Abstract: A remote operating apparatus includes a selection decision operating device, a controller, a first operation function changing button and a second operation function changing button for changing an operation function of the selection decision operating device.

Abstract: A security server monitoring device is provided that performs quick redistribution of loads when a server load increases due to virus infections. A security server performs a virus check on data flowing through a network, thus statistical data relating to detected viruses can be obtained. For example, future communication traffic and increases and decreases in server loads are predicted using statistical information such as the number of virus infections (number of virus infections per unit of time), and on the basis of this prediction, a security server allocated to a path is quickly changed from a security server in which a high load is predicted to a security server with a comparably low load.

Abstract: If a sub broadcast is unavailable so a reception means receives the main broadcast instead of the sub broadcast, reception of the sub broadcast is booked. When the sub broadcast is booked and the sub broadcast becomes available, the reception means automatically receives the sub broadcast booked instead of the main broadcast. Accordingly, reception of the sub broadcast can start automatically when the sub broadcast starts, without inputting instructions to select the sub broadcast repeatedly, whereby operation performed by a user can be simplified.

Abstract: A printer including a recording head, a flushing box and a movement mechanism is disclosed. The recording head has a nozzle-forming surface in which nozzle openings are defined and ejects a liquid through the nozzle openings. The flushing box has an opening corresponding to the nozzle openings and is capable of receiving the liquid ejected from the nozzle opening as a waste liquid. The movement mechanism moves the flushing box between a receiving position at which the flushing box is capable of receiving the waste liquid and a non-receiving position at which the flushing box is incapable of receiving the waste liquid. The receiving position is a position at which the opening is closely opposed to the nozzle-forming surface, and the non-receiving position is spaced from the receiving position.

Abstract: A printer includes a cleaning mechanism that reliably performs an operation of cleaning a liquid ejecting head with a small amount of driving energy. The cleaning mechanism includes a cap manufactured by coinjection molding of a core part and an elastic part. The cap includes a bottom surface, an outer wall, and a partition wall dividing a cap inner space surrounded by the outer wall into two. A ratio of the elastic part in the partition wall is higher than that in the outer wall. With this structure, the partition wall is more elastically deformable than the outer wall. When the cap comes into contact with a nozzle surface of a recording head and covers nozzle rows, the outer wall comes into contact with the nozzle surface with a larger stress compared with the partition wall, and seals chambers where the nozzle rows on the nozzle surface are exposed.

Abstract: A rotor core which has relatively high rigidity, can ensure sufficient magnetic performance, and can be produced at a cheaper cost with a relatively small-scale facility. A claw-equipped core and a yoke are manufactured separately. After fitting the yoke to a fitting portion formed in the claw-equipped core, a part of the claw-equipped core in the vicinity of the fitting portion is axially pressed to plastically flow into an annular groove formed in the yoke, thereby integrally joining the claw-equipped core and the yoke to each other. Thus, a large-scaled manufacturing facility is not required, and claws of the claw-equipped core are hard to open in the radial direction even under the action of a centrifugal force during high-speed rotation. A stator core and the claws of the claw-equipped core can be positioned closer to each other, and deterioration of magnetic performance can be avoided.

Abstract: A maintenance device installed in a liquid-ejecting apparatus including a movable carriage that has a liquid ejection head performs maintenance of the liquid ejection head and includes at least one maintenance component that reciprocates between an operating position at which the maintenance component engages with the carriage or the liquid ejection head and a standby position at which the maintenance component is disengaged from the carriage and the liquid ejection head; a power transmission mechanism that transmits power input from a rotational drive source to output power for reciprocating the maintenance component between the operating position and the standby position, the power transmission mechanism having a clutch unit on a power transmission path of the power transmission mechanism; and a retaining mechanism including a stopper that moves in association with the movement of the carriage such that the stopper engages with at least one movable body provided on the power transmission path between the ma

Abstract: Signals under test that are modulated signals are amplitude-demodulated and amplitude-demodulated signals that are the amplitude component of the signals under test are generated; the signals under test are phase demodulated and phase-demodulated signals that are the phase component of the signals under test are generated; reference amplitude signals and reference phase signals that correspond to the signals under test and synchronize with one another are generated; the amplitude-demodulated signals and the reference amplitude signals are correlated; the phase-demodulated signals and the reference phase signals are correlated; the time difference between the amplitude-demodulated signals and the phase-demodulated signals is obtained based on the correlation results; the time position of the amplitude-demodulated signals and/or phase demodulated signals is independently tuned based on the time difference; and the properties of the signals under test, or the properties of the device under test that outputs the

Abstract: There is provided a technique of reflecting the state of the copy-forgery-inhibited pattern (CFIP) of a paper document on various operations when the paper document with the CFIP is converted into an electronic document. For this purpose, an image processing apparatus includes a first determination unit which determines whether a latent pattern exists in an input image, a second determination unit which determines whether a background pattern exists in the input image, and a control unit which, in the case that it is determined that the latent pattern exists and that the background pattern exists, controls to copy the input image, and in the case that it is determined that the latent pattern exists and that no background pattern exists, controls to inhibit copying of the input image.

Abstract: A circuit board is equipped with soldering lands for a hall element and visual inspection marks printed at a vicinity of the soldering lands. The visual inspection marks include a pair of slender marks arranged so as to sandwich the two soldering lands to which two terminal pins protruding from an edge of the hall element are soldered. When the hall element is mounted at a correct position, tips of the two terminal pins arranged in a row are positioned on a straight line that connects the pair of slender marks. In addition, a third slender mark is printed at a middle position between the pair of slender marks and between the two soldering lands.

Abstract: A condition determination unit (102) determines a to-be-used copy-forgery-inhibited-pattern image from a first copy-forgery-inhibited-pattern image generated using a latent pattern designed as a pattern that becomes visible upon copy and a background pattern designed as a pattern that becomes invisible upon copy and a second copy-forgery-inhibited-pattern image generated using the latent pattern. A tint block image generation unit (105) generates the determined copy-forgery-inhibited-pattern image. A combining unit (106) combines the generated copy-forgery-inhibited-pattern image with a print target image. A print data processing unit (107) generates print data on the basis of the combined data and outputs the print data to a printer (108).

Abstract: In a method for aligning three-dimensional shape data obtained by performing a three-dimensional measurement of an object, photogrammetry of the object with a target mark is performed to obtain a three-dimensional position and a normal vector of the target mark by a calculation, and the three-dimensional measurement of the object is performed to obtain a three-dimensional position and a normal vector of the target mark. Then, determined is a correspondence between the three-dimensional position of the target mark obtained by the photogrammetry and the three-dimensional position of the target mark obtained by the three-dimensional measurement, by using the three-dimensional position and the normal vector of the target mark obtained by the photogrammetry and those of the target mark obtained by the three-dimensional measurement, and three-dimensional shape data obtained by the three-dimensional measurement is aligned based on the correspondence between the three-dimensional-positions of the target marks.

Abstract: In the invention, a PWM signal is formed at a frequency of a reference pulse signal, the PWM signal which has a pulse width being changed according to a frequency difference between an FG pulse signal for detecting a speed of a brushless motor and the reference pulse signal of a target speed, an output signal for PWM control is formed by an N-fold frequency of the PWM signal, the output signal for PWM control in which a pulse having the divided pulse width is arranged in each N-divided period, the N-divided period in which each one period of the PWM signal is divided by N, and electric power supply to a coil of each phase of the brushless motor is turned on and off at intervals shorter than that of the output signal control without increasing the frequency of the reference pulse signal.

Abstract: It is an object of the present invention is to provide a fuel injection valve and its apparatus, and an internal combustion engine, a method for manufacturing the fuel injection valve and its nozzle body, and a method for manufacturing the same capable of securing highly accurate and stabilized fuel spraying characteristics. The fuel injection valve comprises a nozzle body, an injection hole provided in the nozzle body, a valve body for opening and closing a fuel passage from the injection hole relative to the nozzle body, and a drive means for driving the valve body, wherein formed is a protrusion having an opening in communication with the downstream side of the injection hole of the nozzle body and which part of the side and an extreme end are opened. The invention resides in a nozzle body and manufacturing it by plastic processing, and an internal combustion engine using the same.

Abstract: In a connecting structure between a rotary shaft and a metal plate and a method of connecting them together, in which the metal plate can be joined to the rotary shaft with a high degree of accuracy with high strength at a low manufacturing cost without causing eccentricity, inclination, or the like as far as possible, a large-diameter shaft portion and a small-diameter shaft portion are connected to each other with a predetermined difference in diameter so as to form therebetween a shoulder surface perpendicular to an axis of rotation, plural stripes of coining indents extending in a direction of shaft length are formed on the outer peripheral surface of the small-diameter shaft portion, a circular-shaped mount hole adapted to be fitted onto the small-diameter shaft portion is formed in the metal plate, the mount hole of the metal plate is press-fitted onto the small-diameter shaft portion so as to be subjected to plastic deformation by the coining indents, a portion surrounding the mount hole on one side su

Abstract: A network analyzing apparatus (100) and method for analyzing the network properties of a device under test (20) to which modulated signals are applied including modulating data contained in output signals (10) of the device under test (20), generating modulated signals (140) based on demodulated data and setting data supplied in advance, outputting the modulated signals as reference signals, and analyzing (150) the network properties of the device under test (20) by comparing or referencing the output signals of the device under test and these reference signals.

Abstract: A command conversion device 14 is connected between an amplifier device 11 and a portable player 13. The amplifier device 11 sends/receives a plurality of types of first commands corresponding to a plurality of types of devices (e.g., CD players, MD recorders, tape recorders, etc.), and performs an operation based on a received first command. The portable player 13 sends/receives a second command, and performs an operation based on a received second command. The command conversion device 14 includes a selector for selecting a type of a first command, and a converter. When a first command of the type selected by the selector is received from the amplifier device 11, the converter converts the received first command into a second command, and sends the second command to the portable player 13.

Abstract: In the invention, a PWM signal is formed at a frequency of a reference pulse signal, the PWM signal which has a pulse width being changed according to a frequency difference between an FG pulse signal for detecting a speed of a brushless motor and the reference pulse signal of a target speed, an output signal for PWM control is formed by an N-fold frequency of the PWM signal, the output signal for PWM control in which a pulse having the divided pulse width is arranged in each N-divided period, the N-divided period in which each one period of the PWM signal is divided by N, and electric power supply to a coil of each phase of the brushless motor is turned on and off at intervals shorter than that of the output signal control without increasing the frequency of the reference pulse signal.

Abstract: Disclosed is a hard-drawn spring which exhibits fatigue strength and sag resistance equal or superior to springs produced using an oil-tempered wire. The hard-drawn spring is produced using a steel wire containing 0.5 to 0.7 mass % of C, 1.0 to 1.95 mass % of Si, 0.5 to 1.5 mass % of Mn and 0.5 to 1.5 mass % of Cr, with the balance being Fe and inevitable impurities. In the steel wire, the number of carbides having circle-equivalent diameters of 0.1 ?m or more is 5 particles/100 ?m2 or less.

Abstract: Process gas supply/stop operations are intermittently performed. As the hydrophobic process progresses, the temperature of a gas contract portion of a wafer lowers. While the hydrophobic process stops, the temperature of the gas contact portion of the wafer rises to the original temperature. Thereafter, the hydrophobic process resumes. Thus, while the temperature of the gas contact portion of wafer is suppressed from largely lowering, the hydrophobic process can be performed. Thus, non-uniformity of the hydrophobic process on the front surface of the wafer is reduced.