Abstract:
PROBLEM TO BE SOLVED: To provide a push button manufactured by consolidating the functions required as a control member of a house and a building system applying a KNX.SOLUTION: A push button includes: rocker switches 12, 13; micro switches 30, 31 operated by the rocker switches 12, 13; a socket; and a control device for controlling the controlled light. The rocker switches 12, 13 are housed in a rocker switch support part, and have switch arms 16, 17 for driving the micro switches 30, 31 via different switch pushers 18, 19, respectively.
Abstract:
PROBLEM TO BE SOLVED: To provide a method of restarting a robot after a premature interruption of a processing program. SOLUTION: The processing program is used to preset standard movement of a spray device in relation to a work piece capable of being coated and moved by a feeder device and used for presetting associated standard spray variables. After an interruption of the processing program, firstly, the spray device is moved to a restarting position set before the interruption point on a standard moving route, and then is moved to a shift position located on the standard moving route corresponding to a speed function capable of being determined in advance and set after the interruption point on the standard moving route. The spray device is turned on at a position between the restarting position and the shift position. The standard spray variables provided by the program are made to match to the individual current speeds of the spray device between the restarting position and the shift position in relation to the preset standard speed, and are applied at least once. All the standard movement variables and standard spray variables are used when the spray device arrives at the shift position. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a lacquering apparatus for coating long workpieces. SOLUTION: The apparatus for coating workpieces has at least one lacquering robot, which is arranged on a movement rail and can be moved thereon along a movement direction. For each part, the movement rail itself can be moved relative to a stationary reference point parallel to a working surface. A lacquering cabin for coating workpieces has at least one lacquering apparatus having two mutually opposite porchway-like openings, between which a working area is provided. The lacquering cabin is supported on at least two chassis which are arranged parallel to one another, and can be moved together with them. Further, a method is provided for lacquering by means of such lacquering cabin. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To reduce semiconductor loss with large current, and to reduce a relative ripple value with small current.SOLUTION: The present invention includes: a first coil winding to which current to be measured flows to form a magnetic field; a second coil winding to which compensation current flows to generate a magnetic field for compensating the first winding; a magnetic core with a gap; a terminal resistor which is serially connected to the second winding; sensor means which is exposed to a synthetic magnetic field of the first and second windings; and a booster circuit which is connected to a downstream of the sensor means. The sensor means supplies the compensation current to the second winding via the terminal resistor. The booster circuit has a switching type amplification part with a pulse width and density modulation part which generates a pulse width and density modulation voltage signal. The modulation part changes the compensation current into pulse width and density modulation current by using a switching frequency. The switching frequency of the modulation part is a function of the compensation current in the meaning that the switching frequency is high in small current, and the switching frequency is low in large current.
Abstract:
PROBLEM TO BE SOLVED: To provide a current sensor with a ring-shaped magnetic core.SOLUTION: The magnetic core encloses a primary conductor with a current to be measured flowing therein. The magnetic core has an air-gap containing a sensor element for measuring the magnetic core induction. The cross-sectional area of the air-gap is larger than the cross-sectional area of the magnetic core.
Abstract:
PROBLEM TO BE SOLVED: To automatically integrate field devices in a distributed automation system.SOLUTION: Each field device is first connected to a bus system of an automation system, and is then automatically addressed by a superordinate controller using a predefined default address by a first routine which operates automatically. In the system, its device address is registered and a fixed address which is provided from a multiplicity of unassigned addresses from an address memory is automatically allocated to the device registered in the system by a second routine which operates automatically. An individually assigned identification TAG provided from the predetermined configuration of the automation system is allocated to the allocated fixed address, and, after the automatically allocated fixed address has been transmitted to the field device, the field device is changed to a suitable state for communication with the superordinate controller.
Abstract:
PROBLEM TO BE SOLVED: To provide a tool at least machining one surface area of a workpiece. SOLUTION: The tool (10) for surface machining of a workpiece (24) includes a driving part connected to a spindle for driving the spindle, and is detachably attached to the spindle. At least two working surfaces are provided to the tool (10), and these working surfaces are driven by the driving part in order to simultaneously machine the workpiece (24). COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a method in which teaching can be easily executed in a short time not by programming with a keyboard or a joystick. SOLUTION: The method is provided for teaching movement processes for an industrial robot having at least one moving jointed arm 14. The method includes the following steps: (1) fitting a measurement system 22 to a free end of the jointed arm 14; (2) fitting a handling appliance 28 as an end effector 20 at a free end of the jointed arm 14; (3) manually operating the handling appliance 28 by an operator; (4) detecting each position of the handling appliance 28 by the measurement system 22; (5) transforming the detected positions to coordinate data in the six-dimensional manner; and (6) storing the coordinate data in a robot controller. COPYRIGHT: (C)2010,JPO&INPIT