Abstract: A bearing device is composed of a sleeve (3a) for supporting a rotating shaft across a radial axis gap and a housing (3b) formed with a storage hole for storing the sleeve (3a). The sleeve (3a) housed in the storage hole of the housing (3b) is fixed to the housing by applying caulking processing to a part of the inner wall of the housing in a position at a certain downward distance from the upper end of the storage hole.

Abstract: In an IC card in which an IC module constituted by a terminal plate 1 having a connection terminal pattern(3), arranged on a surface of an insulating substrate (2), for external power supply, signal connection, and grounding, an IC chip (4) mounted on the rear surface of the terminal plate 1 and electrically coupled to the connection terminal pattern (3), a sealing member (5) for the IC chip, and a reinforcing member (6) for reinforcing the sealing member (5) is mounted on a card base, the reinforcing member (6) consists of a conduction material, and integrally constituted by a ring portion (7) for covering the outer periphery of the sealing member (5) and a flange portion (8), having almost the same shape as that of the outer periphery of the terminal plate (1), for covering the rear surface of the insulating substrate (2).

Abstract: A process of producing an IC card, the IC card having a card substrate and an IC module embedded therein, the card substrate having a single core sheet and first and second cover films laminated over the core sheet on the opposite sides, the process including the steps of forming an adhesive layer on the inside of each of the first and second cover films except a non-adhesive area in which the IC module is to be fitted; bonding the cover films to the opposite sides of the core sheet through the adhesive layers to form the card substrate having the non-adhesive area; cutting the non-adhesive areas of the card substrate along their outer peripheries to form a cavity for receiving the IC module; fitting the IC module into the cavity; andfixedly securing the IC module to the card substrate.