Nautilus Hyosung Inc.

Other

Hee Chang Lee

Jae Hoon Kwak

Woo Ho Lee

Jin Yong Hwang

Jong Seok Lee

Jeong Hwan Seo

Jong Chan Kim

Deok Won Kim

Soo Chan Kim

Chul Gyu Song

Dae Young Youn

Joon Hyun Yoon

In Gyu Roh

Jae Hun Yi

A cheque recognition device includes a magnetic ink character recognition unit disposed on a cheque moving path along which an introduced cheque is transferred such that it can recognize a magnetic ink character printed on the cheque headed for one side of the cheque moving path; and a control unit for analyzing the magnetic ink character recognized in the magnetic ink character recognition unit to verify whether or not the cheque is normal.

Cheque recognition device and method

A banknote storage apparatus for easily removing banknotes stored therein includes a push bar, placed in an input port into which a banknote is inputted in a perpendicular direction, for providing stroke-operating toward a target storage part into which the banknote is determined to be stored; a driving motor for driving the stroke operation of the push bar; a pair of push plates for applying a pressure toward the input port in order to hold the banknotes perpendicularly stored according to the stroke operation of the push bar; and a detecting part for detecting an opening status of the door so that the driving motor is controlled to make the push bar move into a removing position for either one of the storage parts when detecting the opening status of the door.

Banknote storage apparatus and method of removing banknotes therefrom

A check receiving device of an automatic teller machine having a receiving unit and a storage unit to accumulate the check unit includes a first transfer unit having inspection devices installed along a transferring; a second transfer unit communicated with an end of the first transfer unit along the transferring path such that the check transferred from the first transfer unit stands by; a third transfer unit communicated with an end of the second transfer unit along the transferring path and receiving the check; a fourth transfer unit communicated with a communicating position between the second transfer unit and the third transfer unit; and a gate installed at a communicating position of the second transfer unit, the third transfer unit, and the fourth transfer unit. The gate changes a transferring direction of the check positioned in the third transfer unit to the fourth transfer unit.

Check receiving device and method of automatic teller machine

An automatic teller machine (ATM) has a cassette apparatus, detachably accommodated in a cassette accommodating space of the ATM, for storing the cheques endorsed by a printing unit therein. The cassette apparatus includes a storage cassette for stacking the cheques in a cheque storage position thereof, a transfer unit for transferring the cheques provided thereto, a cassette driving unit for driving the transfer unit when the storage cassette is accommodated into the cassette accommodating space, and a stacking unit installed in the cassette accommodating space for taking out the cheques transferred to a designated position and stacking the cheques on the cheque storage position.

Automated teller machine having a cassette apparatus

A bulk check acceptor includes: a bundle receiving module for drawing a bundle of checks into an interior of the acceptor when an insertion hole shutter is open, and for transferring the checks on a leaf-by-leaf basis; an automatic alignment module for aligning and transferring the checks transferred on a leaf-by-leaf basis by the bundle receiving module; a recognition module for recognizing information on the checks automatically aligned and transferred by the automatic alignment module; an escrow module for escrowing the checks whose information has been recognized; a print module for endorsing a check which is permitted to be accepted; a rejecting module for discharging a rejected check through the bundle receiving module; and a storage box module for receiving the endorsed check.

Bulk check acceptor

The bill storage device in an automated teller machine includes an input port through which a bill introduced in the automated teller machine is inputted perpendicularly; a pair of opening/closing plates for supporting both side surfaces of the bill inputted into the input port; first and second storage parts arranged at both sides of the input port; a push bar placed in the input port and stroke-operated selectively toward the storage part in which the bill is inputting; a push bar driving motor for performing a stroke-operation of the push bar; and a pair of push plates forcing a pressure toward the input port to support perpendicularly the bill stored by a stroke-operation of the push bar.

Bill storage device in automated teller machine and method for storing bill in the same

A automated teller machine (ATM) verifies the authenticity of the cheque based on image information acquired by a CIS unit and magnetic character information acquired by a MICR unit. The ATM further includes a plural cheque leaves determining unit for determining the presence of plural cheque leaves using the image information, the magnetic character information, and thickness information of the cheque.

Automated teller machine capable of depositing cheques

Disclosed herein is an apparatus and method for measuring bio-impedance attributable to joint movement. The bio-impedance measuring apparatus includes a constant current source, current stimulus electrodes, at least two voltage detection electrodes, a demodulator, a signal gain and offset controller and an isolated amplifier. The method of measuring bio-impedance attributable to joint movement, comprising the steps: generating a weak current by use of a constant current source; causing the weak current to flow from a point to another point; forming L voltage detecting electrode pairs from voltage detecting electodes positioned at m points on each of n-lines that divide an interval between a first joint and a second joint, between which the weak current flows, into equal n parts (m and n are natural numbers), using combination (mC2=L); detecting bio-impedance at certain periods from J (L-K) voltage detecting electrode pairs that are obtained by subtracting K voltage detecting electrode pairs, each of which exists on a single dividing line, from the formed L voltage detecting electrode pairs; and selecting a pair of voltage detecting electrodes having a highest variation of bio-impedance.

Growing community of inventors

Icheon-si, South Korea

Hee Chang Lee