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    • 5. 发明申请
    • RESISTANCE WELDING METHOD AND DEVICE THEREFOR
    • 电阻焊接方法及其器件
    • US20120074104A1
    • 2012-03-29
    • US13375579
    • 2010-06-02
    • Akira GotoYushi Aoki
    • Akira GotoYushi Aoki
    • B23K11/00
    • B23K11/315B23K11/115B23K11/36
    • Disclosed are a resistance welding method for welding a stack of three or more works and a device therefor. A stack is formed in such that the thinnest work having the smallest thickness among the works is placed in the outermost position. The stack is held between a first welding electrode and a second welding electrode. A pressing member is brought into contact with a location of the thinnest work different from the location with which the first welding electrode is in contact, and the pressing member is caused to press the stack from the thinnest work side. In a state that the pressing force exerted on the stack by the first welding electrode and the pressing member is balanced with the pressing force exerted on the stack by the second welding electrode, current is applied between the first welding electrode and the second welding electrode.
    • 公开了一种用于焊接三个或更多个工件的堆叠的电阻焊接方法及其装置。 堆叠形成为使得在工件中具有最小厚度的最薄的工件被放置在最外面的位置。 堆叠被保持在第一焊接电极和第二焊接电极之间。 使按压部件与不同于第一焊接电极的位置的最薄的工件的位置接触,并且使按压部件从最薄的工作侧按压堆叠。 在通过第一焊接电极和按压部件施加在堆叠上的按压力与通过第二焊接电极施加在堆叠上的按压力平衡的状态下,在第一焊接电极和第二焊接电极之间施加电流。
    • 6. 发明授权
    • Power recovery system
    • 电源恢复系统
    • US08025157B2
    • 2011-09-27
    • US12256145
    • 2008-10-22
    • Shigeo TakitaMasao ShinodaTakashi YamanakaAkira GotoHideki Kanno
    • Shigeo TakitaMasao ShinodaTakashi YamanakaAkira GotoHideki Kanno
    • B01D24/00B01D25/00B01D63/00C02F3/12B01D61/00
    • B01D61/06C02F1/441C02F2103/08C02F2209/42Y02A20/131Y02W10/30
    • A power recovery system is used for reducing the total energy consumption in a process such as an industrial treating process or a fluid refining process including the delivery of a fluid under a high pressure. The power recovery system includes a high-pressure pump for pressuring raw water, a reverse osmosis membrane cartridge for treating high-pressure water discharged from the high-pressure pump with a reverse osmosis membrane to produce treated water, a positive-displacement piston pump for pressuring raw water under the pressure of concentrated water which is discharged from the reverse osmosis membrane cartridge without being treated by the reverse osmosis membrane, and a power recovery pump turbine for boosting the pressurized raw water discharged from the positive-displacement piston pump and adding the boosted water to the high-pressure water discharged from the high-pressure pump. The power recovery pump turbine is actuated by pressurized water generated in the power recovery system.
    • 动力回收系统用于减少诸如工业处理过程或流体精炼过程(包括在高压下输送流体)的过程中的总能量消耗。 动力回收系统包括用于加压原水的高压泵,用反渗透膜处理从高压泵排出的高压水以产生处理水的反渗透膜筒,用于 在反渗透膜不经过反渗透膜处理的情况下,在从反渗透膜滤芯排出的浓缩水的压力下对原水进行加压;以及动力回收泵用涡轮,用于升压从正排量活塞泵排出的加压原水, 将高压水升压到从高压泵排出的高压水。 动力回收泵涡轮机由动力回收系统中产生的加压水驱动。
    • 7. 发明申请
    • SILENCING EQUIPMENT FOR ELECTRIC DEVICES
    • 电气设备沉没设备
    • US20110155504A1
    • 2011-06-30
    • US13044133
    • 2011-03-09
    • YOSUKE TANABEMasanori WatanabeAkira GotoShigeyasu TsubakiMasahiko UsuiAkio Idei
    • YOSUKE TANABEMasanori WatanabeAkira GotoShigeyasu TsubakiMasahiko UsuiAkio Idei
    • E04F17/04
    • G10K11/172H05K7/20718
    • Silencing equipment provided with one or more flow channels through which cooling air flows has a flow channel forming member that forms the flow channel, and an acoustic absorbent member that is fixed to the flow channel forming member. A resonance type silencer is formed on a wall surface of the flow channel by providing a cavity for the resonance type silencer in the acoustic absorbent member and an aperture for the resonance type silencer in a portion of the flow channel forming member. The resonance type silencer sets a frequency of noise necessary to be reduced based on a peak frequency of noise generated by a fan. The silencing equipment further has a slide member which slides by a slide mechanism to adjust the area of the top of the aperture. The silencing equipment for electronic devices capable of cooling heat generating sections thereof with air has a small and simple structure and can improve a silencing effect by blowing air.
    • 设置有冷却空气流过的一个或多个流动通道的沉降设备具有形成流路的流路形成部件,以及固定在流路形成部件上的吸声部件。 通过在吸声部件中设置共振型消音器的空腔,在流路形成部件的一部分设置共振型消音器的开口,在流路的壁面上形成共振型消音器。 谐振型消声器基于由风扇产生的噪声的峰值频率来设定需要减小的噪声频率。 消音装置还具有滑动构件,滑动构件通过滑动机构滑动以调节孔的顶部的面积。 能够用空气冷却发热部的电子设备的消音装置结构简单,结构简单,能够通过吹送空气来提高消音效果。
    • 9. 发明申请
    • BURNER
    • 刻录机
    • US20090291401A1
    • 2009-11-26
    • US12373008
    • 2007-08-07
    • Keiichi NakagawaNaohiko MatsudaKatsuki YagiShigeru NojimaAkira Goto
    • Keiichi NakagawaNaohiko MatsudaKatsuki YagiShigeru NojimaAkira Goto
    • F23D11/10
    • F23D11/107F23D11/404
    • An object of the present invention is to provide a burner such as a two-fluid spray burner which can produce a large amount of combustion exhaust gas with a simple structure, does not cause unburned gas and accidental fire, and furthermore can provide shortened flame and a uniform distribution of the flow rate of the combustion exhaust gas. Accordingly, the burner includes: a cylindrical combustion air passage (15) formed between a two-fluid sprayer (12) and a burner outer cylinder (48) surrounding a periphery of the two-fluid sprayer; a plate (shield plate) (18) separating the combustion air passage and a combustion space portion (13); and a combustion air passage hole (52) provided in the outer periphery of the plate. Combustion air (50) flowing down the combustion air passage is blocked by the plate and introduced to the outer periphery of the plate to be kept away from the two-fluid spray nozzle (38). The combustion air then flows through the combustion air passage hole into the combustion space portion. Furthermore, a first cylinder (16) for delaying supply of the combustion air and a second cylinder (17) for preventing stagnation are provided on the undersurface of the plate. A throttle plate with a passage hole opened in central part is provided in the combustion space portion.
    • 本发明的目的是提供一种能够以简单结构产生大量燃烧废气的双流体喷射燃烧器等燃烧器,不会引起未燃烧气体和意外的火灾,并且还能够提供缩短的火焰和 燃烧废气流量的均匀分布。 因此,燃烧器包括:形成在双流体喷射器(12)和围绕双流体喷射器的周边的燃烧器外筒(48)之间的圆柱形燃烧空气通道(15) 分隔燃烧空气通道和燃烧空间部分(13)的板(屏蔽板)(18); 以及设置在板的外周的燃烧空气通路孔(52)。 从燃烧空气通道向下流动的燃烧空气(50)被板阻挡并被引入板的外周,以远离二流体喷嘴(38)。 燃烧空气然后通过燃烧空气通道孔流入燃烧空间部分。 此外,用于延迟供给燃烧空气的第一气缸(16)和用于防止停滞的第二气缸(17)设置在板的下表面上。 在燃烧空间部分设置有在中心部分开口的通孔的节流板。
    • 10. 发明申请
    • IMAGE MANAGEMENT SYSTEM, REPORT CREATION TERMINAL, MEDICAL IMAGE MANAGEMENT SERVER, AND IMAGE MANAGEMENT METHOD
    • 图像管理系统,报告创建终端,医学图像管理服务器和图像管理方法
    • US20080247676A1
    • 2008-10-09
    • US12062209
    • 2008-04-03
    • Maki MINAKUCHIKenichi NiwaAkira GotoIchirou Maeda
    • Maki MINAKUCHIKenichi NiwaAkira GotoIchirou Maeda
    • G06K9/54
    • G06F19/321G06F19/00G16H15/00
    • Enhanced image data is stored, and medical image data contained in the enhanced image data and a screen for creating an interpretation report are displayed on a monitor. In response to a linking operation, link data containing image specification information specifying medical image data to link in the enhanced image data is generated and included into data of the interpretation report. In response to an operation of requesting linked medical image, based on the link data, medical image data indicated by the image specification information within the enhanced image data is specified from the enhanced image data, and the specified medical image data is outputted to a requesting destination of the linked medical image. Thus, a link can be set to medical image data that is one data element within enhanced image data, and only a linked data row can be extracted and read from the enhanced image data.
    • 存储增强图像数据,并且将包含在增强图像数据中的医学图像数据和用于创建解释报告的屏幕显示在监视器上。 响应于链接操作,生成包含指定增强图像数据中链接的医学图像数据的图像指定信息的链接数据并将其包含在解释报告的数据中。 响应于请求相关联的医学图像的操作,基于链接数据,从增强图像数据中指定由增强图像数据内的图像指定信息指示的医学图像数据,并将指定的医学图像数据输出到请求 相关医学图像的目的地。 因此,可以将连接设置为作为增强图像数据内的一个数据元素的医学图像数据,并且可以仅从增强图像数据中提取和读取链接的数据行。