flanges either the upper middle or lower further divides to attach an additional leg specifically one or more of the flanges 70 separates into two more flanges 72 74 each of which is capable of receiving a member 24 26 from a leg 22 this embodiment permits three or more legs with still one pivotal juncture it is contemplated that the embodiment shown in fig7 could have one or more pivotal junctures for example the point at which flange 70 separates into flanges 72 and 74 could be configured with another pivotal juncture which is similar in structure to the top and bottom pivotal junctures explained above fig8 illustrates one configuration of a pivot juncture 28 which is a close up view of the top pivot juncture 28 specifically fig8 shows the nodules 44 of the flange protruding through groove 42 this figure more clearly shows the nodules 44 as it exists within the grooves 43 it also illustrates the space 38 created within lateral support portions 23 when the stand 20 is in ready position for receiving an object 40 fig9 is an enlarged view of the top pivot juncture 28 the pin 60 is readily viewable as it is within the orifices 58 of each of the upper middle and lower flanges 32 34 36 the bottom pivot juncture 30 is shown beneath the top pivot juncture 28 that is fig9 illustrates one embodiment of flanges and the relative configuration of the flange members about orifice 56 that permit the stand components to fold flat against each other fig1 a is a view of a pivot juncture 28 30 as it is being drawn together to collapse the stand 20 for storage or transport fig1 b depicts.