I'm interning at a local law enforcement agency and there is a rumor going around that older series peerless cuffs can easily be broken by wedging them together and twisting your wrists? It was tried once and done, but again it is an older series. Does anyone know of any stories like this one? Or know if it can be done with a different name brand or newer cuffs?
Thanks
LizGiz311
Dear Joe, thank you for posting the picture of my handcuffs. I must add that I did not personally see the prisoner escape from these handcuffs nor did Mr Santini.
Mr Santini implies that his knowledge and experience over shadows all others.
At no point did I state that the handcuff hinge was broken by prying but that seems to be the whole argument in Mr Santinis first posting.
His comment Ian implied this was one of the reasons hinged handcuffs are created and/or are used. This is not so.
Unfortuneatly, and offering a lengthy exert from a patent paper to back up my point. You are in fact wrong. ( I said the invention of the hinge handcuff was ONE of the reasons, here are 10 ) {see below}
You wrote I see no evidence of spread cheek plates or popped hinge rivets which is what we all have been talking about.
The photo angle doesnt show the obvious spreading of the frame parts, and as for popped rivets, it was yourself who was talking about them, not me. You commented prior to seeing the picture.
Nor do I see any sort of evidence that these cuffs were so mutilated while on the wrists of the wearer. I guess they removed what possible blood may have been on the cuff before I was sent them. What were you expecting to see, pieces of flesh??
No folks, these cuffs are not evidence of what we have been talking about.
No they arent what YOU were talking about.
These are cuff that have been escaped from while on the prisoners wrists, the bows were bent until they slipped back against the pawl. They have no marks or dents to the inner surfaces of the frame section as one might expect from a seat belt buckle set. (and there are not belt buckle sets inside Australian prisons cells)
I have been able to manipulate these handcuffs in such a way as to see how the bend could have been made in the bows and why the bow has been fractured at the point where the straight section of bow teeth was still inside the cuff. The radius of the bow is less than the radius of the frame and the pawl wouldnt hold the bow teeth if they could be locked. As there are not other visible indentations, scratches or gouges in the metal to show additional leverage, I am left to wonder.
Ian McColl
Hinged handcuff patent 4300368
SUMMARY OF THE INVENTION
The overall objective of the present invention is to provide a law enforcement officer with the maximum amount of safety during and after restraining a prisoner with a handcuff assembly. The following are more specific objectives:
1. To provide a handcuff assembly which when applied to a prisoner's wrists restricts flexion, rotation and adduction of the prisoner's hand and wrists muscles and tendons such that if the prisoner were to have the key to the handcuffs in either hand, he would be unable to maneuver the key into the keyhole and turn it so as to escape from the handcuff assembly, etc.
2. To provide a handcuff assembly which would, when applied to a prisoner's wrists, prevent or greatly reduce his ability to extend his arms so as to prevent him from sliding his hands from behind his back and beneath his feet thereby bringing his hands in front of him. This is prevented by putting the handcuff assembly on the prisoner's wrists with his arms in a horizontal position on top of each other.
3. To provide a handcuff assembly with a connecting means that is incapable of being twisted or otherwise maneuvered into a position so that leverage could cause it to break.
4. To provide a handcuff assembly with a connecting means comprised of solid links which are hinged quarterly and which pivot on pins that are completely enclosed within the frame of the handcuffs and can not be tampered with and with the hinge pins at the quarter positions being knock-out proof by being made wider in the middle than at the ends.
5. To provide a handcuff assembly with a connecting means limited to substantially a 190.degree. lateral movement so that a prisoner restrained therein would be unable to get leverage on the link to break it by maneuvering his arms and hands.
6. To provide a handcuff assembly with two independent connecting means so that if one should fail, the other would be sufficiently strong enough to adequately hold the handcuffs together.
7. To provide a handcuff assembly with a connecting means which allows the handcuffs to fold completely flat, one on top of the other, for easy storage in a handcuff case.
8. To provide a handcuff assembly with a connecting means which allows the handcuffs to be comfortably carried over a normal belt or a "Sam Brown" type equipment belt without protruding.
9. To provide a handcuff assembly with a push button double locking device so that an officer can easily and rapidly apply the double lock with his thumb after the handcuffs have been replaced on a prisoner.
10. To provide a handcuff assembly with a push button double locking device in which the double lock activating pin is located in a counter sunk hole in order to prevent accidental activation of the double lock.