fig1 - 4 show one embodiment of a mop 10 in accordance with the present invention . like conventional wringer mops , the illustrated mop includes a handle 12 , a set of mop elements 14 on an end 16 of the handle 12 , and a wringer cup 18 . to fasten the mop elements 14 to the end 16 of handle 12 , a connector assembly 50 is provided . it is conventionally known that the handle for such mops can be a lightweight metal tube . the illustrated handle includes an optional hand grip 20 , discussed below . the mop elements 14 that are illustrated take the form of flat strips . it is conventionally known that such strips can be made from ( for example ) water - absorbing non - woven fibrous material that is around 18 or 19 inches long and about 0 . 15 inch thick in its non - compressed state . other materials could also be used . as seen in fig3 and 4 , the illustrated wringer cup 18 is disposed on the handle 12 above the mop elements 14 , and has an outer wall 23 that tapers outwardly toward a lower end 25 . the precise shape and arrangement of the wringer cup is not important to the invention . it is conventionally known that wringer cups used on such mops are preferably slidably mounted on the handle , and may take the form of a tubular shell that can be molded in one piece from a polymeric material such as polypropylene . it is also conventionally known that such wringer cups may include ribs 27 that help to squeeze liquid from the mop fibers during wringing . the optional hand grip 20 that has been illustrated in fig2 is mounted on the handle 12 , above the mop elements 14 . the hand grip is arranged to hold the wringer cup 18 above the mop elements fibers when the mop is being used . this position is illustrated in fig1 , in which an upper portion 29 of the wringer cup ( seen in fig3 ) fits within a lower part 31 of the handgrip . the mop elements 14 , which may also be referred to collectively as a mop head , tend to be highly absorbent so as to enable the mop 10 to pick up spills . this absorbency means , however , that when removing the water from the mop elements 14 the water in the vicinity of the mop elements 14 tends to be re - absorbed . the perforations 35 in the wringer cup 18 help allow the water being squeezed from the mop elements 14 to be transported away so as to reduce re - absorption . the present mop 10 differs from previously known mops with wringer cups in the perforations 35 , 38 on the wringer cup 18 . as best seen in fig1 , 3 , 5 and 13 , the illustrated perforations are disposed near the lower end 25 of the wringer cup . as seen in fig1 and 3 , the illustrated perforations preferably have a width that is no more than about one - third the diameter of the handle 12 , and are less than the width of the flat strips that form the mop elements 14 on the end of the handle . while the perforations 35 are helpful , additional pathways for removing the water would be useful . as seen in fig1 , 3 and 5 , the ribs 27 may include a plurality of perforations 38 , such as arranged in a linear manner . however , the perforations 38 are preferably located to a side 27 a rather then on a center 27 b of the ribs 27 so as to not interfere with the compressing of the mop element 14 by the ribs 27 in effecting removal of water . as apparent from fig3 , 5 and 13 , the wringer cup 18 includes a first end 18 a and a second end 18 b . as can be appreciated , the size of the perforations 35 , 38 may be substantially uniform or may be increased from smaller to larger moving towards the second end 18 b of the wringer cup 18 . this is useful for permitting more water to be squeezed out near the second end 18 b than the first end 18 a of the wringer cup 18 . in other embodiments , different configurations and size patterns , such as alternating smaller and larger , of perforations may be used . fig6 illustrates a side view of the wringer cup depicted in fig5 . it should be noted that because of the angle , the perforations 38 in the ribs 27 are not visible . in an embodiment , one or two of the ribs 27 may include the perforations 38 . in another embodiment all of the ribs include the perforations on one or both of the sides of the ribs 27 and the perforations are aligned between ribs . turning to fig7 - 12 , features of an embodiment of the connector assembly 50 are illustrated . looking at fig7 , the connector assembly 50 includes a collar 60 configured to be installed over an insert 70 . the insert 70 includes a tubular end 71 that is positioned within the handle 12 . the insert 70 further includes a plurality of tabs 72 on the side walls 73 of the insert 70 . the insert 70 supports the inner member 80 , and the plurality of tabs 72 engage a plurality of depressions 82 on the inner member 80 . in turn , the inner member 80 is configured to engage the outer member 90 so as to hold the mop element 14 in place . in an embodiment , the outer member 90 is inserted into the inner member 80 and the catch 91 holds the outer member 90 in place . fig9 - 11 illustrate various views of the insert 70 . as can be appreciated from these figures , the plurality of tabs 72 include an outer portion 74 and an inner portion 76 . the inner portion 76 is configured to engage the depressions 82 on the inner member 80 . the outer portions 74 each are of a size and shape suitable to provide a friction point for the collar 60 as the collar 60 is slidably installed over the insert 70 to secure the engagement of the tabs 72 with respect to the inner member 80 . fig8 illustrates the components of an embodiment of the connector 50 in the installed position . as depicted , the outer member 90 is inserted into the inner member 80 and together the inner and outer members 80 , 90 support the mop element 14 . the inner member 80 is held in position by the insert 70 and the collar 60 is positioned around the insert 70 . as depicted , the collar 60 includes the chamfer wall 62 that connects the flared edge 64 to the chamfer end 66 . the interior surface of the chamfer wall 62 is generally circular in cross - section to allow the collar to be slid over the insert 70 in essentially any rotational orientation . while the chamfer end 66 is not required , it helps the collar be placed in the installed position ( as shown ) more readily . when the wringer cup 18 is pulled down over the mop elements 14 , some of the water is forced out of the mop elements 14 . to squeeze out more water , the wringer cup 18 may be rotated . as can be appreciated , however , rotating the wringer cup 18 is more effective if the mop elements 14 is help in a fixed position relative to the mop handle 12 . the mop elements 14 are fixed to the handle 12 by the insert 70 . when the insert 70 is installed , the friction force between the tubular end 71 and the handle 12 helps to prevent the insert 70 from moving . as noted above , the inner and outer members 80 , 90 are in turn mounted to the insert 70 . looking at fig1 , while the tabs 72 help hold the inner and outer members in place , to resist the twisting force , the inner and outer members 80 , 90 are configured in a four sided arrangement that interfaces with the insert 70 so as to prevent rotation . while the four sided arrangement is useful , configuring the collar 60 in such a corresponding configuration makes the assembly of the connector 50 more complex . therefore , it is useful to allow the collar 60 to be installed without concern regarding its rotational orientation . to provide this functionality , in an embodiment , the tabs 72 include the outer portion 74 that extend outward . in an embodiment , as depicted in fig1 , the outer portion 74 of the four tabs 72 provide a circular like profile that provides a suitable frictional engagement of the collar 60 . this detailed description has been given for clearness of understanding only . modifications may be obvious to those skilled in the art . the intended scope of the invention is set forth in the following claims .