Abstract in simplified Chinese:本发明一观点关于用于将导电流体材料给药至一喷枪/涂料机的一程控喷涂系统之给药设备,喷枪可在高电压下充电以进行导电流体材料的静电荷雾化。本发明另一观点关于包含给药设备的一涂覆系统,其系利用一致动器使给药设备在涂料填充管或清洁流体供应管的一链接构件与一喷枪之间移动,亦揭示一方法以及运行该方法的电脑进程。
Abstract:
PROBLEM TO BE SOLVED: To provide a safety switch for stopping a machine when a hand is left. SOLUTION: A live handle switch in the form of a hand operated safety switch for an industrial robot or a machine is described. The live handle has the safety certified switch for operating the robot or other machine safely under manual control. The live handle switch can be provided in a TPU (teach pendant unit) type portable robot controller. Such a TPU can have a control means for moving the robot at three or more of freedom. In the other aspect, a system having a robot and control unit and a live handle switch is described. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a modified method and a modified system which cut cleaning time, increase cleaning efficiency, curtail the consumption of a cleaning agent necessary for cleaning automatic application or coating facilities, and thereby, can save a cost. SOLUTION: This cleaning device is for cleaning not less than one part of the automatic application facilities or the automatic coating facilities. In addition, this device is equipped with a pressurized gas source, a cleaning agent source, and a mixing means which adds the cleaning agent to the above gas and supplies the mixture to the automatic application facilities or the automatic coating facilities. The mixing means ejects the cleaning agent into the pressurized gas so as to bring about a change in the amount of the cleaning agent to be ejected over time. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
A power system for dynamic positioning of a vessel. The power system reduces fuel consumption, carbon buildup deposits and the risk of cylinder bore glazing while in combustion engine driven generators and provides an adequate protection against blackouts. The power system includes first and second combustion engine driven generators, a battery unit, and a converter unit arranged to provide power to the vessel from the battery unit. A first operational state of the power system in which the first combustion engine driven generator is arranged to deliver power to the vessel, and a second operational state, in which the first generator is subject to a fault, the second combustion engine driven generator arranged to deliver power to the vessel, and the converter unit is arranged to deliver power to the vessel during transition between the states.
Abstract:
A method in an industrial safety system for controlling a process or equipment, which industrial safety system includes components with safety devices. The safety system enables signals to be generated as a result of an event or alarm, where the method includes creating an automated link between the event or alarm and an effect or an action to be taken upon receipt of the event or alarm signal due to the event. The method includes configuring one or more links between the event and the input, thus forming a cause and effect matrix, and also generating a control code using the cause and effect matrix for subsequent download of the control code to at least one process controller whereby a control signal is subsequently generated by at least one safety controller to initiate the action or effect.
Abstract:
A method in an industrial safety system for controlling a process or equipment. An industrial safety system comprises components with safety devices wherein the safety system enables signals to be generated as a result of an event or alarm. The method and system uses a cause and effect matrix with automated links between each event or alarm and an effect or an action to be taken upon receipt of the event or alarm signal due to the event. In an online view of the improved cause and effect matrix, at least one effect cell of the cause and effect matrix is arranged with a first executable link for a device represented by the at least one effect cell.
Abstract:
A method for monitoring at least one subsea electric machine supplied by a system for electric power transmission. The system has a power supply, a controller and an AC power line connecting the at least one machine with the power supply. The method includes the steps of: receiving at the controller, high speed data from at least one subsea sensor arranged between the subsea side of the AC power line and the at least one subsea electric machine, wherein the high speed data includes measurements of an electrical parameter for the at least one machine; and comparing the one or more measurements to a predetermined value. A system for electric power transmission arranged for operating at least one subsea load or electric machine is also described.