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Previously posted in GBS, with predictable flak. Hoping for a more measured response here. They suggested I take a selfie. Shmucks. ... In another thread, someone mentioned "handgun cams". I am an engineer and something of an inventor, and many ideas I have had later appeared in the market, dammit. here is how I would do the "Witness Cam", as I term it. It would be a self-contained cylindrical object, mounted like a scope, on the barrel of the weapon, bore-sighted to the barrel.It could be quite small-I think 8mm is doable-smaller than the bullet. A 10 mm diameter is much easier. no external connections of any kind would penetrate the casing of the cam. this is an important point. The power source would be like that of certain smart artillery shells- an annular coil over a magnet driven backwards through the magnetic field by the recoil impulse yielding a single (sizable energy)pulse of current which then charges a capacitor-providing sufficient voltage to power the electronics for the seconds required to strike the target. no internal battery or external power source is required. the front of the witness cam would carry a sapphire window, behind which would be a fast CCD camera chip, flash memory,CPU and encrypted optical data link interface (through the same window the cam looks through). All of this to be built with chip-on-ceramic substrate methods for maximum G force resistance. Now here is the legalese. The witness cam is a sealed and welded hermetic unit,carrying data accessible only to those in charge that hold the password (keyed to the serial number of the individual cam-keyed to the serial number of the weapon it is installed on)to access the video. It cannot be corrupted, altered, or obscured without the password, and is therefore admissible as evidence.Any tampering would be traceable. Sequence: 1. the gun is fired. the bullet travels out. there is a bright muzzle flash. the power coil moves rapidly back against the magnet in response to the recoil impulse and powers up the electronics. 2. the electronics delays some milliseconds to let the obscuring light of the muzzle flash dissipate. 3. when ambient light is clear, the CCD camera takes one or many shots of the area surveyed by the bore-sight FOV. Deflection of the image view upwards due to recoil kick is handled by a wide enough FOV or later image frames. 4. images are stored in Flash to be later recovered by investigators, using an optical link through the camera window. ... I did not previously publish this, because this is just the sort of thing the Feds might mandate on all guns as a measure of gun control- but if these things were mandated on Police guns and other guns in the hands of authority, it could remove much doubt and fog from these incidents. Is this feasible? I welcome questions/suggestions, Goons? I think this gadget is a flawless solution to who shot who and why. Seriously. Kickstarter? I could build this now with access to certain tools. MY INVENTION! MINE! MINE! zimboe fucked around with this message at 14:01 on May 14, 2015 |
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May 14, 2015 13:14
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| # ¿ May 17, 2024 00:01 |
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I think I will post this in the Goons with Guns thread, though they wont like the concept at all, I think. I need data on recoil force and travel for typical handguns- taking the Browning Hi-Power as a benchmark. seriously thinking about a Kickstarter.
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May 14, 2015 14:15
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