fig1 shows a top view of a v - cushion assembly in accordance with the invention . the v - cushion assembly has two wings w 1 and w 2 , that are joined together at a connecting point cp , at which a connector c is present . the connector c not only holds the wings w 1 and w 2 together to form a v - shape , but also functions as a hinge to allow the angle between the wings w 1 and w 2 to be selectively adjusted . as explained in more detail below , the v - cushion assembly shown in fig1 is intended to be placed on a seat surface , on which a human user will be seated . fig2 shows a bottom view of the v - cushion assembly , i . e ., the portion of the v - cushion assembly that will be adjacent to the seating surface when the v - cushion assembly is in use . as shown in the embodiment of fig2 , the wings w 1 and w 2 can optionally be provided with respective non - slip regions nsp 1 and nsp 2 . the non - slip regions nsp 1 and nsp 2 provide sufficient frictional engagement with the seating surface to prevent slippage or shifting of the v - cushion assembly when in use on such a seating surface . fig3 shows how the v - cushion assembly can be selectively configured to provide different angles θ between the wings w 1 and w 2 . the left portion of fig3 shows the wings w 1 and w 2 in a relatively wide open configuration , whereas the center portion of fig3 shows the wings w 1 and w 2 in a still open , but more closed configuration , and the right portion of fig3 shows the v - cushion assembly in a closed position , with the wings w 1 and w 2 being directly adjacent to each other . the right portion in fig3 may be used , for example , for carrying the v - cushion assembly in a compact form . fig4 is a top view showing how the v - cushion assembly can be placed on the seat of a common chair . the v - cushion assembly can be placed with the v - shape being open toward the back of the chair , as illustrated in the left portion of fig4 , or with the v - shape being open toward the front of the chair , as shown in the right portion of fig4 . depending on the preferences and comfort of the user , either orientation may be appropriate . fig5 shows how the connector allows further folding of the wings w 1 and w 2 of the v - cushion assembly , in addition to the above - described adjustability of the angle of the v - shape . as shown in the left illustration in fig5 , the wings w 1 and w 2 can lie completely flat , when in the closed position described above in connection with the right illustration in fig3 . as shown in the center illustration in fig5 , the wings w 1 and w 2 can be folded out of the plane shown in the left illustration , into a completely folded configuration as shown in the right illustration in fig5 . fig6 shows different top views of an embodiment of the v - cushion assembly placed on a seat of a common chair , in the orientations described above in connection with fig4 . the two left illustrations in fig6 show an embodiment of the v - cushion assembly having a rigid angle strap as , which is sufficiently rigid to maintain the selected angle of the v - cushion assembly that is made by the user , once the user has appropriately configured the wings w 1 and w 2 . the angle strap as can be affixed in any appropriate manner to the wings w 1 and w 2 to maintain them at the selected angle . the two right illustrations in fig6 show the combination of an angle strap and the further option of security straps ss the security straps ss secure the v - cushion assembly to the seat of the chair , and are attached to the exterior sides of the wings w 1 and w 2 . the security straps ss can proceed beneath the seating surface , and be connected together in any suitable manner , such as by a buckle , snaps , or a hook - and - loop fastener . alternatively , a continuous security strap , that does not require a connector , can be used , that is sufficiently elastic to hold the v - cushion assembly in place on the seat . fig7 shows a further embodiment in the left illustrations , using both the angle strap as and the security straps ss . in this embodiment , the security straps proceed between the front and rear of the seating surface , as opposed to proceeding around the sides of the seating surface as in the embodiment of fig6 . an embodiment showing the use of only the security straps ss , without the angle strap as , is shown in fig7 , wherein the security straps ss again proceed between the front and rear of the seating surface . fig8 shows a detail of one of the wings , in a top view , a side view , and a perspective view . fig9 schematically illustrates the embodiment of the v - cushion assembly with the angle strap as in a top view and a bottom view . this embodiment also includes the non - slip regions described above . as can be seen , the angle strip as can be attached at the bottom of the wings of the v - cushion assembly , so as not to be noticeable by a user seated on the v - cushion assembly . fig1 schematically illustrates a top view and a bottom view of the v - cushion assembly in the embodiment employing the security straps ss , in place on a chair . as can be seen in the bottom view at the right of fig1 , the security strap ss proceeds between the legs of the chair in an appropriate manner . each wing can be constructed of a flat soft core , having a width in a range between approximately 2 and 8 inches , a length and a range between approximately 8 and 16 inches and a thickness in a range between approximately 0 . 125 and 2 . 225 inches . the wings can be provided in different models with different dimensions and different combinations of dimensions , so as to provide a range of v - cushions that accommodate all different body sizes and weights . the core material of each wing may be foam , gel , batting , or any suitable material that provides a sufficient and desirable degree of padding , protection and separation from the seating surface . the material may be flexible foam rubber , cut from sheets or poured in a suitable mold . moreover , each wing may be formed as a multi - layer combination with any number of the aforementioned materials . each wing is covered by a durable , washable , water resistant protective cover , which may be removed for cleaning , decorative enhancement or replacement . the cover may be held in place on the core material simply by a custom - fit , with the covering being provided with a slip or other type of opening therein in order to insert and remove the core material . alternatively , the cover may be provided with a zipper , snaps , or other releasable closure at a location that does not come into contact , and thus cause discomfort to , a user of the v - cushion assembly . another alternative is a vinyl cover . fig1 schematically illustrates the v - cushion assembly in place on a chair , with a user seated on the v - cushion assembly on the chair . although modifications and changes may be suggested by those skilled in the art , it is the intention of the inventors to embody within the patent warranted hereon all changes and modifications as reasonably and properly come within the scope of their contribution to the art .
a v - shaped cushion assembly has two cushions that are connected to each other by a connector so as to form a v - shape . the cushions are pivotable relative to each other at the connector , so that an angle of the v - shape between the cushions can be selectively adjusted . by adjusting this angle and the placement of the v - shaped cushion assembly on a seating surface , the v - shaped cushion assembly provides a wide variety of user - configurable options in order to allow a user to select the configuration that is most comfortable to the user .