Abstract: A transmission includes a first component, a second component, and first and second transmission elements. The first component has a drive member and a portion configured to be actuated to inhibit movement of the drive member. The first and second transmission elements are each coupled to the drive member and the second component and configured to cause movement of at least one of the first component and the second component in response to movement of the drive member. At least one of the first and second transmission elements includes a first plurality of transmission sub-elements.

Abstract: An improved portable squeeze chute apparatus includes a chute having an entrance end, an exit end, opposing sidewalls, a base and a frame. Each of the sidewalls has a plurality of openable and removable upper panels and openable lower panels for accessing upper portions and lower portions of an animal positioned in the chute. Each of the sidewalls is selectively positionable along a generally horizontal axis in order to immobilize lateral movement of an animal positioned in the chute. An exit gate is positioned at the exit end of the chute to prevent the animal from exiting forwardly from the chute. An entrance gate has interconnected entrance gate side portions for selectively preventing the animal from exiting rearwardly from the chute. Various portions of the apparatus are each controllable by a respective hydraulic chain drive assembly. One such portion includes a pair of arcably pivoting neck stretchers for selectively immobilizing the animal's head and neck while the animal is being worked.

Abstract: An improved portable squeeze chute apparatus includes a chute having an entrance end, an exit end, opposing sidewalls, a base and a frame. Each of the sidewalls has a plurality of openable and removable upper panels and openable lower panels for accessing upper portions and lower portions of an animal positioned in the chute. Each of the sidewalls is selectively positionable along a generally horizontal axis in order to immobilize lateral movement of an animal positioned in the chute. An exit gate is positioned at the exit end of the chute to prevent the animal from exiting forwardly from the chute. An entrance gate has interconnected entrance gate side portions for selectively preventing the animal from exiting rearwardly from the chute. Various portions of the apparatus are each controllable by a respective hydraulic chain drive assembly. One such portion includes a pair of arcably pivoting neck stretchers for selectively immobilizing the animal's head and neck while the animal is being worked.