Systems, methods and apparatus for holder for handcuffs, comprising : a polymer body having two integral spring-like flaps; a manual safety, embedded within said body, having an open and closed positions, and connecting plate in the back of said body adapted to prevent movement of said handcuffs backward and to allow connecting said holder to external articles; wherein upon closing handcuffs on said holder, said flaps bend inward and create pressure on said handcuffs.

This disclosure relates generally to securing/locking devices that enable the securing of multiple valuable items, such as tools, sporting equipment, and the like. Embodiments of securing/locking devices can include a primary link member such as a chain, rope, wire, or cable that connects a junction to a primary securing member, such as a cuff. The devices can further include secondary link members each connecting the junction to one or more secondary securing members. The primary link member can attach the device to an anchor, such as a trailer, a truck bed rail, a portion of a house, or similar. The secondary link members can attach the device to mobile objects, such as expensive tools and sporting equipment. Thus, the single securing/locking device can be used to secure multiple mobile objects to a relatively stationary anchor. Many different embodiments similar to or different than this specific securing device are possible.

This present Invention provides novelty in the method and the device for handcuffs which are purpose-built for constraining the hands of the handcuffed person, where the method enables handcuffs which can constrain both hands of the handcuffed person, and where an extension to the handcuffs provides, additionally, a means to allow the constraining of finger movements of the handcuffed person, such that both wrists of the handcuffed person are one against the other and the fingers of his one hand are against the fingers of his other hand, thus limiting to some degree their natural freedom of movement by the method and device of the handcuffs which constitute this present Invention.

This present Invention provides novelty in the method and the device for handcuffs which are purpose-built for constraining the hands of the handcuffed person, where the method enables handcuffs which can constrain both hands of the handcuffed person, and where an extension to the handcuffs provides, additionally, a means to allow the constraining of finger movements of the handcuffed person, such that both wrists of the handcuffed person are one against the other and the fingers of his one hand are against the fingers of his other hand, thus limiting to some degree their natural freedom of movement by the method and device of the handcuffs which constitute this present Invention.

Personal restraints are described, including a user-accessible button that can be pushed in sliding a lock bar into a double lock position.

Personal restraints are described, including a user-accessible button that can be pushed in sliding a lock bar into a double lock position.

A cable tie safety mechanism configuration is disclosed having a looped region that allows a space or opening within the cable tie such that it can be cut or sheared from a restrained person without the risk of injury. In particular, a safety mechanism is disclosed for a cable tie having a projection or protruding region, wherein the projection extends upwardly from a base region of a cable tie apparatus. In addition, the projection further extends or slopes in a downward configuration or orientation, wherein the sloped or downward configuration forms a hook-like configuration. Further, the projection forms an open space or gap underneath, thereby allowing a user to safely cut the cable tie near, within, or around the space or gap region of the projection without harm or injury to the restrained individuals arm, wrist, or hands, among other advantages.

A cable tie safety mechanism configuration is disclosed having a looped region that allows a space or opening within the cable tie such that it can be cut or sheared from a restrained person without the risk of injury. In particular, a safety mechanism is disclosed for a cable tie having a projection or protruding region, wherein the projection extends upwardly from a base region of a cable tie apparatus. In addition, the projection further extends or slopes in a downward configuration or orientation, wherein the sloped or downward configuration forms a hook-like configuration. Further, the projection forms an open space or gap underneath, thereby allowing a user to safely cut the cable tie near, within, or around the space or gap region of the projection without harm or injury to the restrained individuals arm, wrist, or hands, among other advantages.

The proposed handcuff in the invention employs an innovative locking mechanism, which stops further tightening of the handcuff when the force applied on the wrist of hand or ankle of foot is greater than 1.5 lbs (or any preset value), and prevents physical injuries from over-tightening without compromising the restrain. The handcuff is 50% faster in restraining by automatically locking instead of manually push-to-locking. The handcuff has the same shape/size/cost of the handcuffs currently used by police officer, and is compatible with current training procedure or SOP.

The proposed handcuff in the invention employs an innovative locking mechanism, which stops further tightening of the handcuff when the force applied on the wrist of hand or ankle of foot is greater than 1.5 lbs (or any preset value), and prevents physical injuries from over-tightening without compromising the restrain. The handcuff is 50% faster in restraining by automatically locking instead of manually push-to-locking. The handcuff has the same shape/size/cost of the handcuffs currently used by police officer, and is compatible with current training procedure or SOP.