in describing a preferred embodiment of the invention illustrated in the drawings , specific terminology will be resorted to for the sake of clarity . however , the invention is not intended to be limited to the specific terms so selected , and it is to be understood that each specific term includes all technical equivalents which operate in a similar manner to accomplish a similar purpose . with reference to - the drawings , in general , and to fig1 through 4 , in particular , a garment hanger caddy embodying the teachings of the subject invention is generally designated as 10 . with reference to its orientation in fig1 , the garment hanger caddy includes a pie shaped base 12 , a glide rod 14 , left side guide rod 16 , right side guide rod 18 and a secure wire 20 . in fig1 , the base 12 is made of a welded - rod including section 12 a of approximately 9¼ inches in length , section 12 b and 12 c of approximately 1¾ inches in length , sections 12 d and 12 e of approximately six inches in length and section 12 f of approximately three inches in length . the dimensioning of the base allows four caddys to nest together in an approximately 15 by 15 inch space to conserve space so as to save shipping and manufacturing costs . extending inwardly from section 22 a of the base 22 are sections 16 a and 18 a of guide rods 16 and 18 , respectively which then turn 90 degrees to form section 16 b and 18 b extending to a height of 25½ inches above base 12 . section 16 c and 18 c then turn 90 degrees with respect to section 16 b and 18 b and terminate in hoop shaped section 22 interconnecting sections 16 c and 18 c . with respect to the glide rod 14 , section 14 a slidably extends within a hollow sleeve 24 projecting from base section 12 f and then turns 90 degrees to travel vertically , by section 14 b to a height of approximately 29 inches . the glide rod turns on itself by u - shaped section 14 c , traveling downwardly for a distance of approximately 4½ inches through section 14 d and then turning 90 degrees through section 14 e which is slidably secured to section 16 c of left side guide rod 16 . the secure wire 20 is secured at a lower end 20 a to section 14 a of the glide rod 14 as shown in fig3 . at an opposite upper end 20 b , the secure wire is secured to section 14 e of the glide wire 14 . as such , movement by the glide wire provides similar movement of the secure wire with the spacing between the glide rod 14 and secure wire 20 being maintained at a constant separation . separation distance “ a ”, as shown in fig3 , is fixed in a range of between ¼ and ½ inch . however , the separation distance between the glide rod and the guide rods is varied by movement of section 14 a and 14 e of the glide rod with respect to the fixed guide rods 16 , 18 . as shown in greater detail in fig3 , the sleeve 24 includes five holes 24 a through 24 e which are separated by ⅜ inches between each - successive hole . similarly , section 14 a has a plurality of holes through which a bolt 26 may extend through one of the holes in the sleeve 24 and into a threaded hole in the section 14 a of the glide rod 14 . thereby , by sliding section 14 a into and out of the sleeve 24 and securing the section 14 a by the bolt 26 , the position of the section 14 a and thereby the glide rod 14 may be made to move closer or away from the guide rods 16 , 18 . at the opposite end , section 14 e of glide rod 14 , as shown in fig2 , terminates in plate 28 having a plurality of holes . the plate 28 is slidably mounted within c - shaped channel 30 which is secured to section 16 c of guide rod 16 . by use of a bolt 32 , the relative positioning of section 14 e of the glide rod may be changed to provide a parallel adjustment of the spacing between the glide rod and secure wire assembly with respect to the two guide rods as is similarly adjusted at section 14 a of the glide rod . in fig4 , the bolt 32 is shown extending through the plate 32 and c - shaped section 30 as driven by rotation of the head 34 of the bolt and secured by nut 36 on the bolt 32 . for use of the hanger caddy 10 of the present invention under a counter top 40 of a retail establishment , reference is made to fig5 and 6 . in fig5 , a rack assembly 50 is shown . the rack assembly 50 includes a base 52 having upwardly projecting sidewalls 54 , 56 . the base 52 is intended to sit underneath a cash register 54 which is positioned on top of counter top 40 . rollingly mounted on the base 52 is a tray including two triangular shaped rails 58 , 60 . the rails are interconnected with the respective sidewalls 54 , 56 so that upon rotation of the rollers 58 a through 58 e and 60 a through 60 e the rails are movable on the base 52 to move from the position shown in solid lines of fig6 to the position shown in dotted lines in fig6 , in the direction of arrow 62 . the two rails 58 , 60 are interconnected by crossbar 64 . rotatably mounted on the crossbar 64 by hooks 66 , is a wall 70 having two vertical bars 72 , 74 as shown in fig5 and two sets of crossbars 76 a , 76 b and 78 a , 78 b . the upper crossbars 76 a , 78 a of the sets of crossbars include a mounting bracket 80 . the mounting bracket is l - shaped as shown in fig6 so as to support section 12 f of base 12 of the hanger caddy . the lower crossbars 76 b , 78 b of the sets of crossbars project from the bars 72 , 74 as shown in fig5 so as to support the sections 12 b , 12 c of the base of the hanger caddy 12 . as shown , the hanger caddy is elevated to an angle of approximately between 15 and 18 degrees . this elevation assists in the sliding of hangers down along the caddy when the hangers are placed on the caddy under the counter top 40 of a retail establishment . for removal of hangers from the hanger caddies or removal of the hanger caddies from under the countertop 40 , the caddies may be rolled out from under the countertop on the rails 58 , 60 by pulling on u - shaped section 14 d of the glide rod 14 to the position shown in dotted lines in fig6 . easy access is thereby obtained to the hanger caddies . for ease of shipment and storage , the wall 70 shown in a vertical orientation in fig5 and 6 may be folded down onto the base 52 by the release of ends 82 a , 84 a of the support bars 82 , 84 which are pivotally mounted at upper ends 82 b , 84 b on the bars 72 , 74 . pivoting around hook 66 , 68 , the wall 70 may be collapsed onto base 62 . a reduction in overall height is thereby achieved which facilitates packing of multiple rack assemblies for storage and / or shipping . as shown in fig1 , a hanger 90 having hanger hook 90 a and shoulder or arm sections 90 b and 90 c is shown . the hanger hook 90 a is positioned so as to be located between the assembly of secure wire 20 and section 14 b of the glide rod 14 and hoop shaped section 22 of the guide rods 16 , 18 . the section 20 b prevents the hanger hook 90 a from being positioned other than in the orientation shown in fig1 , such that hangers 90 are dropped , when the hanger caddy 20 is in a vertical orientation as shown in fig1 with the hanger hook 90 a engaging or being guided - by glide rod 14 and secure wire 20 with arms 90 b and 90 c of the hanger engaging or being guided by guide rods 16 , 18 . similarly , the hanger 90 engages the caddy 10 , when the caddy 10 is angled as shown in fig5 and 6 . the foregoing description should be considered as illustrative only of the principles of the invention . since numerous modifications and changes will readily occur to those skilled in the art , it is not desired to limit the invention to the exact construction and operation shown and described , and , accordingly , all suitable modifications and equivalents may be resorted to , falling within the scope of the invention .
a hanger fixture that supports a hanger hook and includes a glide rod and two guide rods to loosely hold the hanger hook in a predetermined position on the hanger fixture . a secure wire spaced from the glide rod and connected to the glide rod helps hold the hanger hook in place . the assembly of the glide rod and secure wire are adjustable in position over four different settings each ⅜ inches apart .