with further reference to the drawings , the elevatable work station of the present invention , indicated generally at 10 , includes a . support portion , indicated generally at 11 and a work platform portion , indicated generally at 12 . a support harness portion , indicated generally at 13 , operatively interconnects the support portion 11 and the work platform 12 . the support portion 11 of the present invention is preferably in the form of a conventional runged ladder or conventional extension ladder , the only difference being one is extensible and one is fixed . the ladder forming a support portion 11 includes standard parallel side members 14 and a plurality of rungs 15 extending therebetween . since ladders of the type described are well known to those skilled in the art , further detailed discussion of the same is not deemed necessary . the support harness portion 13 of the present invention includes a spreader bar 16 having a pair of weight distributing arms 17 fixedly secured to and outwardly extending therefrom adjacent the ends of such bar . a spacer arm 18 is fixedly secured to the central portion of spreader bar 16 on the opposite side from the said weight distributing arms 17 . the outer end of spacer arm 18 includes a pair of outwardly disposed fingers 19 which are adapted to nestingly engage one of the rungs 15 &# 39 ; of support portion 11 . securing means 20 engage rung 15 &# 34 ; immediately above rung 15 &# 39 ; at opposite ends thereof juxtaposed to side members 14 as can clearly be seen in fig6 . the opposite end of each of the securing means 20 from rung 15 &# 34 ; is connected to spreader bar 16 . a pair of blocks 21 are secured through swivel connections 22 to opposite ends of spreader bar 16 . each of the blocks 21 rotatively mounts a sheave or pulley wheel 23 . since blocks and swivel connections of this type are well known to those skilled in the art , further detailed discussion of the same is not deemed necessary . the work platform portion 12 of the present invention includes a pair of parallelly disposed u - shaped support frames 24 which are connected by cross frame 25 at the bottom thereof . horizontally disposed support arms 26 interconnect the upper ends of said parallelly disposed support frames 24 . a platform 27 is mounted on and between the horizontally disposed support arms 26 and is adapted to support not only paint , tools , and the like , but also the worker 28 using the same . opposite ends of support arms 26 extend outwardly from platform 27 . horizontally disposed spacer arms 29 are fixedly secured to and outwardly extend at a ninety degree angle from each of the ends of the support arms 26 as can clearly be seen in fig2 . a pair of inverted v - shaped guide arms 30 are fixedly secured to and extend between the ends of paired spacer arms 29 opposite support arms 26 . a pair of guide wheels 31 are rotatively mounted at the peak of each of the guide arms 30 . each of these guide wheels are similar to pulley sheaves and have concave perpharies as indicated at 32 thus allowing free movement of support line 33 between such paired guide wheels while preventing said line from becoming disengaged therefrom . a support axle 34 is rotatively mounted to support arms 26 below platform 27 . a line take - up drum 35 is fixedly secured to each end of support axle 34 . relatively large hand manipulated lifting wheels 36 are mounted on the outer ends of a plurality of spokes 37 which are fixedly secured to support axle 34 juxtaposed to one end of takeup drum 35 . the opposite ends of drums 35 have guide plates 38 or 39 fixedly secured thereto . an opening is provided in guide plate 38 adjacent takeup drum 35 . one end of support line 33 is passed through such opening and can be knotted or otherwise secured to the outside of such plate as indicated at 40 . support line 33 is then trained through the first set of guide wheels 31 , over the sheaves 23 of blocks 21 , and back down between the other pair of guide wheels to the take - up drum 35 on the opposite side of work platform 12 . the support line is then passed through an opening in guide plate 39 adjacent take - up drum 35 and is releasably secured to the outside of such plate . although a simple knot could be used for this releasable connection , quick release line securing means 41 such as tailing line clutches which tightly hold the line and yet are readily releasable are preferred . cam cleats , jam cleats , rope clutches , and sheet stoppers are just a few examples of well known , readily available releasable line securing means . since these various securing means are all commercially available , further detailed discussion of the same is not deemed necessary . a reinforcing cross bar 42 extends between and is secured to guide arms 30 as can clearly be seen in fig2 and 5 . at least one latch base 43 is fixedly secured to platform 27 adjacent one of the lifting wheels 36 . a latch pawl 44 is pivotively secured to latch base 43 so that it can be moved upwardly as shown in dotted lines in fig5 or can be pivoted to the horizontal position shown to engage one of the spokes 37 of hand wheel 36 . thus it can be seen that the pawl will automatically allow the spokes to turn when the support line 33 is being wound on take - up drum 35 but will stop spoke movement in the opposite or unwinding direction . line 33 can be wound around drum 35 with locking pawl 44 preventing accidental unwinding thereof thereby leaving the worker &# 39 ; s hands free to do the assigned task . when it is desired to lower the platform portion 12 of the present invention , the locking pawl 44 is simply flipped back out of the plane of travel of the spokes 37 and the hand wheels 36 grasped to gently unwind the line from the drums to lower the work platform to the next desired area . when a stop location is reached , the pawl is simply flipped back to horizontal so that it will lockingly engage the next spoke to pass thereby . to use the elevatable work station of the present invention , the support harness 13 is connected to support 11 by placing securing means 20 over one of the rungs thereof with the spacer 18 engaging an adjacent lower rung . support line 33 of a suitable material and strength to support work platform 12 and its occupant is secured to guide plate 38 and wrapped around the adjacent take - up drum 35 at least one revolution . the support line is then trained between the adjacent guide wheels 31 of adjacent guide arm 30 , over the sheaves 23 of blocks 21 at opposite ends of spreader bar 16 , and back through the second pair of guide wheels and around the takeup drum 35 adjacent guide plate 39 . the line is then trained through such guide plate into the releasable line securing means 41 . the tail of support line 33 is then simply allowed to hang loose or can be coiled and hung from a convenient portion of the work platform 12 such as cross bar 42 . next the support harness 13 is attached to one of the rungs 15 of support portion 11 through securing means 20 with spacer arm 18 engaging an adjacent lower rung . the support portion 11 and its attached support harness 13 are moved into the desired position adjacent structure 45 with the weight distributing arms 17 lying juxtaposed to the roof 46 of such structure with blocks 21 disposed over the edge 46 of such roof . the bottom portion of the u - shaped support frames 24 support the work platform portion 12 on the ground 47 with wheels 50 in engagement with the wall of such structure . next the releasable line securing means 41 is engaged to secure the line to guide plate 39 . this compensates for difficult heights between support harness 13 and the ground 47 . the worker 28 then flips the pawl 44 to the horizontal or spokeengaging position and sits down on platform 27 . such worker can then rotate the hand wheels 36 forwardly and downwardly with the pawl allowing to pass and then engaging each successive spoke 37 . once the desired height above the ground 47 has been reached ( which can be anywhere from adjacent the edge 46 &# 39 ; of roof 46 to just off the ground 47 ) the hand wheel can simply be released and the pawl 44 will engage the first spoke 37 to move adjacent thereto and hold the entire work platform portion 12 in the desired elevated position . the worker can then paint , scrape , sandblast , etc ., the area immediately in front of him as well as at arms length on either side thereof . once the job being accomplished in the area has been completed , the pressure can be taken off pawl 44 , and using the hand wheels 36 as a brake , support line 33 can be allowed to wind off of drums 35 on opposite sides of the work platform 12 . once the desired new work area has been reached , the pawl is simply moved back into the locking position and the worker 28 proceeds as before . the above process can be repeated as many times as necessary to accomplish the desired work along the entire distance from the roof 46 to the ground 47 of structure 45 . the support 11 can then be moved to an adjacent location and the entire work sequence repeated for the next up and down swath . although the sequence described above was for an up to down sequence , it is , of course , just as practical to reverse the procedure . once the entire job has been completed as described above , the elevatable work station of the present invention can be disassembled into its three primary positions and compactly stored until next needed . as an added safety feature , a centrifical clutch can be added to the present invention between the drum 35 and the fixed portion of the work platform 12 so that should too rapid descent be encountered , the clutch will engage to slow the descent to a pre - determined rate or stop the descent entirely . since devices of this type are well known to those skilled in the art , further detailed discussion of the same is not deemed necessary . with reference to the modification shown in fig7 such modification includes a means for stabilizing the suspended work platform 12 . this stabilizing means includes a pair of parallelly disposed stabilizer bars 48 extending between front and rear support frames 24 . each stabilizer bar 48 includes an end portion that extends forwardly a pre - determined distance from front support frame 24 . a wheel bar 49 is fixedly secured to and extends between each of the forwardly extending ends of stabilizer bars 48 . the opposite ends of wheel bar 49 extend outwardly from the ends of said stabilizer bars 48 . wheels 50 are rotatively mounted on the outwardly extending ends of wheel bar 49 and are adapted to engage the wall of the structure to be painted . as the work platform 12 is moved upwardly and downwardly , the wheels 50 ride along the surface of the wall . thus , swaying motion of the platform 12 toward and away from the wall is prevented . further , wheels 50 prevent side to side and movement in work platform 12 which would otherwise be induced by wind , movement of the user or other external forces . a utility tray 51 is mounted on and extends between stabilizer bars 48 such that one edge thereof rests on wheel bar 49 as can be clearly seen in fig7 . the utility tray 51 , of course , may be used to support a paint can , tools , or the like . it has been found that the position of the utility tray 51 in front of the user thereof provides for easier and more convenient use of the elevatable work station 10 . for instance , a paint can positioned slightly forwardly and below the level of the user is more accessible to the user than a paint can positioned on the platform beside the user . a further useful modification of the present invention includes means for telescoping stabilizer bars 48 so that adjustments can be made for varying overhangs . this may be accomplished with tubular telescoping and locking means which are well known to those skilled in the art and further detailed discussion of the same is not deemed necessary . from the above , it can be seen that the present invention has the advantage of providing a relatively simple and yet highly efficient means of providing an elevated work station which can be readily moved upwardly and downwardly with a minimal of effort . a large swath of work area can be covered before movement of the support position is required . additionally , the present invention is relatively inexpensive and yet is safe to use and can be readily stored . the present invention can , of course , be carried out in other specific ways than those herein set forth without departing from the spirit and essential characteristics of the invention . the present embodiments are , therefore , to be considered in all respects as illustrative and not restrictive and all changes coming within the meaning and equivalency range of the appended claims are intended to be embraced therein .