The present invention generally relates to a restraint system and, more particularly, to a system and method of restraint for use in pulling an uncooperative detainee into and out of a vehicle with the option of securing the detainee in an upright position.
Prior art restraint systems and methods are generally difficult to locate. At present, a police officer has limited options for moving an uncooperative detainee into the interior of a vehicle for transport after arrest. The standard method of restraining a detainee for transport is the use of multiple officers to simply overpower the detainee by brute force. This method has many disadvantages.
Perhaps the worst disadvantage is that the current system and method leads to multiple injuries to both officers and detainees.
Another disadvantage is that it generally takes multiple officers to restrain and transport a large uncooperative detainee.
Another disadvantage is that an uncooperative detainee may then harm themselves once placed inside a vehicle, where it is often difficult to further restrain the detainee.
What is needed is an improved system and method of restraining detainees that lowers the chance of injury to officers and detainees.
What is also needed is an improved system and method of restraining detainees that allows a lower number of officers to restrain a detain and move that detainee into a vehicle even when the detainee is uncooperative.
What is needed is an improved system and method of restraining detainees that lowers the chance of self-injury to detainees once they are placed into a vehicle.
An object of the present invention is to provide an improved system and method of restraining detainees that lowers the chance of injury to officers and detainees.
An object of the present invention is to provide an improved system and method of restraining detainees that allows a lower number of officers to restrain a detain and move that detainee into a vehicle even when the detainee is uncooperative.
An object of the present invention is to provide an improved system and method of restraining detainees that lowers the chance of self-injury to detainees once they are placed into a vehicle.
The present invention accomplishes the foregoing object by providing an improved system and method of restraining detainees that lowers the chance of injury to officers and detainees.
The present invention accomplishes the foregoing object by providing an improved system and method of restraining detainees that allows a lower number of officers to restrain a detain and move that detainee into a vehicle even when the detainee is uncooperative.
The present invention accomplishes the foregoing object by providing an improved system and method of restraining detainees that lowers the chance of self-injury to detainees once they are placed into a vehicle such as a police car.
The present invention provides a system for restraining a detainee for transport comprising: a body strap securely affixed to said detainee; at least one ratcheting strap, wherein a first end of said at least one ratcheting strap is securely attached to said body strap; an anchor disposed within a vehicle, wherein a second end of said at least one ratcheting strap is securely attached to said anchor.
The present invention may be optionally configured wherein said body strap is configured to attach around the torso of said detainee.
The present invention may be optionally configured wherein said body strap further comprises a D-ring for attachment to said at least one ratcheting strap.
The present invention may be optionally configured wherein said body strap further comprises an O-ring for attachment to said at least one ratcheting strap.
The present invention may be optionally configured wherein said body strap further comprises one or more hand grips so as to allow an officer to further restrain said detainee.
The present invention may be optionally configured wherein said ratcheting strap further comprises one or more hand grips so as to allow an officer to further restrain said detainee.
The present invention may be optionally configured wherein said at least one ratcheting strap further comprises one or more quick-connects for securely fastening said at least one ratcheting strap to said body strap and said anchor.
In another aspect of the invention, a method of restraining a detainee for transport is provided comprising the steps of: securely connecting a body strap to a detainee; securely connecting a first end of at least one ratcheting strap to said body strap; securely connecting a second end of said at least one ratcheting strap to an anchor disposed within a transport vehicle; and operating said at least one ratcheting strap to pull said detainee into said transport vehicle.
The method may also be optionally configured wherein said body strap is affixed around the torso of said detainee.
The method may also be optionally configured wherein said body strap further comprises a D-ring for attachment to said at least one ratcheting strap.
The method may also be optionally configured wherein said body strap further comprises an O-ring for attachment to said at least one ratcheting strap.
The method may also be optionally configured wherein said body strap further comprises one or more hand grips so as to allow an officer to further restrain said detainee.
The method may also be optionally configured wherein said ratcheting strap further comprises one or more hand grips so as to allow an officer to further restrain said detainee.
The method may also be optionally configured wherein said at least one ratcheting strap further comprises one or more quick-connects for securely fastening said at least one ratcheting strap to said body strap and said anchor.
The invention will be more readily understood with reference to the following specification in conjunction with the drawings herein:
Referring now to
Referring now to
This ratchet operates through tension on the outer region of inner belt 31 as illustrated. In normal operation, a user pulls inner belt 31, which in turns moves through the ratchet. Once a user stops pulling on inner belt 31, the spring lash 34 pushes down on inner belt 31 as illustrated to prevent it from traveling in the reverse direction back through spring lash 34. In this manner, a user may pull inner belt 31 in consecutive movements to make the length of outer belt 32 progressively shorter each pull, without inner belt 31 ever traveling in the opposite direction.
Ratcheting strap 30 attaches on each end with a connection means. Here quick release connector 38 connects to the O-ring 24 in body strap 20. In a preferred embodiment, a quick release connector is used on each end of ratcheting strap 30.
As shown in
The invention has been described with reference to the preferred embodiments without limit thereto. Additional embodiments and improvements may be realized which are not specifically set forth herein but which are within the scope of the invention as more specifically set forth in the claims appended hereto.
The present invention claims priority to pending U.S. Provisional Patent Application No. 63/186,442 filed May 10, 2021, which is incorporated herein by reference.