the preferred embodiments of the present invention will now be described hereinafter with reference made to fig1 through 44 . the first embodiment of the present invention and several variations thereof will be described with reference to fig1 - 5 . referring to fig1 and 2 , the device a includes a base 10 , a handle 20 and handle grips 30 and 40 . the base 10 preferably includes a horizontal plate 12 and a vertical plate 14 . the horizontal plate 12 forms the lowermost portion of the device a , i . e ., no portion of the device a extends below the horizontal plate 12 . the horizontal plate 12 is preferably a thin flat plate permitting the device a to readily engage an object to be lifted or otherwise moved . preferably , the horizontal plate 12 includes rounded edges 16 and 18 to prevent damage to the article to be lifted or otherwise moved , surrounding objects and the individual using the moving device a . vertical plate 14 extends upwardly from the horizontal plate 12 . preferably , vertical plate 14 is a thin flat plate which forms an angle of approximately 90 ° angle with the horizontal plate 12 . however , it will be readily appreciated to those of ordinary skill in the art that the vertical plate 14 may form angles less or greater than 90 ° with the horizontal plate 12 . for instance , in moving objects such as pipes having a circular cross - section , it may be desirable to orient the vertical plate 14 relative to the horizontal plate 12 such that an angle of less than 90 ° is formed to prevent the object being moved from rolling off the horizontal plate 12 . vertical plate 14 preferably includes rounded edges 22 and 24 to prevent damage to the object to be lifted or otherwise moved , the surrounding objects and the individual using the device a . handle 20 is secured to rear face 26 of vertical plate 14 . while welding is shown as one of the preferred methods of securing handle 20 to the vertical plate 14 , it will be readily appreciated that the handle 20 may be secured to the vertical plate 14 in numerous different ways including but not limited to any of the alternative arrangements illustrated in the subsequent embodiments disclosed herein . one of ordinary skill in the art will readily appreciate that the thickness as well as surface texture of the plates 12 and 14 may be varied . in some instances , it may be desirable to have thick plates to move a particular object . similarly , the surfaces of the plates 12 and 14 may be dimpled or ridged to assist in the moving of a given object from one location to another . preferably , handle 20 has a tubular shape . most preferably , handle 20 has a circular cross - section . handle 20 includes a plurality of holes 28 spaced along its longitudinal axis . handle grip 30 is permanently secured to the handle 20 , i . e . handle grip 30 can not be moved relative to or removed from handle 20 . as seen in fig1 and 2 , handle grip 30 is symmetrically disposed about handle 20 . accordingly , two gripping portions 32 and 34 of equal length are formed . handle grip 40 is disposed symmetrically about handle 20 thereby forming gripping portions 42 and 44 of equal length . handle grip 40 further includes a hollow support collar 46 . support collar 46 has an opening 48 which aligns with openings 28 in handle 20 and receives pin 50 to position handle grip 40 at the desired location relative to the base 12 . upon removal of pin 50 , an individual can readily slide handle grip 40 along handle 20 to position it at the desired location . one of ordinary skill in the art will readily appreciate that any suitable fastener may be substituted for pin 50 . referring to fig3 through 5 , several alternative forms of the base of the device are illustrated . referring to fig3 base 60 includes feet 62 and 64 . the edges of feet 62 and 64 have been rounded to prevent damage to the article to be lifted or otherwise moved , surrounding objects and individuals using the device . referring to fig4 base 70 includes horizontal and vertical plates 72 and 74 , respectively , having straight edges rather than the rounded edges illustrated in fig1 . referring to fig5 base 80 is similar to base 70 and further includes feet 82 and 84 . it should be noted that these are just a few of the bases that a device formed in accordance with the present invention may have . it will be readily appreciated that any of the bases disclosed herein may be used . a second embodiment will now be described with reference made to fig6 and 7 . device b includes a base 90 , a handle 100 and a handle grip 110 . base 90 includes horizontal plate 92 which forms an angle of approximately 90 o with vertical plate 94 . however , it will be readily appreciated to those of ordinary skill in the art that the vertical plate 94 may form angles less or greater than 90 ° with the horizontal plate 92 . for instance , in moving objects such as pipes having a circular cross - section , it may be desirable to orient the vertical plate 94 relative to the horizontal plate 92 such that an angle of less than 90 ° is formed to prevent the object being moved from rolling off the horizontal plate 92 . both plates are preferably thin flat plates to assist in positioning the device b in engagement with the article to be lifted or otherwise moved . preferably , handle 100 is secured to the rear face 96 of vertical plate 94 such that the vertical plate 94 extends outwardly an equal distance from either side of the handle 100 . while welding is shown as one of the preferred methods of securing handle 100 to the vertical plate 94 , it will be readily appreciated that the handle 100 may be secured to the vertical plate 94 in numerous different ways including but not limited to any of the alternative arrangements illustrated in the previous and / or subsequent embodiments disclosed herein . preferably , handle 100 has a tubular shape . most preferably , handle 100 has a circular cross - section . handle 100 includes a plurality of holes 102 spaced along its longitudinal axis . handle grip 110 has an opening 112 for slidably receiving handle 100 . further , handle grip 110 includes an opening 114 which aligns with holes 102 and receives pin 120 . upon removal of pin 120 , an individual may readily slide handle grip 110 along the handle 100 to position the handle grip 110 at the desired location . further , an individual may readily remove handle grip 110 from the handle 100 and substitute another type of handle grip therefor . preferably , handle grip 110 20 is disposed symmetrically about handle 100 thereby forming gripping portions 116 and 118 of equal length . it will be readily appreciated that any of the bases disclosed herein could be substituted for base 90 . a third embodiment will now be described with reference made to fig8 . device c includes a base 130 , a handle 140 and handle grips 150 and 160 . base 130 includes horizontal plate 132 which forms an angle of approximately 90 ° with vertical plate 134 . however , it will be readily appreciated to those of ordinary skill in the art that the vertical plate 134 may form angles less or greater than 90 ° with the horizontal plate 132 . for instance , in moving objects such as pipes having a circular cross - section , it may be desirable to orient the vertical plate 134 relative to the horizontal plate 132 such that an angle of less than 90 ° is formed to prevent the object being moved from rolling off the horizontal plate 132 . both plates are preferably thin flat plates to assist in positioning the device c in engagement with the article to be lifted or otherwise moved . preferably , handle 140 is removably secured to the rear face 136 of vertical plate 134 such that the vertical plate 134 extends outwardly an equal distance from either side of the handle 140 . specifically , a collar 138 is welded or otherwise attached to the rear face 136 of vertical plate 134 . handle 140 has a plurality of holes 137 formed therein along its longitudinal axis . collar 138 has a hole 142 extending therethrough to receive the lowermost end of handle 140 . collar 138 further includes a hole 144 which aligns with a corresponding hole 137 of handle 140 and receives pin 170 . upon removal of pin 170 , an individual may readily detach base 130 from the handle 140 and thereby substitute other types of bases as needed . it will be readily appreciated by one of ordinary skill in the art that any suitable fastener may be substituted for pin 170 . preferably , handle 140 has a tubular shape . most preferably , handle 140 has a circular cross - section . handle grip 150 has an opening 152 for slidably receiving handle 140 . further , handle grip 150 includes an opening 154 which aligns with holes 137 in handle 140 and receives pin 180 . upon removal of pin 180 , an individual may readily slide handle grip 150 along the handle 140 to position the handle grip 150 at the desired location . it will be readily appreciated by one of ordinary skill in the art that any suitable fastener may be substituted for pin 180 . preferably , handle grip 150 is disposed symmetrically about handle 140 thereby forming gripping portions 156 and 158 of equal length . handle grip 160 has an opening 162 for slidably receiving handle 140 . further , handle grip 160 includes an opening 164 which aligns with holes 137 in handle 140 and receives pin 190 . upon removal of pin 190 , an individual may readily slide handle grip 160 along the handle 140 to position the handle grip 160 at the desired location . it will be readily appreciated by one of ordinary skill in the art that any suitable fastener may be substituted for pin 190 . preferably , handle grip 160 is disposed symmetrically about handle 140 thereby forming gripping portions 166 and 168 of equal length . it should be noted that because handle grips 150 and 160 are removable , an individual can readily detach the same from handle 140 and substitute other types of handles therefor . a fourth embodiment will now be described with reference made to fig9 and 10 . device d includes a base 200 , a handle 210 and a handle grip 220 . base 200 includes horizontal plate 202 which forms an angle of approximately 90 ° with vertical plate 204 . however , it will be readily appreciated to those of ordinary skill in the art that the vertical plate 204 may form angles less or greater than 90 ° with the horizontal plate 202 . for instance , in moving objects such as pipes having a circular cross - section , it may be desirable to orient the vertical plate 204 relative to the horizontal plate 202 such that an angle of less than 90 ° is formed to prevent the object being moved from rolling off the horizontal plate 202 . both plates are preferably thin flat plates to assist in positioning the device d in engagement with the article to be lifted or otherwise moved . preferably , handle 210 is removably secured to the rear face 206 of vertical plate 204 such that the vertical plate 204 extends outwardly an equal distance from either side of the handle 210 . specifically , a collar 208 is welded or otherwise attached to the rear face 206 of vertical plate 204 . handle 210 has a plurality of holes 207 formed therein along its longitudinal axis . collar 208 has a hole 212 extending therethrough to receive the lowermost end of handle 210 . collar 208 further includes a hole 214 which aligns with a corresponding hole 207 of handle 210 and receives pin 230 . upon removal of pin 230 , an individual may readily detach base 200 from the handle 210 and thereby substitute other types of bases as may be needed . it will be readily appreciated by one of ordinary skill in the art that any suitable fastener may be substituted for pin 230 . preferably , handle 210 has a tubular configuration . most preferably , handle 210 has a circular cross - section . handle grip 220 includes a support collar 221 having an opening 222 for slidably receiving handle 210 . further , support collar 221 includes an opening 224 which aligns with holes 207 in handle 210 and receives pin 240 . upon removal of pin 240 , an individual may readily slide handle grip 220 along the handle 210 to position the handle grip 220 at the desired location . it will be readily appreciated by one of ordinary skill in the art that any suitable fastener may be substituted for pin 240 . preferably , handle grip 220 is disposed symmetrically about handle 210 thereby forming gripping portions 226 and 228 of equal length . it should be noted that because handle grip 220 is removable , an individual can readily detach the same from handle 210 and substitute other types of handles therefor . handle grip 250 , illustrated in fig1 , is one of many different handle grips which may be substituted for handle grip 220 . a fifth embodiment will now be described with reference made to fig1 and 13 . device e includes a base 260 , a handle 270 and a handle grip 280 . base 260 and handle 270 are identical to base 90 and handle 100 , respectively , illustrated in fig6 and 7 and , therefore , will not be described in detail hereinafter . handle grip 280 includes a support collar 282 . collar 282 has an opening 284 for receiving the handle 270 . collar 282 further includes an opening 286 which aligns with the holes in handle 270 and receives pin 290 . handle 280 further includes gripping sections 286 and 288 which are secured to collar 282 such that the gripping sections are offset from the handle 270 . upon removal of pin 290 , an individual may readily slide handle grip 280 along handle 270 to position the handle grip 280 at a desired location . it will be readily appreciated by one of ordinary skill in the art that any suitable fastener may be substituted for pin 290 . further , because handle grip 280 is removable , an individual can readily detach the same from handle 270 and substitute other types of handles . a sixth embodiment of the present invention will now be described with reference made to fig1 and 15 . device f includes a base 300 , a handle 310 and handle grips 320 and 330 . base 300 and handle 310 are identical to base 90 and handle 100 , respectively , illustrated in fig6 and 7 and , therefore , will not be described in detail hereinafter . handle grips 320 and 330 are identical to handle grip 220 illustrated in fig9 and 10 , and , therefore , will not be described in detail hereinafter . as shown in fig1 a , handle grip 332 may be positioned such that a vertical plane passing through the longitudinal axis of handle grip 332 forms approximately a 90 ° angle to a vertical plane passing through the longitudinal axis of handle grip 334 rather than the same vertical plane passing through the longitudinal axis of both handle grips as depicted in fig1 and 15 . in such instance , the handle grip 332 preferably extends only rearwardly so as not to come into contact with the object to be lifted . preferably , the handle grip 332 is oriented relative to handle grip 334 such that horizontal planes passing through the longitudinal axis of each handle grip extend parallel to each other . the seventh embodiment of the present invention will now be described with reference to fig1 through 18 . referring to fig1 and 17 , the device g includes a base 340 , a first handle section 350 , a second handle section 360 , and handle grips 370 and 380 . the base 340 includes a horizontal plate 342 and a vertical plate 344 . the horizontal plate 342 is preferably a thin flat plate permitting the device g to be readily inserted under an object to be lifted or otherwise moved . vertical plate 344 extends upwardly from the horizontal plate 342 . vertical plate 344 is preferably a thin flat plate and forms an angle of approximately 90 ° with the horizontal plate 342 . vertical plate 344 includes collars 343 , 345 and 346 . collars 343 , 345 and 346 include an opening 347 for receiving one of the first and second handle sections 350 and 360 . collars 343 , 345 and 346 include an opening 349 which extends transverse to opening 347 . first handle section 350 includes a plurality of openings 352 . similarly , second handle section 360 includes a plurality of openings 362 . it should be noted that the first handle section 350 is interchangeable with the second handle section 360 . openings 352 of the handle section 350 align with openings 349 to receive pin 361 to secure handle section 350 to a desired collar . it will be readily appreciated that any suitable fastener may be substituted for pin 361 . handle grip 370 includes a support collar 372 having an opening 374 for receiving corresponding ends of handle sections 350 and 360 . further , collar 372 has a pair of openings 376 and 378 which extend transversely to opening 374 . opening 376 aligns with the lowermost opening 362 in second handle section 360 and receives pin 390 to secure the second handle section 360 to support collar 372 . it will be readily appreciated that any suitable fastener may be substituted for pin 390 . opening 378 aligns with the uppermost opening 352 in first handle section 350 and receives pin 400 to secure the first handle section 350 to support collar 372 . handle grip 380 is identical to handle grip 280 depicted in fig1 and 13 and , therefore , will not be described in detail hereinafter . the eighth embodiment of the present invention will now be described with reference to fig1 through 23 . referring to fig1 and 20 , the device h includes a base 410 , a first handle section 420 , a second handle section 430 , and handle grips 440 and 450 . base plate 410 is identical to base plate 340 depicted in fig1 and 17 and , therefore , will not be described in detail hereinafter . as best seen in fig2 , first handle section 420 is welded to support collar 442 of handle grip 440 . similarly , second handle section 430 is welded to support collar 452 of handle grip 450 . referring to fig2 , collar 414 of base 410 includes openings 416 and 418 . the lowermost portion of first handle section 420 is inserted into opening 416 . opening 418 aligns with opening 422 of first handle section 420 and receives pin 460 to secure the first handle section to base 410 . it should be noted that the two outside collars formed on the vertical plate of the base depicted in fig2 have been omitted from fig2 so that the manner of connecting the first handle section 420 to the base can be readily illustrated . referring to fig2 , second handle section 430 has an opening 432 which aligns with opening 444 formed in support collar 442 and receives pin 470 to secure the second handle section 430 thereto . handle grip 450 includes a support collar 452 with an opening 454 for receiving pin 456 . pin 456 is provided in the event that it is desired to secure an additional handle section and handle grip to support collar 452 . such an arrangement is depicted in fig2 . referring to fig2 , an alternative manner of attaching the first and second handle sections 420 and 430 and corresponding handle grips 440 and 450 to base 410 is depicted . referring to fig2 , a ninth embodiment is disclosed which is exactly the same as the embodiment disclosed in fig1 through 23 with the sole exception that the device i includes a third handle section and corresponding handle grip . it will be readily appreciated by one of ordinary skill in the art that any suitable fasteners may be substituted for pins 456 , 460 and 470 . fig2 through 28 depict alternative configurations for the base of a device formed in accordance with the present invention . referring to fig2 , device j , only a portion of which is illustrated , includes an elongated base 500 having rounded edges . referring to fig2 , device k , only a portion of which is illustrated , base 520 includes feet 522 , 524 and 526 . each of the feet are provided with an opening 528 . openings 528 provide an individual with a ready means to secure an article to be carried to the device through ropes , straps and the like . also , the openings permit two devices to be secured together . alternatively , rubber inserts or inserts of other material may be positioned in the openings to vary the coefficient of friction of the base to assist in moving a given object . referring to fig2 and 28 , a tenth embodiment of the present invention will now be described . device l includes a base 530 which has only a horizontal plate 532 . an opening 534 is formed in the base plate to receive screw 536 or other suitable fastener . preferably , opening 534 is formed such that the head of screw 536 lies substantially flush with the bottom surface of plate 532 . handle 538 includes an opening 540 for receiving screw 536 . alternately , handle 538 may be welded or otherwise permanently attached to base 530 or base plate 532 . in fig2 through 37 , various alternative handle / base arrangements are depicted . referring to fig2 , base 550 is identical to base 10 depicted in fig1 . handle 560 is similar to handle 20 shown in fig1 with the sole exception that handle 560 has a square cross - section . base 570 , shown in fig3 , is the same as that depicted in fig2 . handle 580 has a rectangular configuration as opposed to the square configuration of handle 560 . base 590 shown in fig3 includes three collars 600 , 610 and 620 for receiving handles having a square configuration . collars 600 , 610 and 620 are the same as collars 343 , 345 and 346 with the sole exception being the shape . base 630 depicted in fig3 is the same as base 590 shown in fig3 with the sole exception being that collars 640 , 650 and 660 are shaped to receive handles having a rectangular configuration . base 670 depicted in fig3 is the same as the base 530 shown in fig2 and 28 . handle 680 differs from handle 538 of figures 27 and 28 in that handle 680 has a square cross - section . referring to fig3 , base 690 is identical to base 670 . handle 700 has a rectangular cross - section as opposed to the square cross - section of handle 680 . base 710 depicted in fig3 is the same as base 670 shown in fig3 . handles 730 and 740 are attached to opposite sides of base 710 in the same manner as depicted in fig2 and 28 or alternatively may be permanently or otherwise attached . base 750 shown in fig3 is the same as base 670 depicted in fig3 . handles 760 and 770 are attached to opposite ends of base 750 in the same manner as depicted in fig2 and 29 . handles 760 and 770 have a circular cross - section . base 780 shown in fig3 is the same as base 670 depicted in fig3 . handles 790 and 800 are attached to opposite ends of base 780 in the same manner as depicted in fig2 and 28 . handles 790 and 800 have a rectangular cross - section . the eleventh embodiment of the present invention will now be described with reference to fig3 and 39 . referring to fig3 and 39 , the device m includes a base 810 , a handle 820 , and handle grips 830 and 840 . base 810 is identical to base 10 depicted in fig1 and , therefore , will not be described in detail hereinafter . further , handle 820 is secured to base 810 in the manner depicted in fig2 . handle grips 830 and 840 are permanently secured to handle 820 . the twelfth embodiment of the present invention will now be described with reference to fig4 and 41 . referring to fig4 and 41 , the device n includes a base 850 , a handle 860 , and handle grips 870 and 880 . base 850 includes a horizontal plate 852 which forms an angle of approximately 90 ° with vertical plate 854 . however , it will be readily appreciated to those of ordinary skill in the art that the vertical plate 854 may form angles less than 90 ° with the horizontal plate 852 . for instance , in moving objects such as pipes having a circular cross - section , it may be desirable to orient the vertical plate 854 relative to the horizontal plate 852 such that an angle of less than 90 ° is formed to prevent the object being moved from rolling off the horizontal plate 852 . both the horizontal and vertical plates have rounded edges to prevent damage to the article to be lifted or carried and / or the surrounding objects . handle 860 is welded to the rear surface of base plate 854 . alternatively , handle 860 may be otherwise attached to the rear surface of base plate 854 . further , handle 860 is threaded so that an individual may readily vary the position of handle grip 870 . handle grip 880 is permanently secured to handle 860 . a thirteenth embodiment of the present invention will now be described with reference to fig4 . this embodiment is similar to the twelfth embodiment depicted in fig4 and 41 and , therefore , only the differences will be described hereinafter . base 890 has a horizontal plate 892 having a pair of feet 894 and 896 . feet 894 and 896 each have an opening 898 . handle 900 has threads which extend only a portion of its length . it should be noted that the number of feet may be varied as desired . the fourteenth embodiment of the present invention will now be described with reference to fig4 and 44 . device o includes a base 910 , a handle 920 , and handle grips 930 and 940 . base 910 includes a horizontal plate 912 which forms an angle of approximately 90 ° with vertical plate 914 . plate 912 includes feet 916 and 918 . both the horizontal and vertical plates have rounded edges to prevent damage to the article to be lifted or carried and / or the surrounding objects . handle 920 is welded to the rear surface of vertical plate 914 . alternatively , handle 920 may be otherwise attached to the rear surface of vertical plate 914 . handle grips 930 and 940 are permanently secured to handle 920 . it should be noted that the article movers described and referenced herein , or the components of the article movers described herein , can be entirely fabricated from individual components , can be the product of injection molding , casting , or suitable processes , or can be a combination of fabrication , injection molding , casting , or other suitable processes . it should be further noted that components of the present invention herein described and referenced can often be attached to , and interchangeable with , various other components of the present invention herein described . the base portion of the article movers described herein may be rectangular , circular or other configuration . further , the base portion may be formed of metal , plastic , fiberglass or other suitable material or combination of materials . the base may include one or more openings or perforations for one or more of the reasons previously described . the base may be hollow , solid , or a combination of both hollow and solid . further , the surface of the base may be minimally or substantially perforated , smooth , dimpled , ridged , ribbed or other wise raised to facilitate structural integrity or to facilitate increased friction between the base and the object being lifted or carried . further , the base may be minimally or substantially perforated to lessen the weight of the article mover , facilitate the joining of a plurality of the present invention , facilitate structural integrity , facilitate the wrapping or binding of objects being moved , or to facilitate the use of rubberized or other inserts designed to increase friction between the base and the object being lifted , carried , or otherwise moved . the base , in part or in total , may be designed to accommodate a covering of foam , rubber or other material . further , the base may be so covered during or after the manufacturing process of the article mover . the handle grip , or handle grips , of the article movers described herein may be rectangular , circular , or of some other shape . the handle grip , or handle grips may be formed of metal , plastic , fiberglass , or some other material or combination of materials . the handle grip , or handle grips , may cross the handle or be only on one side . the handle grip , or handle grips , in part or in total , may be designed to accommodate a covering of foam , rubber or other material . further , the handle grip , or handle grips , may be so covered during or after the manufacturing process of the article mover . the handle grip , or handle grips , may be parallel , perpendicular , or otherwise angled in relation to the base . the handle grip , or handle grips , may be parallel , perpendicular , or otherwise angled in relation to the handle . different handle grips used on the present invention may be simultaneously parallel , perpendicular , or otherwise angled , in relation to the base . the handle grip , or handle grips , may be hollow , solid , or a combination of both hollow and solid . the handle grip , or handle grips , may contain one or more indentations or perforations designed to accommodate and facilitate the attachment of hooks , ropes , straps , etc . the handle grip , or handle grips , may be moveable along all or part of the handle . the handle grip , or handle grips , may contain an opening , designed to facilitate the movement of said handle grip or handle grips along the handle . the handle grip , or handle grips , may contain a plurality of openings , designed to facilitate the movement of said handle grip along the handle as well as to facilitate the location of greater or lesser portions of the handle grip , or handle grips , on either side of the handle . the handle grip , or handle grips , may contain an opening or a plurality of openings designed to facilitate the connection of said handle grip or handle grips with another article mover or a plurality of other article movers . the handle grip , or handle grips , in total or in part , may be temporarily or permanently inwardly or outwardly disposed in relation to the object being moved . the handle grip , or handle grips , in total or in part , may be temporarily or permanently inwardly or outwardly disposed in relation to the base of the present invention . further , the handle grip , or handle grips , may be minimally or substantially perforated to lessen the weight of the article mover , facilitate the joining of a plurality of the present invention , facilitate structural integrity , or facilitate the wrapping or binding of objects being moved . a plurality of handle grips may be permanently or temporarily attached to one handle , or a plurality of handles , permanently or temporarily attached to the base of the present invention . a handle grip may be permanently or temporarily attached to one handle , or a plurality of handles , permanently or temporarily attached to the base of the present invention . the handle or handles of the article movers described herein may be circular , rectangular , or of some other shape . the handle or handles may be hollow , solid , or a combination of both hollow and solid . the handle or handles may be formed of metal , plastic , fiberglass , or some other material or combination of materials . the handle or handles may contain a plurality of perforations or openings designed to accommodate and facilitate the attachment of hooks , ropes , straps , etc . the handle or handles , in total or in part , may be welded or otherwise permanently attached to the handle grip or handle grips . the handle or handles , in total or in part , may be temporarily attached to the handle grip or handle grips . the handle or handles may be temporarily attached to one or more handle grips while simultaneously being permanently attached to one or more handle grips . the handle , or handles , may be welded or otherwise permanently attached to the base . the handle , or handles , may be temporarily attached or fastened to the base using a wide variety of fastening and connecting mechanisms . the handle or handles , may be temporarily or permanently attached to either side of any vertical portion of the base . the handle or handles , in total or in part , may be temporarily or permanently attached to , or positioned on or along , any vertical portion of the base . the handle or handles may be attached to , or positioned on or along , any portion of any horizontal portion of the base . the handle or handles , in total or in part , may be attachable to and detachable from the base . the handle or handles , in total or in part , may be attachable to and detachable from one or more handle grips . the handle , or handles , in total or in part , may be temporarily or permanently inwardly or outwardly disposed in relation to the base of the present invention . the handle , or handles , in total or in part , may be constructed with an angled portion which is temporarily or permanently inwardly or outwardly disposed in relation to the base of the present invention . the handle or handles , in total or part , may be temporarily or permanently inwardly or outwardly disposed in relation to the article or object being moved . the handle or handles , in total or in part , may be constructed with an angled portion which is temporarily or permanently inwardly or outwardly disposed in relation to the article or object being lifted , carried , or otherwise moved . further , the handle or handles , in total or in part , may have openings or indentations , or be minimally or substantially perforated , to lessen the weight of the article mover , facilitate the joining of a plurality of the present invention , facilitate structural integrity , or facilitate the wrapping or binding of objects being moved . the handle or handles , in part or in total , used as a part of the present invention , may be composed of a plurality of sections with at least one section being essentially vertical and at least one attachable section containing at least one angle . while this invention has been described as having a preferred design , it is understood that it is capable of further modifications , uses and / or adaptions following in general the principle of the invention and including such departures from the present disclosure as come within the known or customary practice in the art to which the invention pertains and as maybe applied to the central features hereinbefore set forth , and fall within the scope of the invention and the limits of the appended claims .