Abstract: A manufacturing line has a feeder for feeding a hoop substrate, a bake oven for heating and drying the fed hoop substrate, a die bonding device for applying an adhesive to a predetermined position on the dried substrate to mount an IC chip, and a cure oven for bonding the IC chip to the hoop substrate by heating and curing the adhesive.

Abstract: A manufacturing line has a feeder for feeding a hoop substrate, a bake oven for heating and drying the fed hoop substrate, a die bonding device for applying an adhesive to a predetermined position on the dried substrate to mount an IC chip, and a cure oven for bonding the IC chip to the hoop substrate by heating and curing the adhesive.

Abstract: A manufacturing line has a feeder for feeding a hoop substrate, a bake oven for heating and drying the fed hoop substrate, a die bonding device for applying an adhesive to a predetermined position on the dried substrate to mount an IC chip, and a cure oven for bonding the IC chip to the hoop substrate by heating and curing the adhesive.

Abstract: A wireless information storage device and method for putting the device on or into an item are disclosed. According to the disclosed device and method, even if a plurality of wireless information storage devices is perfectly stacked, it is possible to read information from or write information into those wireless information storage devices with certainty at a time, furthermore, it is possible to improve efficiency of communicating with the wireless information storage device or the item.

Abstract: A manufacturing line has a feeder for feeding a hoop substrate, a bake oven for heating and drying the fed hoop substrate, a die bonding device for applying an adhesive to a predetermined position on the dried substrate to mount an IC chip, and a cure oven for bonding the IC chip to the hoop substrate by heating and curing the adhesive.

Abstract: A card reader for reading the data recorded in an IC card comprises a front case having a substrate and an inner panel mounted thereto, and a rear case detachably mounted to the front case. A plurality of claws, which can be engaged with each other, are formed at the peripheral portions of the front case and the rear case so as to permit the rear case to be detachable from the front case. The particular construction makes it possible to renew batteries and to wash contact pins forming contact points with the IC card.

Abstract: An IC card reading/writing device comprises a main body and a conductive cover member. The main body includes a first and a second member which define space for storing an IC card, and can be removably inserted into that storage section of an information processing device which is intended to store a standard card and which has earthing members. The first and second members of the main body and the IC card inserted in the space constitutes a unit having a size and an outer shape which are substantially identical to those of the standard card. The conductive cover member covers the entire outer peripheral portion of the first member, and contacts the earthing members when the main body is located in the storage section.

Abstract: An IC card reading/writing device comprises a main body and a conductive cover member. The main body includes a first and a second member which define space for storing an IC card, and can be removably inserted into that storage section of an information processing device which is intended to store a standard card and which has earthing members. The first and second members of the main body and the IC card inserted in the space constitutes a unit having a size and an outer shape which are substantially identical to those of the standard card. The conductive cover member covers the entire outer peripheral portion of the first member, and contacts the earthing members when the main body is located in the storage section.

Abstract: An IC card reader/writer comprises a main unit and base frame spaced-apart through a connector provided at one end and through bent sections provided at the other end. The main unit and base frame define an IC card storage space between their opposed surfaces such that the bent sections provide guide surfaces along which the IC card is guided and have an external shape substantially equal to that of a standard card. The IC card reader/writer can be inserted into and withdrawn from a standard card holding section of a computer apparatus.

Abstract: A main body has a flat main frame and a base frame which oppose each other at a predetermined interval, and is formed to have a shape and size so as to be inserted in a card slot of a computer. A card storage portion for storing an IC card is defined between the main frame and the base frame. A slider is arranged in the card storage portion, and is pushed and moved by the leading end portion of the inserted IC card. A push-up plate is formed integrally with the slider and arranged to contact the surface of the inserted IC card which is opposite to the surface on which external terminals are arranged. A projection is arranged in the moving path of the push-up plate. When the IC card is inserted to a predetermined position, the push-up plate rides on the projection in an inclined state and pushes the inserted IC card toward contact pins to bring the external terminals of the IC card into contact with the contact pins.