diode) having one end and another end coupled with an antenna terminal (first high-frequency-signal input/output terminal) and a transmitting terminal (second high-frequency-signal input/output terminal), respectively, and becoming a conduction state in the input power not less than predetermined high frequency power. When the high frequency switch is an SPDT type, such a switch may include a ¼-wavelength line in the use frequency of the high frequency switch having one end and another end coupled with the antenna terminal and a receiving terminal (third high-frequency-signal input/output terminal), respectively, and an anti-parallel diode (second anti-parallel diode) coupled between the receiving terminal and a ground and becoming a conduction state in the input power not less than predetermined high frequency power.
    • 获得不需要外部控制信号的紧凑型高频开关。 高频开关包括具有一端和与天线端子(第一高频信号输入/输出端子)和发送端子(第二高频信号输入/输出端子)耦合的另一端的反并联二极管(第一反并联二极管) 信号输入/输出端子),并且成为不小于预定高频功率的输入功率中的导通状态。 当高频开关是SPDT型时,这种开关可以包括在具有一端的高频开关的使用频率中的1/4波长线,而与天线端子耦合的另一端和接收端子(第三高频开关) 信号输入/输出端子)和耦合在接收端子和地之间的反并联二极管(第二反并联二极管),并且在不小于预定高频功率的输入功率中变为导通状态。
    • 2. 发明授权
    • Method and apparatus for delivering drugs
    • 递送药物的方法和装置
    • US5988858A
    • 1999-11-23
    • US21864
    • 1998-02-11
    • Shoji YuyamaHiroshi NoseTakuo Morimoto
    • Shoji YuyamaHiroshi NoseTakuo Morimoto
    • A61J7/00B65G1/137G07F7/02B07C17/00G06F17/00G07F7/00B65G1/00
    • G06Q20/342B65G1/1376G07F17/0092G07F7/025
    • An apparatus and control method for feeding medications in which processing units, which can prepare drugs, non-drug articles and drug-related articles, are provided along a carrier feed line, and in which carriers for respective patients are fed on the feed line in the order in which preparations for carriers, preparations for medications, and preparation for receiving carriers are all finished so that a large amount of medications can be collected and delivered by carts to a plurality of wards in a hospital with high efficiency. When patient data is entered in a host computer, at least one of the processing units corresponding to this data is activated to prepare medications. When preparations in all of the processing units, tray feed units, and tray receiving unit have been made, a corresponding tray is fed on the conveyor to collect medications and is then loaded into a predetermined one of a plurality of carts.
    • 一种用于喂食药物的装置和控制方法,其中可以制备药物,非药物制品和药物相关物品的加工单元沿着载体进料管线提供,并且其中各个患者的载体在进料管线中进料 载体准备,药物准备和接收载体准备的顺序都已经完成,从而可以通过推车在医院中以高效率将多种药物收集并输送到多个病房。 当在主计算机中输入患者数据时,激活与该数据对应的至少一个处理单元以制备药物。 当在所有处理单元,托盘进给单元和托盘接收单元中的准备工作时,在输送机上输送相应的托盘以收集药物,然后将其装载到多个推车中的预定的一个。
    • 4. 发明授权
    • Method and apparatus for delivering drugs
    • 递送药物的方法和装置
    • US06308109B1
    • 2001-10-23
    • US09302473
    • 1999-04-30
    • Shoji YuyamaHiroshi NoseTakuo Morimoto
    • Shoji YuyamaHiroshi NoseTakuo Morimoto
    • G06F700
    • G06Q20/342B65G1/1376G06F19/00G07F7/025G07F17/0092
    • An apparatus and control method for feeding medications in which processing units, which can prepare drugs, non-drug articles and drug-related articles, are provided along a carrier feed line, and in which carriers for respective patients are fed on the feed line in the order in which preparations for carriers, preparations for medications, and preparation for receiving carriers are all finished so that a large amount of medications can be collected and delivered by carts to a plurality of wards in a hospital with high efficiency. When patient data is entered in a host computer, at least one of the processing units corresponding to this data is activated to prepare medications. When preparations in all of the processing units, tray feed units, and tray receiving unit have been made, a corresponding tray is fed on the conveyor to collect medications and is then loaded into a predetermined one of a plurality of carts.
    • 一种用于喂食药物的装置和控制方法,其中可以制备药物,非药物制品和药物相关物品的加工单元沿着载体进料管线提供,并且其中各个患者的载体在进料管线中进料 携带者准备,药物准备和接收载体准备的顺序都已经完成,从而可以通过推车在医院中以高效率收集和传送大量药物到多个病房。 当在主计算机中输入患者数据时,激活与该数据对应的至少一个处理单元以制备药物。 当在所有处理单元,托盘进给单元和托盘接收单元中的准备工作时,在输送机上输送相应的托盘以收集药物,然后将其装载到多个推车中的预定的一个。
    • 8. 发明申请
    • HIGH FREQUENCY SWITCH
    • 高频开关
    • US20140124908A1
    • 2014-05-08
    • US14117170
    • 2012-05-23
    • Fuminori SameshimaMasahiko KohamaTakuo Morimoto
    • Fuminori SameshimaMasahiko KohamaTakuo Morimoto
    • H03K17/74
    • H03K17/74H01P1/15H03K17/76H04B1/48
    • A compact high frequency switch needing no external control signal is obtained. The high frequency switch includes an anti-parallel diode (first anti-parallel diode) having one end and another end coupled with an antenna terminal (first high-frequency-signal input/output terminal) and a transmitting terminal (second high-frequency-signal input/output terminal), respectively, and becoming a conduction state in the input power not less than predetermined high frequency power. When the high frequency switch is an SPDT type, such a switch may include a ¼-wavelength line in the use frequency of the high frequency switch having one end and another end coupled with the antenna terminal and a receiving terminal (third high-frequency-signal input/output terminal), respectively, and an anti-parallel diode (second anti-parallel diode) coupled between the receiving terminal and a ground and becoming a conduction state in the input power not less than predetermined high frequency power.
    • 获得不需要外部控制信号的紧凑型高频开关。 高频开关包括具有一端和与天线端子(第一高频信号输入/输出端子)和发送端子(第二高频信号输入/输出端子)耦合的另一端的反并联二极管(第一反并联二极管) 信号输入/输出端子),并且成为不小于预定高频功率的输入功率中的导通状态。 当高频开关是SPDT型时,这种开关可以包括在具有一端的高频开关的使用频率中的1/4波长线,而与天线端子耦合的另一端和接收端子(第三高频开关) 信号输入/输出端子)和耦合在接收端子和地之间的反并联二极管(第二反并联二极管),并且在不小于预定高频功率的输入功率中变为导通状态。