A cleaning tool with a spin-drying bucket, comprising a hand-operated rotary mop (2) and a bucket (1), the hand-operated rotary mop (2) comprises an upper rod (21) and a lower rod (22) disposed in a nested arrangement, the upper rod (21) extends telescopically from the lower rod (22), and the lower rod (22) rotates relative to the upper rod (21), a driving mechanism disposed between the upper rod (21) and the lower rod (22) converts a telescopic motion of the upper rod (21) into a rotary motion of the lower rod (22), the lower rod (22) has a mop head (23) with a wiper disposed at a bottom of the lower rod (22); a transmission shaft (3), used for connecting to the mop head (23), is disposed in the bucket (1), a water spray mechanism (5) having a squeezing component (52) for spraying water to the wiper, is disposed in the bucket (1), when the mop head (23) is connected to the transmission shaft (3), the rotation of the lower rod (22) drives the transmission shaft (3), the mop head (23), and the squeezing component (52) of the water spray mechanism (5) to rotate together around a same axis and/or at a same speed.

A cleaning tool with a spin-drying bucket, comprising a hand-operated rotary mop (2) and a bucket (1), the hand-operated rotary mop (2) comprises an upper rod (21) and a lower rod (22) disposed in a nested arrangement, the upper rod (21) extends telescopically from the lower rod (22), and the lower rod (22) rotates relative to the upper rod (21), a driving mechanism disposed between the upper rod (21) and the lower rod (22) converts a telescopic motion of the upper rod (21) into a rotary motion of the lower rod (22), the lower rod (22) has a mop head (23) with a wiper disposed at a bottom of the lower rod (22); a transmission shaft (3), used for connecting to the mop head (23), is disposed in the bucket (1), a water spray mechanism (5) having a squeezing component (52) for spraying water to the wiper, is disposed in the bucket (1), when the mop head (23) is connected to the transmission shaft (3), the rotation of the lower rod (22) drives the transmission shaft (3), the mop head (23), and the squeezing component (52) of the water spray mechanism (5) to rotate together around a same axis and/or at a same speed.

A mop includes a mop handle with a grip end and a mopping end. A locking cup is disposed on the mopping end. The locking cup includes a cup portion with interior threads and a locking tooth. A mop head is disposed at the mopping end. The mop head connects to a locking cap. The locking cap includes a locking tab configured to engage with the interior threads of the locking cup to allow for selective removal of the mop head from the mop handle and to engage and be retained by the locking tooth when the locking cap is threaded into the locking cup. A biasing element is disposed in the cup portion and contacts the locking cap and generate a bias between the locking cap and the locking cup and urge the locking tab against the locking tooth when the locking cap is threaded into the cup portion.

A mop includes a mop handle with a grip end and a mopping end. A locking cup is disposed on the mopping end. The locking cup includes a cup portion with interior threads and a locking tooth. A mop head is disposed at the mopping end. The mop head connects to a locking cap. The locking cap includes a locking tab configured to engage with the interior threads of the locking cup to allow for selective removal of the mop head from the mop handle and to engage and be retained by the locking tooth when the locking cap is threaded into the locking cup. A biasing element is disposed in the cup portion and contacts the locking cap and generate a bias between the locking cap and the locking cup and urge the locking tab against the locking tooth when the locking cap is threaded into the cup portion.

A rotary dewatering mop device comprises an outer casing, a barrel, a cleaning assembly and a holding assembly. The cleaning assembly is pulled upward through the holding assembly to be placed in the barrel and is moved upward and downward reciprocatically through a handheld rod to drive the barrel and the cleaning assembly to generate a centrifugal force of rotation, thereby achieving rapid dewatering.

A rotary dewatering mop device comprises an outer casing, a barrel, a cleaning assembly and a holding assembly. The cleaning assembly is pulled upward through the holding assembly to be placed in the barrel and is moved upward and downward reciprocatically through a handheld rod to drive the barrel and the cleaning assembly to generate a centrifugal force of rotation, thereby achieving rapid dewatering.

A mop head includes a collar and a braided cord comprised of a plurality of strands defining a core. The collar is positioned at a top end of the mop head such that the collar is capable of securing to a portion of a mop pole. The braided cord is arranged around the collar and attached to itself such that the cord forms a plurality of apertures and a plurality of loops. The bottom of the plurality of loops defines the bottom of the mop head, wherein the bottom of the mop head is capable of attached to the mop.

A mop head includes a collar and a braided cord comprised of a plurality of strands defining a core. The collar is positioned at a top end of the mop head such that the collar is capable of securing to a portion of a mop pole. The braided cord is arranged around the collar and attached to itself such that the cord forms a plurality of apertures and a plurality of loops. The bottom of the plurality of loops defines the bottom of the mop head, wherein the bottom of the mop head is capable of attached to the mop.

A rotary dewatering mop device comprises an outer casing, a barrel, a cleaning assembly and a holding assembly. The cleaning assembly is pulled upward through the holding assembly to be placed in the barrel and is moved upward and downward reciprocatically through a handheld rod to drive the barrel and the cleaning assembly to generate a centrifugal force of rotation, thereby achieving rapid dewatering.

A rotary dewatering mop device comprises an outer casing, a barrel, a cleaning assembly and a holding assembly. The cleaning assembly is pulled upward through the holding assembly to be placed in the barrel and is moved upward and downward reciprocatically through a handheld rod to drive the barrel and the cleaning assembly to generate a centrifugal force of rotation, thereby achieving rapid dewatering.