Power mops

Abstract

A power wringer mop ( 14 ) which comprises a component for cleaning floor. A battery ( 1 ) is connected to a reversible electric motor ( 2 ). A socket shaft ( 3 ) is connected to the motor shaft ( 4 ). When a button ( 18 ) is press, power from the battery ( 1 ) will turn the electric motor ( 2 ), which will then turn the socket shaft ( 3 ). A receptor (or receptacle) ( 10 ) will be at one end of the socket shaft ( 3 ). A clamp ( 6 ) will be provided, with two wing nuts ( 5 ). One end of the mop ( 14 ) will slide into the receptor ( 10 ), while the other end ( 15 ) will be clamped ( 6 ) to the base of the mop handle ( 12 ). The socket shaft ( 3 ) with receptor (or receptacle) ( 10 ) will turn one end of the mop ( 14 ) ( 15 ) while the other end remains in one position, causing the mop ( 14 ) to wring out water or rinse. A power squeeze mop ( 2 ) which comprises a component for cleaning floor. A battery ( 1 ) is connected to a reversible electric motor ( 7 ). A pull shaft ( 24 ) with a threaded bore is connected to the motor shaft ( 3 ). The motor shaft ( 3 ) is also connected to a reversible motor ( 7 ). When a button ( 38 ) is press, power from the battery ( 1 ) will turn the electric motor ( 7 ), which will then turn the motor shaft ( 3 ). The turning motor shaft ( 3 ) will have a screw rod at one end. A pull shaft ( 24 ) with a threaded bore ( 26 ) is provided. The motor shaft's screw rod ( 24 ) will be threaded into the threaded bore ( 16 ) of the pull shaft ( 24 ). Two other side swivels ( 6 ) will also be connected between the mop handle ( 2 ), at the fork ( 8 ), and base ( 13 ) ( 23 ). The mop base ( 13 ) will have a hinge ( 21 ) in the center that connects both mop base plates ( 13 ) to the center swivel ( 5 ) and side swivel ( 23 ) and allow both plates ( 13 ) to fold, squeeze and release sponge mop ( 22 ). When the motor ( 3 ) turns, the threaded bore ( 3 ) will turn inside the pull shaft ( 24 ) ( 16 ) to pull the shaft ( 24 ) up between the fork ( 8 ) to squeeze out water. An ultraviolet lamp ( 26 ), is connected to the power squeeze mop.

What is claimed is now and desired to be protected by Letters Patent is set forth in the appended claims:  
     
         1 . A power wringer mop which comprises: 
 a) means for cleaning floor;    b) means for rinsing electro-mechanically;    c) means for wringing out water electro-mechanically;    d) a handle with batteries compartment, a electric motor and a socket shaft connected to said electric motor;    e) a receptor (or receptacle) connected to the second end of the socket shaft so that a mop head can be connected to said socket shaft.    
     
     
         2  A power wringer mop as recited in claim  1 ; wherein said floor cleaning means includes: 
 a) a mop handle with a battery compartment and a built-in electric motor inside said handle and a clamp with two wing nuts at the base of said handle;  
 b) a mop receptor (or receptacle) in base of handle, which is connected to the socket shaft, and a clamp with two wing nuts at the base of said mop handle; and  
 c) a mop head with two ends, the first end to be placed between a clamp on the mop base and second end of said mop head is magnetic and to be connected to a receptor (or receptacle) in the center of said mop base so that when a button on the mop handle is press, the electric motor inside the handle will turn the receptor (receptacle) in the center of mop base causing one end of said mop head to turn while the other end is clamped in a stationary position at the outer perimeter of said mop base, causing the mop head to twist or wring.  
 
     
     
         3 ) A power squeeze mop which comprises: 
 a) means for cleaning floor;    b) means for rinsing electro-mechanically by the press of a button on the handle of said mop;    c) means for squeezing out water electro-mechanically by the press of a button on the handle of said mop.    
     
     
         4  A power squeeze mop as recited in claim  3 ; wherein said floor cleaning means includes: 
 a) a mop handle with a battery compartment and a built-in electric motor inside the handle and a fork with swivel joints at the base of said handle.  
 
     
     
         5 ) A power squeeze mop as recited in claim  3 ; wherein said mop handle includes: 
 a) a motor shaft with an extended screw rod;    b) a pull shaft with a threaded bore inside one end so that the motor shaft's extended crew rod can be crewed into said treaded bore, a detent on the outside of said pull shaft that will fit between a groove inside the mop handle to keep said pull shaft from turning, and a center swivel at the second end of pull shaft so that the mop handle can be tilted in any direction while the mop base remain stationary;    c) a fork with swivel joints connected between the two ends of said fork and the base plates so that said handle can be tilted in any direction while base plates remains upright;    d) a mop handle with two base plates connected together by hinge, which is in turn connected to the center swivel, which is connected to the pull shaft;    e) two base plates that will also be connected together by a hinge, which is connected to the center swivel joint and two side swivel joints at each end of the fork on said mop handle so that when a button on said handle is press, the electric motor will turn a connected screw rod inside the threaded bore of the pull shaft so that said pull shaft will pull up the base plates between the fork, causing said base plates to fold together between said fork to squeeze out water in sponge attached to said base plates;    f) a ultraviolet lamp on said mop base plates to kill bacteria; and    g) groove under the two base plates for connection of the sponge mop head.