Toilet fill valve lock and method
Various embodiments of a toilet fill valve lock and method for adjusting the fill water level in a toilet are provided. In one embodiment a toilet fill valve includes a riser that extends along an axis and an inner shaft that is disposed along the axis between the axis and the riser. The toilet fill valve further includes a lock that is moveable toward and away from the axis and which can limit the movement of the riser relative to the inner shaft about the axis when in a locked position.
1. A toilet fill valve comprising:
a riser;
an inner shaft disposed in the riser, wherein the riser is telescopically adjustable relative to the inner shaft;
a stop protrusion extending longitudinally along the inner shaft;
a plurality of grooves formed along the inner shaft by a plurality of extensions extending from the stop protrusion;
at least one flange integrally molded in the riser, the at least one flange protruding inward toward the inner shaft, the at least one flange being compatible with each of the grooves; and
a lock having a moveable contact that abuts against the stop protrusion in a locked state and that rests against at least one of the extensions in an unlocked state, wherein the lock comprises a hinge.
2. The toilet fill valve of claim 1 , wherein the hinge pivots away from the inner shaft.
3. The toilet fill valve of claim 1 , wherein the lock comprises the hinge at a proximal end of the lock and the moveable contact is at a distal end of the lock.
4. A toilet fill valve comprising:
a riser;
an inner shaft disposed in the riser, wherein the riser is telescopically adjustable relative to the inner shaft;
a stop protrusion extending longitudinally along the inner shaft;
a plurality of grooves formed along the inner shaft by a plurality of extensions extending from the stop protrusion;
at least one flange integrally molded in the riser, the at least one flange protruding inward toward the inner shaft, the at least one flange being compatible with each of the grooves; and
a lock having a moveable contact that abuts against the stop protrusion in a locked state and that rests against at least one of the extensions in an unlocked state, wherein the lock is connected to the riser via a hinge.
5. The toilet fill valve of claim 4 , wherein the lock is connected to the riser via a living hinge.
6. A toilet fill valve comprising:
a riser;
an inner shaft disposed in the riser, wherein the riser is telescopically adjustable relative to the inner shaft;
a stop protrusion extending longitudinally along the inner shaft;
a plurality of grooves formed along the inner shaft by a plurality of extensions extending from the stop protrusion;
at least one flange integrally molded in the riser, the at least one flange protruding inward toward the inner shaft, the at least one flange being compatible with each of the grooves; and
a lock having a moveable contact that abuts against the stop protrusion in a locked state and that rests against at least one of the extensions in an unlocked state, wherein the moveable contact that abuts against a side of the stop protrusion opposite the extensions when in a locked state.
7. A toilet fill valve comprising:
a riser;
an inner shaft disposed in the riser, wherein the riser is telescopically adjustable relative to the inner shaft;
a stop protrusion extending longitudinally along the inner shaft;
a plurality of grooves formed along the inner shaft by a plurality of extensions extending from the stop protrusion;
at least one flange integrally molded in the riser, the at least one flange protruding inward toward the inner shaft, the at least one flange being compatible with each of the grooves; and
a lock having a moveable contact that abuts against the stop protrusion in a locked state and that rests against at least one of the extensions in an unlocked state, wherein the lock includes a release lever, and wherein movement of the release lever away from the stop protrusion causes the contact of the lock to disengage from the stop wherein the movement of the release lever away is away from the inner shaft.