Abstract:
An identification information centralizing method capable of receiving services provided.by a plurality of corporations by using a single item of identification information. Centralized ID information (162) for identifying a customer is assigned by a centralizing corporation. Individual ID information (168) which is uniquely assigned to identify the customer by a plurality of corporations which provide services to a pre-registered customer is registered in a database (160) in such a manner as to be associated with the centralized ID information (162), so that provision of services by a plurality of corporations is made possible by using the single item of centralized ID information (162).
Abstract:
A point return method for realizing a point return service where all kinds of enterprises including real stores and virtual stores can participate without any restriction. When a customer (300) who can use electronic money (350) usable for payment in an electronic money member stores (400, 450) according to the balance performs trading in a point member store, a point based on the money amount paid in the trading is given and the price of the electronic money according to the number of points is added to the aforementioned balance.
Abstract:
When a received unique number (101) indicates a credit card capable of authorization in a server (9), the server (9) performs authorization and returns the authorization result to a computer (7). When the unique number (101) indicates a credit card incapable of authorization in the server (9), the server (9) transmits the unique number (101) to a server (11). The server (11) transfers the unique number (101) to a server (13) of the company which has issued the credit card. The server (13) performs authorization and transmits the authorization result via the server (11) to the computer (7) and the server (9).
Abstract:
An electronic money system for network type and IC card type electronic money which prevents impossibility of collecting money for shopping by member stores and enables a user to do shopping via a network. A user terminal (2-1) accesses a member store terminal (4-1) via the Internet (1) and purchases a commodity. The member store terminal (4-1) inquires of a clearance apparatus (7) the electronic money balance stored in a database (25) of a user e-Wallet (24) of the user terminal (2-1). When the balance is greater than the shopping price, the clearance apparatus (7) subtracts the shopping price from the balance to update the balance. When the balance is smaller than the shopping price, a creditor account according to the user credit level is added to the balance and if the resultant total is greater than the shopping price, a transaction is performed.
Abstract:
When a received unique number (101) indicates a credit card capable of authorization in a server (9), the server (9) performs authorization and returns the authorization result to a computer (7). When the unique number (101) indicates a credit card incapable of authorization in the server (9), the server (9) transmits the unique number (101) to a server (11). The serve r (11) transfers the unique number (101) to a server (13) of the company which has issued the credit card. The server (13) performs authorization and transmits the authorization result via the server (11) to the computer (7) a nd the server (9).
Abstract:
Bereitstellung eines photoelektrischen Umwandlungselements, das in der Lage ist, die Leistung eines photoelektrischen Umwandlungselements unter Verwendung eines organischen Halbleitermaterials weiter zu verbessern. Das photoelektrische Umwandlungselement umfasst eine erste Elektrode und eine zweite Elektrode, die so angeordnet sind, dass sie einander gegenüberliegen, und eine photoelektrische Umwandlungsschicht 17, die zwischen der ersten Elektrode und der zweiten Elektrode vorgesehen ist, wobei die photoelektrische Umwandlungsschicht 17 ein erstes organisches Halbleitermaterial und ein zweites organisches Halbleitermaterial umfasst, und mindestens eines von dem ersten organischen Halbleitermaterial oder dem zweiten organischen Halbleitermaterial ein organisches Molekül mit einem HOMO-Volumenanteil von 0,15 oder weniger oder einem LUMO-Volumenanteil von 0,15 oder weniger ist.
Abstract:
PROBLEM TO BE SOLVED: To enable an evaporation tape having oblique anisotrophy to perform reliable reciprocating recording and reproduction. SOLUTION: A recording and reproducing circuit 12 is provided among a recording amplifier 11a and a reproducing amplifier 11b and a recording and reproducing controller 13. The recording and reproducing circuit 12 is provided with an analog equalizer 32a for forward direction and an analog equalizer 32b for reverse direction, a sequence detector 36a for forward direction and a sequence detector 36b for reverse direction and an encoder/decoder 37a for forward direction and an encode/decoder 37b for reverse direction and one side of them is selected respectively in response to the running direction of a magnetic tape. This invention is applicable to a tape streamer. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To improve the responsibility of a magnetic head to a magnetic disk surface, to suppress the vibration amplitude of the magnetic head in a bit direction, and to achieve a high density for magnetic recording/reproducing. SOLUTION: This structure is provided with a base plate 15, a beam spring 16 supported on the top end part of the base plate and provided so as to support the magnetic head 11 on top end part and make a magnetic head away from a magnetic disk in a no-load state, and a pivot spring 17 for pressing the magnetic head into elastic contact with the magnetic disk. The beam spring is provided with a first spring part 22 mainly made flexible to store a repulsive force when the tip of its base end part is biased downward, a body part 23 provided to be continuous form the first spring part, and relatively high in rigidity to maintain the rigidity of the entire beam spring, and a second spring 24 provided to be continuous from the body part, and made flexible to maintain the parallel state of the head slider with the magnetic disk surface, and improve its performance of following-up the magnetic disk surface. The ratio of the lengths of the first spring, the body part and the second spring is se to 0.6:2.1:1.35.
Abstract:
PURPOSE: To obtain a magnetic head useful for high density digital recording format by enhancing a reproducing output by improving a recording characteristic in a specific short wavelength area. CONSTITUTION: Metal magnetic films 3 and 4 are arranged in a part adjacent to a magnetic gap. For this MIG head, the thickness of the metal magnetic films 3 and 4 in the perpendicular direction to the magnetic gap is set to be 1.0μm to 4.4μm, while the gap length of the magnetic gap is set to be 0.23μm to 0.32μm.