text: fig1 is a perspective view of a wheelbarrow 1 featuring a preferable retractable configuration 2 . the wheelbarrow 1 features certain components common to most wheelbarrows , namely , handle ( s ) 11 , resting leg ( s ) 7 , a wheel unit 5 , and a load receptacle 3 supported by and appended to a wheelbarrow frame 12 . the wheelbarrow frame 12 is used to describe portions of the wheelbarrow that support the load receptacle 3 . this wheelbarrow frame 12 may preferably be defined by handles 11 ( which may also support the load receptacle 3 ), resting leg ( s ) 7 or also by typical support structure ( s ) 13 . fig1 further depicts two handles 11 converging at a front end 11 , with this front end 11 fixedly connecting lower points of said handles 11 so that they are framed around wheel unit 5 and support an axle extending therethrough . the wheel unit 5 shown is one typical of existing wheelbarrows , with a tire ( pneumatic or solid ), hub and aperture to receive an axle . in fig1 , the axle attaches to inside surfaces of the handles 11 . resting legs 7 are typically fashioned in the form of skid plates , although other forms of resting legs 7 are known in the wheelbarrow art . fig1 also depicts a support structure 13 holding load receptacle 3 by fastening means 10 , such is additional to the support offered by handles 7 , and to which the load receptacle 3 is also typically affixed . all wheelbarrows feature some variety of load receptacle 3 or “ tray ” as sometimes referred to in the industry . load receptacles 3 are formed from a variety of preferable materials , including but not limited to woods , metals , alloys , composites , and a variety of hard plastics . load receptacles 3 also vary in shape , although a common shape is shown in fig1 with more rounded features . load receptacles 3 are commonly also made of rectangular or squared shapes , with one or more distinct and sharply intersecting surfaces . most importantly , fig1 demonstrates a wheelbarrow 1 with a retractable configuration 2 . this retractable configuration 2 defines a modification to a wheelbarrow load receptacle 3 so that the load receptacle 3 may be optionally transformed from a device that holds and transports cargo into a shape that facilitates rapid removal of cargo , with no or comparatively lesser lifting and tilting needed to empty the cargo . emptying a common wheelbarrow can be a strenuous and an awkward activity , particularly where cargo gets trapped in the lower portions of the load receptacle 3 . it is typically necessary to lift the rearmost portion of the wheelbarrow up , or sometimes lift it up and turn the wheelbarrow vertical or to the side to effect emptying the contents . heavier cargo can exacerbate an already difficult activity and cause injury or strain to a user . therefore , the retractable configuration 2 operates effectively to lower the exit location for cargo on wheelbarrow 1 . retractable configuration 2 features a means to selectively lower at least one surface of the load receptacle 3 . such retractable configuration 2 operates by a means in the form of a preferable retractable member 6 that is lowered , exposing and defining an opening in load receptacle 3 as it is opened . retractable configuration 2 is preferably operably configured at a forward position of load receptacle 3 , and is further preferably centrally configured along load receptacle 3 . fig1 depicts such preferable means , and an embodiment wherein retractable member 6 is formed from a movable track . fig1 further depicts how such a retractable member 6 is operably configured to movably interconnect with member guide 4 disposed in the load receptacle 3 . as shown in fig1 , retractable member 6 may be lowered , allowing easy removal of cargo from the wheelbarrow 1 . retractable member 6 is preferably formed in the track formation as this allows the member to make its way up and down a member guide 4 , and assume the shape and contours of load receptacle 3 to which it is movably coupled . retractable member 6 may be formed from metals , alloys , wood , composites , and hard plastics , including but not limited to pvc , polyethylene , polypropylene , or any other plastic or composite that may assume a rigid shape . segments forming a preferable track of retractable member 6 may also be joined by more flexible plastics , rubber , rubber synthetics , weaves , or composite fibers that join the respective track segments . retractable member 6 may also be of uniform construction , rather than a track , for instance , when formed as a flexible plastic sheet member . in another preferable embodiment , retractable member 6 may feature wheels , bearings , tracks , or rolling means to assist with glide factor and retractability . alternately , wheels , bearings , tracks , or rolling means may be fashioned along member guide 4 to similarly assist with glide factor and retractability . the inventor also discloses that member guide 4 or corresponding retractable member 6 may be fitted with brushes , rubber , silicone , or plastic shields along their lengths to facilitate waterproofing , avoiding debris obstructions , or corrosion . fig2 is a top perspective view of the wheelbarrow 1 . the drawing shows handles 11 , load receptacle 3 ( as connected by typical fastening means 10 ( which are preferably but not limited to pins , bolts , screws , or similar devices ), and a preferable embodiment of retractable configuration 2 . in fig2 , the retractable member 6 is centrally disposed within and along the length of receptacle 3 . a retractable member handle 8 is shown between wheelbarrow handles 11 and toward the rear of the wheelbarrow 1 . this retractable member handle 8 is a preferable means of causing retractable member 6 to lower and it is fixedly connected to the base of retractable member 6 . as retractable member handle 8 is pulled out , connected retractable member 6 descends , opening up the load receptacle for easy removal of cargo . cargo that previously would have required tilting or turning over of the wheelbarrow 1 to empty can now be directed to the open space left in load receptacle 3 after retractable member 6 is withdrawn . of course , to close the wheelbarrow 1 , one need only push forward retractable member handle 8 , which causes a corresponding closure of the load receptacle 3 as retractable configuration 2 is closed . fig2 shows a manual version of moving retractable member 6 , although the inventor also discloses a preferable mechanized embodiment that opens and shuts by use of a motor and corresponding switch that permit the user to move the retractable member 6 forward or backward as desired . also , whereas in fig2 , retractable member 6 is manually pulled out of the backside of wheelbarrow 1 by means of a retractable member handle 8 , in another embodiment of the present invention , retractable member 6 may be retracted by directing the retractable member 6 upward ( manually or mechanized ) within an internal space of load receptacle 3 occurring in the rear portion of the load receptacle 3 of wheelbarrow 1 . thus , the same opening action is accomplished , but the retractable member 6 remains confined within load receptacle 3 . the retractable configuration 2 preferably operates by creating an opening by descending retractable member 6 in the range of 3 to 24 inches , or alternately with sufficient distance so that an opening is formed in load receptacle 3 at a point equal to the height of a bottom surface of the load receptacle 3 . retractable member 6 is preferably of a width in the range of 3 to 24 inches , although wider retractable member 6 units may be used . fig3 is a perspective view of yet another embodiment of the present invention featuring a plurality of wheel units 5 . in this embodiment , the disposition of the wheel units 5 allows for a relatively unobstructed pathway for emptying of the contents of the barrow . the retractable configuration 2 has all the preferable benefits , features and optional modes of operation as previously described herein , however , with the additional benefit of a clear pathway of debris that will empty between the wheels . the preferable distance between wheels is at least as wide as retractable unit 2 . fig4 is a top perspective view of the wheelbarrow unit 1 shown in fig3 . as with the one - wheeled embodiment of the invention , retractable configuration 2 permits descending of retractable member 6 . retractable member 6 is preferably formed in a track formation as this allows the member to make its way up and down a member guide 4 , and assume the shape and contours of load receptacle 3 to which it is movably coupled . disclosed is a wheelbarrow comprising a wheelbarrow frame , at least one wheel unit secured to said wheelbarrow frame , a load receptacle securely fixed to said wheelbarrow frame , and , a retractable configuration operably configured within said load receptacle . further disclosed is a wheelbarrow wherein said retractable configuration further comprises means to selectively lower at least one surface of said load receptacle . further disclosed is a wheelbarrow wherein said retractable configuration further comprises a retractable member . further disclosed is a wheelbarrow wherein said retractable configuration further comprises a retractable member that is a movable track . further disclosed is a wheelbarrow wherein said retractable configuration further comprises a retractable member that is a movable track operably configured to movably interconnect with a member guide disposed in the load receptacle . further disclosed is a wheelbarrow wherein said retractable configuration further comprises a retractable member that assumes the shape and contours of said load receptacle to which it is movably coupled . further disclosed is a wheelbarrow further comprising a retractable configuration with a retractable member formed from any of the group of materials consisting essentially of metals , alloys , wood , composites , pvc , polyethylene , polypropylene , or plastics that assume a rigid shape . further disclosed is a wheelbarrow wherein said retractable configuration further comprises a retractable member that features segments joined to form a track . disclosed is a wheelbarrow comprising a wheelbarrow frame ; at least one wheel unit secured to said wheelbarrow frame ; a load receptacle securely fixed to said wheelbarrow frame ; and , wherein said load receptacle features at least one retractable member that may be lowered to reveal an opening in said load receptacle . further disclosed is a wheelbarrow comprising : a wheelbarrow frame ; at least two wheel units secured to said wheelbarrow frame ; a load receptacle securely fixed to said wheelbarrow frame ; and , a retractable configuration operably configured within said load receptacle . the appended drawings illustrate only typical embodiments of this invention and are therefore not to be considered limiting of its scope , for the invention may admit to other equally effective embodiments which are appreciated by those skillful in the arts .