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    • 3. 发明专利
    • Supervisory control system
    • 监督控制系统
    • JP2010157874A
    • 2010-07-15
    • JP2008334656
    • 2008-12-26
    • Uzushio Electric Co Ltd渦潮電機株式会社
    • TAKAHASHI KIMIHIDE
    • H04Q9/00
    • PROBLEM TO BE SOLVED: To provide a supervisory control system, such that a supervisory control device and a device which are to be brought under supervisory control, with each not requiring specifying an opposite device having a supervisory input terminal and a supervisory output terminal, corresponding to a supervisory output terminal and a supervisory input terminal thereof, and an opposite device having a control output terminal and a control input terminal corresponding to a control input terminal and a control output terminal thereof. SOLUTION: In the supervisory control system, signal transmitting devices 3a, 3b and 3c store supervisory signals (or control signals), received from operation control devices 2a to 2d, 2e, 2f and 2g, 2h, as supervisory control devices and devices that are to be brought under supervisory control in a cumulative manner in RAMs of their control units 31, and transmit updated supervisory signals (or control signals) together to the operation control devices 2a to 2d, 2e, 2f and 2g, 2h, as well as, transmits them to other adjacent signal transmission devices. Consequently, change in the state of the supervisory signal (or control signal) of one operation control device is transmitted to all the operation control devices 2a to 2h. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种监督控制系统,使得将要进行监督控制的监控控制装置和装置,每个都不需要指定具有监控输入端子和监控输出的相反装置 端子,对应于其监控输出端子及其监控输入端子,以及具有控制输出端子和对应于控制输入端子和控制输出端子的控制输入端子的相对装置。 解决方案:在监控系统中,信号发送装置3a,3b和3c存储从操作控制装置2a至2d,2e,2f和2g,2h接收的监控信号(或控制信号)作为监控控制装置, 要在其控制单元31的RAM中以累积的方式进行监视控制的装置,并将更新的监控信号(或控制信号)一起发送到操作控制装置2a至2d,2e,2f和2g,2h,作为 并将其发送到其他相邻的信号传输装置。 因此,将一个操作控制装置的监控信号(或控制信号)的状态的变化发送到所有的操作控制装置2a〜2h。 版权所有(C)2010,JPO&INPIT
    • 4. 发明专利
    • CABLE WAY FOR LAYING CABLE
    • JP2003143729A
    • 2003-05-16
    • JP2001340548
    • 2001-11-06
    • UZUSHIO ELECTRIC CO LTD
    • OGASAWARA WATARUAKIGAWA KAZUHISADOI DAISUKEKIHARA TETSUOMANABE KAZUOWATABE ISAMU
    • B63J99/00H02G1/06H02G3/00H02G3/38B63J5/00
    • PROBLEM TO BE SOLVED: To achieve the simplification of cable laying work and cable support and fixing work and the improvement of work efficiency, even in an outfitting method (preceding outfitting) which is performed when a hull block is on the ground or in a conventional outfitting in the condition with the hull block being set up, when a worker lays a cable for power, communication, etc., to be wired between each electrical apparatus and the other cable equipped mainly within a vessel. SOLUTION: This is a cable way for laying a cable used for the wiring construction of a vessel. In this cable way for laying a cable, slave beams each of which is bent into an S shape tiered in its cross section and in each of which at least two or more pieces of slots vertical to the cross section are opened in top and bottom planes, are arranged at fixed intervals so that the top and bottom planes are horizontal to a master beam. Hereby, cables can be laid and bound firmly on both sides of the topside and the downside of the cable way. Hereby, no matter how the cable way may face the top or bottom, the temporary fixing, etc., at cable laying can be omitted. Moreover, a band can slide through the cut at the flank and bind the cables firmly, in the work of binding the cables firmly with the band by opening one end of a slot in each slave beam of the cable way.
    • 6. 发明专利
    • CONNECTION DEVICE AND MONITORING DEVICE
    • JP2000032686A
    • 2000-01-28
    • JP19343798
    • 1998-07-08
    • UZUSHIO ELECTRIC CO LTD
    • ITAGAKI YUKINORIWATABE FUMIOSASAKI MASATOSHI
    • G08B9/00G08B29/06H02J13/00H04B3/54
    • PROBLEM TO BE SOLVED: To provide a connection device for eliminating the need for routing a communication line and for uniformly and contrarily monitoring signal line carrier type and power line carrier type load devices, even if they are mixed. SOLUTION: A connection device 22 is a power line carrier type load device for superposing a monitoring signal in an operational state to a power line for transmission and a connection device that connects the monitoring signal to any of a signal line carrier type load device for transmitting the monitoring signal by a signal line, supplies power, and at the same time transmits a monitoring signal for central monitoring by a power supply side power line 20. In this case, the connection device 22 is provided with a power line connector 11 for making connection to the load side power line of either load device, a signal line connector 12 for making connection to the signal line of the signal line carrier type load device, a discrimination means 17 for discriminating whether the connected loading device is a signal line carrier type or not, based on a specific signal from the signal line connector 12, and superposition transmission circuits 10 and 10a for superposing a monitoring signal which is inputted to the signal line connector 12 on the power supply side power line 20 for transmitting.
    • 7. 发明专利
    • Vessel information collection system and vessel design verification system
    • 船舶信息采集系统和船舶设计验证系统
    • JP2010269672A
    • 2010-12-02
    • JP2009122456
    • 2009-05-20
    • Imabari Shipbuilding Co LtdUzushio Electric Co Ltd今治造船株式会社渦潮電機株式会社
    • HIGAKI YUKITOODA MASATO
    • B63B9/00G06F17/50
    • PROBLEM TO BE SOLVED: To provide a vessel information collection system and a vessel design verification system capable of surely collecting information required for a vessel design according to navigation of a vessel and early feeding back the collected information to the vessel design. SOLUTION: Vessel information collection devices for periodically detecting and storing the vessel information such as wave heights are mounted in vessels 1a and 1b, the vessel information stored by the vessel information collection devices is transmitted to a server device 40 installed in a service providing company 4 on land by radio communication, and the server device 40 transmits the vessel information to vessel simulators 50 installed in shipbuilders 5a and 5b via a network 9. The vessel simulators 50 are capable of transmitting information collection transmission requests for requesting collections and transmissions of the vessel information to the vessel information collection devices via the server device 40, and the vessel information collection devices having received the information collection transmission requests detect the vessel information and transmit the detected vessel information to the vessel simulators 50 via the server device 40. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供船舶信息收集系统和容器设计验证系统,其能够根据船舶的导航确定地收集船舶设计所需的信息,并将收集的信息及时反馈给船舶设计。 解决方案:用于定期检测和存储诸如波高的船舶信息的船舶信息收集装置安装在容器1a和1b中,由船只信息收集装置存储的船只信息被传送到服务设备40 通过无线电通信在陆地上提供公司4,并且服务器设备40经由网络9将船只信息发送到安装在造船商5a和5b中的船只模拟器50.船舶模拟器50能够发送用于请求收集和传输的信息收集传输请求 通过服务器装置40向船舶信息收集装置提供船只信息,并且已经接收到信息收集传输请求的船只信息收集装置检测船只信息,并经由服务器装置40将检测到的船只信息发送给船只模拟器50。 版权所有(C)2011,JPO&INPI Ť
    • 8. 发明专利
    • Power supply system for vessel and power supply method
    • 船用电源系统及电源方式
    • JP2008283822A
    • 2008-11-20
    • JP2007127014
    • 2007-05-11
    • Uzushio Electric Co Ltd渦潮電機株式会社
    • KOMATSU HISAHIRONISHIYAMA YUKI
    • H02J13/00B63J99/00H02J3/38
    • PROBLEM TO BE SOLVED: To provide a power supply system and a power supply method by which a power supply source can be smoothly changed from a generator in a vessel to a power supply device outside the vessel when the vessel is anchored in a port, and can perform power line communication with loads such as a refrigerating container loaded onto the vessel. SOLUTION: A first switch 42 is provided in a power supply passage from a generator 2 of the vessel 1 to a main switchboard 40, a second switch 43 is provided in a power supply passage from a land power source 99 to the main switchboard 40, and a third switch 44 is provided in a power supply passage from the main switchboard 40 to a refrigerating container. In addition, a monitor device 90 is connected to the main switchboard 40. The monitor device 90 can perform power line communication with the refrigerating container, regardless of the power supply source being the generator 2 or the land power source 99. When cutting off the third switch 44, notification is made from the main switchboard 40 to the monitor device 90, causing no inconvenience in processing with the monitor device 90. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种电源系统和电源方法,通过该电源系统和电源方法,当容器固定在容器中时,电源可以从容器中的发电机平稳地改变到容器外部的电源装置 端口,并且可以与装载到容器上的冷藏集装箱等负载进行电力线路通信。 解决方案:第一开关42设置在从容器1的发电机2到主配电板40的电力供给通道中,第二开关43设置在从电源99到主电源的电力供给通道中 配电板40和第三开关44设置在从主配电板40到制冷容器的供电通道中。 此外,监视器装置90连接到主配电板40.监视器装置90可以与制冷容器进行电力线通信,而不管作为发电机2或电源99的电源是什么。当切断 第三开关44,从主配电板40通知监视器装置90,在监视装置90的处理中不会造成不便。(C)2009年,JPO和INPIT
    • 9. 发明专利
    • MOTOR CONTROLLER HOUSING
    • JP2000349456A
    • 2000-12-15
    • JP15684299
    • 1999-06-03
    • UZUSHIO ELECTRIC CO LTD
    • KASHIMA SHIGETADATAKEDA KAZUO
    • H05K5/02
    • PROBLEM TO BE SOLVED: To provide a motor controller housing which can improve the operability and greatly decrease man-hours. SOLUTION: The electric conductor lead-in hole of a motor controller is formed by cutting a bottom plate panel 5 in a U shape from the front end, a plane plate 6 is fitted detachably covering the opening edge of the U-cut of the bottom plate panel 5, and a plane plate 7 is fitted from the opposite side so that it can move and be attached and detached overlapping with the mentioned plane plate 6, thereby varying the opening area of the electric conductor lead-in hole. If the opening area of the electric conductor lead-in hole at the lower part of the motor controller housing becomes too small to penetrate, the plane plate of the bottom plate of the housing is slid forward/backward to make the electric conductor opening large, thereby improving the operability and greatly decreasing the man-hours. When a wired electric conductor is connected to the inside of the motor controller, the plane plate is detached and the electric conductor can be led in, so the length of the electric conductor is temporarily determined, terminal processing is carried out outside the motor controller, and then connecting operation can be done.