A mop includes a handle rod, a mop head, and an actuator handle. The handle rod defines a central handle rod axis. The mop head connects with the handle rod and includes a cleaning element mounting structure, a cleaning element, and a standoff. The actuator handle connects with the handle rod and the cleaning element mounting structure. The actuator handle is movable with respect to the handle rod for moving the mop head with respect to the handle rod between a use position and a storage position.
1. A mop comprising:
a handle rod defining a central handle rod axis;
a mop head connected with the handle rod and including a cleaning element mounting structure, a cleaning element connected with the cleaning element mounting structure, and a standoff extending from the cleaning element mounting structure; and
an actuator handle connected with the handle rod and the cleaning element mounting structure and movable with respect to the handle rod for moving the mop head with respect to the handle rod between a use position and a storage position;
when the mop head is in the use position a cleaning surface of the cleaning element is nearer to normal to the central handle axis as compared to parallel to the central handle axis,
when in the storage position the cleaning surface is nearer to parallel with the central handle axis as compared to normal to the central handle axis and a support surface on the standoff is positioned to offset the cleaning element from a flat horizontal surface upon which the support surface rests.
2. The mop of claim 1 , wherein the actuator handle is movable between a use operating position and a storage operating position, the actuator handle and the mop head being configured such that when the actuator handle is in the use operating position the mop head is in the use position and when the actuator handle is in the storage operating position the mop head is in the storage position.
3. The mop of claim 2 , wherein the actuator handle is movable in a first rotational direction from the storage operating position toward the use operating position, and the actuator handle is movable in a second, opposite, rotational direction from the use operating position toward the storage operating position.
4. The mop of claim 3 , wherein the cleaning element mounting structure includes a first plate and a second plate.
5. The mop of claim 4 , wherein the actuator handle is movable to a wring operating position, and movement of the actuator handle from the use operating position toward the wring operating position results in pivotal movement of the first plate toward the second plate.
6. The mop of claim 5 , wherein the actuator handle is movable in the first rotational direction from the use operating position toward the wring operating position.
7. The mop of claim 6 , wherein the use operating position is positioned between the storage operating position and the wring operating position along both the first rotational direction and the second rotational direction.
8. The mop of claim 4 , wherein the standoff is a first standoff extending from the first plate, and the mop includes a second standoff extending from the second plate.
9. The mop of claim 1 , further comprising a linkage connecting the actuator handle with the cleaning element mounting structure, wherein the mop head connects with the cleaning element mounting structure for pivotal movement about a mop head/handle rod axis and the linkage connects with the cleaning element mounting structure for pivotal movement about a mop head/handle actuator link axis.
10. The mop of claim 9 , wherein an end of the linkage adjacent the cleaning element mounting structure translates with respect to the cleaning element mounting structure as the mop head moves from the use position to the storage position.
11. The mop of claim 9 , wherein the mop head/handle rod axis is offset from and parallel with the mop head/actuator link axis.
12. The mop of claim 11 , wherein the mop head/handle rod axis is positioned nearer to a leading edge of the mop head as compared to the mop head/actuator link axis.
13. A mop comprising:
a handle rod;
a mop head connected with the handle rod for pivotal movement with respect to the handle rod about a mop head/handle rod axis, the mop head including a first plate, a second plate, a cleaning element having a cleaning surface and a first standoff extending from the first plate having a support surface spaced from the cleaning surface, wherein the mop head pivots with respect to the handle rod about the mop head/handle rod axis between a use position where the cleaning surface is resting on an associated floor surface and the support surface is offset from the associated floor surface and a storage position where the support surface is resting on the associated floor surface and the cleaning surface is offset from the associated floor surface;
an actuator handle connected with the handle rod for pivotal movement with respect to the handle rod about an actuator handle/handle rod axis, wherein movement of the actuator handle with respect to the handle rod results in pivotal movement of the first plate toward the second plate; and
a linkage connecting the actuator handle and the mop head such that movement of the actuator handle results in movement of the mop head, wherein the linkage connects with the mop head for pivotal movement about a mop head/handle actuator link axis that is parallel with the mop head/handle rod axis.
14. The mop of claim 13 , wherein the handle rod defines a central handle rod axis, and
when the mop head is in the use position the cleaning surface of the cleaning element is nearer to normal to the central handle axis as compared to parallel to the central handle axis,
when in the storage position the cleaning surface is nearer to parallel with the central handle axis as compared to normal to the central handle axis and the support surface on the standoff is positioned to offset the cleaning element from a flat horizontal surface upon which the support surface rests.
15. The mop of claim 13 , wherein the actuator handle is movable between a use operating position, a storage operating position, and a wring operating position and the actuator handle and the mop head being configured such that when the actuator handle is in the use operating position the mop head is in the use position, when the actuator handle is in the storage operating position the mop head is in the storage position and when the actuator handle is in the wring operating position the mop head is in a wring position where the first plate is pivoted toward the second plate.
16. The mop of claim 15 , wherein the actuator handle is movable in a first rotational direction from the use operating position toward the wring operating position,
wherein the actuator handle is movable in the first rotational direction from the storage operating position toward the use operating position, and the actuator handle is movable in a second, opposite, rotational direction from the use operating position toward the storage operating position, and
wherein the use operating position is positioned between the storage operating position and the wring operating position along both the first rotational direction and the second rotational direction.
17. The mop of claim 13 , wherein the mop head includes a second standoff extending from the second plate.