Mop wringer

A mop wringer comprising:

• a housing having opposite end walls,
• a pair of rotatable, wringing rollers having resilient roller bodies, said rollers extending between said opposite end walls of said housing and being journalled at opposite ends thereof, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed against one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, and at least one of said rollers being provided with a drive wheel for receiving rotational motion for causing said rollers to rotate in opposite directions when in said active position, and
• actuator means movable from a first position, through a second position and to a third position, said movable actuator means comprising a pair of actuator means provided at respective opposite end walls of said housing and actuating said movable roller at opposite ends thereof, each of said pair of actuator means comprising a first and second arm means defining a first and a second cam surface, respectively, and a roller drive means, said first cam surface guiding said movable roller from said inactive position to said active position, when said actuator means is moved from said first position to said second position, said second cam surface locking said movable roller in said second position, when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, and said roller drive means transmitting rotational motion to said drive wheel when said actuator means is moved from said second position to said third position and when said actuator means if moved from said third position to said second position.

A mop wringer comprising:

• a housing having opposite end walls,
• a pair of rotatable, wringing rollers having resilient roller bodies said rollers, extending between said opposite end walls of said housing and being journalled at opposite ends thereof, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed against one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, and at least one of said rollers being provided with a drive wheel for receiving rotational motion for causing said rollers to rotate in opposite directions when in said active position, and
• actuator means movable from a first position, through a second position and to a third position, said movable actuator means comprising a pair of actuator means provided at respective opposite end walls of said housing and actuating said movable roller at opposite ends thereof, each of said pair of actuator means comprising a first and a second arm means defining a first and a second cam surface, respectively, and a roller drive means, said first cam surface guiding said movable roller from said inactive position to said active position, when said actuator means is moved from said first position to said second position, said second cam surface locking said movable roller in said second position, when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, and said roller drive means transmitting rotational motion to said drive wheel when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, said first arm means being journalled swingable at one end thereof in said housing, said movable roller being journalled in said first arm means at an opposite end of said first arm means, said second arm means being journalled swingable at one end thereof in a journalling bearing in said housing, said second arm means having an abutment means at an opposite end thereof for engagement with said first cam surface, said second cam surface defining a segment of a circle having its center at said journalling bearing, said second arm means being swingable from said first position to said second position for swinging said movable roller from its inactive position to its active position by the transmission of said swinging of said second arm means to a swinging of said first arm means through the engagement between said abutment means and said first cam surface, said second arm means being swingable from said second position to said third position, and said second cam surface engaging with said opposite end of said first arm means when said second arm means is swinging from said second position to said third position.

A mop wringer comprising:

• a housing having opposite end walls,
• a pair of rotatable, wringing rollers having resilient roller bodies, said rollers extending between said opposite end walls of said housing and being journalled at opposite ends thereof, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed against one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, and at least one of said rollers being provided with a toothed drive wheel for receiving rotational motion for causing said rollers to rotate in opposite directions when in said active position, and
• actuator means movable from a first position, through a second position and to a third position, said movable actuator means comprising a pair of actuator means provided at respective opposite end walls of said housing and actuating said movable roller at opposite ends thereof, each of said pair of actuator means comprising a first swingable means having a first toothed wheel and a second swingable means having a second toothed wheel, said second swingable means comprising a toothed rack, said first and second toothed wheels meshing with one another for transmitting any swinging of any of said swingable means to the other, said second swingable means defining a first and a second cam surface, said first swingable means being swingable from said first position, through said second position, and to said third position, said second cam surface of said second swingable means defining a segment of a circle having its centre at the centre of swinging of said second swingable means, the swinging of said first swingable means from said first position to said second position being transmitted to said second swingable means through said meshing toothed causing said first cam surface of said second swingable means to guide said movable roller from its inactive position to its active position, and the swinging of said first swingable means from said second position to said third position being transmitted to said second swingable means through said meshing toothed wheels causing said second cam surface to lock said movable roller in said active position and further causing said at least one roller to rotate by engagement between said toothed rack of said second swingable means and said toothed drive wheel of said at least one roller.

A mop wringer comprising:

• a housing having opposite end walls,
• a pair of rotatable, wringing rollers having resilient roller bodies, said rollers extending between said opposite end walls of said housing and being journalled at opposite ends thereof, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed against one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, and at least one of said rollers being provided with a toothed drive wheel for receiving rotational motion for causing said rollers to rotate in opposite directions when in said active position, and
• actuator means movable from a first position, through a second position and to a third position, said movable actuator means comprising a pair of actuator means provided at respective opposite end walls of said housing and actuating said movable roller at opposite ends thereof, each of said pair of actuator means comprising a swingable plate means having an aperture defining a first and a second cam surface and further comprising a toothed rack, said swingable plate means being swingable from said first position, through said second position and further to said third position, said second cam surface defining a segment of a circle having its centre at the centre of swinging of said swingable plate means, the swinging of said swingable plate means from said first position to said second position causing said first cam surface to guide said movable roller from its inactive position to its active position, and the swinging of said plate means from said second position to said third position causing said second cam surface to lock said movable roller in said second position, and further causing said toothed rack to make said at least one roller rotate by its engagement with said toothed wheel.

A mop wringer comprising:

• a housing having opposite end walls,
• a pair of rotatable, wringing rollers having resilient roller bodies, said rollers extending between said opposite end walls of said housing and being journalled at opposite ends thereof, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed against one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, and at least one of said rollers being provided with a drive wheel for receiving rotational motion for causing said roller to rotate in opposite directions when in said active position, and
• actuator means movable from a first position, through a second position and to a third position, said movable actuator means comprising a pair of actuator means provided at respective opposite end walls of said housing, and actuating said movable roller at opposite ends thereof, each of said pair of actuator means comprising a first and second arm means defining a first and a second cam surface and a roller drive means, said first cam surface guiding said movable roller from said inactive position to said active position, when said actuator means is moved from said first position to said second position, said second cam surface locking said movable roller in said second position, when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, and said roller drive means transmitting rotational motion to said drive wheel when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, each of said pair of actuator means comprising a reciprocating, movable guiding means defining said first and second cam surfaces and having said toothed rack, and further being movable from said first position, through said second position, and to said third position.

A mop wringer comprising:

• a housing,
• a pair of rotatable, wringing rollers having resilient roller bodies, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed against one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, at least one of said rollers being provided with a drive wheel for receiving rotational motion for causing said rollers to rotate in opposite directions when in said active position and at least one of said rollers being constituted by a roller having a foamed, resilient body of a resiliency of less than 80 Shore (A), such as 40-65 Shore (A), preferably 45-60 Shore (A), further preferably 50-55 Shore (A), and
• actuator means movable from a first position, through a second position and to a third position, and comprising a first and a second cam surface and a roller drive means, said first cam surface guiding said movable roller from said inactive position to said active position, when said actuator means is moved from said first position to said second position, said second cam surface locking said movable roller in said second position, when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, and said roller drive means transmitting rotational motion to said drive wheel when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position.

A mop wringer system comprising a mop wringer and a mop, said mop wringer having:

• a housing,
• a pair of rotatable, wringing rollers having resilient roller bodies, at least one of said rollers being movable between an inactive position in which said rollers are out of contact with one another and in spaced apart relation and an active position in which said rollers are in contact with one another and pressed aainst one another so as to cause said roller bodies to be deformed and to generate a wringing pressure between said roller bodies, and at least one of said rollers being provided with a drive wheel for receiving rotational motion for causing said rollers to rotate in opposite directions when in said active position, and
• actuator means movable from a first position, through a second position and to a third position, and comprising a first and a second cam surface and a roller drive means, said first cam surface guiding said movable roller from said inactive position to said active position, when said actuator means is moved from said first position to said second position, said second cam surface locking said movable roller in said second position, when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, and said roller drive means transmitting rotational motion to said drive wheel when said actuator means is moved from said second position to said third position and when said actuator means is moved from said third position to said second position, and
• said mop having:
• a mop body and two wing parts, which wing parts are hinged to one another at inner ends thereof, and said mop body being connected to said wing parts at outer, opposite ends of said wing parts, said mop being collapsible by swinging said wing parts from an operational position, in which said wing parts define a substantially plane surface against which said mop body is maintained in a stretched-out position, and an inoperational position, in which said wing parts are collapsed so as to allow said mop body to suspend from said opposite ends of said wing parts for introducing said mop body into said mop wringer.