Abstract: An improved squeeze chute apparatus, which may be portable or stationary, includes a frame having an entrance end, an exit end, a first side, a second side, an upper end and a lower end. A first upstanding sidewall is positioned at the first side of the frame and a second upstanding sidewall is positioned at the second side of the frame. The sidewalls are movable between inner and outer positions with respect to the frame. First and second entrance gate members, which are movable between open and closed positions, are positioned at the entrance end of the frame. First and second exit gate members, which are movable between open and closed positions, are positioned at the exit end of the frame. The gate members and sidewalls are operated by hydraulic cylinders having resilient mounts at the base and rod ends thereof. Each of the gate members has two hydraulic cylinders connected thereto. Each of the sidewalls has four hydraulic cylinders connected thereto.

Abstract: An improved squeeze chute apparatus, which may be portable or stationary, includes a frame having an entrance end, an exit end, a first side, a second side, an upper end and a lower end. A first upstanding sidewall is positioned at the first side of the frame and a second upstanding sidewall is positioned at the second side of the frame. The sidewalls are movable between inner and outer positions with respect to the frame. First and second entrance gate members, which are movable between open and closed positions, are positioned at the entrance end of the frame. First and second exit gate members, which are movable between open and closed positions, are positioned at the exit end of the frame. The gate members and sidewalls are operated by hydraulic cylinders having resilient mounts at the base and rod ends thereof. Each of the gate members has two hydraulic cylinders connected thereto. Each of the sidewalls has four hydraulic cylinders connected thereto.