Abstract: In an inductor component, an inductor wire is in an element body and extends on a virtual flat plane passing inside the element body. A wire main body of the inductor wire has an oblong rectangular shape elongated in a length direction in the top view, and thus, a wire width perpendicular to the extending direction is constant. From each edge of the wire main body in a width direction, protrusions having an oblong rectangular shape in the top view protrude and extend, from a center of the wire main body in the extending direction of the wire main body, in a direction perpendicular to the extending direction, on both sides in the width direction of the wire main body, with the extending direction sandwiched between the protrusions. An area ratio of a protrusion area of the protrusions to an area of the wire main body is within 7.2%.

Abstract: A light emitting circuit includes: a first circuit H1 in which is provided a main light source 5, 6; and a second circuit H2 connected in parallel with the first circuit H1 and in which is provided an auxiliary light source 1, 2 and 3; wherein a drain (D) and a source (S) of an field effect transistor 4 are connected in the second circuit H2, and a gate (G) of the field effect transistor 4 is connected to the first circuit H1.

Abstract: A lighting device, which has light-emitting diodes, a circuit board, and pedestals. In this lighting device, some of light-emitting diodes are installed on the circuit board through a pedestal, respectively. In this pedestal, a mounting plane, to which the light-emitting diode is mounted, is formed. Since this mounting plane is inclined with respect to the surface of the circuit board, the optic axis of a light-emitting diode faces different direction in compliance with the angle of slanting of this mounting plane.

Abstract: A light emitting circuit includes: a first circuit H1 in which is provided a main light source 5, 6; and a second circuit H2 connected in parallel with the first circuit H1 and in which is provided an auxiliary light source 1, 2 and 3; wherein a drain (D) and a source (S) of an field effect transistor 4 are connected in the second circuit H2, and a gate (G) of the field effect transistor 4 is connected to the first circuit H1.

Abstract: An apparatus for folding and cutting a continuous length of paper. The apparatus includes (1) a folding mechanism for folding the paper into a stack of sheets, (2) a vertically movable supporting table for supporting the sheets, and (3) a cutting mechanism for cutting the paper.