Abstract: A semi-rigid animal head enclosure with a handle effective in muzzling and controlling a fractious animal using a lead passing through a portion of the enclosure and secured thereto or in corporation with a special capture stick having a lead forming a loop secured to the enclosure, one end of the stick and loop passing through the head enclosure and encircling the neck of an animal the stick having a method for releasing the lead from the capture stick, removing the stick from enclosure allows the lead to be secured to the head enclosure thus maintaining the enclosure over the head of the animal.

Abstract: The muzzle release apparatus allows an operator to remotely and wirelessly disengage a restraint system from the snout of an animal. The system is activated using a small hand-held transmitter. A receiver on the collar detects the signal from the transmitter and electronically engages a solenoid mounted on a restraint under the animal's jaw. The solenoid retracts a locking mechanism that secures two metal pins to the restraint. Each pin is attached to a strap that goes around the animal's snout and is permanently mounted to the opposite side of the restraint. When the pins are released from the restraint, the straps slide off the snout allowing the restraint to fall freely away from the jaw area. The plate is attached to a collar around the animal's neck. The plate will stay attached to the collar at all times, even if deactivated.

Abstract: The invention concerns a movement restricting apparatus designed to prevent an animal from reaching with its mouth or some of its limbs, a zone of its body to be protected. The apparatus comprises features for fixing the apparatus to the animal and for restricting movement being attached or linked to each other. A dorsal slide on the feature for restricting movement is designed to be placed perpendicular to the animal's saggital symmetry, against the top of a part of its spine, and is in the form of a profiled section with open or closed cross-section.