Abstract: An organic layer deposition apparatus for forming an organic layer while a substrate is being moved, in which an interval between the substrate and the organic layer deposition apparatus can be measured at a vacuum condition.

Abstract: A method of removing lead sulfide contained in refined molybdenite powder concentrates (major component; MoS2) is provided. More specifically, in order to solve the problems associated with a leaching method using a leaching agent that is employed for conventional hydrometallurgical process, oxygen-free inert gas is circulated in a furnace for pyrometallurgical treatment to evaporate lead sulfide at high temperature, followed by condensing process to recover lead sulfide at low temperature. The method is characterized in that, it can reduce environmental contamination and can easily recover sulfides of valuable metals such as lead, indium, zinc and the like.

Abstract: A method of removing lead sulfide contained in refined molybdenite powder concentrates (major component; MoS2) is provided. More specifically, in order to solve the problems associated with a leaching method using a leaching agent that is employed for conventional hydrometallurgical process, oxygen-free inert gas is circulated in a furnace for pyrometallurgical treatment to evaporate lead sulfide at high temperature, followed by condensing process to recover lead sulfide at low temperature. The method is characterized in that, it can reduce environmental contamination and can easily recover sulfides of valuable metals such as lead, indium, zinc and the like.

Abstract: A method for producing a simulator program includes: generating video and audio information from a camera mounted on a vehicle to be simulated; measuring motion data according to a pose change of the camera; processing the motion data and generating motion effect data comprising position and rotary motion information including acceleration and angular velocity for each axis x, y, and z; separating a motion unit from the motion data to generate a motion unit data stream and synchronizing the motion unit data with video/audio data; recognizing and determining a motion unit representing position and rotary motion information for each axis based on the motion unit data stream; and generating a control unit representing position and rotary motion information suitable for a simulator having a fixed degree of freedom and a fixed movement space, based on the motion unit, and producing a control unit shift function and composite control data.

Abstract: An apparatuses for preventing magnetic recording errors in an advanced photo system camera. The apparatus comprises a film transport sensing unit for detecting a perforation in a film and for generating an output signal for each detected perforation. A control unit determines whether noise has occurred in the transport sensing unit output signal while the film is being advanced. When noise occurs in the transport sensing unit output signal, the control unit prevents recording of photographic data on the film for a predetermined period of time. The apparatus also includes a magnetic recording unit for magnetically recording the photographic data on the film according to a control signal output by the control unit.

Abstract: An apparatus for transporting film within an APS camera includes a perforation sensor, a controller, a film transporter, and a motor. The controller receives signals from the perforation sensor, and controls the film transport in response to the electric signal. The control unit also controls the film transporter to rewind the film and then wind the film to a predetermined position. During winding the controller counts a time period during which a perforation is not sensed by the perforation sensor, and compares the time period with a predetermined time. The controller then controls the film transporter to wind the film so long as the time period is less than the predetermined time; and stopping winding of the film at a position when a state of a signal from the perforation sensor changes, when the time period exceeds the predetermined time.

Abstract: An apparatus and a method for reading photographic information for an advance photo system camera utilizes a single optical sensor to record the photographic information on a data disk contained in a film cartridge. The apparatus further includes an information reading device for reading the photographic information and for generating a signal according to the photographic information. A film transport device is also used for rotating a film spool to wind a film into and out of the film cartridge. The apparatus further includes a controller for determining the state of the film cartridge and for setting a stop position of the film spool according to the current state of the film cartridge. The recorded photographic information can be easily read, thus allowing the user to easily determine the state of the film cartridge.

Abstract: An apparatus for magnetically recording photographic data for an advanced photo system camera comprises a film transport sensing unit for sensing perforations in a film and for generating a signal per each perforation, an operation control unit for controlling the operation of the magnetic recording according to the signal from the film transport sensing unit, and a magnetic recording unit for magnetically recording photographic data on the film, based on the signals from the operation control unit. The apparatus further comprises a film transport unit for advancing successive frames of the film according to the signals from the operation control unit.