Sankyo Seiki Mfg. Co., Ltd

Nidec Sankyo Corporation

Kabushiki Kaisha Sankyo Seiki Seisakusho

Shigeyuki Nagata

Kazunori Takahashi

Kenji Hirasawa

Toshio Tatai

Yoshiharu Uemura

Mamoru Yamaoka

Shigeki Oguchi

Nozomi Watanabe

Jun-ichi Yazaki

A card apparatus for use with a card may include a front bezel, a cart inlet slot placed in the front bezel, a card path continuously extending from the card inlet slot, a shutter installed between the card inlet slot and the card path for opening and closing the card path, a case body closely contacting the front bezel and internally including the card path, a tilted part that is tilted so as to become further away gradually from the card path in a direction from an inner part of the case body toward the front bezel to guide a liquid infiltrated through the card inlet slot, and liquid drain holes positioned at the front side of the front bezel to go through continuously to a side of the case body for draining the liquid.

Card processing apparatus with liquid drain

A card with a magnetic stripe when fed into a card reader can be illegally read by a read head unobtrusively attached to the outside of the card reader adjacent to the slot into which the card is fed. To defeat this illegal reading, movement of a card through the read head is interrupted thereby making it difficult for the illegal read head to read the stripe. This interruption occurs at the point where the proper read head inside the card reader is not reading the magnetic stripe. The interruption can be a brief stop or a brief reversal in direction. The interruption occurs once while the card is being fed into the card reader and once when the card is being fed out of the card reader.

Magnetic card transaction apparatus

An IC card reader holding an IC card by using an IC contact block and a card receiving member at a data communication position, and preventing a sudden increase in load when inserting the card. A card receiving member () is entirely or partially moved in a card carriage direction together with an IC card () when inserting or removing the IC card (), and the IC card () is received and supported from a rear surface side thereof when at least IC contact springs () are in contact with a surface of the IC card (), thereby suppressing a sudden increase in insertion load in the middle of the card insertion operation.

IC card reader

A card forcible ejection mechanism used to forcibly discharge a card retained in a card reader can be set in a small space and can be attached during a post-assembling step. The mechanism has a carriage which can move along a carriage direction of a card and is provided separately from a card carrying device and at least one claw which is provided on the carriage and can protrude/retract to/from a card carriage path: A carriage moving device for moving the carriage to a claw retracing position and a claw protruding position, and a claw protruding/retracting mechanism which retracts the claw from the card carriage path when the carriage is placed at the claw retracting position and protrudes the claw to the card carriage path when the carriage is placed at the claw protruding position, are also provided.

Card ejecting mechanism

A manual card reader comprises a slot frame with a recess provided in the slot frame in the card insertion direction to allow insertion or removal of a card. A card is inserted into the slot to a holding point through the recess and is taken out therefrom. The manual reader further comprises a shutter that prevents insertion of a foreign object beyond the recess into the card reader. A first locking device is detachably provided at one end of the shutter. A second locking device is detachably provided at the other end of the shutter.

Manual card reader

A manual IC card reader has a recess at a frame constructing a card insertion slot in the card insertion direction for inserting and removing a card. The card insertion slot is configured to project an IC contact block toward a card pathway as the IC contact block comes in and then let the card be removed after data communication rolling elements in a free rotational condition provided in a front vicinity of a card stop position in the card direction to reduce an insertion load on the IC card when the IC card projects the IC contacts block toward the card pathway.

Manual IC card reader and manual card reader

A card reader has an opening at the base thereof in communication with the card insertion slot and forward of the IC contacts of the contacts carriage. When foreign materials such as coins are inserted into the card passageway, they are discharged through this bottom opening without contacting or causing damage to electronic contacts and without building up in the reader. Further, a blocking mechanism for the card passageway prevents foreign material such as coins from being inserted. When a read head senses the magnetic swipe of a card as the card is initially inserted, the blocking member is pivoted out of the way.

Card reader

A contact carriage 2 is movably provided in an opening 12 formed in a frame 11 having a card path 8 into which an IC card 9 is inserted, and of the opposed side faces defining the opening 12, the side face 13b which confronts a carriage movement reference surface 17 used when the contact carriage 2 moves in the opening 12 includes a flat portion 14a and a arcuately protruded portion 15a.

A magnetic card reader receives a magnetic card with a magnetic stripe through an entrance port, transports the magnetic card along a transport path by transporting unit, carries out a process of reading and writing information out of and to the magnetic stripe of the magnetic card by magnetic read/write unit located facing the transport path, cuts the magnetic card into at least two cards in the direction orthogonal to the card transporting direction by a cutter unit located in the transport path, and guides those cut cards to a card discharge path or a collector path, both being continuous to the transport path, by first path-selector unit located at the intersection of the card discharge path and the collector path. In the magnetic card reader, a distance between the magnetic read/write unit and the cutter unit is the sum of the length of the cut card which is the shortest of all of the cut cards when viewed in the transport direction and a braking distance of the transporting unit in a time from a constant transporting state of the transporting unit to a stop state of the transporting unit by a stop signal.

Growing community of inventors

Nagano, Japan

Shigeyuki Nagata