GLIDE MECHANISM FOR ROLL OUT DRAWERS AND OTHER ITEMS

Abstract

A slide frame mechanism for a rollout accessory such as a wire drawer has two or more ball-bearing glides in a vertical orientation. Each of the glides includes a glide mount with a threaded aperture and cross-bars attached to extend between the glides. The accessory has a plurality of mounting tabs. Shoulder screws with partial threads pass through the accessory mounting tabs and threadably engage the threads of the slide mount apertures to secure the accessory to the glides. A compressible pad is positioned between the accessory mounting tabs and the glide mounts to provide a floating suspension which reduces binding of the glides when the accessory is rolled in and out. The screws fit loosely through oversized openings in the mounting tabs to allow limited movement of the accessory relative to the glides in a horizontal plane for further reduction of binding. Drawer dividers are constructed to detachably fit on drawers to provide separate compartments.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

Further features of the present invention will become apparent to those skilled in the art to which the present invention relates from reading the following description with reference to the accompanying drawings, in which:

FIG. 1 is a perspective view of a drawer and glide frame mechanism for rollout drawers according to a preferred embodiment of the present invention;

FIG. 2 is a fragmentary perspective view on an enlarged scale of a bottom corner portion of the drawer of FIG. 1;

FIG. 3 is a fragmentary perspective view on an enlarged scale of a portion of the glide frame of FIG. 1;

FIG. 4 is a fragmentary perspective view on an enlarged scale of a corner portion of the drawer and glide frame mechanism for rollout drawers of FIG. 1;

FIGS. 5A & 5B show a shoulder screw fastener according to an embodiment of the present invention in top and side elevational views, respectively;

FIG. 6 is a perspective view of the fastener of FIGS. 5A & 5B;

FIG. 7 is a side elevational view of a glide frame and drawer according to an embodiment of the present invention, with the broken lines showing how the glide frame can be attached inside of the drawer for packaging;

FIG. 8 is a top plan view of the glide frame and drawer connected for packaging;

FIG. 9 is a bottom perspective view of the glide frame and drawer connected for packaging;

FIG. 10 is a top plan view of the glide frame of FIG. 1 without the drawer attached;

FIG. 11 is a side elevational view of the glide frame of FIG. 10;

FIG. 12 is a perspective view of the glide frame of FIG. 10;

FIG. 13 is a perspective view of the glide frame of FIGS. 1 and 10-12 installed inside of a cabinet, with the glide runner partially extended;

FIG. 14 is a perspective view of a drawer attached to the glide frame of FIG. 13;

FIG. 15 is a perspective view of a two compartment drawer divider according to an embodiment of the present invention;

FIG. 16 is a bottom plan view of the two compartment drawer divider of FIG. 15;

FIG. 17 is a side elevational view of the two compartment drawer divider of FIG. 15;

FIG. 18 is a perspective view of a two compartment drawer divider attached in accordance with one embodiment of the invention to a drawer shown in broken lines; and

FIG. 19 is a fragmentary perspective view on an enlarged scale showing the manner in which the two compartment drawer divider may be attached to a drawer.

DESCRIPTION OF THE PREFERRED EMBODIMENT

The invention will now be described with reference to the drawing figures, in which like reference numerals refer to like parts throughout. For purposes of clarity in illustrating the characteristics of the present invention, proportional relationships of the elements have not necessarily been maintained in the Figures. Instead, the sizes of certain small components have been exaggerated for illustration.

FIG. 1 is a perspective view of a drawer and glide frame mechanism for a rollout drawer 100 according to one embodiment of the present invention. A glide frame 10 includes one or more vertically oriented glides 12 connected to one or more cross-bars 14. Each glide 12 includes a track 16 which houses a runner 18 that is slideably connected to the track 16 and can extend out of and retract into the track using a ball-bearing system (not shown) of the type commonly used for drawer glides. The tracks 16 of the glides 12 are rigidly attached to one or more of the cross-bars 14 in a generally perpendicular arrangement to the cross-bars 14 which gives the glide frame 10 a generally rectangular arrangement. The cross-bars 14 keep the glides 12 generally parallel to each other. The glide frame 10 may be connected to a drawer 20. It will be appreciated by one skilled in the art that while the glide frame 10 is illustrated with a drawer 20, the glide frame 10 may be used with any number of accessories or other objects including but not limited to bins, shelving, racks, platforms, containers, and the like.

The drawer 20 may have a wire construction including a bottom formed by lateral wires 20a and larger longitudinal wires 20b. Wires 20a extend across and are connected to opposite sides of a bottom rim 20c. Wires 20b extend between and are connected to front and back parts of the bottom rim 20c. The drawer 20 includes upright posts 20d which extend upwardly from the front and back parts of bottom rim 20c. A wire top rim 20e is connected with the upper ends of upright posts 20d and extends around the top edge of the drawer 20 to provide an open top. The front portion of the top rim 20e is curved downwardly as indicated at 20f with a short post 20g connecting to the center of the portion 20f. A center wire 20h is connected with the posts 20d between the bottom rim 20c and the top rim 20e and extends horizontally along the sides and back of the drawer 20 and partially along the front of the drawer on the drawer periphery to help retain items placed on the bottom of the drawer 20.

The bottom of the drawer 20 includes a drawer tab 22 (see FIG. 2) which is connected to one or more wires on the bottom of the drawer 20. According to one embodiment of the present invention, the drawer tab 22 is attached to the bottom of the drawer 20 by welding the drawer tab 22 to a pair of adjacent lateral wires 20a at a location adjacent to one of the longitudinal wires 20b. The tab 22 is preferably secured to the lower surfaces of the wires 20a so that it is on the underside of the drawer bottom where it does not interfere with items held in the drawer.

The drawer tab 22 includes an aperture 24. The drawer tab aperture 24 may be elongated such that it is longer in its side-to-side dimension than in its front-to-back dimension. A pad 26 may be attached to drawer tab 22 so that the pad 26 is located on the underside of the drawer 20 and tab 22 when the drawer is upright. The pad 26 includes an aperture 28 that may be elongated side-to-side and is generally aligned with the drawer tab aperture 24. The pad 26 may be attached to the drawer tab 22 using conventional techniques such as those making use of adhesive, or the pad may be loose and attached by various means, including a fastener as will be explained. The pad 26 is preferably compressible and may be comprised of foam, cork, sponge, rubber or other compressible or semi-compressible material.

As best shown in FIG. 3, the runner 18 is provided with a glide mount 30 which may take the form of an angle bracket. The upper plate 30a of the glide mount 30 projects inwardly from the glide 12. The glide mount 30 may be attached to the runner 18 in any number of ways including screws, bolts, rivets, welding, or other means. As shown in FIG. 3, screws 31 may be used to connect the lower plate 30b of the glide mount 30 to the inside face of runner 18. The upper plate 30a of the glide mount 30 is positioned slightly above the track 16 and is generally parallel to the top face of the cross-bar 14. The glide mount 30 is provided with an aperture 32 in plate 30a that may be threaded. Each cross-bar 14 includes one or more apertures 34 which may be used to secure the glide frame 10 in a desired location, such as the interior of a cabinet.

As best shown in FIG. 4, the drawer 20 is preferably connected to the glide frame 10 using a special fastener such as a shoulder screw 36 that connects the drawer tab 22 to the glide mount 30. The pad 26 may be positioned between the drawer tab 22 and the glide mount plate 30a so the drawer tab 22 is physically separated from the glide mount 30 when connected by the screw 36. The pad 26 between the drawer tab 22 and the glide mount 30, being compressible, provides a floating suspension between the drawer 20 and the glide frame 10. The benefit of a glide frame mechanism with a floating suspension is that the pad 26 has enough “give” or “play” that it prevents binding of the glides when the drawer 20 is moved along the glides 12. In this way, the pad 26 compensates for any slight misalignments or other imperfections that might otherwise cause binding.

Problems causing binding of the glides can arise from at least five different sources. First, if the fasteners such as screws which fasten the glide frame to the cabinet or other support are tightened unevenly, installed at a slight angle, or otherwise applied incorrectly, the glides are misaligned enough to cause binding. Second, there is inevitably misalignment of the glide frame in one or more directions no matter how carefully or skillfully the glide frame is installed to a cabinet or other mounting surface, due to factors such as a warped or otherwise uneven mounting surface, swelling of the mounting surface due to humidity changes, or a wide variety of additional imperfections that are inevitably present. Third, the drawer or other accessory can be connected improperly to the glides, causing the glides to be skewed, bent, curved or otherwise displaced from a precisely aligned arrangement. Fourth, manufacturing tolerances can vary enough that they create binding. Fifth, the weight and location of stored items in the drawer or other accessory can create binding. By using the pad 26 to provide a floating suspension, any binding that might otherwise occur for any of these reasons is avoided due to the “play” or “give” in the floating suspension.

FIGS. 5A, 5B and 6 shows a shoulder screw 36 that may be used according to one embodiment of the present invention. The screw 36 may have a (Phillips) cross drive head 38, but it will be appreciated by those of skill in the art that the fastener may include other drive configuration interfaces. As best shown in FIG. 5B, the screw 36 is preferably only partially threaded on its shank 41. A substantially flat screw head 40 sits above a shoulder 42 which is not threaded and is of a greater diameter than the portion of the screw with threads 44.

Applying the shoulder screws 36 involves extending the shanks 41 through the aperture 24 and 28 and threading the threaded tips of the screws into the threaded apertures 32 of the glide mounts 30, with the pads 26 sandwiched between tab 22 at the top and plate 30a at the bottom. The travel of the screws 36 is limited by the shoulders 42 bottoming out on the plate 30a. Consequently, the pads 26 may be compressed no more than they are when the shoulders 42 bottom out, and the compression of each pad is controlled and limited in this way. The length of the bare screw shank 41 is selected to effect the desired compression of the pads. Fasteners and other means that differ from the shoulder screws, yet limit the compression of pads 26, can also be used.

As best shown in FIG. 4, the screw heads 36 are recessed such that they do not project or protrude above the upper surfaces of the wires 20a on which items rest when stored in the drawer 20. By attaching the tabs 22 to the lower surfaces of wires 20a and providing a flat, low-profile screw head 36, the entirety of the fastening system is recessed below the upper surfaces of wires 20a so that items stored in the drawer are not scratched, marred or otherwise damaged or impeded by the fastening system, and fingers cannot be gouged by protruding fasteners or sharp edges.

In addition to the floating connection provided by the pad 26, the drawer or other accessory is also mounted in a manner allowing it to move to a limited extent relative to the glide frame in a generally horizontal plane. This can be accomplished in various ways. For example, the aperture 24 can be elongated or otherwise oversized relative to the shank 41 of screw 36. Preferably, aperture 24 is elongated in a side-to-side direction as best shown in FIG. 2. This allows tab 22 and the drawer or other accessory to move from side to side relative to the glide mount 30 and the glide frame, limited by the travel of the screw shank 41 between the ends of the elongated aperture 24. The front-to-back dimension of aperture 24 is also preferably oversized relative to the screw shank so that tab 22 and the drawer or other accessory can move in the front to back direction relative to the glide mount 30 and the glide frame.

While aperture 24 may be elongated in its side-to-side dimension and oversized in its front-to-back dimension as described, other means and techniques can be used to allow the drawer or other accessory to move in a generally horizontal plane relative to the runner 18 on which it is mounted. By allowing limited relative vertical movement of the accessory as a result of the spacing between the tab 22 and glide mount 30 (with or without pad 26 interposed therebetween), and limited relative horizontal movement of the accessory as a result of the loose fit of screw 36 in aperture 24, the accessory can move relative to the glide frame in any direction (along two horizontal axes and one vertical axes and at any angle between any of these axes), thereby accommodating for misalignment of the glide which inevitably occurs. The three dimensional “play” provided by this invention avoids a rigid connection and overcomes all of the binding problems previously mentioned. At the same time, the “play” is limited in all directions and the pad preferably provides a floating suspension that prevents rattling or other noise and gives the assembly a smooth feel as well as a smooth sliding action as the accessory is moved in and out.

As best shown in FIG. 9, there may be four of the tabs 22 located generally near the four corner areas of the bottom of drawer 20. Likewise, as FIG. 12 best shows, the glide frame has four glide mounts 30, located near the front and back ends of each of the runners 18 and situated such that the tabs 22 align with the glide mounts 30. As will be described, the arrangement is symmetrical so that the glide mounts 30 align with the tabs 22 when the drawer is assembled, and also if the glide frame is inverted and placed in the drawer 20 for packaging.

FIGS. 7-9 best illustrate how the glide frame 10 fits inside of the drawer 20 for packaging and shipping. When configured for packaging, the glide frame 10 is inverted and positioned inside of the drawer 20 with the glide mount plates 30a of mounts 30 immediately overlying tabs 22, and the glide frame is secured to the drawer by connecting the glide mounts 30 to the drawer tabs 22 using screws 36. The pads 26 may be sandwiched between the tabs 22 and glide mounts 30. The major benefit of this shipping configuration is that packaging the glide frame 10 in the drawer 20 provides a more compact arrangement than would be the case if the drawer 20 were attached to the top of the glide frame 10 in the final installed configuration or packaged separately. An advantage of the compact arrangement is reduced shipping costs. Another advantage is that the compact arrangement makes efficient use of limited shelf space that is available in the case of retail sales and/or storage of the product.

With particular reference to FIGS. 11 and 12, the rigidity of the cross-bars 14 and their connections to tracks 16 is enhanced by upturned flanges 14a on the ends of cross-bars 14 which extend upwardly along the outer surfaces of tracks 16 and are secured to the tracks by rivets 14b (FIG. 11) or any other suitable manner. The glide frame 10 is installed by extending screws 48 through apertures 34 (see FIG. 13) in the cross-bars 14 and threading the screws 48 into the base 46 of a cabinet or other mounting surface. The cross-bars 14 may be ribbed for enhanced rigidity, and the apertures 34 may be provided in any suitable number and configuration.

The cross-bars 14 may be marked to indicate which way the glide frame 10 should be oriented in a cabinet. An advantage of providing a fully assembled glide frame 10 in accordance with the present invention is that the fully assembled glide frame can be pre-aligned and set at the factory which eliminates the need for installation templates of the type commonly required to install other glide mechanisms. Another advantage is that the fully assembled glide frame 10 allows the end user to handle and install one glide assembly as opposed to having to navigate the installation and alignment of two separate glides. Also, the glide frame is installed independently before installation of the drawer. This eliminates the problem of the drawer hindering access to the limited space typically available for installation inside a cabinet.

While it is preferable for the pads 26 to be located between the drawer and glides as shown and described, an installation wherein the pads are located and compressed between the glides and the cabinet or other mounting support is also advantageous, in that the floating suspension of the glides on the support provides similar “give” or “play” allowing the assembly to overcome any tendency for the glides to bind. In such an installation, the drawer or other accessory may be rigidly connected, may be connected using a floating-type suspension, or another type of connection may be employed.

Another embodiment of the invention is identical to what has been previously described, except that the pads 26 are eliminated. The tabs 22 can move up and down relative to the glide mounts 30 due to the use of the shoulder screws 36. In this embodiment, the universal relative movement described previously for the accessory is provided, compensating for the inevitable misalignment problems that have been mentioned. Although this embodiment is satisfactory in some applications, the inclusion of the pads is generally preferred to provide a better “feel” in most applications and prevent rattling and other noise.

FIG. 15 depicts a two compartment drawer divider 50 which is exemplary of another aspect of the present invention. The divider 50 has a generally rectangular shaped wire frame which may be made from one continuous piece of wire. This frame may be comprised of two parallel lateral sections 52 having on their ends curved corners or hooks 54 that are bent downwardly to provide saddle configurations. Extending downwardly from and merged with each curved corner or hook is a short vertical leg 55. The bottoms of the legs 55 are bent approximately 90 degrees to form outer saddle wires 56 extending longitudinally and generally parallel to one another at both ends of the lateral sections 52.

The lateral sections 52 are of a length that the divider 50 may span the top opening of drawer 20 (side-to-side or front-to-back) with the hooks 54 hooking onto the sides of the top rim 20e, as shown in FIG. 18 (or the front and back of the top rim 20e). Adjacently inward of each hook 54, an inner saddle wire 58 spans the lateral sections 52. The inner saddle wires 58 are generally parallel to the outer wires 56 and fit against the inner edge of drawer rim 20e when the divider 50 is applied to the drawer.

The divider 50 further includes an interior central partition 60 which spans the lateral sections 52 in an orientation that is substantially parallel to the inner saddle wires 58 and the outer saddle wires 56 at the approximate centers of the lateral sections 52. The partition 60 compartmentalizes the divider 50 into two areas located between the inner saddle wires 58. The divider may be provided with a plurality of interior partitions which compartmentalize the divider into several smaller areas. The divider 50 may lack a partition and form a single compartment that is bounded by the inner saddle wires 58 and the lateral sections 52.

The divider 50 can be installed at any position to extend crossways or lengthwise (or another direction) on a drawer to provide one or more separate compartments and to prevent items from tipping or moving. The divider also serves as an organizer to separate different items. Another advantage of the dividers of the present invention is that they can be installed at any position fore and aft along a drawer or similar roll out accessory (or side-to-side if the divider is installed to extend front-to-back on the drawer). One or more dividers can be installed on a drawer at any desired location, and each divider can have one or more compartments.

FIG. 18 shows the two compartment drawer divider 50 installed on a drawer 20 (shown in broken lines). When the divider is installed on the drawer, the curved hooks 54 fit closely on the opposite sides of the upper drawer rim 20e to secure the divider in place. The inner saddle wires 58 and the vertical legs 55 are positioned on either side of the top rim 20e of the drawer to assist in holding the divider on the drawer.

As shown best in FIG. 19, any or all of the inner saddle wires 58, the hooks 54, the legs 55 and the outer saddle wires 56 may be covered with a coating 64. The wires may be coated with a frictional coating (such as a rubbery vinyl plastic, for example) to enhance the frictional holding power and the grip of the saddle structure on the sides of the rim 20e (or other portion of the drawer). The combination of the saddle configuration provided by the hooks 54, the legs 55 and the inner and outer saddle wires 58 and 56, together with the friction coating 64, provides a secure connection of the divider 50 on the drawer while accommodating easy re-positioning of the dividers, all without the need for fasteners or tools.

The coating 64 may be a material that is tacky, such as vinyl, where the material has a high coefficient of friction, or it may be any other suitable friction-enhancing material. It will also be appreciated that it is possible to vary the degree of friction which is used to hold the divider in place along the top edge or another portion of a drawer by adjusting the degree to which the hooks are bent downward, by adjusting the distance between the inner saddle wires and the legs 55, by adjusting the lengths of the wires, or by varying the thickness and type of coating.

An advantage of the saddle or hook design of the present invention, in conjunction with the grip-like coating, is that a divider can capture and hold its position on a roll-out drawer 100 or other accessory without any need for clamps, fasteners or tools. At the same time, the divider can be quickly and easily removed and/or repositioned. The dividers may be used to secure/organize dish soap bottles, kitchen cleaning containers, narrow food containers, cooking containers, spice containers, and many other items. Additionally, one or more dividers can be used per drawer or other roll-out accessory. Use of the dividers of the present invention provides the advantage of being easily repositioned at will into an infinite number of positions to allow for changing storage needs.

While the divider 50 shown and described functions well, other configurations are possible. For example, the inner saddle wires 58 can be eliminated, as can the outer saddle wires 56. Such an arrangement relies on the hooks 54 and the integral legs 55 to hold the dividers in place, with or without a friction coating. In some applications, a divider formed by a single lateral wire section 52 with hooks 54 and legs 55 on its opposite ends (with or without a friction coating) may be used to form separate compartments on opposite sides of the lateral section.

Likewise, in some application there is no need for curved hooks, and the divider can take the form of one or more lateral sections 52 with legs turned downwardly at a right angle or other angle from the opposite ends of the lateral section such that the legs apply an inward force against the outside surfaces of the wires of rim 20e to hold the divider in place on the drawer, with or without a friction coating. In this arrangement, the legs may be equipped with short cross members (not shown) fitting partly beneath the rim 20e, or with other means for assisting in holding the divider in place on the drawer, again with or without a friction coating. Instead of engaging the rim 20e, the divider may be attached to wire 20h or another part of the drawer 20 or other accessory.

The many features and advantages of the invention are apparent from the detailed specification, and thus, it is intended by the appended claims to cover all such features and advantages of the invention which fall within the true spirit and scope of the invention. Further, since numerous modifications and variations will readily occur to those skilled in the art, it is not desired to limit the invention to the exact construction and operation illustrated and described, and accordingly, all suitable modifications and equivalents may be resorted to, falling within the scope of the invention.

Claims

1. A rollout accessory apparatus comprising: an accessory;a glide frame having at least one glide;a glide mount on said glide;a mounting surface on said accessory;a compressible pad between said glide mount and said mounting surface; anda fastener connecting said mounting surface to said glide mount in a manner allowing said accessory to slide in and out with said pad compressed between said glide mount and mounting surface.

2. Apparatus as set forth in claim 1, wherein said glide mount and said mounting surface present substantially flat surfaces facing one another with said pad interposed between said flat surfaces.

3. Apparatus as set forth in claim 1, wherein said glide frame comprises: a pair of said glides; anda pair of cross bars extending between and connected to said glides and maintaining said glides substantially parallel.

4. Apparatus as set forth in claim 3, wherein said glides have a vertical orientation.

5. Apparatus as set forth in claim 1, wherein said accessory comprises a drawer.

6. Apparatus as set forth in claim 5, wherein said drawer is constructed of interconnected wires.

7. Apparatus as set forth in claim 1, wherein said fastener is constructed in a manner to limit compression of said pad to a predetermined level of compression.

8. Apparatus as set forth in claim 1, wherein said fastener comprises a shoulder screw providing a threaded connection between said mounting surface and glide mount, said shoulder screw having a shoulder providing a limit to said threaded connection to limit compression of said pad.

9. Apparatus as set forth in claim 1, wherein said fastener connects said mounting surface to said glide mount in a manner allowing limited movement of said mounting surface relative to said glide mount in a substantially horizontal plane.

10. Apparatus as set forth in claim 1, including an opening in said mounting surface through which said fastener extends loosely to allow limited movement of said mounting surface relative to said glide mount in a substantially horizontal plane.

11. Apparatus as set forth in claim 1, wherein: said accessory presents a bottom surface on which items are held; andsaid fastener is recessed in its entirety at a location not to project above said bottom surface.

12. A rollout accessory apparatus comprising: an accessory;a glide frame having a pair of glides oriented vertically and each including a track and a runner connected with said track in a manner allowing the runner to extend and retract relative to said track, said tracks being substantially parallel;at least one glide mount on each glide;at least two mounting surfaces on said accessory arranged to substantially align with said glide mounts;at least two compressible pads between said glide mounts and mounting surfaces; andat least two fasteners connecting said mounting surfaces to said glide mounts with said pads compressed between said mounting surfaces and glide mounts.

13. Apparatus as set forth in claim 12, wherein: each runner has front and back end portions;said front and back end portion of each runner is provided with one of said glide mounts;said accessory is provided with four of said mounting surfaces arranged to substantially align with said glide mounts;four compressible pads are interposed between said four mounting surfaces and the respective glide mounts aligned therewith; andthe respective pairs of mounting surfaces and glide members are connected by four fasteners effective to compress said four pads.

14. Apparatus in claim 12, wherein each fastener is constructed in a manner to limit compression of said pad to a predetermined level of compression.

15. Apparatus as set forth in claim 12, wherein each said fastener comprises a shoulder screw providing a threaded connection between said mounting surface and the glide mount aligned therewith, said shoulder screw having a shoulder providing a limit to said threaded connection to limit compression of each pad.

16. Apparatus as set forth in claim 12, wherein said accessory comprises a drawer.

17. Apparatus as set forth in claim 16, wherein said drawer is constructed of interconnected wires.

18. Apparatus as set forth in claim 17, wherein said drawer has a bottom constructed of interconnected bottom wires and said mounting surfaces comprise substantially flat tabs connected with said bottom wires.

19. Apparatus as set forth in claim 12, wherein each of said glide mounts and each of said mounting surfaces has a substantially flat surface facing said pad.

20. Apparatus as set forth in claim 18, wherein: said bottom wires have lower surfaces to which said tabs are connected and upper surfaces on which items in said drawer are held; andsaid fastener is located such that said fastener does not project above said upper surfaces of said bottom wires.

21. Apparatus as set forth in claim 12, wherein said fasteners connect said mounting surfaces to said glide mounts in a manner accommodating limited movement of said mounting surfaces relative to said glide mounts in a substantially horizontal plane.

22. A rollout accessory apparatus for installation on a support, comprising: an accessory;a glide frame having at least one glide;a glide mount on said glide;a mounting surface on said accessory connected with said glide mount to connect said accessory with said glide frame;a compressible pad between said glide frame and said support; anda fastener connecting said glide frame to said support in a manner allowing said accessory to slide in and out with said pad compressed between said glide frame and said support.

23. A rollout drawer apparatus comprising: a drawer;a glide frame having a pair of glides connected by at least one cross bar arranged to maintain said glides substantially parallel;a glide mount on said glide;a mounting surface on said drawer arranged to align with said glide mount in both an installed position wherein said drawer is mounted on said glides to move in and out thereon and a packaging position wherein said glide is contained within said drawer; anda detachable fastener for securing said glide mount to said mounting surface in said installed position to mount said drawer for in and out movement on said glide, and for securing said glide mount to said mounting surface in said packaging position to secure said glide within and to said drawer for compact packaging.

24. Apparatus as set forth in claim 23, including a compressible pad interposed between said glide mount and mounting surface in at least said installed position.

25. Apparatus as set forth in claim 23, wherein said drawer has a wire construction.

26. A rollout accessory apparatus for installation on a support, comprising: an accessory;a glide frame for connection to said support, said glide frame having a glide providing a glide mount;a mounting surface on said accessory; anda fastening system for connecting said mounting surface to said glide mount to allow said accessory to slide in and out, said fastening system being arranged to allow limited movement of said mounting surface relative to said glide mount in all directions.

27. Apparatus as set forth in claim 26, wherein: said accessory slides in and out along an axis located in a substantially horizontal plane; andsaid fastening system is arranged to accommodate limited movement of said mounting surface relative to said glide mount in said plane and in a generally vertical direction.

28. Apparatus as set forth in claim 27, wherein said fastening system includes a pad between said mounting surface and said glide mount, said pad being compressible to accommodate movement of said mounting surface relative to said glide mount in said generally vertical direction.

29. Apparatus as set forth in claim 28, wherein: said fastening system includes a fastener connecting said mounting surface with said glide mount in a manner to maintain said pad compressed; andsaid fastener has a loose connection with one of said mounting surface and said glide mount to accommodate movement of said mounting surface relative to said glide mount in said plane.

30. Apparatus as set forth in claim 29, wherein: said mounting surface has an opening through which said fastener extends in a loose fit to accommodate limited movement of said mounting surface relative to said fastener.

31. A divider for compartmentizing a container having plural edges, comprising: at least one wire element having opposite ends and a length to extend between said edges of the container; anddownturned legs on said opposite ends of said wire element located and arranged for application to said edges in a manner to detachably secure said wire element in extension between said edges to divide the container into separate compartments.

32. A divider as set forth in claim 31, wherein said downturned legs provide curved hooks for hooking onto said edges.

33. A divider as set forth in claim 32, wherein: said edges of the container include wires; andsaid hooks are arranged to detachably hook onto said wires.

34. A divider as set forth in claim 33, including a friction coating on said hooks to enhance gripping of said hooks onto said wires.

35. A divider as set forth in claim 31, including a friction coating on said legs for enhancing the gripping force of said legs on said edges.

36. A divider for compartmentizing a container having plural edge wires, said divider comprising: a pair of wire elements connected with each other to form a wire frame having a length to extend between said edge wires, said wire frame having opposite end portions; anda saddle structure on said opposite end portions of said wire frame arranged to grip onto said edge wires to detachably secure said wire frame in extension between said edge wires with a space between said wire elements providing a compartment in the container.

37. A divider as set forth in claim 36, wherein: said wire elements have opposite end portions; andsaid saddle structure comprises a curved hook on said end portion of each wire element located to hook onto said edge wires when said wire frame is applied to said container.

38. A divider as set forth in claim 37, including a saddle wire extending between said wire elements at a location to abut an inside of said edge wires when said wire frame is applied to said container.

39. A divider as set forth in claim 38, including an outer saddle wire extending between said hooks.

40. A divider as set forth in claim 36, including a frictional coating on said saddle structure.

41. A divider as set forth in claim 36, including at least one partition wire extending between said wire elements at a location between said end portions to provide sub-compartments within said compartment on opposite sides of said partition wire.

42. A drawer structure comprising: a drawer constructed of interconnected wires and having an upper rim presenting edge wires on edges of the drawer; anda wire frame having a pair of substantially parallel wire elements each having a length to span the distance between said edge wires and each having opposite ends providing saddle structures detachably gripping said edge wires to secure said wire frame to said drawer with a compartment within the drawer provided between said wire elements.

43. A drawer structure as set forth in claim 42, including at least one partition wire extending between said wire elements at a location between said end portions to provide sub-compartments within said compartment on opposite sides of said partition wire.

44. A drawer structure as set forth in claim 42, including a frictional coating on each of said saddle structures.

45. A drawer structure as set forth in claim 42, wherein each saddle structure comprises: a curved hook on each end portion of each wire element at a location to engage said edge wires; andat least one saddle wire extending between said wire elements at a location adjacent to said hooks.

46. A drawer structure as set forth in claim 45, including a friction coating on each of said hooks.