Abstract: A crash energy absorption part for an automobile is provided in a front portion or a rear portion of an automotive body and absorbing crash energy when a crash load is input from a front or a rear of the automotive body, and includes: a top portion; a tubular member including a side wall portion continuous with the top portion via a shoulder part of a punch; and a resin applied or patched to at least an inner surface of the shoulder part of a punch of the tubular member. The resin has a thickness gradually changing in an axial direction from one end side toward other end side, a thickest portion of the thickness is 8 mm or less, and the resin is bonded to the inner surface with an adhesive strength of 10 MPa or more and is axially crushed when the crash load is input.

Abstract: A microwave oven and automatic cooking system uses a food package provided with a noncontact IC tag storing information about a food contained in the food package, where the information about the food includes information about a method of heating the food and an amount of heat energy for cooking the food, the information about the amount of heat energy being expressed in a form of an absolute amount of heat energy. The microwave oven receives the food package and cooks the food contained in the food package.

Abstract: An automatic cold-storage system includes a food package (22) provided with a noncontact IC tag (11), and a refrigerator (31) for storing the food package (22). Information is read from the noncontact IC tag (11) by a noncontact IC tag reader (12) and is compiled to a database (31c). A managing means (31b) controls the refrigerator (31) on the basis of information contained in the database (31c). The managing means (31b) makes a display device (14) display a warning on the basis of information read by the noncontact IC tag reader (12).

Abstract: An automatic cold-storage system includes a food package (22) provided with a noncontact IC tag (11), and a refrigerator (31) for storing the food package (22). Information is read from the noncontact IC tag (11) by a noncontact IC tag reader (12) and is compiled to a database (31c). A managing means (31b) controls the refrigerator (31) on the basis of information contained in the database (31c). The managing means (31b) makes a display device (14) display a warning on the basis of information read by the noncontact IC tag reader (12).

Abstract: An automatic cold-storage system includes a food package (22) provided with a noncontact IC tag (11), and a refrigerator (31) for storing the food package (22). Information is read from the noncontact IC tag (11) by a noncontact IC tag reader (12) and is compiled to a database (31c). A managing means (31b) controls the refrigerator (31) on the basis of information contained in the database (31c). The managing means (31b) makes a display device (14) display a warning on the basis of information read by the noncontact IC tag reader (12).

Abstract: An electrical terminal 1 is provided that is formed by being stamped and bent from a metal plate. This terminal is equipped with a pair of opposing first electrical wire accommodating slots 4 that are respectively formed in a pair of opposing first plate parts 3a and 3b, and a pair of opposing second electrical wire accommodating slots 8 that are respectively formed in opposing second plate parts 7. The pair of second plate parts 7 are formed by a pair of plate parts that are bent from both side edges of a flat plate part 12 that extends from one of the first plate parts 3a, with these plate parts being bent substantially at right angles relative to the flat plate part 12, so that the pair of second electrical wire accommodating slots 8 formed in the second plate parts 7 and the pair of first electrical wire accommodating slots 4 formed in the first plate parts 3a and 3b are arranged substantially at right angles.

Abstract: A hologram duplicating method and apparatus whereby a photosensitive material film is continuously and smoothly brought into close contact with the surface of a hologram original plate, and the film is effectively delaminated after a duplicating process. The apparatus includes a film supply part (31) for supplying a photosensitive material film (1), a film laminating part for successively laminating the supplied film (1) on a hologram original plate (35) with the film (1) being squeezed with a roller (46) from the upper side, a film delaminating part for successively delaminating the film (1) from the original plate (35) from one end thereof with the film (1) being pressed with the roller (46), and a film take-up part (43) for taking up the delaminated film. The film (1) can be laminated on the original plate (35) without trapping air bubbles, and the film (1) can be delaminated from the original plate (35) without causing peel unevenness such as undesired lines.

Abstract: An optical recording medium of the present invention has on a substrate information recording patterns (2) and (3) distinguishable by a difference in light reflectivity, and is characterized in that said information recording pattern (2) is comprised of a portion (2a) of high reflectivity and a portion (2b) of low reflectivity and at least a part of said information recording patterns is formed by a diffraction grating or hologram (3). Since such plural types of information can be formed at the same time and at high density, the present invention has a merit of its having excellent fake-proofness and its manufacturing process being simplified.