Abstract: A gate latch system has a latch line operating sub-assembly, a gravity latch mechanism, and a latch bar. The latch line operating sub-assembly has a tube of a first length having male threading along the entire length, allowing the tube to be trimmed to length for gateposts of different widths. The system comprises lighting elements in handles and knobs to aid a user in operation.

Abstract: A gate latch system has a latch line operating sub-assembly, a gravity latch mechanism, and a latch bar. The latch line operating sub-assembly has a tube of a first length having male threading along the entire length, allowing the tube to be trimmed to length for gateposts of different widths. The system comprises lighting elements in handles and knobs to aid a user in operation.

Abstract: A gate latch release mechanism has a cylindrical tubular guide having a first length, a mechanism to firmly fasten the tubular guide in a hole through a gate member, a compression spring having a length less than the first length of the tubular guide, the compression spring positioned within the tubular guide and having a first end bearing on a cap at a first end of the tubular guide, a flexible line of a length substantially longer than the tubular guide, the line passing through the compression spring and the tubular guide, and having a handle on one end and a coupling interface on an opposite end, and an element securely fastened to the line within the tubular guide, with the element bearing on a second end of the compression spring within the tubular guide.

Abstract: A gate latch release mechanism has a cylindrical tubular guide having a first length, a mechanism to firmly fasten the tubular guide in a hole through a gate member, a compression spring having a length less than the first length of the tubular guide, the compression spring positioned within the tubular guide and having a first end bearing on a cap at a first end of the tubular guide, a flexible line of a length substantially longer than the tubular guide, the line passing through the compression spring and the tubular guide, and having a handle on one end and a coupling interface on an opposite end, and an element securely fastened to the line within the tubular guide, with the element bearing on a second end of the compression spring within the tubular guide.

Abstract: A gate latch release mechanism has a cylindrical tubular guide having a first length, a mechanism to firmly fasten the tubular guide in a hole through a gate member, a compression spring having a length less than the first length of the tubular guide, the compression spring positioned within the tubular guide and having a first end bearing on a shoulder at a first end of the tubular guide, a flexible line of a length substantially longer than the tubular guide, the line passing through the compression spring and the tubular guide, and having a handle on one end and a coupling interface on an opposite end, and a planar element securely fastened to the line within the tubular guide, with the planar element bearing on a second end of the compression spring within the tubular guide.

Abstract: A gate latch release mechanism has a cylindrical tubular guide having a first length, a mechanism to firmly fasten the tubular guide in a hole through a gate member, a compression spring having a length less than the length of the tubular guide, the compression spring positioned within the tubular guide and having a first end bearing on a shoulder at a first end of the tubular guide, a flexible line of a length substantially longer than the tubular guide, the line passing through the compression spring and the tubular guide, and having a handle on one end and a coupling interface on an opposite end, and a planar element securely fastened to the line within the tubular guide, with the planar element bearing on a second end of the compression spring within the tubular guide.