Abstract: Provided is a cash transaction machine including: a medium storage portion; a medium transfer module transferring a paper medium in a sheet unit from the medium storage portion; a temporary stack portion including an upwardly and downwardly movable supporter being provided to be adjacent to an outlet of the medium transfer module to stack the paper medium; a carriage receiving the paper medium from the supporter; and a carriage transfer portion transferring the carriage to a medium outlet in a state where stacked paper media is pressed, wherein the carriage includes a holder being provided in parallel with a moving direction of the carriage to support a bottom surface of the stacked paper media. The cash transaction machine may be constructed to enable a stack of paper media to maintain its arranged state while the paper media is being transferred and to simplify a transferring structure of paper media.

Abstract: Provided is a cash transaction machine including a temporary stack portion. The cash transaction machine includes: a carriage receiving a paper medium stacked in the temporary stack portion; a driving belt transferring the carriage to a medium outlet; a pressing belt pressing the paper medium being transferred by the carriage in interoperation with the driving belt; a plurality of guide rollers being provided along a travel path of the carriage to define a travel path of the driving belt and a travel path of the pressing belt; and a one-way clutch adjusting an interoperating state between the driving belt and the pressing belt to prevent a friction from occurring between the pressing belt and the paper medium while the paper medium is being loaded to the carriage.

Abstract: A medium supply device includes a receiving portion including a support plate to form a bottom surface of the receiving portion, a support portion being formed on the support plate to support a central portion of a bottom surface of paper medium, and a guide being formed on the support plate to limit both sides of paper medium around the support portion; a separating portion being provided in front of the receiving portion to pick up and discharge the paper medium; and a pressurizing portion including a block to move forward and backward with respect to the receiving portion and a plate of which a location is adjustable upwardly and downwardly along the block, wherein the guide is formed in parallel with a transferring direction of the paper medium and includes a plurality of protrusions.

Abstract: Disclosed is a cash transaction machine. The cash transaction machine includes a main body including a medium inlet formed on a side of a lower portion thereof and a medium outlet formed on a side of an upper portion thereof, and providing a paper medium fed from the medium inlet to the medium outlet, a transfer module including a driving device mounted on the main body, and a plurality of circulation transfer belts cooperating with the driving device and transferring the paper medium, the plurality of circulation transfer belts being extended to the lower portion of the main body via the medium inlet, and an auxiliary adapter including an adapter box directly or indirectly mounted on the lower portion of the main body, and a belt guidance shaft mounted on the adapter box and positioning an extra part of the circulation transfer belt in the auxiliary adapter.

Abstract: Provided is a cash transaction machine including a temporary stack portion. The cash transaction machine includes: a carriage receiving a paper medium stacked in the temporary stack portion; a driving belt transferring the carriage to a medium outlet; a pressing belt pressing the paper medium being transferred by the carriage in interoperation with the driving belt; a plurality of guide rollers being provided along a travel path of the carriage to define a travel path of the driving belt and a travel path of the pressing belt; and a one-way clutch adjusting an interoperating state between the driving belt and the pressing belt to prevent a friction from occurring between the pressing belt and the paper medium while the paper medium is being loaded to the carriage.

Abstract: Disclosed is a cash transaction machine. The cash transaction machine includes a main body including a medium inlet formed on a side of a lower portion thereof and a medium outlet formed on a side of an upper portion thereof, and providing a paper medium fed from the medium inlet to the medium outlet, a transfer module including a driving device mounted on the main body, and a plurality of circulation transfer belts cooperating with the driving device and transferring the paper medium, the plurality of circulation transfer belts being extended to the lower portion of the main body via the medium inlet, and an auxiliary adapter including an adapter box directly or indirectly mounted on the lower portion of the main body, and a belt guidance shaft mounted on the adapter box and positioning an extra part of the circulation transfer belt in the auxiliary adapter.

Abstract: Provided is a cash transaction machine including: a medium storage portion; a medium transfer module transferring a paper medium in a sheet unit from the medium storage portion; a temporary stack portion including an upwardly and downwardly movable supporter being provided to be adjacent to an outlet of the medium transfer module to stack the paper medium; a carriage receiving the paper medium from the supporter; and a carriage transfer portion transferring the carriage to a medium outlet in a state where stacked paper media is pressed, wherein the carriage includes a holder being provided in parallel with a moving direction of the carriage to support a bottom surface of the stacked paper media. The cash transaction machine may be constructed to enable a stack of paper media to maintain its arranged state while the paper media is being transferred and to simplify a transferring structure of paper media.

Abstract: A medium supply device includes a receiving portion including a support plate to form a bottom surface of the receiving portion, a support portion being formed on the support plate to support a central portion of a bottom surface of paper medium, and a guide being formed on the support plate to limit both sides of paper medium around the support portion; a separating portion being provided in front of the receiving portion to pick up and discharge the paper medium; and a pressurizing portion including a block to move forward and backward with respect to the receiving portion and a plate of which a location is adjustable upwardly and downwardly along the block, wherein the guide is formed in parallel with a transferring direction of the paper medium and includes a plurality of protrusions.