Abstract: A framed gate pivotally mounted at one of it's lower corners to an inner fence post securely positioned in the ground. The pivotal mounting of the gate allows one end of the gate to swing up and out of the way thereby effectively opening a gap and allowing passage from one side of the fence line to the other. A primary post is positioned outside of the inner fence post in relation to the gate. A manual winch device or powered winch device is attached to the primary post for the lifting of the framed gate. Further, this device is equipped with a spring for assisting the swinging of the gate up and out of the way and may be equipped with a remote control mechanism for remote operation of the gate. On the opposite side of the gate from the inner post is located the outer post which contains a catch mechanism to engage a locking mechanism on the gate to securely lock and hold the gate in a closed position.

Abstract: A framed gate that is pivotally mounted at one of it's lower corners to a specially designed fence or base post securely positioned in the ground. The pivotal mounting of the gate allows one end of the gate to swinging up and out of the way thereby effectively opening a gap and allowing passage from one side of the fence line to the other. A primary post is provided outside of the inner fence post in relation to the gate. This post contains the necessary components for the lifting of the invention and may be either a manual winch device or a powered winch type device. Further, this device may be equipped with a remote control mechanism for remote operation of the gate. On the opposite side of the gate from the inner post is located the outer post which contains a catch mechanism to engage a locking mechanism on the gate to securely lock and hold the gate in a closed position.