55results about How to "Guaranteed generation effect" patented technology

In a field effect transistor (FET), and a method of fabricating the same, the FET includes a semiconductor substrate, source and drain regions formed on the semiconductor substrate, a plurality of wire channels electrically connecting the source and drain regions, the plurality of wire channels being arranged in two columns and at least two rows, and a gate dielectric layer surrounding each of the plurality of wire channels and a gate electrode surrounding the gate dielectric layer and each of the plurality of wire channels.

A lighting device provides with a mechanism which rotates, oscillates or rolls a lighting unit, and includes a power source (1), a trigger (2), a lighting unit (3) and a motor (4), wherein the power source (1) supplies power to the lighting unit (3) and the motor (4) via the trigger (2). The lighting device further includes a control unit which is connected in parallel to the lighting device. By changing internal circuits of the control unit, a pins which connects to an energy storage element is set, therefore the lighting unit flashes in a predetermined sequence after interruption of power is resumed, and the lighting unit moves in a certain track, occurring a path in which position of light spots changed.

A seat base length adjustment device including a seat nose plate assembled on a carriage movable with respect to the seating frame, means for slidably guiding the carriage, and means for maintaining the carriage in position with respect to said frame. The sliding guide means comprises a guide rail located in a middle portion of the carriage, the carriage supports a toothed wheel, rotatably assembled on the carriage along an axis perpendicular to the seating frame and to the sliding direction, and meshing with a rack arranged close to the guide rail, and the means for maintaining the carriage in position comprises a lock acting on the rotation of the toothed wheel.

An imaging apparatus is comprised of a light controller including a liquid crystal element and a polarizing plate located in front of an optical low-pass filter in the optical path of the imaging apparatus. The polarization direction of the polarizing plate and the orientation for the liquid crystal element are selectively chosen with respect to the rotation of the optical low pass filter elements in order to achieve a desired improvement in the device performance.

A plurality of device patterns constituting part of an electronic circuit are formed over the surface of a substrate. A symbol pattern to be used for an identification sign is formed in the same layer as the device patterns. A width of the device pattern is within a pattern width range on a design rule. The symbol pattern is formed by a plurality of isolated element patterns. The element pattern is either a linear pattern or a dot pattern. A width of the element pattern is equal to or larger than 0.8 time a lower limit value of the pattern width range and equal to or smaller than 1.2 times an upper limit value of the pattern width range.

A shielding structure of thin type monitor device, includes: a monitor body; a first shielding box which is arranged in the monitor body, which is formed by cutting and bending a metal plate, which includes a flat plate portion having rectangular shape, and a terminal supporting portion which is formed by bending one end portion of the flat plate portion, into which a terminal is passed through, and which is fixed on a metal plate in the monitor body that is grounded; a terminal holder which includes a terminal hole which contacts with an opposite side of the terminal supporting portion with respect to the flat plate portion, through which the terminal is passed, and which forms a part of case of the monitor body; and a second shielding box which is formed by cutting and bending a metal plate, which includes a protecting portion that has a rectangular shape, that is arranged such that it contacts with the terminal supporting portion and that is made be parallel with the flat plate portion, and a standing portion which is formed by bending three sides in the protecting portion that do not contact with the terminal supporting portion and which is made contact with the flat plate portion.

A charging device has an electric accumulator (20) formed by a plurality of series-connected electric accumulator cells (E1, E2, . . . , En), one electrode of any one of the electric accumulator cells being used as a reference potential of the electric accumulator (20); at least one capacitor (C1) having one end fixed to the potential of one electrode of each of the electric accumulator cells (E1, E2, . . . , En) or fixed to the potential of the other electrode of any one of the electric accumulator cells (E1, E2, . . . , En) through a rectifying means (D11, D12); and a periodical power source (30) connected between the capacitor (C1) and the reference potential of the electric accumulator to generate repetitive signals.

A flushing controlling mechanism includes a toilet bowl having a trap, a room, a hollow cylinder, a first piston, an inlet, an outlet and a first opening. The room selectively communicates with the trap via a first waste pipe, and a second waste pipe alternately communicates with the room. The hollow cylinder is received in the toilet bowl, and the first piston is movable inside the hollow cylinder. The inlet is adapted to be connected to a water source to allow water to flow into the water tank so as to move the first piston upward inside the hollow cylinder. The outlet selectively communicates with the trap of the toilet bowl. The first opening communicates with the suction space and the room of the toilet bowl. In addition, there is a device to accelerate downward movement of the first piston. Thus, the waste in the trap of the toilet bowl is sucked into the room and disposed from the second waste pipe.