fig1 shows the headband wet mop and yarn strands prior to the enclosure of the ends of the headband . the yarn strands 11 composed of any material such as , but not limited to cotton , microfiber , polyester , rayon , nylon , t - shirt material , synthetics , or blends , ending or looping inside the headband 12 . 13 shows possible seam patterns which are designed to retain the yarn strands and provide shaping and support to the headband , these seam patterns may be changed due to manufacturing or other techniques or reasons . the location and form of the seam patterns are not part of this invention . item 14 shows the yarns ending or looping inside the headband towards the end , however the yams could end anywhere inside the headband . the mop shown has one tail band 15 , but could have 0 to 5 tail bands . 16 is the end of the mop which may be cut end , or looped end . in fig1 the elongated strands of yarn are used as filler material to provide structural strength to the headband 12 . fig2 shows the headband of the wet mop after enclosure of the tubular cavity of the elements referred to above with the headband configured in a closed condition for gripping with a jaw type mop handle ( as shown in fig3 ). 17 shows where the headband overlaps itself and is attached with methods such as , but not limited to seams , tape , or staples in order to create a closed mop head 32 . the closed mop head 32 has an exterior diameter of between 0 . 25 inches and 3 inches and an exterior diameter of between 0 . 5 inches and 3 inches . the headband has a length of between 1 inch and 15 inches and more preferably a length of between 5 inches and 8 inches . the filler material and the headband is a yarn fabric or mesh having a width of between 2 . 5 inches and 12 inches and more preferably a width of between 5 inches and 7 inches to fit the majority of mop holders . fig3 shows an adjustable jaw connection 19 of the mop handle 20 to the tubular headband wet mop 12 . jaw teeth 19 a penetrate the tubular designed headband 12 at its side . a rotor 21 is rotatable to adjust jaw gripping . the closed headband is described as having an outer diameter , however it should be understood that the material within the head band can be collected , rolled , folded or otherwise shaped to form a diameter , as shown in fig3 , or can be used in a more elongated configuration . fig4 shows the elements referenced above , with the tubular designed headband mounted on another type of mop handle 22 . a rotor 23 is adjustable to tighten the plate 23 a against the headband 12 . 24 is the clamping arm that is inserted through the closed mop head 32 . item 25 shows the locking device that locks onto the clamping arm 24 . 26 is the mop handle frame . fig5 shows the elements referenced in fig1 , 2 and 3 , with the tubular designed headband mounted on another type of mop handle 27 . item 29 is the hinged clamping arm that is inserted through the tubular cavity 18 . item 30 shows the locking device that locks onto the hinged clamping arm 29 . 28 is the mop handle frame . fig6 shows an alternative method for creating the tubular cavity of the tubular headband wet mop and fig7 shows another alternative method for creating the tubular cavity of the tubular headband wet mop wherein the yarns end just outside 31 of the tubular headband . item 11 shows the mop strands that pass through both ends of the headband as in a standard wet mop . the enclosing seam 17 shows where the headband overlaps itself and is attached with methods such as , but not limited to seams , tape , or staples in order to create the tubular cavity 18 . fig7 shows the yarn strands protruding unequally from the ends of the headband and terminate near the proximal end of the headband . fig8 shows the wet mop with the headband prior to the headband being sewn over in a closed or looped configuration . the mop strands 11 are shown passing into the headband 12 . this figure shows that the ends 14 of the mop strands 11 terminate a limited distance within the headband 12 and do not pass completely through the headband . a filler material 43 extends from the ends 14 to the opposing end of the headband 12 . the filler material 43 provides structural strength to the headband 12 and can be made from a variety of materials . in the preferred embodiment , the filler material is a yarn , but other materials are contemplated that would provide equivalent function . in fabricating the tubular headband the free end 40 is folded over 42 to join the secured end 41 to make the headband as shown in fig2 - 6 . the filler material 43 and the mop strands 11 are sewn to the headband 12 at various locations 13 . the location and form of the seam patterns 13 are shown for reference , but can be located at any location . this figure shows contemplated locations 13 where possible seam patterns which are designed to retain the yarn strands and any filler and provide shaping and support to the headband . these seam patterns may be changed due to manufacturing or other techniques or reasons . the mop shown has one tail band 15 , but could have 0 to 5 tail bands . item 16 is the end of the mop which may be cut end , or looped end . the element of the enclosed tubular cavity is necessary to create the ease of mounting , to protect floors from contact with the mop handle clamping device and to enable the reduction of yarn by eliminating two sides of the mop . the ideal use of the tubular headband wet mop would be with the yarns ending inside the headband , creating a two - sided wet mop and reducing the weight of the wet mop . the tubular headband wet mop is installed by sliding the clamping arm through the tubular cavity and locking the clamping arm or by inserting the tubular headband into the jaw teeth of a jaw style mop handle and clamping closed . a standard wet mop has yarn protruding from both sides of a flat headband of fabric or mesh , with typically equal amounts of yarn on each side of the headband . this flat headband is then centered and draped over a clamping device essentially folding the mop in half . no other wet mop with a headband uses an enclosed design like the enclosed tubular design with the yarns ending inside of the headband . the tubular design is self - balancing and self - centering , and has the flexibility of eliminating one side of yarn strands . the process of mounting the standard wet mop can be cumbersome because it requires that the mop be centered and balanced over a clamping arm , while ensuring that no yarn strands get hung up on the handle , and securing the wet mop , while at the same time holding the mop handle upright . the tubular design creates a very simplistic mounting process by simply sliding the tubular mounting cavity over a clamping device , eliminating the need to balance and eliminating or reducing yarn hang - up during mounting . the tubular design can also eliminate the need for the second side of a wet mop , while maintaining or increasing the floor surface coverage area . because the headband is a tubular design , there is no second side needed , the band is circular , and is designed to allow for only one section of protruding yarn fabrics from the headband . by incorporating the tubular headband , one of those sides can be eliminated with the yarn ending inside of the headband , reducing the amount of yarn incorporated into the wet mop . standard wet mops can open during use and expose the floor surfaces and finishes to damage from the mop handle . the tubular design completely encloses the clamping device eliminating damages caused by contact of the mop handle with the flooring surfaces , coatings and finishes . the tubular headband wet mop may have its enclosed tubular cavity created as one of the following : a headband covered filler material and a series of yarn strands ending or looping inside the headband , with the headband area sealed with seams or other enclosing methods , creating a tubular cavity ; a headband covered filler material and a series of yarn strands protruding from both sides of the headband , either equally or not , with the headband area sealed with seams or other enclosing methods , creating a tubular cavity ; a series of yarn strands with or without filler material that are formed into a tubular cavity with seams , tape or other methods with the cavity located in the center or other location on the yarn strands . the tubular headband wet mop would be installed by sliding the clamping arm through the tubular cavity and locking the clamping arm or by inserting the tubular headband into the jaw teeth of a jaw style mop handle and clamping closed . thus , one preferred specific embodiment of a tubular headband mounted wet mop have been disclosed that illustrates a best mode now contemplated for putting the tubular headband mounted wet mop into practice . the tubular headband mounted wet mop is described in detail without attempting to show all of the various forms and modifications in which the tubular headband mounted wet mop might be embodied . it should be apparent to those skilled in the art that many more modifications besides those described are possible without departing from the inventive concepts herein . the inventive subject matter , therefore , is not to be restricted except in the spirit of the appended claims .
there is a need to reduce raw materials used in the manufacturing of wet mops , to reduce the weight of the wet mop which will decrease user fatigue and related injuries and to address the difficulty of attaching standard wet mops to commonly used mop handles . the improvement is a tubular headband wet mop with yarn strands on only one side of the headband , reducing the amount of unused yarn incorporated into the wet mop while not reducing floor surface coverage area . the tubular headband also eliminates the possibility of exposing the bottom side of the mop handle which can damage or mar the floor surface , coatings and finishes . this reduction in raw materials results in a lighter product , which reduces effort required to lift and wring out the wet mop , and reduces fatigue and injuries associated with mopping .