Abstract: The present invention provides a heat-resistant sheet comprising: (A) a hydrolyzable functional group-containing silicone resin and (B) an inorganic compound containing water of crystallization and/or hydroxy group(s).

Abstract: The present invention provides:(1) a sheet for forming a pattern, the sheet including a substrate which has an ink homogeneously distributed in the surface portion or interior thereof, said ink containing an inorganic compound and a glass frit;(2) a ribbon for printing produced by cutting the pattern-forming sheet to specific width;(3) an ink ribbon cartridge produced by accommodating the ribbon for printing into a casing;(4) A method for forming and fixing a pattern in which a pattern is formed on an object using the sheet described above in (1) and is fired;(5) an ink-receiving type, firing, flexible sheet having an adhesive layer and an ink-receiving layer, the ink-receiving layer containing an inorganic compound and a glass frit and being formed on one surface of the adhesive layer;(6) a support of an ink-receiving type, firing, flexible sheet which comprises a releasable substrate formed on the other surface of the adhesive layer to cover the same;(7) a material for producing a label for firing which has

Abstract: In a magnetic head with a slider, there are provided a head core made of a magnetic material having a first sliding surface for slidably contacting with a magnetic recording medium and at least one recording and reproducing gap defined on the sliding surface, a slider having a second sliding surface for slidably guiding the magnetic recording medium. The slider is connected to one side wall of the magnetic head core by an adhering material. A recess is defined on the slider along the entire length of the peripheral portion of one side wall of the magnetic head core. Chamferred parts are formed on the corner of the first sliding surface and the side wall of the magnetic head core.

Abstract: A bar code label comprising a bar code which is made from a vitreous material. The label is formed on a substrate made of ceramics, pottery or porcelain enamel-coated metal or the like.

Abstract: A magnetic head having a pair of core halves each combined through a magnetic gap, each of the core halves comprising a core base having slanted side surfaces on the side opposing to the magnetic gap and a magnetic thin layer formed on the surfaces of the core base on the side opposing the magnetic gap with magnetic material of high saturation magnetic flux density, the minimum value of the sum of products of vertical cross sectional areas of the respective magnetic paths of each of the core halves except for the path of the magnetic gap and the respective saturation magnetic flux densities of the respective parts is greater than the product of the area of the magnetic gap and the saturation magnetic flux density of the magnetic thin layer.