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    • 6. 发明授权
    • Microwave hyperthermia treatment apparatus and treatment system
    • 微波热疗治疗仪和治疗系统
    • US07250589B2
    • 2007-07-31
    • US11161928
    • 2005-08-23
    • Ryuichi Yamamoto
    • Ryuichi Yamamoto
    • H05B6/64A61F7/00
    • A61N5/02
    • Microwave hyperthermia treatment device includes a microwave generation unit, a power supply unit, and a control unit including an exposure-time actuation timer, an intermittent actuation timer, a second-device connecting terminal, and a remote switch. Two microwave hyperthermia treatment devices are connected with each other via the second terminal connecting terminals for simultaneous use flanking the torso along either side of an affected area, whereby superposed strong microwaves are irradiated. The temperature of tumor(s) in the affected area can thereby be brought to about 43° C. in about 1 minute, rendering lengthy treatment periods unnecessary and thus alleviating temperature stress on the patient. Two remote-control switches to the control unit can be provided, one of which may be given to a patient for use as an emergency stop switch, eliminating the necessity of having to insert a temperature sensor in the body, which also alleviates the burden on the patient.
    • 微波热疗处理装置包括微波产生单元,电源单元和包括曝光时间致动定时器,间歇致动定时器,第二设备连接终端和远程开关的控制单元。 两个微波热疗治疗装置经由第二终端连接端子彼此连接,用于在受影响区域的两侧侧面同时使用躯干,由此照射重叠的强力微波。 因此,受影响区域的肿瘤温度可以在约1分钟内达到约43℃,因此需要长时间的治疗期,从而减轻患者的温度压力。 可以提供两个到控制单元的遥控开关,其中一个可以被提供给患者用作紧急停止开关,消除了必须在体内插入温度传感器,这也减轻了负担 患者。
    • 7. 发明申请
    • Microwave Hyperthermia Treatment Apparatus and Treatment System
    • 微波热疗治疗仪和治疗系统
    • US20060049182A1
    • 2006-03-09
    • US11161928
    • 2005-08-23
    • Ryuichi Yamamoto
    • Ryuichi Yamamoto
    • H05B6/64
    • A61N5/02
    • Microwave hyperthermia treatment device includes a microwave generation unit, a power supply unit, and a control unit including an exposure-time actuation timer, an intermittent actuation timer, a second-device connecting terminal, and a remote switch. Two microwave hyperthermia treatment devices are connected with each other via the second terminal connecting terminals for simultaneous use flanking the torso along either side of an affected area, whereby superposed strong microwaves are irradiated. The temperature of tumor(s) in the affected area can thereby be brought to about 43° C. in about 1 minute, rendering lengthy treatment periods unnecessary and thus alleviating temperature stress on the patient. Two remote-control switches to the control unit can be provided, one of which may be given to a patient for use as an emergency stop switch, eliminating the necessity of having to insert a temperature sensor in the body, which also alleviates the burden on the patient.
    • 微波热疗处理装置包括微波产生单元,电源单元和包括曝光时间致动定时器,间歇致动定时器,第二设备连接终端和远程开关的控制单元。 两个微波热疗治疗装置经由第二终端连接端子彼此连接,用于在受影响区域的两侧侧面同时使用躯干,由此照射重叠的强力微波。 因此,受影响区域的肿瘤温度可以在约1分钟内达到约43℃,因此需要长时间的治疗期,从而减轻患者的温度压力。 可以提供两个到控制单元的遥控开关,其中一个可以被提供给患者用作紧急停止开关,消除了必须在体内插入温度传感器,这也减轻了负担 患者。
    • 9. 发明申请
    • STEAM TURBINE FACILITY
    • 蒸汽涡轮机设施
    • US20110030374A1
    • 2011-02-10
    • US12674073
    • 2009-07-30
    • Shin NishimotoYoshinori TanakaTatsuaki FujikawaRyuichi Yamamoto
    • Shin NishimotoYoshinori TanakaTatsuaki FujikawaRyuichi Yamamoto
    • F01K23/16
    • F01D5/063F01D13/003F01D13/02F01D25/24F01K7/22F05C2201/0466F05D2220/31
    • Provided is a steam turbine facility capable of suppressing the possibility of vibration occurrence and a drastic increase in facility cost, thereby realizing an increase in size of the facility, even if steam conditions of 650° C. or higher are adopted. In a steam turbine facility including a high-pressure turbine, an intermediate-pressure turbine, and a low-pressure turbine, the high-pressure turbine is separated into a first high-pressure turbine part on a high-temperature and high-pressure side and a second high-pressure turbine part on a low-temperature and low-pressure side, the intermediate-pressure turbine is separated into a first intermediate-pressure turbine part on the high-temperature and high-pressure side and a second intermediate-pressure turbine part on the low-temperature and low-temperature side, the first high-pressure turbine part and the first intermediate-pressure turbine part are integrated to form a first integrated part, the second high-pressure turbine part and the second intermediate-pressure turbine part are integrated to form a second integrated part, at least any one of the rotors and casings of the turbines into which steam with a temperature of 650° C. or higher is introduced are constructed by joining together a plurality of members formed from Ni-based alloy through welding as a whole.
    • 提供一种能够抑制振动发生的可能性和设备成本急剧增加的汽轮机设备,即使采用650℃以上的蒸汽条件,也能够实现设备尺寸的增加。 在包括高压涡轮机,中压涡轮机和低压涡轮机的蒸汽轮机设备中,高压涡轮机被分离成高温高压侧的第一高压涡轮机部件 以及低温低压侧的第二高压涡轮机部,将中压涡轮机分离成高温侧和高压侧的第一中压涡轮部,第二中压 涡轮机部分在低温低温侧,第一高压涡轮机部分和第一中压涡轮部分被一体化以形成第一集成部分,第二高压涡轮部分和第二中压 涡轮部分被一体化以形成第二集成部件,引入涡轮的转子和壳体中的至少任一个,其中引入了650℃或更高的温度的蒸汽,通过连接 通过焊接整体由Ni基合金形成的多个部件组合在一起。
    • 10. 发明申请
    • STEAM TURBINE FACILITY
    • 蒸汽涡轮机设施
    • US20100202876A1
    • 2010-08-12
    • US12674249
    • 2009-07-30
    • Shin NishimotoYoshinori TanakaTatsuaki FujikawaRyuichi Yamamoto
    • Shin NishimotoYoshinori TanakaTatsuaki FujikawaRyuichi Yamamoto
    • F01D5/28F01D25/24
    • F01D5/063F01D25/24F01K7/18F05C2201/0466F05D2220/31F05D2300/175
    • Provided is a steam turbine facility capable of suppressing the possibility of vibration occurrence and a drastic increase in facility cost, thereby realizing an increase in size of the facility, even if steam conditions of 650° C. or higher are adopted. In a steam turbine facility including a high-pressure turbine, an intermediate-pressure turbine, and a low-pressure turbine, the intermediate-pressure turbine is separated into a first intermediate-pressure turbine on a high-temperature and high-pressure side and a second intermediate-pressure turbine on a low-temperature and low-temperature side, at least any one of the rotors and casings of the steam-introduction-side turbines into which steam with a temperature of 650° C. or higher is introduced is formed from Ni-based alloy, and at least any one of the overall rotors and the overall casings of the turbines are constructed by joining together a plurality of rotor members or casing members by welding.
    • 提供一种能够抑制振动发生的可能性和设备成本急剧增加的汽轮机设备,即使采用650℃以上的蒸汽条件,也能够实现设备尺寸的增加。 在包括高压涡轮机,中压涡轮机和低压涡轮机的汽轮机设备中,将中压涡轮分离成高温高压侧的第一中压涡轮机, 在低温低温侧的第二中压涡轮机,导入650℃以上的蒸汽的蒸汽导入侧涡轮机的转子和壳体中的至少一个转子和壳体是 由Ni基合金形成,并且通过焊接将多个转子部件或壳体部件接合在一起而构成涡轮机的整体转子和整体壳体中的至少任一个。