the micro fiber cleaning apparatus of the present invention is provided in several different embodiments , all of which enable removal of a cleaning pad from the apparatus without requiring manually touching the cleaning pad . in the description to follow , the concept of the invention is described employed on a floor mop apparatus . it should be understood that this environment of the concept of the invention is illustrative only , and is not intended to limit the concept of the invention to use on only floor mops . the concept of the invention may be used on various different types of apparatus that support a cleaning pad in use . each embodiment of the apparatus of the invention to be described is basically comprised of a mop head , a micro fiber cleaning pad or other equivalent type of cleaning pad that is removably attached to the mop head , and an elongate handle that is attached to and extends from the mop head . each of the component parts of the invention , apart from the micro fiber cleaning pad , can be constructed of a plastic material as is conventional in the art . furthermore , although the apparatus of the invention is described as comprising a micro fiber cleaning pad , other types of cleaning pads may be used with the invention . fig1 shows a first embodiment of the apparatus of the invention . the apparatus is basically comprised of a mop head that includes a lower panel 12 and an upper panel 14 , a cleaning pad 16 that is removably attached to the mop head , and a handle 18 that extends from the mop head . these basic component parts of the apparatus are employed in each embodiment of the apparatus to be described . the cleaning pad 16 has a rectangular configuration with opposite top 22 and bottom 24 surfaces . the pad has a peripheral edge 26 that gives the pad its rectangular configuration and separates the pad top surface 22 from the pad bottom surface 24 . the bottom surface 24 of the pad is configured as the pad cleaning surface . the top surface 22 of the pad is designed to be removably attached to the mop head of the apparatus . one or more cleaning pad connector members 32 are mounted on the cleaning pad top surface 22 . the connector members 32 can be separately secured to the cleaning pad top surface 22 or can be made a part of the cleaning pad . for example , the connector members 32 could be a loop portion of a loop and hook releasable fastener , such as a velcro ® type fastener . the loop portion of the fastener could be secured to the cleaning pad top surface 22 as the connector member 32 , or the material of the cleaning pad itself could function as the loop portion of the fastener . the lower panel 12 has basically the same rectangular configuration as the cleaning pad 16 . the lower panel has opposite top 34 and bottom 36 surfaces , and a rectangular peripheral edge 38 that separates these surfaces . one or more openings 42 extend through the lower panel . as best seen in fig2 and 3 , the lower panel openings 42 correspond in shape , dimension , and position with the connector members 32 on the cleaning pad top surface 22 . when the cleaning pad top surface 22 is positioned opposite and / or against the lower panel bottom surface 36 , the connector members 32 of the cleaning pad 16 are exposed through the lower panel openings 42 . a handle connector 44 is provided on a central portion of the lower panel top surface 34 . the handle connector 44 in the preferred embodiment of the invention is a universal type coupling that enables pivoting movement about two perpendicular axes of the connector 44 . the upper panel 14 has basically the same size and shape configuration as the lower panel 12 . the upper panel 14 has opposite top 46 and bottom 48 surfaces that are separated by a rectangular peripheral edge 52 of the panel . the upper panel bottom surface 48 is provided with a plurality of projecting surface areas 54 that can be seen in fig2 . the surface areas 54 are the same in number and have basically the same shape as the lower panel openings 42 . the surface areas 54 are positioned on the upper panel bottom surface 48 in the same spatial arrangement as the openings 42 in the lower panel 12 . a pair of planar projections 56 project outwardly from one side of the upper panel 12 . these projections 56 are basically positioned in the same plane as the upper panel 14 . a second pair of hooked projections 58 project outwardly from the opposite side of the upper panel 14 . as seen in fig1 , the hooked projections 58 extend outwardly from the upper panel top surface 46 and then curve outwardly over the upper panel peripheral edge 52 , forming the hooked configurations of the projections . a connector mechanism in the form of a hinge assembly 62 , 64 connects the upper panel 14 to the lower panel 12 . the connector mechanism 62 , 64 enables relative movement between the lower panel 12 and the upper panel 14 . other types of connector mechanisms that enable relative movement between the two panels could be used in lieu of the hinge assembly of the connector mechanism 62 , 64 . as shown in the drawing figures , the hinges of the connector mechanisms 62 , 64 connect the lower panel 12 to the upper panel 14 along one edge of each of the two panels . the connection enables relative movement between the lower panel 12 and the upper panel 14 where the upper panel moves between first and second positions of the upper panel relative to the lower panel . fig1 shows the first position of the upper panel 14 relative to the lower panel 12 where the upper panel bottom surface 48 directly opposes the lower panel top surface 34 . in this position of the upper panel 14 , the projecting surface areas 54 on the upper panel bottom surface 48 extend through the openings 42 in the lower panel 12 . fig2 shows the relative positions of the lower panel 12 and the upper panel 14 where the upper panel has been moved to its second position relative to the lower panel . in the second position of the upper panel 14 , the upper panel bottom surface 48 no longer opposes the lower panel top surface 34 , and the projecting surface areas 54 on the upper panel 14 have been removed from the openings 42 in the lower panel 12 . the upper panel 14 is provided with a central opening 66 in the area of the handle connector 44 on the lower panel 12 . this enables the handle connector 44 to extend through the upper panel central opening 66 when the upper panel 14 is moved to its first position relative to the lower panel 12 shown in fig1 . a plurality of upper panel connector members 72 are provided on the projecting surface areas 54 of the upper panel 14 . the upper panel connector members 72 are releasably connectable to the cleaning pad connector members 32 by being pressed against the cleaning pad connector members . the upper panel connector members 72 are removable from the cleaning pad connector members 32 by being pulled from the cleaning pad connector members . in the preferred embodiment of the invention , the upper panel connector members 72 are the other of a loop portion or a hook portion of a velcro ® type fastener from the portion of the fastener employed as the cleaning pad connector members 32 . other equivalent types of connector mechanisms may be used . when the upper panel 14 is moved to its first position relative to the lower panel 12 , the projecting surface areas 54 on the upper panel position the upper panel connector members 72 in engagement with the cleaning pad connector members 32 when the cleaning pad 16 it is positioned adjacent the lower panel bottom surface 36 . when the upper panel 14 is moved to its second position relative to the lower panel 12 shown in fig2 , the upper panel connector members 72 are separated from the cleaning pad connector members 32 and the cleaning pad 16 is free to separate from the lower panel 12 and the upper panel 14 . the handle 18 is connected to the handle connector 44 of the mop head . the handle 18 is preferably an elongate rod having opposite proximal 74 and distal 76 ends . the handle proximal end 74 is secured to the handle connector 44 , and thereby the handle 18 is secured to the lower panel 12 and the upper panel 14 . the universal connection provided by the handle connector 44 enables the lower panel 12 , upper panel 14 and cleaning pad 16 of the mop head to pivot along two perpendicular axes relative to the handle 18 in use of the cleaning apparatus of the invention . fig5 shows a specialized bucket that is designed for use with the first embodiment of the apparatus described . the bucket 82 has a bottom wall and a plurality of side walls that give the bucket a general cubic configuration . the bucket side walls terminate at top edges 84 of the side walls that surround a top opening 86 of the bucket . in the particular embodiment of the bucket 82 shown in fig5 , a rod 88 extends across the bucket opening 86 . the opposite ends of the rod 88 are secured to opposite side wall top edges 84 of the bucket . as shown in fig5 , the rod 88 is positioned over the bucket opening 86 to enable insertion of the mop head cleaning pad 16 , lower panel 12 and upper panel 14 over the bucket opening 86 between the rod 88 and an adjacent bucket side wall top edge 84 . the positioning of the rod 88 relative to the bucket top edge 84 enables the mop head of the apparatus to be positioned over the bucket opening 86 , with the upper panel planar projections 56 engaging against the side wall top edge 84 and the upper panel hooked projections 58 engaging over the rod 88 . this supports the upper panel 14 over the bucket opening 86 as shown in fig5 . in the relative positions of the lower panel 12 , the upper panel 14 and the cleaning pad 16 shown in fig5 , the cleaning pad 16 is held to the lower panel bottom surface 36 by the releasable engagement between the cleaning pad connector members 32 and the upper panel connector members 72 through the lower panel openings 42 . with the upper panel 14 supported on the bucket 82 as shown in fig5 , pushing downwardly on the handle 18 will cause the lower panel 12 to separate from the upper panel 14 . the lower panel 12 pivots about the connector mechanism 62 , 64 and passes through the bucket opening 86 while the upper panel 14 is supported on the bucket top edge 84 and the bucket rod 88 . this relative movement between the lower panel 12 and the upper panel 14 causes the upper panel connector members 72 on the upper panel projecting surface areas 54 to be pulled out of the lower panel openings 42 , causing the upper panel connector members 72 to disconnect from the cleaning pad connector members 32 . this releases the cleaning pad 16 from its connection to the upper panel 14 , and the cleaning pad 16 falls away from the lower panel 12 into the bucket 82 . in this manner the cleaning pad 16 can be separated from the mop head of the apparatus without requiring manually touching the cleaning pad . fig6 and 7 show a second embodiment of the apparatus of the invention . the cleaning pad 16 used with the second embodiment of the apparatus is the same as that employed with the first embodiment . therefore , the cleaning pad 16 is not shown in fig6 and 7 . the lower panel 12 of the mop head is also basically the same as the lower panel 12 employed in the first embodiment of the apparatus of the invention . therefore , the features of the lower panel 12 shown in fig6 and 7 are labeled with the same reference numbers employed in describing the lower panel 12 of the first embodiment of the apparatus . the upper panel 14 of the mop head shown in fig6 and 7 is also basically the same as the upper panel of the first embodiment of the apparatus . therefore , features of the upper panel 14 shown in fig6 and 7 that are the same as those of the first embodiment of the apparatus are labeled by the same reference numbers . the upper panel 14 of fig6 and 7 is different from that of the first embodiment in that it does not have the planar projections 56 and the hooked projections 58 of the first embodiment . instead , the upper panel 14 has a pair of spaced flanges 92 that project upwardly from the upper panel top surface 46 . the flanges 92 are spaced from each other and are positioned between the upper panel peripheral edge 52 and the central opening 66 through the upper panel . an actuator connector 94 that has basically the same construction as the handle connector 44 is mounted between the upper panel flanges 92 . the actuator connector 94 is a universal type of connector that is capable of pivoting about two mutually perpendicular axes . an actuator rod 96 is connected to the actuator connector 94 . the actuator rod 96 has a length with a proximal end having fork prongs 98 pivotally connected to opposite sides of the actuator connector 94 . this connection of the actuator rod 96 to the upper panel 14 by the actuator connector 94 and the upper panel flanges 92 allows the rod 96 to pivot through two mutually perpendicular planes relative to the upper panel 14 . the opposite distal end of the actuator rod 96 is formed with a pair of distal end prongs 102 . a tubular actuator sleeve 104 is mounted on the handle 18 for reciprocating sliding movement of the sleeve over the handle . a sleeve flange 106 projects outwardly from the sleeve proximal end and is connected by a pivot pin connection to the actuator rod distal end prongs 102 . this provides an operative connection between the actuator sleeve 104 and the mop head upper panel 14 . the operative connection between the actuator sleeve 104 and the mop head upper panel 14 controls movement of the upper panel 14 between its first and second positions relative to the lower panel 12 by reciprocating movements of the actuator sleeve 104 on the handle 18 . movement of the actuator sleeve 104 toward the mop head moves the upper panel 14 to its first position relative to the lower panel 12 . movement of the actuator sleeve 104 away from the mop head moves the upper panel 14 away from the lower panel 12 to its second position relative to the lower panel . movement of the upper panel 14 from its first position to its second position relative to the lower panel 12 in response to movement of the actuator sleeve 104 on the handle 18 also causes the cleaning pad 16 to separate from the mop head in the same manner as the first embodiment of the apparatus . thus , by moving the actuator sleeve 104 on the handle 18 away from the mop head , the cleaning pad 16 is released from its connection to the upper panel 14 of the second embodiment of the apparatus , and the cleaning pad 16 falls away from the lower panel 12 . in this manner , the cleaning pad 16 can be separated from the mop head of the second embodiment of the apparatus shown in fig6 and 7 without requiring manually touching the cleaning pad . fig8 and 9 show a third embodiment of the apparatus of the invention . the third embodiment of the apparatus is basically the same in construction as the second embodiment , except that the length of the upper panel flanges 112 are shorter than those of the second embodiment . in addition , the length of the actuator rod 114 in the third embodiment is shorter than that of the second embodiment . the pair of lower panel flanges 116 that pivotally support the handle connector 118 on the mop head lower panel 12 are also longer than those of the first and second embodiments , whereby the handle connector 116 extends a slightly greater distance through the upper panel central opening 66 . these differences in construction enable the handle 18 to be oriented at an angle relative to the mop head , where the angled orientation of the handle 18 is reversed 1800 from that of the handle relative to the mop head in the first and second embodiments of the apparatus . thus , where the mop head connector mechanism 62 connecting the upper 14 and lower 12 panels of the first and second embodiments is at the trailing edge of the mop head when the mop head is pushed by the handle , in the third embodiment shown in fig8 and 9 , the connector mechanism 62 is at the leading edge of the mop head when the mop head is pushed by the handle 18 . apart from these differences , the operation of the third embodiment of the apparatus shown in fig8 and 9 is basically the same as that of the previously described second embodiment of the apparatus shown in fig6 and 7 . fig1 and 11 show a fourth embodiment of the apparatus of the invention . again , the cleaning pad 16 used with the fourth embodiment of the apparatus is the same as that employed with the first embodiment . therefore , the cleaning pad 16 is not shown in fig1 and 11 . the lower panel 12 of the mop head is also basically the same as the lower panel 12 employed in the first embodiment of the apparatus of the invention . therefore , the features of the lower panel 12 shown in fig1 and 11 are labeled with the same reference numbers employed in describing the lower panel 12 of the first embodiment of the apparatus . the upper panel 14 of the mop head shown in fig1 and 11 is also basically the same as the upper panel of the first embodiment of the apparatus . therefore , the features of the upper panel 14 shown in fig1 and 11 that are the same as those of the first embodiment of the apparatus are labeled by the same reference numbers . the lower panel 12 of fig1 and 11 is different from that of the first embodiment in that it does not have the handle connector 44 projecting upwardly from the middle of the lower panel top surface 34 . apart from this one difference , the lower panel 12 of the fourth embodiment of the apparatus shown in fig1 and 11 is basically the same in construction as the lower panel 12 of the first described embodiment . as in the first described embodiment , the connector mechanisms 62 , 64 connects the lower panel 12 to the upper panel 14 along side edges of each of the two panels . the upper panel 14 of fig1 and 11 is different of that of the first embodiment in that it does not have the planar projections 56 and the hooked projections 58 of the first embodiment . in addition , the upper panel 14 does not have the central opening 66 of the first embodiment . instead , the upper panel 14 of the fourth embodiment shown in fig1 and 11 is provided with a pair of upper panel flanges 122 that project upwardly from the central portion of the upper panel top surface 46 . the handle connector 124 is mounted between the pair of flanges 122 for pivoting movement of the connector relative to flanges . as in the first embodiment , the handle connector 124 is a universal connector that allows pivoting movement about two mutually perpendicular axes . the upper panel 14 of the fourth embodiment shown in fig1 and 11 also differs from that of the first embodiment in that it is provided with a central opening 126 through the upper panel that is positioned on an opposite side of the pair of upper panel flanges 122 from the connector mechanism 62 . fork prongs at the handle proximal end 74 are connected to the handle connector 124 . the connection provided by the handle connector 124 allows the handle 18 to pivot through two mutually perpendicular planes relative to the mop head . a tubular actuator sleeve 128 is mounted on the handle 18 for reciprocating sliding movement of the sleeve over the handle . a pair of sleeve prongs 132 , 134 project outwardly from the sleeve proximal end . as seen in fig1 and 11 , one of the sleeve prongs 132 is longer than the other of the sleeve prongs 134 . the longer sleeve prong 132 is positioned on the handle 18 so that it aligns with the upper panel opening 126 . as in the previously described embodiments , reciprocation of the actuator sleeve 128 on the handle 18 controls the movement of the upper panel 14 between its first and second positions relative to the lower panel 12 . by moving the actuator sleeve 128 from its position shown in fig1 , toward the mop head as shown in fig1 , the longer actuator sleeve prong 132 will pass through the upper panel opening 126 and engage against the lower panel top surface 34 . with the upper panel 14 secured to the handle 18 by the handle connector 124 , the movement of the actuator sleeve 128 toward the mop head causes the longer actuator sleeve prong 132 to push the lower panel 12 away from the upper panel 14 . the movement of the upper panel 14 from its first position relative to the lower panel 12 shown in fig1 to its second position relative to the lower panel 12 shown in fig1 causes the cleaning pad 16 to separate from the mop head in the same manner as the first embodiment of the apparatus . thus , by moving the actuator sleeve 128 on the handle 18 toward the mop head , the longer actuator sleeve prong 132 causes relative movement between the lower panel 12 and upper panel 14 . this relative movement of the panels causes the cleaning pad 16 to be released from its connection to the upper panel 14 , and the cleaning pad 16 falls away from the lower panel 12 . in this manner , the cleaning pad 16 can be separated from the mop head of the fourth embodiment of the apparatus shown in fig1 and 11 without requiring manually touching the cleaning pad . all of the embodiments of the apparatus discussed above provide the advantage of enabling a used cleaning pad to be separated from the apparatus mop head without requiring manually touching the cleaning pad . although the subject matter of the invention has been described above by reference to particular embodiments , it should be understood that modifications and variations may be made to the invention without departing from the intended scope of protection provided by the following claims .
a cleaning apparatus is comprised of an elongate handle and a cleaning head at one end of the handle . the cleaning head includes a pair of panels that can be moved relative to each other . the panels support a micro fiber cleaning pad . the cleaning pad can be released from the panels after use without manually touching the pad , thereby enabling disposal of a contaminated cleaning pad while reducing the potential for cross contamination to a user of the apparatus .