Abstract: A method of repairing data line defects and flat panel display incorporating the same. The shielding metal lines are disposed beside the data lines and the backup wires are across the adjacent data lines/shielding metal lines to repair disconnection defects in data lines. If several defects occur in the same data line, each defect can be repaired by laser fusing using the adjacent, suitable shielding metal line and the corresponding backup wires to detour around the defect to create an electrical loop. The flat panel display further comprises the shielding metal lines disposed beside the gate lines and the backup wires across the adjacent gate lines/shielding metal lines to repair disconnection defects in gate lines.

Abstract: A method of repairing data line defects and flat panel display incorporating the same. The shielding metal lines are disposed beside the data lines and the backup wires are across the adjacent data lines/shielding metal lines to repair disconnection defects in data lines. If several defects occur in the same data line, each defect can be repaired by laser fusing using the adjacent, suitable shielding metal line and the corresponding backup wires to detour around the defect to create an electrical loop. The flat panel display further comprises the shielding metal lines disposed beside the gate lines and the backup wires across the adjacent gate lines/shielding metal lines to repair disconnection defects in gate lines.

Abstract: An exhaust gas treatment apparatus for treating exhaust gas generated in semiconductor manufacturing processes. It includes a main pipe, a gas vortex means, a water vortex means, an U pipe and a discharge pipe. The main pipe transforms the exhaust gases to waste powder which are discharged out through the U pipe and the discharge pipe. The gas vortex means and water vortex means are located below the main pipe for generating annular and even downward gas flow and water flow at the outlet of the main pipe for preventing reflux of waste powder from entering into the main pipe. Waste powder thus won't deposit around the outlet. Scraper in the main pipe won't be stuck or deformed. Waste powder may be discharged out through the U pipe and discharge pipe smoothly and efficiently.

Abstract: An exhaust treatment machine. The exhaust treatment machine has a burning chamber and a wet chamber. Water is injected into the wet chamber by a water inlet at a bottom portion of the wet chamber. At least two rotor blades are installed over the bottom of the wet chamber to generate a vortex flow of the water. Thus, the vortex flow of the water acentrically flushes away the product produced in the burning chamber and removes it via a drainpipe. Furthermore, those clots agglomerated from the powers produced in the burning chamber are fragmented by the rotor blades. The problems of blocking the drainpipe is thus resolved.