摘要:
A method of manufacturing a plasma display device capable of easily separating a panel from a holding plate. In the plasma display device comprising the panel in which a pair of substrates formed transparent at least on the front sides are faced each other so that a discharge space can be formed therebetween and having a plurality of discharge cells and a metallic chassis member holding the panel through a heat conductive member, the heat conductive member is formed of a stretched peel type adhesive agent, and after the adhesive agent is applied to the panel or the chassis member, the panel and the chassis member are stacked on each other and pressed and heated to harden the adhesive agent.
摘要:
A chassis assembly to reduce a discharge delay in a plasma display apparatus and a plasma display apparatus having the same. The chassis assembly includes a chassis having a thermal conductivity in a range of about 10 W/mK to about 100 W/mK.
摘要:
According to the present invention, the amount of usage of a heat conductive member for fixing a self-luminous flat display panel to a metallic chassis member disposed at the back of the display panel is reduced in the thickness direction as well as in the surface direction. The invention further provides a technique for efficiently radiating heat from the displaypanel, suppressing cost increase. To this end, in the invention, the heat conductive member is a hot-melt adhesive having adhesion at room temperature and filled with a heat conduction imparting agent, and the display panel is fixed to the chassis member by a plurality of heat conducting sections of the heat conductive member formed discretely ranging from 0.3 to 0.8 mm in thickness.
摘要:
A driver IC packaging module is provided which comprises a driver IC chip 10 for driving a display electrode 5a of the flat display panel 5, a substrate 11 on which the driver IC chip 10 is mounted, and a flexible substrate 12 having output wirings. On one end of the flexible substrate connection terminals are provided and on the other end output terminals are provided, so as to connect electrically at least the display electrode 5a and output pads of the driver IC chip 10. The packaging module has a structure in which the output pads of the driver IC chip 10 and the connection terminals of the flexible substrate 12 are connected directly, and the direction of exposed surfaces of the output terminals of the flexible substrate 12 connected to the display electrode 5a and the direction of the driver IC chip 10 mounting surface on the substrate 11 are directed oppositely. When such a driver IC packaging module is applied to a flat display device, a high heat radiation efficiency can be achieved.
摘要:
The present invention relates to a flexible substrate. More particularly, the present invention relates to a flexible substrate for a display apparatus. A display apparatus according to an embodiment of the present invention comprises a display panel in which an electrode is formed, a heat sink plate (130) formed on a rear side of the display panel (222), a driving board (221) formed on a rear side of the heat sink plate (130), and a flexible substrate (223) for connecting the electrode and the driving board (221), wherein the flexible substrate (223) is directly grounded to the heat sink plate (130). Accordingly, the noise of pulses supplied from the flexible substrate can be prevented and damage to the flexible substrate can be prohibited.
摘要:
A flat display apparatus which can prevent a misdischarge and enhance productivity includes a display panel, a frame provided on a rear surface of the display panel, and at least two thermally conductive sheets (430) placed between the display panel (410) and the frame (420). The thermally conductive sheets are spaced apart from each other at certain distances. By improving the structure of the flat display apparatus, the workability can be enhanced and a temperature gradient of the flat display panel can be suppressed.
摘要:
The present invention relates to a plasma display apparatus including a heat sink assembly apparatus, wherein the length of a TCP film can be reduced over a predetermined length. The plasma display apparatus according to embodiments the present invention includes a plasma display panel (500), a driver IC (550) for generating a driving pulse to drive the plasma display panel, a signal transfer film (540) electrically connected to the plurality of electrodes and the driver IC in such a fashion that the driver IC is located under a lateral side of the plasma display panel, a heat sink (570) spaced apart from the signal transfer film by a predetermined distance, for externally radiating heat of the signal transfer film, a first fastening unit (580) located between the signal transfer film and the heat sink, for separating the signal transfer film and the heat sink by a predetermined distance, and a second fastening unit (530) coupled to the first fastening unit so as to fix the heat sink. According to a plasma display apparatus in accordance with embodiments of the present invention, a driver IC is located under the lateral side of a plasma display panel, thus shortening the length of a signal transfer film. Accordingly, cost can be saved.
摘要:
A plasma display device is comprised of a plasma display panel (10), a circuit board (11, 12) having a driving circuit for driving the plasma display panel, a main frame (17) for supporting the circuit board, and a uniform heat-conducting plate (18) to be fixed to the plasma display panel. In this structure, although the uniform heat-conducting plate is fixed to the plasma display panel by means of, for example, an adhesive, the main frame can be detached from the uniform heat-conducting plate when the plasma display panel is replaced. As a result, various complicated structure such as a radiating fin and a rib can be formed on the main frame because consideration of the possibility of discarding the main frame along with a PDP to be replaced is no longer necessary. By forming the uniform heat-conducting plate to be a simple structure so as to reduce its manufacturing cost, and by forming the main frame to have a complicated structure to improve its thermal nature and the mechanical strength, the present invention is able to realize a plasma display device having improved thermal characteristics and mechanical strength without largely increasing the manufacturing cost.