Abstract: The present invention relates to a method for dipping an adhesive material, and the method for dipping an adhesive material includes dipping an adhesive material onto a first dipping stamp, transferring the adhesive material, which is dipped onto the first dipping stamp, to a target substrate, and transferring a device to the target substrate, to which the adhesive material is transferred.

Abstract: A battery pack includes a housing having a predetermined space portion, an end plate received in the space portion, the end plate including a horizontal plate located parallel to the bottom surface of the housing and a pair of vertical plates extending from opposite edges of the horizontal plate in a perpendicular direction, and a plurality of cell cartridges received in the end plate so as to be vertically disposed, wherein a plurality of pairs of first recessed portions facing each other is provided in the inner surface of the housing, and protrusions configured to be coupled to the first recessed portions are provided on opposite ends of the cell cartridges in a thickness direction.

Abstract: A battery module includes: a battery cell stack including a plurality of battery cells respectively having electrode leads, the plurality of battery cells being stacked on one another; and an interconnect board (ICB) cover to which an electrode lead connection that is bent is coupled, the electrode lead connection comprising an electrode lead of any one of the plurality of battery cells and an electrode lead of another battery cell adjacent to the any one battery cell connected to each other, wherein a plurality of the ICB covers is provided, and the plurality of ICB covers are arranged in different layers.

Abstract: A battery module includes: a battery cell stack including a plurality of battery cells respectively having electrode leads, the plurality of battery cells being stacked on one another; and an interconnect board (ICB) cover to which an electrode lead connection that is bent is coupled, the electrode lead connection comprising an electrode lead of any one of the plurality of battery cells and an electrode lead of another battery cell adjacent to the any one battery cell connected to each other, wherein a plurality of the ICB covers is provided, and the plurality of ICB covers are arranged in different layers.

Abstract: The invention relates to a binder for binding RBSC (reaction-bonded silicon carbide), which is used to prepare RBSC assembly, wherein it includes a sintered body obtained by sintering a mixed powder of at least one substance selected from the group having Al, Ti, Fe, Mg, Cu and Ge, and silicon, or a powder obtained by milling the sintered body; and with regard to the mixing ratio of the mixed powder, the maximum amount of silicon is an amount rendering the complete melting temperature of phase in phase diagram of the mixed powder to be at most 1400° C., and the minimum amount of silicon is a larger value of either 50 at % or the minimum amount of silicon in silicon+liquid phase zone of the phase diagram, and a method of binding RBSC using the same.

Abstract: Device and method for processing a signal to a display, the device including a horizontal synchronizing signal detecting part for detecting a horizontal synchronizing signal from a picture signal, and a mode determining part for determining a mode of the picture signal by using a cyclic period of the horizontal synchronizing signal.

Abstract: Device and method for processing a signal to a display, the device including a horizontal synchronizing signal detecting part for detecting a horizontal synchronizing signal from a picture signal, and a mode determining part for determining a mode of the picture signal by using a cyclic period of the horizontal synchronizing signal.

Abstract: This invention relates to a circuit for solving a vertical interlace phenomenon generated by the instability of servo control when a mode of VCR operation is fast or still, comprising a vertical pulse delay 101 for delaying a vertical pulse inputted from a vertical and horizontal oscillator 100 for the time of a certain horizontal lines, a vertical driving part which transforms the vertical pulse delayed from the vertical pulse delay 101 into a vertical a tooth wave pulse, and amends the transformed vertical a tooth wave pulse according to the vertical position signal inputted to be made relayed as a feedback, a vertical deflection amplifying part for amplifying the amended a tooth wave pulse inputted from the vertical driving part 102, a vertical position detecting part 105 for detecting a vertical position of a picture from the signal inputted from the vertical deflection amplifying part 103 through a vertical deflection coil 104, a Micom 106 for controlling an operation of the vertical pulse delay 101 and