disclosed is a basket that is configured to be removably coupled to a walking aid commonly referred to as a walker . as shown in fig1 , the basket 110 is positioned on a walker 112 . the basket 110 defines an internal cavity in which one or more items can be removably located . the basket includes a coupling member , such as a hook 115 , that can be removably coupled to a walker 112 so that the basket 110 can be removably mounted on the walker 112 . the basket 110 has a generally rectangular shape and includes four side walls 130 that define the sides of the basket and a bottom wall ( not shown ) that forms the bottom of the basket . at least some of the walls are formed of a flexible material , such as a canvas , that can fold when the basket 110 transitions to a collapsed state , as described below . fig1 does not show the basket 110 having a top wall in order to provide access to the internal cavity , although it should be appreciated that the basket can be equipped with a top wall . the basket 110 can transition between an expanded state and a collapsed state . fig2 shows a perspective view of an internal frame 210 of the basket 110 in an expanded state and fig3 shows the internal frame 210 in the collapsed state . for ease of illustration , the side walls 130 and bottom wall 132 are shown in fig2 using phantom lines . with reference to fig2 , the internal frame 210 comprises a plurality of struts that are collectively arranged to form a rectangular shape . in this regard , the struts form a first side frame 215 and a second side frame 220 that both are rectangular in shape . the side frames 215 and 220 provide the internal structure for the opposed side walls of the walker basket 110 . a pair of scissor hinges 225 connect the side frames 215 , 220 to one another . each scissor hinge 225 comprises a pair of elongated struts 227 that are arranged in a cross - relationship such that the struts 227 can rotate with respect to one another at a location 230 . a clip 235 is located at each of the ends of the struts 227 . as described below , each clip 235 is configured to slidably attach to a portion of the side frames 215 , such as to a vertical strut of the side frame . when attached in the correct manner , the scissor hinges 225 are located at opposed ends of the side frames 215 , 220 to provide the entire internal frame 215 with a rectangular shape . with reference still to fig2 , the hook 115 is located at an upper region of the side frame 215 . the hook 115 can have any shape that permits it to be removably coupled to the walker 112 . for example , in the illustrated embodiment , the hook 115 is comprised of a wire or rod that forms a curved loop that can be hooked onto a horizontal bar on the walker . it should be appreciated , however , that other structures can be used . the internal frame 210 also includes one or more lower support members 240 that are movably mounted to the frame 210 , such as using a hinge 242 . the support members 240 are attached to the frame 210 such that they can be moved to an extended position in which the support members 240 extend outwardly from the frame 210 . in the extended position , the support members 240 are oriented such that at least a portion of the support members 240 can be removably coupled to the walker 112 when the basket 110 is mounted on the walker 112 . this is shown in fig1 , where the support members 240 are shown in the extended position and hooked onto vertically - oriented legs of the walker 112 . it should be appreciated that the support members 240 can be sized and shaped so as to attach to any of a variety of locations on the walker 112 . as described below , the support members 240 can be moved from the extended position to a storage position wherein the support members 240 are nestled closer to the internal frame 210 so as to reduce the size of the internal frame 210 during storage . fig3 shows a perspective view of the internal frame in the collapsed state . when in the collapsed state , the internal frame and the basket consume less space then in the expanded state . the side frames 215 and 220 have been moved toward one another so that the internal frame 210 is flattened with respect to the expanded state . the internal frame 210 is moved into the collapsed state by pushing the side frames 215 toward one another such that the scissor hinge cross struts 227 rotate with respect to one another about the rotation location 230 . as the struts 227 rotate , the upper clips 235 on the ends of the struts 227 slide upward along the vertical side struts of the side frames 215 and 220 . once the side frames 215 and 220 have been collapsed toward one another , the entire internal frame 210 has a reduced size with respect to size of the internal frame in the expanded state . the support members 240 are then rotated into the storage position , as shown in fig3 . when in the storage position , the support members 240 no longer protrude outward from the internal frame 210 , but are rather nestled beneath the side frames 215 and 220 . in this manner , the support members 240 advantageously do not increase the size of the internal frame 210 during storage . fig4 is a perspective view of one of the clips 235 that attach the scissor hinges to the side frames 215 , 220 . the clip 235 has an annular region 410 that defines an opening into which vertical struts of the side frames can be positioned . the clip 235 also includes an attachment member , such as a tab 415 with an aperture 420 . an attachment device , such as a screw or bolt , can be mated with a strut 227 of the scissor hinge to attach the clip to the scissor hinge . the clip 235 and the vertical struts 227 of the side frames 215 , 220 are manufactured of a material that can slightly yield in an elastic manner . in this regard , the struts 227 can be equipped with one or more detents , such as protrusions , that can engage the clips to retain the clips ( and the scissor hinges ) in a predetermined orientation , such as in the collapsed state or in the expanded state . a sufficient force can be applied to the clip 235 such that the annular region of the clip and / or the protrusion slightly yields and allow the clip to be slid over the protrusion . in this manner , the scissor hinges can be moved between the collapsed state and the expanded state . as mentioned , the internal frame 210 is covered with a material that forms peripheral walls of the internal frame . the walls provide support surfaces for supporting one or more items that are positioned within the internal cavity . as shown in fig1 , at least one retaining structure 145 is positioned on the internal surface of the wall for retaining an item inside the internal cavity . in one embodiment , the retaining structure comprises a flexible strap that can be stretched outwardly to receive an item between the strap and the wall to which it is attached . the strap is biased toward the wall so that it secures the item in between the strap and the wall . the strap can be manufactured of a flexible , elastic material . although embodiments of various methods and devices are described herein in detail with reference to certain versions , it should be appreciated that other versions , embodiments , methods of use , and combinations thereof are also possible . therefore the spirit and scope of the appended claims should not be limited to the description of the embodiments contained herein .
a basket that can be attached to a walking aid and that can store a large number of items but does not consume a large amount of space when not in use . the basket can be configured to be removably coupled to the walking aid . the basket includes a frame having sides and ends that are scissor hinges . the scissor hinges operate such that the frame sides can be position next to each other in a collapsed state and separated from each other in an expanded state so as to form an internal cavity to carry items . a flexible material is attached to the frame sides and scissor hinges thereby forming side walls and a bottom .