referring on occasion to all of the figure drawings and now , in particular to fig1 , is shown a rotating decoy carousel , identified in general , by the reference numeral 10 and hereinafter referred to as the “ carousel 10 .” the reader will notice that reference is occasionally made throughout the detailed description of the invention suggesting that the reader refer to a particular drawing figure . the suggestion is at times made when the introduction of a new element requires the reader to refer to a different drawing figure than the one currently being viewed and also when the timely viewing of another drawing figure is believed to significantly improve ease of reading or enhance understanding . to promote rapid understanding of the instant invention the reader is encouraged to periodically refer to and review each of the drawing figures for possible cross - referencing of component parts and for other potentially useful information . certain examples are shown in the above - identified figures and are described in greater detail below . in describing these examples , like or identical reference numerals may be used to identify common or similar elements . the carousel 10 includes a base assembly as shown by bracket 11 . the base assembly 11 includes three or more legs 12 . for most versions of the carousel 10 four legs 12 are preferred . to facilitate transport of the carousel 10 , each of the legs 12 is preferably detachable with respect to one of a plurality of sleeves 14 . the number of sleeves 14 is equal to the number of legs 12 . if four legs 12 are included , then four sleeves 14 to accept each of the four legs 12 would be included . the sleeves 14 include a hollow interior with a cross - sectional shape that is generally the same as that of the legs 12 . the inside dimensions of the sleeves 14 exceed the exterior dimensions of the legs 12 by a sufficient margin to permit insertion of a top of each of the legs 12 into one of the sleeves 14 . the sleeves 14 extend over enough of the top of each of the legs 12 as is required to stabilize the leg 12 in position . the weight of the carousel 10 holds the sleeves 14 down , over the top portions of the legs 12 during use yet still allows for quick disassembly . if desired , means such as set screws could be used to secure each of the sleeves 14 to each of the legs 12 . disassembly of this portion of the carousel 10 is accomplished by pulling the legs 12 out of their respective sleeves 14 , when desired for disassembly and transport . each of the sleeves 14 is attached to a lower plate 16 . attachment of the sleeves 14 to the lower plate 16 is by welding , screw threads , or any desired fastener ( s ) or other means . the lower plate 16 is disposed near a top portion of the base assembly 11 . referring now to fig2 , a thrust bearing , identified in general by the reference numeral 13 is shown . the thrust bearing 13 is attached by any preferred means near to or at the center of the lower plate 16 . as shown the thrust bearing 13 extends through an opening provided in the lower plate 16 . the thrust bearing 13 is welded to the lower plate 16 or secured by any preferred means . a shaft 18 that is supported by the thrust bearing 13 passes through the thrust bearing 13 and through the opening provided in the lower plate 16 . the shaft 18 is able to rotate about its center longitudinal axis in either direction due to its contact with roller or ball bearings ( not shown ) that are disposed in the thrust bearing 13 . the shaft 18 may extend any desired amount below or above the lower plate 16 . if desired , an optional motor 19 ( shown in dashed lines ) can be connected to the shaft 18 at a bottom of the shaft 18 or anywhere along the longitudinal length of the shaft 18 by gear , belt , frictional or any other desired means of engagement . if the motor 19 is included , a member ( not shown ) that attaches the motor 19 to a portion of the carousel 10 is required to prevent rotation of the motor 19 . as shown the thrust bearing 13 includes an upper portion 13 a that is disposed above the lower plate 16 and a lower portion 13 b that is disposed below the lower plate 16 . a lower collet 13 c with a lower set screw 13 d secures the shaft 18 in position within the thrust bearing 13 by preventing upward movement of the shaft 18 . an upper collet 13 e with an upper set screw 13 f secures the shaft 18 in position by preventing downward movement of the shaft 18 . the set screws 13 d , 13 f engage with the shaft 18 . the collets 13 c , 13 e rotate along with the shaft 18 . other types of bearings ( not shown ) are possible for use that allow rotation of the shaft 18 to occur and which prevent vertical movement of the shaft 18 from occurring with respect to the lower plate 16 . an upper plate 20 is attached to a top of the shaft 18 by any preferred means , such as by fastener or welding or screw threads . the upper plate 20 is able to rotate in unison with the shaft 18 relative to the lower plate 16 , the sleeves 14 and the legs 12 . accordingly , the upper plate 20 and all parts of the carousel 10 attached to the upper plate 20 rotates in unison as the shaft 18 rotates . if desired , the sleeves 14 could be eliminated and the legs 12 could be directly attached to a bottom ( i . e ., underside ) of lower plate 16 by welding , screw threads , or by the use of any desired fastener or alternative means . at least two but preferably three to five hollow interior attachment rings 22 are attached to an upper surface of the upper plate 20 by welding , screw threads , or by the use of any desired fastener or alternative means . a lower end of a curved member ( four are shown and identified by the reference numerals 24 a , 24 b , 24 c , 24 d ) is disposed in and attached to a respective one of the attachment rings 22 and secured in place by additional set screws 25 ( fig2 ). the attachment rings 22 secure the curved members 24 a - d in position during use and allow for removal of the curved members 24 a - d for ease of transport . each of the curved members 24 a - d preferably extends a different distance away from the base assembly 11 and each also preferably include a different amount of rise in elevation , as shown . two or more of the curved members 24 a - d may include the same rise in elevation , if desired . the amount of rise in elevation is selected based on the species a decoy 28 a , 28 b , 28 c , 28 d is mimicking in appearance . this is discussed in greater detail below . in general , if the species of the decoy 28 a , 28 b , 28 c , 28 d is a waterfowl , like duck or geese as shown , a rotating cluster of the decoys 28 a , 28 b , 28 c , 28 d disposed at different elevations , each with different radius accurately resembles in appearance a group of waterfowl circling to land . however , if the species of the decoy 28 a , 28 b , 28 c , 28 d being used included wild turkey ( not shown ), perhaps only two modified curved members ( not shown ) that are equal in rise of elevation might be used . it may be preferred both for dynamic balance and for appearance to place the two equal rise modified curved members and the two turkey decoys at the locations where the curved members 24 a and 24 c are presently shown . this would ensure that the two turkey decoys ( not shown ) are diametrically opposite with respect to each other . the rise in elevation may be minimal or even zero or may even include a slight fall in elevation to make it appear that the turkey decoys were disposed on or very close to the ground surface . as the carousel 10 rotated , it would appear that the two turkey decoys were chasing each other in a circular challenging manner , as they might do when challenging one - another during mating . by selecting the species of decoy 28 a - d , how many are used , and their rise in elevation , different visual presentations can be accomplished that are more realistic of activities particular to any given species and which would therefore be more likely to attract the type of quarry being sought . therefore , by choosing a desired species for the decoy ( 28 a - d or any other species ) and by selecting the other components of the carousel 10 accordingly , an optimum and more realistic appearance is provided that is more likely to attract the desired quarry . any desired species of bird can be used , for example , grouse decoys ( not shown ) could instead be used . if desired , any other type of decoy of any species , including species of animal other than birds , can be used . the number of curved members 24 a - d that are attached to the carousel 10 during use can be varied each time the carousel 10 is used . the maximum number of curved members 24 a - d is determined by the number of attachment rings 22 that are attached to the upper plate 20 . as shown in the drawing figures , four of the curved members 24 a - d are included , each with a different rise in elevation and each with a different radius away from the shaft 18 . each of the curved members 24 a - d includes an attachment adapter 26 disposed at an upper end thereof . most of the attachment adapters 26 include a square or round hollow interior . the attachment adapters 26 are intended to receive a portion of a support post 26 a ( fig2 ) that is attached to one of the decoys 28 a - d . generally , square posts prevent rotation of the decoy 28 a - d within the attachment adapter 26 while round posts permit rotation . if desired , additional set screws ( not shown ) may be used to prevent rotation with round posts . currently manufactured decoys 28 a - d are generally available with either round or square posts . if other posts ( not shown ) attached to other types of decoys ( not shown ) include a cross - sectional shape other than square of round , for example triangular , a different type of the attachment adapter 26 would be used . the attachment adapters 26 may be permanently attached to the ends of the curved members 24 a - d or they may be detachably - attachable with respect to the ends of the curved members 24 a - d and secured , thereto , by screw threads , additional set screws , or by any other preferred fastener or means . if they are detachably - attachable , the attachment adapters 26 may be changed as desired to accommodate the cross - sectional shape of the support post 26 a of the decoys 28 a - d . the legs 12 can be placed on dry land or in , and even submerged under water as shown by wavy line 21 ( fig2 ) which helps obscure the base assembly 11 and thereby increase efficacy of the carousel 10 in attracting ducks , geese or other type of quarry . even a slight breeze is sufficient to cause the shaft 18 , the upper plate 20 , the curved members 24 a - d and the decoys 28 a - d to rotate , which is useful in attracting ducks or other species of birds or wildlife . differences in resistance on opposite sides of the carousel 10 are caused by differences in the placement and relative positioning of the decoys 28 a - d , including different elevation of the decoys 28 a - d or by different radius , as well as by variations in wind patterns . these differences in resistance create an imbalance of forces that causes the carousel 10 to rotate in the wind or even when a slight breeze is present . it is important to note that any desired type of decoy 28 a - d can be used with the carousel 10 . certain prior art versions of the decoy 28 a - d include wings with a unique curvature that causes their wings to rotate around a center longitudinal axis by the action of wind , somewhat similar to that of a horizontal wind turbine . other prior art versions of the decoy 28 a - d include a motor and battery contained within the prior art decoy 28 a - d to rotate the wings . the use of these prior art types of decoys 28 a - d and the accompanying rotation of the wings , either by motor or by action of the wind is possible for use with the carousel 10 . still , other types of prior art decoys 28 a - d are entirely passive and exhibit no movement of the wings or they may be flexible to some degree and moved to a more limited degree by the wind . all prior art and future decoys 28 a - d that include the support post 26 a can be used with the carousel 10 , as desired . however , a problem with the battery operated prior art decoys 28 a - d is that the batteries do not last for long and must often be replaced . there are numerous disadvantages to doing so in the field during use ( i . e ., hunting ). in particular the hunter must abandon his or her blind ( i . e ., place of concealment ) and venture out to the prior art decoys 28 a - d in plain sight of the quarry . this can frighten the quarry and cause the quarry to flee the area which is opposite what is desired . additionally , replacement batteries must be carried to the field and out of the field . these batteries are expensive to use and are typically not recharged . if desired the upper plate 20 allows for the placement of a larger rechargeable type of battery 30 on top of the upper plate 20 . the battery 30 can simply sit on the upper plate 20 or it can be secured to the upper plate 20 by any preferred type of member ( s ). electrical wiring 36 can be optionally included to extend from the battery 30 to an opening provided in each of the attachment rings 22 . a sufficiently small first electrical connector ( not shown ) can be provided in each of the attachment rings 22 for ease of electrical connection . an electrical wire 38 ( shown in dashed lines in fig2 ) is optionally included inside each of the curved members 24 a - d . only two of the curved members 24 b , 24 c as shown , include the electrical wire 38 . however , the electrical wire 38 is preferably included and available for use in all of the curved members 24 a - d . a lower end of each of the electrical wires 38 includes a corresponding first electrical connector ( not shown ) that is able to mate with the first electrical connector in each of the attachment rings 22 . it is also , of course , possible to allow a portion of the electrical wire 38 to extend out of an opening provided near the bottom of each of the curved members 24 a - d and attach directly to the battery 30 , thereby eliminating the need for the first electrical connectors and the corresponding first electrical connectors . an opposite end of the electrical wires 38 includes a second electrical connector ( not shown ) for connection with a corresponding second electrical connector that is attached to each of the decoys 28 a - d . preferably , the decoys 28 a - d would be modified to eliminate the internal batteries and to instead include a short wire that ran to an electrical motor in each of the decoys 28 a - d that rotated their wings . the short wire would be electrically and mechanically attached to the corresponding second electrical connector . if desired , the short wire could be directed to pass through the support posts 26 a of the decoys 28 a - d for attachment to the second electrical connector . if desired electrical connection proximate the decoys 28 a - d could occur externally , similar to that as described earlier for connection at the bottom of each of the curved members 24 a - d . the larger battery 30 allows for longer operational time and may be able to power the decoys 28 a - d for much of the time spent hunting . if desired , optional on - off switches ( not shown ) could also be included in the decoys 28 a - d or elsewhere , where desired on the carousel 10 . a further improvement to the carousel 10 is to include one or more solar panels 32 a , 32 b that are attached at a selected area of the curved members 24 a - d ( 24 a and 24 c , as shown ). the solar panels 32 a , 32 b are electrically connected to the battery 30 which helps to recharge the battery 30 by the presence of ambient light and sunlight during hunting . this significantly helps maintain and extend the ability of the battery 30 to rotate the decoys 28 a - d wings for an extended period of time . however , a second unexpected benefit is also provided by the solar panels 32 a , 32 b . the solar panels 32 a , 32 b are preferably positioned on opposite or nearly opposite curved members 24 a - d and with a desired tilt angle . if desired , an optional frame structure 34 is used to control the tilt angle . preferably , the frame structure 34 allows field adjustment of the tilt angle . during a breeze or wind , a greater force is exerted upon one of the solar panels 32 a , 32 b than the other depending on the tilt angle . in other words , one of the solar panels 32 a , 32 b is more effective at catching the wind while the remaining solar panel 32 a , 32 b is less effective . this increases the magnitude of force on one side of the carousel 10 more than on the other side , effectively turning the carousel 10 into a wind turbine . this allows the carousel 10 to rotate in even slower winds . if desired , an adjustable frictional brake ( not shown ) could be included to bear against the shaft 18 and slow down the rate of rotation during especially strong winds . accordingly , the solar panels 32 a , 32 b provide the unexpected benefit of helping to rotate the shaft 18 , the upper plate 20 , the curved members 24 a - d , and the decoys 28 a - d of the carousel 10 while simultaneously helping to charge the battery 30 and thereby also increasing the time the decoy &# 39 ; s 28 a - d wings are able to rotate . during use , the base assembly 11 , which includes the legs 12 , the sleeves 14 , the lower plate 16 and the thrust bearing 13 , is stable and does not rotate . the shaft 18 and all that is supported by the shaft 18 forms the carousel 10 portion of the invention and rotates during use . the carousel portion is disposed above the base assembly 11 . the carousel portion includes the upper plate 20 , the attachment rings 22 , the curved members 24 a - d , the attachment adapters 26 and , if optionally included , the battery 30 and the solar panels 32 a , 32 b , the frame structures 34 , the electrical wires 38 , the first and second electrical connectors and the first and second corresponding electrical connectors , and the decoys 28 a - d , including any component parts of the decoys 28 a - d such as the support posts 26 a and internal batteries or external decoys wires / connectors ( not shown ). the components of the carousel 10 can be quickly and easily disassembled for compact storage in a vehicle ( not shown ) and for transport in one or more sacks ( not shown ) or other containers ( not shown ) to and from the hunting area . the carousel 10 is quickly and easily reassembled at the hunting area for use in any wind condition . if no wind is present , the optional motor 19 may be attached and energized , preferably , by the battery 30 . it is also possible to attach the frame of the motor 19 to the bottom of the shaft 18 and to secure a motor shaft to the base assembly 11 . this would allow the frame of the motor 19 and electrical wiring 36 from the battery 30 to the motor 19 to rotate along with the carousel 10 . it is also possible to connect the motor shaft to the shaft 18 and use a slip ring that is concentric with respect to the shaft 18 to supply power to the motor 19 from the battery 30 . if desired , new and further modified types of decoys ( not shown ) may be used with carousel 10 that are even more realistic . for example , the battery 30 can be used to power a rotating neck or head that bobs up and down to increase realism of a further modified novel decoy . also , any of the curved members 24 a - d could be modified to each support more than one decoy at any desired elevation and also at any desired distance away from the upper plate 20 . if desired , the preferred curvature presently included in the curved members 24 a - d as shown , could be eliminated to provide one or more straight members ( not shown ). the invention has been shown , described , and illustrated in substantial detail with reference to the presently preferred embodiment . it will be understood by those skilled in this art that other and further changes and modifications may be made without departing from the spirit and scope of the invention which is defined by the claims appended hereto .