Abstract: An arch garnish is disposed spanning a bumper and a fender panel and attached to the fender panel by a clip. The clip includes a fixing part and an engaging part. The arch garnish includes: a clip attachment part to which the clip is fixed; and an inclined part protruding toward the fender panel. The fender panel includes a clip engaging part corresponding to the clip attachment part of the arch garnish. The fixing part of the clip is fixed to the clip attachment part of the arch garnish. The engaging part of the clip is engaged with the clip engaging part of the fender panel. The inclined part includes an abutting part facing a portion of the fender panel near the clip engaging part. The abutting part is inclined such that a distance to the clip increases toward a tip side of the inclined part.

Abstract: According to the present invention a miso with good flavor and a processed food containing the miso are provided, wherein the miso and the food are expected to have an repressing effect on an increase in blood pressure or hypotensive effect by continually taking the miso or food for routinely dietary habit. The present invention also provides a method of producing a miso, wherein peptides with ACE inhibitory activity are effectively produced in the miso without lowering the quality in flavor of miso. In an embodiment of the present invention, animal milk is added at a content of 10% during a mixing step, or a fermentation and ripening step.

Abstract: In a yarn winding apparatus, yarn is fed from a spinning frame or the like at high speed, and is wound on bobbins. Shifting of yarn from a full to an empty bobbin is carried out smoothly. A plurality of bobbins is fitted on a revolving arm, and each individual bobbin is positively driven from an independent power source.A plurality of independent drives are installed on the back of the revolving mechanism and bobbins are fitted on its front. Intermediate shafts are installed concentrically with a rotatory shaft which is a part of the revolving mechanism, and pass through the revolving mechanism. Rotary power is transmitted from each independent drive to each individual bobbin by these intermediate shafts.