Abstract: A battery module is provided that includes a battery cell including a first battery cell and a second battery cell distinguished from the first battery cell, a module frame that forms a cell accommodating part in which the battery cell is accommodated, and a cell cover member that forms a venting portion that discharges a fluid generated from the first battery cell from one side of the first battery cell in a vertical direction to the outside of the cell accommodating part.

Abstract: A battery pack for a vehicle may include: a plurality of battery modules arranged on a plane; a lower case forming an accommodation space surrounding the lower and lateral portions of the plurality of battery modules; a pack cover coupled to the upper portion of the lower case so as to cover the upper portion of the accommodation space; a plurality of inner members provided in the accommodation space to separate the plurality of battery modules; and a heat blocker provided between the pack cover and the inner members so as to thermally isolate the battery modules separated by the inner members.

Abstract: A battery module includes a plurality of overlapped battery cells and an insert panel inserted between the overlapped battery cells. The battery module further includes a top flange extended in an overlapping direction of the battery cells above the battery cells.

Abstract: A display device is disclosed that includes a display panel including a plurality of pixels configured to receive an initialization voltage through an initialization voltage line, a controller configured to output a voltage control signal for controlling a voltage level of the initialization voltage, and a power manager configured to provide the initialization voltage to the initialization voltage line, change the voltage level of the initialization voltage to an initialization level at or after a power-on time at which a power starts to be supplied and before a display-on time at which an image starts to be displayed based on the voltage control signal, and change the voltage level of the initialization voltage to a target level corresponding to a luminance of the image at or after the display-on time based on the power control signal.

Abstract: A battery pack for a vehicle, includes a tray assembly; a plurality of battery modules arranged to form a planar grid in the tray assembly; and a pack cover coupled to an upper side of the tray assembly, and together with the tray assembly, forming a pack internal space to accommodate the battery modules therein, in which the battery modules arranged in the tray assembly includes first battery modules of which module outlets for discharging venting gas from insides thereof are formed in a longitudinal direction of the battery pack, and second battery modules of which module outlets are formed in a transverse direction, and the first battery module and the second battery module are alternately disposed inside the tray assembly to form the planar grid.

Abstract: A method of predicting a lifetime of a display device according to an embodiment includes creating a machine learning model based on prior degradation rate data according to a degradation time for each of pixels, measuring a first degradation rate data for each of the pixels by inputting a voltage to each of the pixels, predicting a second degradation rate data for each of the pixels using the machine learning model, and estimating a degradation rate for each of the pixels according to a degradation time based on the first degradation rate data and the second degradation rate data.

Abstract: Disclosed is a battery module for a vehicle. In particular, the battery module includes: a plurality of cylindrical battery cells having electrodes, each of the electrodes being provided on a corresponding one of opposite ends thereof, a case configured to surround and accommodate cylindrical portions of the plurality of battery cells so that the electrodes of the battery cells are disposed in the same plane, and a sensing block including a bus bar configured to electrically connect the electrodes of the battery cells, the sensing block being installed to restrain the battery cells accommodated in the case.

Abstract: An embodiment battery module including two side panels, a plurality of battery cells stacked between the two side panels, a plurality of foams inserted between the battery cells, an upper cover plate coupled to the two side panels and configured to restrain a compressed-stacked state of the battery cells at an upper side of the battery cells in combination with the two side panels, and a lower cover plate coupled to the two side panels and configured to restrain the compressed-stacked state of the battery cells at a lower side of the battery cells in combination with the two side panels.

Abstract: A battery module includes a battery layer formed by stacking a plurality of battery cells, a cartridge disposed in the battery cells of the battery layer and having channels through which air flows down, and battery covers disposed at sides of the battery layer and the cartridge. The battery covers are configured to laterally support the battery layer and the cartridge and are configured to change in length in accordance with the battery layer when the battery layer formed by stacking a plurality of battery cells is changed.

Abstract: A vehicular battery pack includes: a case having an internal space to accommodate a battery cell therein, an inlet to introduce air into the internal space of the case, an outlet to discharge air from the internal space of the case, and an expandable foam member disposed in at least a portion of each of the inlet and the outlet.

Abstract: A plasma display device includes a plasma display panel having a front panel, a rear panel, and a plurality of address electrodes therebetween, a chassis base affixed to the rear panel of the plasma display panel, a plurality of printed circuit boards which on the chassis base, each printed circuit board electrically connected to the electrodes via a flexible printed circuit, and an insert member between the chassis base and the printed circuit boards.

Abstract: Example embodiments relate to a display device and a method for driving the same. The method may include receiving an input signal from a user, determining whether the input signal is in a normal state or a degree of color deficiency, and changing a gamma coefficient of the input signal according to the user's state.

Abstract: A plasma display device includes a plasma display panel having a front panel, a rear panel, and a plurality of address electrodes therebetween, a chassis base affixed to the rear panel of the plasma display panel, a plurality of printed circuit boards which on the chassis base, each printed circuit board electrically connected to the electrodes via a flexible printed circuit, and an insert member between the chassis base and the printed circuit boards.

Abstract: A display device includes a display panel for displaying images, a chassis base, at least one circuit board fixed to a planar surface of the chassis base and at least one connection cable electrically connecting the at least one circuit board to the display panel. At least one connection cable having at least one discharge element is mounted within the at least one connection cable. A cover plate is fixed to the chassis base and supporting the at least one discharge element. The cover plate has a heat resistant medium located between the cover plate and the discharge element and may include at least one discharge element alignment mark indicating a discharge element supporting area on the cover plate. The discharge element alignment mark is located on a surface of the cover plate facing the at least one discharge element.