http://www.dailymail.co.uk/news/art...ed-air-hose-accidentally-lodged-backside.html
Sounds to me like a factory prank, that went wrong, airlines don't just find their way in to someones orifice, and I find 300 psi hard to believe.
Air lines are normally connected using schrader self closing couplings and would not waft around if disconnected from a power tool.
Something not quite right here.
Wotan

I reckon the guy has a sexual fetish for air tools and got carried away inadvertantly pulling the trigger and nearly blowing his spuds off and is trying to cover it up
"Two colleagues were working next to him at the time and it is not known how the air hose came to be attached to him.
Mr Durrant, of Hull, said: ‘I was reaching up to finish the wiring on a caravan at the factory. I knew this air hose was being used close behind me but I just carried on the job as normal.
‘The next thing I knew I felt this strong air being blown on my legs from behind, and then something went up my rectum through the shorts I was wearing."
Sounds to me like a factory prank, that went wrong, airlines don't just find their way in to someones orifice, and I find 300 psi hard to believe.
Air lines are normally connected using schrader self closing couplings and would not waft around if disconnected from a power tool.
Something not quite right here.
Wotan
It's the Daily Mail it's all made up
Sounds to me like a factory prank, that went wrong, airlines don't just find their way in to someones orifice, and I find 300 psi hard to believe.
Air lines are normally connected using schrader self closing couplings and would not waft around if disconnected from a power tool.
Something not quite right here.
Wotan
It's the Daily Mail it's all made up
True. It's made up. Why people believe this stuff, is unbelievable.
Sounds to me like a factory prank, that went wrong, airlines don't just find their way in to someones orifice, and I find 300 psi hard to believe.
Air lines are normally connected using schrader self closing couplings and would not waft around if disconnected from a power tool.
Something not quite right here.
Wotan
It's the Daily Mail it's all made up
True. It's made up. Why people believe this stuff, is unbelievable.
It's not made up
http://www.telegraph.co.uk/news/ukn...inflated-by-air-hose-was-victim-of-prank.htmlSounds to me like a factory prank, that went wrong, airlines don't just find their way in to someones orifice, and I find 300 psi hard to believe.
Air lines are normally connected using schrader self closing couplings and would not waft around if disconnected from a power tool.
Something not quite right here.
Wotan
It's the Daily Mail it's all made up
True. It's made up. Why people believe this stuff, is unbelievable.
It's not made up
Source - Daily Mail. They never make stories up. Honest. 300psi, that is a lot more than a normal airline. Not been reported anywhere else that I've seen. Not true.
I was working on a dusty computer once, and the boss ordered me to go to the engineering department, to blow the dust out, using this type of compressor arrangement, it would have blown the chips off the board! But 300psi!?? Would have disintegrated the board! Surely.
An airline at a garage blows tyres upto 30-40psi - 300psi, is just mental.
I was working on a dusty computer once, and the boss ordered me to go to the engineering department, to blow the dust out, using this type of compressor arrangement, it would have blown the chips off the board! But 300psi!?? Would have disintegrated the board! Surely.
An airline at a garage blows tyres upto 30-40psi - 300psi, is just mental.
He meant your head.boss ordered me to go to the engineering department, to blow the dust out, using this type of compressor arrangement,
300psi is not impossible. My compressor runs about 120psi
The piston compressor is one of the earliest compressor designs, but it remains the most versatile and is still a very efficient compressor. The piston compressor moves a piston forward in a cylinder via a connecting rod and crankshaft.
CompAir's Piston range operates between 0.75 kW to 420 kW (1hp to 563hp) producing working pressure at 1.5 bar to 414 bar (21 to 6004psi).