Gate closing apparatus

In a livestock transport vehicle having opposing first and second sides, a longitudinal axis substantially parallel to the first and second sides, and at least one internal divider gate with opposing pivot and free ends of which the pivot end is pivotally mounted within the vehicle adjacent to the first side so that the gate is swingably movable through a swinging arc between (i) an open position longitudinally extending along and adjacent to the first side with the free end adjacent to the first side, and (ii) a closed position transversely extending between the pivot end adjacent to the first side and the free end adjacent to the second side to thereby define adjacent compartments within the vehicle, wherein the first side has an opening and an apparatus for moving the gate from the open position to the closed position comprises:

• a bar pivotally connected to the first side adjacent to the opening and received through the opening such that the bar has an outer bar portion, defining an outer end, outside the vehicle and an inner bar portion, defining an opposing inner end, inside the vehicle, wherein the bar in a retracted position when the gate is in its open position has the inner bar portion transversely positioned between and closely adjacent to the gate and first side, the inner end of the bar being adjacent to the pivot end of the gate and longitudinally positioned between such pivot end and the opening;
• and
• a roller rotatably connected to the inner end of the bar;
• wherein the bar is pivotable from its retracted position upon movement of the outer bar portion outwardly from the first side and associated oppositely directed movement of the inner bar portion to place the roller in rolling contact with the gate from the open position and through a first portion of its swinging arc;
• whereby the gate can be moved from its open position to its closed position, from outside the vehicle and with one's arms outside the vehicle, by pulling outwardly on the outer bar portion with sufficient force and speed to push the gate through the first portion of its swinging arc, with the roller in rolling contact with the gate, so as to gain adequate momentum to move through a second, remaining portion of the swinging arc and to the closed position with the roller out of contact with the gate.