Abstract: Includes the same-financial-institution account register control section (101A) and the other-financial-institution account register control section (101B) that make the display section (103) display a screen for enabling a customer to input information of a plurality of accounts to be registered into the magnetic card (700) or the IC card (800). The account delete control section (101C) makes the display section (103) display a delete screen for enabling the customer to input account information to be deleted from the information of the plurality of accounts. The same-financial-institution account register control section (101A) and the other-financial-institution account register control section (101B) control each section so that the information of the plurality of accounts to be registered input by the customer is registered into the magnetic card (700) or the IC card (800).

Abstract: A customer information database storing at least a unique customer identification number (basic pension number) allocated to the customers by an official body and information of an account number, an amount outstanding, password, and the like which correspond to the customer identification number are stored. An input screen control section controls screen display for inputting the customer identification number and the password. A control section performs authentication check based on customer information in the customer information database and the input customer identification number and the password as a key. A main control section performs various transactions at a financial institution on the basis of the result of the authentication.

Abstract: A customer information database stores at least a unique customer identification number (basic pension number) allocated to the customers by an official body and information of an account number, an amount outstanding, password, and the like which correspond to the customer identification number are stored. An input screen control section (111) controls screen display for inputting the customer identification number and the password. A control section performs authentication check based on customer information in the customer information database and the input customer identification number and the password as a key. A main control section (115) performs various transactions at a financial institution on the basis of the result of authentication.

Abstract: In a consumer transaction facility connected via a communication line 14 to a host computer, a display and input control unit performs on a display device a screen display in which a destination electronic mail address for transaction records is able to be inputted. When the destination electronic mail address for transaction records is inputted through an input unit, the display and input control unit performs a screen display in which it is selectable as to whether the transaction records are to be transmitted, and in addition performs a screen display in which it is selectable as to whether the transaction records are to be issued in the form of a sheet receipt.

Abstract: Includes the same-financial-institution account register control section (101A) and the other-financial-institution account register control section (101B) that make the display section (103) display a screen for enabling a customer to input information of a plurality of accounts to be registered into the magnetic card (700) or the IC card (800). The account delete control section (101C) makes the display section (103) display a delete screen for enabling the customer to input account information to be deleted from the information of the plurality of accounts. The same-financial-institution account register control section (101A) and the other-financial-institution account register control section (101B) control each section so that the information of the plurality of accounts to be registered input by the customer is registered into the magnetic card (700) or the IC card (800).

Abstract: The resin composition which contains thermosetting resin as Component (A), a thermoplastic resin as Component (B), and at least one compound selected from the group consisting of an epoxy resin capable of dissolving the thermoplastic resin and a reactive diluent possessing at least one epoxy group as Component (C) in a ratio such that the proportions of Components (A), (B), and (C) fall respectively in the ranges of 30 to 96% by weight, 2 to 50% by weight, and 2 to 49% by weight, based on the total weight of the resin composition. The resin composition is capable of producing a molded article combining the highly satisfactory mechanical and thermal properties of a thermosetting resin and the highly satisfactory toughness of a thermoplastic resin.

Abstract: A process for producing a product of carbon fiber reinforced thermoplastic resin comprising immersing carbon fibers in a suspension of a powder of a thermoplastic resin in a liquid medium, which contains at least 20 wt % of an organic liquid and which contains from 0 to 80 wt % water, to impregnate the thermoplastic resin among carbon fibers, and heating the thermoplastic resin deposited on the fibers to melt and form a unitary assembly with carbon fibers.

Abstract: A rocker arm made from a carbon-fiber reinforced resin is disclosed wherein various axes are defined with particularity such as the central axis of the hole through which the rocker shaft is inserted (Z-axis), a line parallel to the edge of the valve side (Y-axis) and the line that is parallel to the cam side (Y'axis). The bisect of the angle at which the Y-axis crosses the Y'axis is the X-axis. Further, cos.sup.2 .beta. of the carbon fibers present in the Y- or Y'axis side with respect to the X-Z axis is defined in detail where .beta. is a defined angle of orientation as is cos.sup.2 .alpha. which is defined in the specification.The rocker arm is produced by filling a rocker arm mold with a carbon fiber-containing synthetic resin such that cos.sup.2 .beta. of the carbon fibers meets a defined value to such an extent that the cos.sup.2 .alpha. meets a defind value. The rocker arm is lighter and stronger than conventional rocker arms.

Abstract: A friction material comprising a carbon fiber reinforced carbon with an oxidation temperature of at least 800.degree. C. and a crystallinity index of matrix carbon of from 2.3 to 5.0, a process for the production of the same, and a friction element comprising the same.

Abstract: A method for forming a uniformly mixed fibrous mat which comprises feeding a continuous high tensile modulus reinforcing fibrous material and a pre-cut thermoplastic fibrous material with a lower melting point or softening point than the temperature at which the reinforcing fibrous material melts or is damaged to a rotating rotor which is provided with projections to thereby cut the continuous fibrous material and pluck the pre-cut fibrous material, dispersing the thus treated fibrous materials into an air flow to mix the same and thereafter collecting the resulting mixed materials on a net to yield the mat. The product can thereafter optionally be compressed under heat to melt only the thermoplastic fibrous material to thereby consolidate the mat.