Abstract: An abnormality diagnosis device includes: a data acquirer to acquire a current waveform and a driving frequency of an electric motor; a storage which stores a combination of a current value of the current waveform and the driving frequency at an identical time by the data acquirer; a data determiner to determine whether or not a current value of the current waveform and the driving frequency as a diagnosis target at an identical time by the data acquisition match the combination stored in the storage; an analyzer to perform frequency analysis for the current waveform determined to be matched by the data determiner, to extract sideband waves, and calculate a spectrum intensity of the sideband waves; and an abnormality diagnosis processor to make a diagnosis that abnormality has occurred, when the spectrum intensity of the sideband waves is equal to or greater than a threshold.

Abstract: An inductance device which has a structure wherein insulating layers and coil conductors are alternately laminated and the coil conductors are electrically connected with one another. For example, insulating sheets each of which has a coil conductor thereon and insulating sheets each of which has a guard electrode thereon are alternately laminated. In the laminate state, the coil conductors are serially connected by through holes made in the insulating sheets, and thus a coil is formed. There is provided a guard electrode between two adjacent coil conductors, and the guard electrode electrically shields the coil conductors from each other.

Abstract: Titanium-containing silicon nitride film bodies include a film body having an essentially amorphous structure and containing particle-like titanium nitride, a film body consisting mainly of .alpha.-type crystal and containing particle-like TiN deposited in the crystal and having a crystal orientation of crystal face (OOl), and a film body consisting mainly of .beta.-type crystal and containing column-like TiN deposited in the crystal along the c-axis direction thereof and having a crystal orientation of crystal face (OOl), which are produced by blowing a nitrogen depositing source, a silicon depositing source and a titanium depositing source on a substrate heated at 500.degree.-1,900.degree. C. by means of a blowpipe composed of a pipe assembly to perform chemical vapordeposition reaction.

Abstract: A composition comprising a polyphenylene ether, a polystyrene, a polyphenylene ether-grafted polyolefin and, optionally, a polystyrene-grafted polyolefin is disclosed. This composition has excellent impact resistance and, due to dispersion phase being a crystalline resin, an excellent rigidity.