Abstract: A composed element includes at least two panel-shaped elements, such as a locking tongue and groove connection, that are arranged to be coupled to each other at an angle, either directly or indirectly by means of an intermediate piece. The connection includes, at least at one of the panel-shaped elements, a tongue or groove, cooperable with a groove or tongue provided on the other panel-shaped element or on the intermediate piece. The tongue includes a split tongue, with at least a first part and a second part, and a slit located therebetween. A locking part is located at the outer side of at least said first part wherein the slit, seen in cross-section of the tongue, defines at least one side, the course of which, seen in cross-section, deviates from the main direction belonging to the tongue.

Abstract: A refrigerator including a cabinet having a bottom mounted freezer container, a separate bearing on left and right sides of the refrigerator cabinet adapted to support the container for movement in and out of a freezer compartment of the cabinet, the container bearings being disposed outside of a freezer liner forming the freezer compartment.

Abstract: An object carrying device includes a first net body, a frame, a front baffle panel, and a rear baffle panel. The first net body has a bottom portion and two lateral portions. The bottom portion has a front side, a rear side, and two opposing lateral sides. The two lateral portions extend from the two opposing lateral sides of the bottom portion, respectively, and face each other. The frame is clipped to the first net body and disposed at the outer periphery of the first net body. The front baffle panel is fixed to the frame and disposed between the front side of the bottom portion and the two lateral portions of the first net body. The rear baffle panel is fixed to the frame and disposed between the rear side of the bottom portion and the two lateral portions of the first net body.

Abstract: The invention relates to two telescopic extensions that can be deployed in a refrigerating device to support thereon a goods carrier, such as a door-type goods carrier for refrigerated goods. Bridges are mounted on movable rails of the telescopic extensions and delimit, together with the movable rail, a gap for receiving a first carrier tab element of the goods carrier. The width of the gap is larger than the thickness of the first carrier tab element, and a first stabilizer tab element is inserted into the free space remaining after the first carrier tab element is inserted into the gap.

Abstract: In a guide rail attaching structure for a sliding door and a refrigerator using the same, the structure includes a support member coupled to an inner plate of a door of a refrigerator main body and having support coupling portions, and a pair of guide rails each having a guide rail coupling portion coupled to the corresponding support coupling portion, and slidable with respect to the refrigerator main body, wherein the support coupling portion and the corresponding guide rail coupling portion are coupled to each other by a hinge, whereby a force applied to the guide rail can be minimized to prevent warping of the guide rail even if the sliding door is open in any direction.

Abstract: A refrigerator drawer includes an upper portion and a lower portion forming a bottom tray. The bottom tray is releasably engaged with the upper portion and is adapted to slide relative to the upper portion. The bottom tray includes a grip for enabling a user to slide the bottom tray relative to the upper portion. The bottom tray can be disengaged from the upper portion by sliding the bottom tray beyond a front edge of the upper portion. The bottom tray has a height that is relatively small compared to the height of the upper portion, thereby allowing the bottom tray to be easily and conveniently cleaned without requiring removal of the upper portion or of the entire refrigerator drawer.

Abstract: A drawer construction having a floor element surmounted by a plurality of upstanding sidewalls forming a frame includes one or more reinforced connections between the floor element and one or more of the sidewalls. The reinforced connection may include one or more outwardly extending tabs associated with the floor element which are received within appropriately sized and oriented slots defined within a selected sidewall. The sidewall may further include a laterally extending shelf positioned proximate the lower edge of the sidewall and oriented to extend below the floor element such that the floor element rests on the upper surface of the shelf. Mounting supports, positioned on the opposing ends of the sidewall may be secured to adjacently positioned sidewalls to further strengthen the association of the sidewall with the drawer structure.

Abstract: A combination drawer includes a bottom plate, two side plates foldably mounted on the bottom plate, a rear plate foldably mounted on the bottom plate and detachably connected with the side plates, and a front plate disposed on the bottom plate and detachably connected with the side plates. Thus, the front plate, the side plates and the rear plate are combined and detached easily and quickly so that the combination drawer is assembled and disassembled easily and quickly. In addition, the parts of the combination drawer can be detached and folded before assembly or when not in use so as to reduce the whole volume of storage and packaging and to decrease the cost of packaging, storage and transportation of the combination drawer.

Abstract: A storage and organization system is provided for customizing existing cabinets, such as kitchen, bathroom, pantry and/or garage cabinets. The system includes differently-sized stationary bases, pullouts, and accessories constructed to fit closely into any of many differently-sized storage spaces for optimal efficiency and maximum capacity, while providing customized functional support. The pullouts slidably extend from track extensions on the stationary bases, and allow side access and top access to selected accessories. The accessories are adjustably mounted on the pullouts for optimal position and function. Components are pre-constructed so that consumers can select and install a system with ease, while still meeting their needs and preferences.

Abstract: A foldable drawer assembly includes a side plate association and a bottom plate selectively connecting with the side plate association. The side plate association includes a plurality of plates pivotally connected with one another. A storage space is enclosed with the plurality of plates of the side plate association. The side plate association is operable between an operative state and a stored state. When the side plate association is in the operative state, a shape of cross-section of the storage space corresponded to a shape of cross-section of the bottom plate. When the side plate association is in the storage state, a measure of area of cross-section of the storage space is less than a measure of area of the bottom plate.

Abstract: The invention proposes a device for pushing out a furniture part which is accommodated in a movable manner on a fixed furniture part, having a pushing-out element which is driven via a drive unit and is present on one of the furniture parts in order to push the movable furniture part out of a closure position, the intention being for contact between the pushing-out element and the other furniture part to be eliminated during a pushing-out operation, and having a control unit for controlling the drive unit, the control unit taking as a basis a definable closure position of the movable furniture part for controlling the drive unit. The invention provides means by which, following a closing operation of the movable furniture part, a standstill position achieved in the process can be defined as a new closure position and replaces the closure position previously taken as a basis.

Abstract: A face panel includes a frame unit having mounting grooves arranged in parallel on the front side thereof, and decorative face members detachably fastened to the front side of the frame unit, each decorative face member having coupling devices protruded the back side thereof and detachably fastenable to the mounting groove of the frame unit, a decorative finish located on the front side thereof and carrying a design and a connection structure located on each of the two distal ends thereof for enabling a member of the decorative face members to be connected transversely in a line by means of forcing one connection structure of one decorative face member into engagement with one connection structure of another decorative face member.

Abstract: A device for mounting of drawer front panels, which are adjustable laterally and vertically by bolts 7, 8 equipped with a thread 11 and with an eccentric, respectively, wherein the bolts 7, 8 are guided in the device 5 approximately perpendicularly to the drawer bottom and are accessible from above, wherein the threaded bolt 7 reaches through a tap hole 12 and the eccentric bolt 8 reaches through an oblong hole 16 of the device, and are supported on an undersurface 17 of the edge frame 1.

Abstract: A non-disconnect drop-in ball bearing slide assembly adapted to support an object, such as a computer server, includes a stationary slide and an intermediate slide slidably connected to the stationary slide with at least one ball bearing interposed between the intermediate slide and the stationary slide. A ball bearing retainer has a top member and a base member, the top and base members extending along a length, with a first plurality of ball bearings extending along the length of the base member, and a second plurality of ball bearings extending along at least a portion of the length of the top member. The non-disconnect drop-in ball bearing assembly also includes a moveable slide extending along a length and having a top rail and a bottom rail. The moveable slide has at least one slot formed on the top rail for receiving a mounting post of an object, such as a server or server mounting arm.

Abstract: A combination cabinet includes a main body, a plurality of bottom boards, a plurality of back boards, a plurality of resting boards, a top board, and a connecting seat. Thus, the main body is folded to have a flat shape and all parts of the combination cabinet are folded and detached before assembly, so that the combination cabinet has a smaller volume, thereby facilitating packaging, storage and transportation of the combination cabinet. In addition, the combination cabinet is assembled and disassembled easily and quickly without needing aid of any hand tool, thereby facilitating a user assembling and disassembling the combination cabinet.

Abstract: An adjustable sliding sink drawer comprising a left side panel, a right side panel, a left front panel, a right front panel, a left center tray, and a right center tray. These panels and trays are shaped to permit insertion of the device, in a drawer-like manner, into a cavity adjacent to and partially surrounding the underside of a sink, particularly a bathroom sink. The panels and trays create a geometrically-shaped storage compartment, having a generally horizontal bottom and generally vertical side walls. Further, these panels and trays are slidably connected to permit the adjustable sliding sink drawer to occupy the entire breadth of the cavity adjacent to the sink, to fit around various sink widths and designs, and to occupy nearly all of the usable space between the sink and the walls of the cabinet in which the sink is mounted. Non-adjustable embodiments are also disclosed.

Abstract: A drawer panel includes an elongated wall, a projection on the wall having a first portion extending rearwardly from the rear side of the wall and a second portion extending along the rear side of the wall for cooperation therewith to define a channel therebetween, and a drawer pull at the front side of the wall. A drawer has mounting structure thereon including a base portion projecting forwardly therefrom and an attachment portion projecting from the base portion and extending above and/or below the base portion so as to be slidably received in the channel of the panel for mounting the panel in a mounted position extending across the front of the drawer without the use of fasteners or weldments.

Abstract: A pedestal system includes a cabinet having a bottom wall, a top wall, a pair of sidewalls, and a rear wall that cooperate to define a forwardly-opening aperture that slidably receives a plurality of drawer assemblies therein. The pedestal system further includes interchangeable face plates for covering the drawer assemblies, an attachment system for attaching a drawer lock/interlock assembly that locks the drawer assemblies in a closed position and prevents multiple drawer assemblies from being simultaneously opened, and a drawer divider for segmenting an interior space of each drawer assembly. The drawer lock/interlock system includes a cam assembly that allows a constant force to be applied to each drawer assembly while opening each drawer and activating the lock/interlock assembly. The pedestal system further includes an attachment system for attaching the pedestal system to a free-standing partition system.

Abstract: Arrangement for connecting a drawer frame (12) formed by a metal hallow chamber profile to the facing lateral edge of the associated plate-shaped drawer bottom (10), in which at least in part-regions of its lower end region opposite the end face of the edge of the drawer bottom (10) the drawer frame (12) has in each case a strip-shaped vertical contact web (26) for the lateral end face of the drawer bottom (10), and a supporting leg (28) which engages under the drawer bottom in the proper connection position is bent away from the lower end of the contact web. The supporting leg has integrally projecting from it fixing claws (32) which are pointed or sharpened at their free ends, project over the support surface of the supporting leg (28) and can be pressed into the material of a drawer bottom which is to be fixed. Each supporting leg (28) has at least one elongate punched-out slot (30) which is closed all round in its region between the strip-shaped contact web (26) and its free edge.

Abstract: A supporter for a clothes washing machine and a clothes drying apparatus for smoothly sliding a drawer in and out of a case regardless of temperature change by improving the structure of the drawer to be installed in the case. The supporter includes a case to support a clothes washing machine or a clothes drying apparatus and a drawer to be inserted into the case. The drawer includes a main body having an accommodating space, slide rails to be coupled with lateral sides of the main body, a connecting member to connect and support the slide rails, and a front panel to be coupled with a front side of the main body. The slide rails and the connecting member include first screw holes, and the main body further includes bosses at the lateral sides and the rear side of the main body. The bosses include second screw holes corresponding to the first screw holes. The connecting member and the main body include a position determining hole and a position determining protrusion at respective rear central portions.

Abstract: A drawer assembly comprising a front panel, a rear panel, a bottom panel, two side panels and two side rails is disclosed. Each side panel extends between the front and rear panels at a respective side of the drawer assembly and has an associated one of the side rails vertically spaced from that side panel. A rear end of the side rail is connected to the rear panel by means of a clip having a locking formation, the clip being provided on one of the side rail and the rear panel, and a complementary locking formation provided on the other of the side rail and the rear panel. The portion of the other of the side rail or rear panel that has the complementary locking formation is insertable into the clip to bring the locking formation and complementary locking formation into an interlocked condition.

Abstract: A fastening arrangement is for fastening a partitioning wall between two support walls in a drawer. A pair of elongated blades punched the partitioning wall at ends thereof are slideably engageable in retaining channels provided by connecting elements projecting from the support walls. The retaining channels have opposite side locking lips forming guiding slots for passage of a section of the partitioning wall extending between the connecting elements. The blades of the partitioning wall respectively press-fit against inner sides of the channels behind the locking lips when the partitioning wall is in the operative position. Lower support elements projecting from the support walls have guiding slots in which the ends of the partitioning wall are slideably engageable.

Abstract: A tilting organizer including a base section and a supply section movably connected to the base section. The base section being a single unit having no movable parts and including at least one sidewall with a groove formed therein. The supply section being a single unit having no movable parts and including a plurality of compartments formed therein for storage and an arm formed in an exterior sidewall for movably engaging the groove. When the arm moves within the groove the supply section moves within the base section. The supply section can extend from the base section and tilt so as to provide a topical view and access to the compartments.

Abstract: A pull (12) includes an elongate flexible member (34) having two end portions. The first end portion (36) is secured to the rear surface (20, 106) of the front structure (16, 102) of a movable member (14, 100) of a piece of furniture made of wood. The flexible member (34) has an intermediate portion (39) extending from the first end portion (36). The intermediate portion (39) extends over an upper region of the front structure (16, 102) of the movable member (14, 100). The flexible member (34) has a manually gripable rigid part (40) at the second end portion (38). The manually gripable rigid part (40) lies against, without being secured to, the front surface (20, 106) of the front structure (16, 102) of the movable member (14, 100). The manually gripable rigid part (40) is pulled to open the movable member (14, 100).

Abstract: A drawer guide for a wall of a drawer and adapted to fit on the underside thereof. Drawer guide has a first flange underlying the wall and a second flange lying along on side of that wall and anchored therein. A tab on the first flange lies perpendicular to the plane of that flange and has a hook engaging in the wall. The first flange can be expanded to the thickness of the wall.

Abstract: A divider assembly for installation in a tool box or chest drawer to provide separate drawer areas for the storage of various grouped articles. Perimeter rails are joined by corner clips to maintain a rectangular shape of the divider assembly. Divider rails extend intermediate perimeter rails to form storage areas of various shapes and sizes. Divider clips receive the divider rail ends. Projections and recesses on the divider clips and the perimeter rail members confine the divider rails against displacement. Flexure of the divider clips permit snapped engagement of the clips with the perimeter rail member.

Abstract: A drawer insert, in particular a cutlery insert, which may be adapted to different drawer sizes. The drawer insert comprises a plurality of separate trays (6, 7) each delimiting a receiving space. At least one of the trays (7) is compressible in a resilient manner. The trays (6, 7) are surrounded by a frame (8) whereof lateral delimiting struts (9) are compressible in a resilient manner.

Abstract: A combinative drawer comprising a front plate, two lateral plates, a bottom plate, a rear plate and two slide pieces, wherein the lateral plates each is provided on the external surface thereof with a transverse groove; the abovementioned plates compose the drawer, the two slide pieces are fixed on two mutual opposite lateral surfaces of a cabinet or a desk providing the space for the drawer; thereby, the transverse grooves provided on the external surfaces of the two lateral plates of the drawer can afford sliding of the two slide pieces therein.

Abstract: A drawer comprising two drawer frame members, a rear wall, a drawer bottom and a front facing panel. The front facing panel is angled inwardly and fixed adjustably to the drawer.

Abstract: A tilting organizer including a base section and a supply section movably connected to the base section. The base section being a single unit having no movable parts and including at least one sidewall with a groove formed therein. The supply section being a single unit having no movable parts and including a plurality of compartments formed therein for storage and an arm formed in an exterior sidewall for movably engaging the groove. When the arm moves within the groove the supply section moves within the base section. The supply section can extend from the base section and tilt so as to provide a topical view and access to the compartments.

Abstract: A track assembly, adapted to be mounted in a housing, having first and second rail members aligned with one another and allowed limited relative longitudinal movement with respect to the other. The joined first and second rail members have a mounting bracket attached to distal ends of the rail members. A spring, positioned between the rail members, provides a force extending the distance between the distal ends of the rail members. A locking mechanism interacts with the rail members and has a locked position resisting inward movement of the distal ends. The method of installing the track assembly in a rack is accomplished by compressing the track assembly to reduce its overall length prior to positioning it between opposing rack members. The track assembly is released to securely engage the opposing rack members and locked in position.

Abstract: A combinational drawer has a rectangular base frame, a first rectangular side frame disposed on the rectangular base frame, a second rectangular side frame disposed on the rectangular base frame, a first rectangular lateral frame disposed on the rectangular base frame, a second rectangular lateral frame disposed on the rectangular base frame, a first U-shaped rod connected to the first rectangular side frame and the second rectangular side frame, and a second U-shape rod connected to the first rectangular side frame anti the second rectangular side frame. A connection fastener has an L-shaped end inserted in the first rectangular lateral frame, a distal end inserted in the rectangular base frame, and a column inserted in the first rectangular side frame.

Abstract: A combinational drawer has a rectangular base frame, a first rectangular side frame disposed on the rectangular base frame, a second rectangular side frame disposed on the rectangular base frame, a first rectangular lateral frame disposed on the rectangular base frame, a second rectangular lateral frame disposed on the rectangular base frame, a first U-shaped rod connected to the first rectangular side frame and the second rectangular side frame, and a second U-shaped rod connected to the first rectangular side frame and the second rectangular side frame. A connection fastener has an L-shaped end inserted in the first rectangular lateral frame, a distal end inserted in the rectangular base frame, and a column inserted in the first rectangular side frame.

Abstract: An appliance stand for storing utensils comprising an enclosed housing with an integral front wall, side walls connected to the front wall, a rear wall connected to the side walls and a planar top member secured to the walls defines an interior chamber. All of the walls are angled inward and the front wall defines a rectangular cutout leading into the chamber for receiving a drawer. The drawer is slidably mounted in the housing. The drawer is constructed of a one piece assembly comprising a base, a front panel, side panels and a rear panel mounted on the base with the panels being foldable with respect to the base with the front panel fitting flush against the housing front wall rectangular cutout.

Abstract: A system for mounting a drawer front to a drawer box by use of two connecting members, each having two rectangular flanges at right angles to one another and a cone shaped positioning and locating member. The two connecting members are fixed to the front side portions of the drawer box so that the positioning and locating members extend a short distance forward of the front surface of the drawer box. The drawer front is initially positioned in the desired location with the drawer box in its closed position, and the drawer front is impacted by the person's hand to form small locating détents in the back surface of the drawer front. This is used to properly locate the drawer front when the drawer box is removed from its closed position and the final screws are used to attach the drawer front to the drawer box. In a second embodiment, a screw is inserted in each fastener a short distance to function as the protruding member.

Abstract: A track assembly, adapted to be mounted in a housing, having first and second rail members aligned with one another and allowed limited relative longitudinal movement with respect to the other. The joined first and second rail members have a mounting bracket attached to distal ends of the rail members. A spring, positioned between the rail members, provides a force extending the distance between the distal ends of the rail members. A locking mechanism interacts with the rail members and has a locked position resisting inward movement of the distal ends. The method of installing the track assembly in a rack is accomplished by compressing the track assembly to reduce its overall length prior to positioning it between opposing rack members. The track assembly is released to securely engage the opposing rack members and locked in position.

Abstract: Disclosed is a pinched rail guide system which is comprised of a pair of guide rails 18 exteriorly jointed to the parallel side walls 20 of a drawer 16 or the like. There are two sets of three guide rollers 14 positioned so that two of the guide rollers 24 are beneath the guide rail 18 and supporting the drawer-like member 16. The third guide roller 26 is stationed to engage the top of the guide rail 18 and which location is of paramount importance to the present invention 10. Sets of guide rollers 14 can be mounted to the structural drawer-like holding member 16 by individually fixedly mounting each guide roller 14 to the structural drawer-like holding frame member 12 according to the aforementioned prescribed method or each set 14 can be fixedly mounted to a guide roller plate member 40 Drawer stops 30 are located on the top rear section of the rails 38 and are milled into wooden rails 18 and are formed into metal rails 18.

Abstract: A fastening arrangement for fastening a drawer or a sliding bottom on a pull-out slide has a first fastening element which can be connected with the sliding bottom, and a second fastening element which can be connected with a rail of the pull-out slide. The first fastening element is pivotally connected to the second fastening element. The fastening arrangement has at least two connection parts which can be mounted separately of one another on a rail of the pull-out slide and which are each provided with at least a first and second fastening element. The first fastening element is preferably each constructed of a pin made of a plastic material which is molded to the connection part.

Abstract: A drawer for hanging file folders, which is formed from a drawer subassembly including an elongate drawer plank to which is attached, along a longitudinal edge thereof, an elongate plastic or metal support rail from which hanging file folders may be hung. The drawer subassembly is subsequently folded about a plurality of hinge portions therein which are common to the drawer plank and to the support rail, and a base panel is captured within the drawer subassembly as same is folded to define a drawer including a base panel surrounded by a plurality of vertical walls from which hanging file folders may be hung. The attachment of the support rail to the drawer plank prior to forming the hinge portions in the drawer subassembly and folding same to form the drawer obviates the need to separately attach multiple components of a file folder hanging structure to the drawer walls after the drawer is formed.

Abstract: A fastening arrangement used for fastening a rear-side wall element of a drawer to a sliding drawer bottom. The arrangement includes a connection element and a wall element which is fixed on the sliding bottom, and a connection element which can be mounted on the sliding bottom and connected with a pull-out slide. The wall element is pivotally connected on the sliding bottom. A catch device formed on the connection element holds the wall element in a mounting position. Preferably, an attachment on the connection element has a recess and a stop for the wall element. This construction simplifies the mounting of a drawer and reduces the manufacturing, costs because only a small number of components are required.

Abstract: A mounting unit used for fastening a drawer to a pull-out slide formed of several rails which are displaceably disposed with respect to one another. The mounting unit has several connection elements, each having horizontally extending upper supporting edge which can be connected, at least partially, with an upper edge of an upper rail of the pull-out slide. Each connecting element also includes a downward extending center section and a horizontally extending bottom section on which the sliding bottom is at least partially held. This approximately Z-shaped construction distributes stress well, and reduces costs of manufacture because the connection elements are identical and can be used for the right and left side of a drawer.

Abstract: A fastening arrangement, particularly for front panels of drawers, has a fastening element which can be fastened on a rail of a pull-out slide, and a holding part which can be connected with a front panel. The holding part is prefixed relative to the fastening element such that an adjustment of the holding part with respect to the fastening element can be made into a first horizontal or vertical direction. The holding part is held on the fastening element by the prefixing in an original or adjusted position and can also be locked in a desired position. In addition, the holding part is held relative to the fastening element to be prefixed and adjustable into a second direction perpendicular to the first direction. For the prefixing, the fastening arrangement has a snap-type device, a catch device and an eccentric device.

Abstract: A pull-out slide is used for fastening a drawer sliding bottom on a side wall of a stationary furniture body. The set has a carrying rail which can be connected with a holding part. The holding part can be fixedly connected with a furniture body. In addition, the set includes at least one slide rail which can slide with respect to the carrying rail, and which can be connected with the drawer sliding bottom. The carrying rail can be locked by a releasable locking mechanism on the holding part, in order to restrict movement in the direction of the carrying rail. The locking mechanism can lock the carrying rail onto the holding part, either in a first direction and/or a second direction, each direction being perpendicular to the carrying rail. Unlocking of the locking mechanism permits removal of the carrying rail and drawer sliding bottom as a unit from the holding part. The pull-out slide set with the sliding bottom is easily and rapidly mounted and demounted.

Abstract: A slidable drawer compartment has parallel side members with elongated bores on the bottom edge therein to slidably receive a support rail. A horizontal slot on the inner side of the side member extends the full length of the side member. The edges of a bottom member are received in the horizontal slot. Also, the inner sides of the side members have vertical slots at each end of the side members that dwell in a substantially vertical plane. A pair of panels are received in the vertical slots of the side members engaging the ends of the bottom member to close the compartment.

Abstract: A drawer construction that may be quickly assembled without tools or separate hardware, including opposed side walls having a drawer bottom support and retainers for receiving and holding down opposed front and rear walls, and a drawer bottom.

Abstract: A cabinet has a main frame having at least a pair of rails, and at least a drawer disposed in the main frame. The drawer has a front plate, a base plate, a U-shaped frame, a pair of positioning bars, and a pair of connection plates. Each positioning bar has an upper block and a bottom groove for receiving a top portion of the U-shaped frame. The front plate has a handle button, two click grooves, and a plurality of sockets to engage-with the base plate. The base plate has two front protrusions, and a U-shaped channel for receiving the U-shaped frame. The front protrusions of the base plate engage with a bottom of the front plate. Each click groove of the front plate receives the upper block of the corresponding positioning bar.

Abstract: A knock-down file cabinet and in particular, a vertical file cabinet wherein both the cabinet housing and each of the drawers have a knock-down construction. The drawers use either separate components that are slidably fitted together, or a single sheet of material that defines the bottom, side and back walls. Each drawer construction is usable within the cabinet housing so as to define a complete knock-down vertical file cabinet which can be readily shipped in a relatively, compact container or package and thereafter assembled together.

Abstract: A fastening arrangement for side walls of drawers, including several fastening elements connectable with a rail of a pull-out slide. Each fastening element provided with a holding part which extends essentially parallel to a side wall of the drawer. At least two receiving devices provided on each holding part for fastening side walls elements of the drawer to the fastening elements on the rail. The receiving devices are situated on opposite sides of the holding device. This construction permits varied configurations and designs, and allows one to adapt to the respective size and mechanical load of the drawer. The receiving devices are preferably formed between a project and an arm on the holding part, so that the side wall elements of the drawer can be clamped into the receiving devices.

Abstract: An organizer for orientation of desk top items includes a frame, having a front, back and two sides, for receiving a plurality of modules, orienting the modules vertically within the frame between to two sides and enabling access to the modules from the frame front and a plurality of modules and a bracket for attaching one of the frame sides to a generally vertical surface. The bracket includes a body for engaging the frame, a bendable tab extending from a top of said body for attaching said body to a top of the computer monitor, and a rear tab, hingeably attached to a rear of said body, for attaching said body rear to a side of the computer monitor, the hingeable attachment enabling stabilization of the body rear at a spaced apart relationship with the computer monitor side. One of the modules may include interface connections for contact with a computer.

Abstract: A cabinet and drawer assembly structure mainly utilizes ball screw rods to fasten two rear panels in a juxtaposed fashion and to fasten two opposing side panels to the rear panels. The side panels have square channels which have aperture and troughs to allow wedge legs of a transverse beam to wedge in. The rear panels and side panels have jut edges extended from the top ends thereof to couple with wedge slots formed on the peripheral rims of an upper panel, thus coupling and fastening of the peripheral panels and the upper panel and lower panel and front panel may be accomplished rapidly to complete the cabinet assembly. The inner sides of the side panels may have slide roller channels mounted thereon to support a drawer assemble.