Mop with interchangeable head mechanisms

A mop with interchangeable head mechanisms comprises:

• a handle shaft;
• an adapter neck;
• a retention bracket;
• at least one interchangeable head assembly;
• a first attachment mechanism;
• a second attachment mechanism;
• a lint scraper;
• a scraper sliding mechanism;
• the handle shaft comprises a first shaft end and a second shaft end;
• the adapter neck comprises an open neck end and a closed neck end;
• the at least one interchangeable head assembly comprises a base plate and a mop head;
• the first shaft end being positioned opposite the second shaft end along the handle shaft;
• the retention bracket being positioned adjacent with the closed neck end;
• the retention bracket being hingedly connected with the closed neck end;
• the second shaft end being releasably mounted into the open neck end by the first attachment mechanism;
• the base plate being positioned adjacent with the retention bracket, opposite the adapter neck;
• the base plate being releasably mounted across the retention bracket by the second attachment mechanism;
• the mop head being positioned adjacent with the base plate, opposite the retention bracket;
• the mop head being mounted across the base plate;
• a wringer mechanism;
• the wringer mechanism comprises a handgrip, an elongated brace, a housing, a mop-receiving channel, a shaft-receiving channel, a plurality of press rollers, and a deployment mechanism;
• the handgrip being terminally connected to the elongated brace;
• the housing being terminally connected to the elongated brace, opposite the handgrip;
• the shaft-receiving channel traversing through the housing, the elongated brace, and the handgrip;
• the mop-receiving channel traversing through the housing;
• the mop-receiving channel being positioned adjacent and parallel to the shaft-receiving channel;
• the plurality of press rollers being positioned adjacent to the mop-receiving channel, opposite to the shaft-receiving channel;
• the plurality of press rollers being operatively mounted within the housing by the deployment mechanism, wherein the deployment mechanism is used to coincidently align the plurality of press rollers along the mop-receiving channel during an operative configuration and is used to retract the plurality of press rollers away from the mop-receiving channel during a collapsed configuration, wherein the plurality of press rollers are kept positioned within the housing when the plurality of press rollers are moved from the operative configuration to the collapsed configuration and from the collapsed configuration to the operative configuration;
• the lint scraper being terminally positioned to the mop-receiving channel, opposite to the elongated brace;
• the lint scraper being operatively mounted into the housing by the scraper sliding mechanism;
• the scraper sliding mechanism engaging and disengaging the lint scraper with the mop head, wherein the lint scraper is used to coincidently align the lint scraper into the mop-receiving channel during an engagement configuration and used to retract the lint scraper away from the mop-receiving channel during a disengagement configuration.