Philips 34PW9817 34" Shouts off and red light continuously blinks

UPDATE 8/23/2014: I keep getting emails from Fixya telling me that the info above was helpful. However, the prognosis with the Philips TV didn\'t end there. What follows is my resolution to the problem. NOTE: I\'m an experienced in fields of electronics repair and high voltage applications. Please DO NOT attempt this at home unless you know how to take the necessary precautions. Otherwise you risk DEATH by electrocution!!! With that said, I removed the cover from the back of the unit, discharged the HD CRT (display tube) to ground, discharged all major capacitors and potential static sources, then unplugged and removed the boards for the power supply and flyback (High Voltage) transformer. Using a magnifier lamp I carefully examined the boards and found a number of suspect "cold" solder joints. I used a tempurature controlled, grounded, soldering workstation to resolder any joint that looked like it could have been a cold joint with possible separation. There were 20-30 of these. After carefully checking the board for any obvious component damage (overheated/darkened resistors, blown apart capacitors, cracked chips/transistors, etc.) and finding no other problems, I replaced the boards in the chassis and reconnected the various module connectors and jumpers. I then replaced the back cabinet cover of the unit and plugged it back into the wall outlet. After recabling inputs and outputs, I turned the unit on. It tested fine and never gave me another problem. I surmise that it had gotten jostled around a bit by the moving company during my prior relocation, as the problems didn\'t begin until after the move. But I was amazed at how many cold solder joints were on the board when I examined it. This is an obvious QC issue with Philips and should be addressed. Hope this helps! UPDATE 8/23/2014: I keep getting emails from Fixya telling me that the info above was helpful. However, the prognosis with the Philips TV didn\'t end there. What follows is my resolution to the problem. NOTE: I\'m an experienced in fields of electronics repair and high voltage applications. Please DO NOT attempt this at home unless you know how to take the necessary precautions. Otherwise you risk DEATH by electrocution!!! With that said, I removed the cover from the back of the unit, discharged the HD CRT (display tube) to ground, discharged all major capacitors and potential static sources, then unplugged and removed the boards for the power supply and flyback (High Voltage) transformer. Using a magnifier lamp I carefully examined the boards and found a number of suspect "cold" solder joints. I used a tempurature controlled, grounded, soldering workstation to resolder any joint that looked like it could have been a cold joint with possible separation. There were 20-30 of these. After carefully checking the board for any obvious component damage (overheated/darkened resistors, blown apart capacitors, cracked chips/transistors, etc.) and finding no other problems, I replaced the boards in the chassis and reconnected the various module connectors and jumpers. I then replaced the back cabinet cover of the unit and plugged it back into the wall outlet. After recabling inputs and outputs, I turned the unit on. It tested fine and never gave me another problem. I surmise that it had gotten jostled around a bit by the moving company during my prior relocation, as the problems didn\'t begin until after the move. But I was amazed at how many cold solder joints were on the board when I examined it. This is an obvious QC issue with Philips and should be addressed. Hope this helps!