Novel cleaning implements and novel components of cleaning implements are provided. Aspects relate to a cleaning implement that includes a wringer structure that is slidable along an elongate shaft member. The wringer structure further includes a removably coupled scrubbing brush structure.

The presently disclosed subject matter is directed to a cleaning device that includes two cleaning implements positioned at opposing ends of a longitudinal handle. Particularly, the device comprises a handle with first and second ends. A cleaning implement is positioned at each end of the handle. The cleaning implements can be selected from one or more mops, brooms, dusters, and the like. The device further includes covers that house the cleaning implements when not in use. Specifically, a particular cleaning implement (e.g., mop or broom) can be concealed by a cover, allowing the user to easily use the full length of the handle during cleaning.

Disclosed is a floor cleaning device, including a water tank; a cleaning cloth wrapped around the water tank; a plurality of support shafts and a plurality of transmission shafts which are respectively provided in the water tank to support the cleaning cloth; a driving mechanism connected to the transmission shafts to drive the cleaning cloth to move circularly in the water tank; and a cleaning mechanism provided above the cleaning cloth to remove dirts on the surface of the cleaning cloth. The disclosure achieves a self cleaning at the same time of the floor cleaning, so that there is no need for the user to wash the used cleaning cloth or change a disposable cloth after the floor cleaning, realizing a true cleaning without producing the secondary pollution.

Disclosed is a floor cleaning device, including a water tank; a cleaning cloth wrapped around the water tank; a plurality of support shafts and a plurality of transmission shafts which are respectively provided in the water tank to support the cleaning cloth; a driving mechanism connected to the transmission shafts to drive the cleaning cloth to move circularly in the water tank; and a cleaning mechanism provided above the cleaning cloth to remove dirts on the surface of the cleaning cloth. The disclosure achieves a self cleaning at the same time of the floor cleaning, so that there is no need for the user to wash the used cleaning cloth or change a disposable cloth after the floor cleaning, realizing a true cleaning without producing the secondary pollution.

Novel cleaning implements and novel components of cleaning implements are provided. Aspects relate to a cleaning implement that includes a wringer structure that is slidable along an elongate shaft member. The wringer structure further includes a removably coupled scrubbing brush structure.

A cleaning apparatus for domestic use having: a bucket intended to contain water; a support mounted in the bucket and intended to support a water absorbing element for floor cleaning; a tank intended to contain water and provided with a nozzle intended to distribute the water contained inside the tank; and a support means fixed to the bucket to support the tank, in such a way that the nozzle of the tank is situated above the support in order to rinse the water absorbing element disposed on the support of the bucket with clean water.

A cleaning apparatus for domestic use having: a bucket intended to contain water; a support mounted in the bucket and intended to support a water absorbing element for floor cleaning; a tank intended to contain water and provided with a nozzle intended to distribute the water contained inside the tank; and a support means fixed to the bucket to support the tank, in such a way that the nozzle of the tank is situated above the support in order to rinse the water absorbing element disposed on the support of the bucket with clean water.

A water-spraying mop comprising a mop rod, a mop head and a universal joint that rotationally connects the mop head and the mop rod; the mop rod comprises a water-squeezing frame that is disposed on the mop rod, and is capable of moving relative to the mop rod in an axial direction; the water-squeezing frame comprises a channel for allowing the mop head to pass through, a water-squeezing portion that is disposed in the channel, and faces the mop cloth while the mop head passes through the channel, and a liquid-spraying system consisted of a water tank, a water pump and a dynamic mechanism used for propelling the water pump to spray liquid; the water tank is disposed at the mop head, and the water pump is disposed in the mop rod.

A water-spraying mop comprising a mop rod, a mop head and a universal joint that rotationally connects the mop head and the mop rod; the mop rod comprises a water-squeezing frame that is disposed on the mop rod, and is capable of moving relative to the mop rod in an axial direction; the water-squeezing frame comprises a channel for allowing the mop head to pass through, a water-squeezing portion that is disposed in the channel, and faces the mop cloth while the mop head passes through the channel, and a liquid-spraying system consisted of a water tank, a water pump and a dynamic mechanism used for propelling the water pump to spray liquid; the water tank is disposed at the mop head, and the water pump is disposed in the mop rod.

A mop, including an elongated handle having a socket assembly affixed to a first end thereof; a plurality of grasping members extending from the socket assembly; a stationary plate removably attachable to the elongated handle; a ball assembly extending from a top portion of the stationary plate, the ball assembly being configured to engage the grasping members to achieve the removable attachment to the elongated handle; a trigger mechanism positioned along the top portion of the stationary plate, the trigger mechanism being axially movable relative to the ball assembly; a push plate movably coupled to the stationary plate, the push plate being configured to move from a first position proximate the stationary plate to a second position axially away from the stationary plate in response to activation of the trigger mechanism; and a substrate removably coupled to the push plate, wherein the substrate is configured to decouple from the push plate once the push plate is moved to the second position in response to activation of the trigger mechanism.