Abstract: A dishwasher appliance includes a rack support assembly for supporting a rack within a wash chamber and on a dishwasher door. The rack support assembly may include one or more roller assemblies that support the rack on a tub track or a door track. The rack support assembly may further include one or more rigid studs, each rigid stud paired with a roller assembly, for supporting the rack on the door track when its corresponding roller assembly is between the tub track and the door track.

Abstract: A rack system includes a rack, a chassis, and a slide rail assembly. One lateral side of the chassis is provided with a fixing member. The slide rail assembly is mounted on the rack and includes a guide rail having a first segment, a second segment, and a third segment. The first segment is configured for supporting a portion of the chassis. A passage is defined between the second segment and the third segment to allow passage of the fixing member of the chassis.

Abstract: The present invention relates to an apparatus for preparing food, said apparatus comprising: —a shell (1) having internal walls (2), —a drawer (3) placed inside the shell (1), the drawer comprising a pan (4) and a food basket (5), the food basket (5) being placed inside the pan (4), —an air heating system (6) and an air fan (7) placed inside the shell (1), —a sliding mechanism (8) placed between the internal walls (2) and the drawer (3). The sliding mechanism allows to correctly position the drawer inside the apparatus, and reduces efforts of use to manipulate the drawer.

Abstract: A drawer arrangement includes a drawer side wall to be connected to a drawer rail of a drawer pull-out guide, the drawer side wall having a support portion for supporting a drawer bottom, and a drawer pull-out guide having a carcass rail to be fixed to a furniture carcass, a drawer rail to be connected to the drawer side wall, and a central rail displaceable between the carcass rail and the drawer rail. The central rail has a side limb and a transverse limb connected therewith. In the mounted position, the side limb of the central rail, at least over a region, is arranged laterally besides the support portion for the drawer bottom. The transverse limb of the central rail and the carcass rail in the mounted position protrude at least partially below the support portion for the drawer bottom.

Abstract: A sequential slide mechanism for household effects is provided. The slide mechanism comprises a lower extension member, an upper extension member and an intermediate extension member, said extension members having a longitudinal extension, said upper extension member having a cut-out facing the lower extension member. The lower extension member and upper extension member being slidable in relation to the intermediate extension member. An extension member connector is attached to the intermediate extension member, said extension member connector having a rear end and a front end. The extension member connector comprises a main body mounted on the intermediate extension member and a head at the front end, said head being connected to the body via an elastic extension arm. The head has a top glide surface and a lower glide surface. The head is in an upper extension member locking position when the lower glide surface slides upon the cabinet slide and a part of the head is positioned in the cut-out.

Abstract: A drawer glide having, among other things, a cabinet rail that includes a glide member and a wheel housing. The drawer glide further includes a drawer rail having a wheel and a glide lip. In operation, the cabinet rail is positioned on a cabinet and the drawer rail is positioned on a drawer. When the drawer is opened, the glide member travels along the glide lip and the wheel travels along the wheel housing. The drawer glide prevents slop, eliminates racking, increases drag and reduces noise. Further, the drawer glide is relatively easy to install on an article, such as RTA furniture.

Abstract: The present invention relates to a bottom-mounted slide. The bottom-mounted slide includes a movable member, stationary members and a ball housings. First raceways are formed in both lateral sides of the movable member. Each stationary member has second raceways which are respectively connected to the first raceways by corresponding balls to guide the movable member. The balls roll along the corresponding first and second raceways. The ball housings are provided between the movable member and each of the stationary members. The ball housings support the balls. A depressed part is provided in a predetermined portion of each of the lateral sides of the movable member between the corresponding first raceways. The depressed part is inserted into a hollow space defined inside the first raceways of the corresponding end of the movable member. Therefore, the stability can be increased by improvement of roll-forming and reduction of horizontal moment.

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 slide assembly may be associated with a foldable cable management arm. The slide assembly includes inner and outer rails. The inner rail is slidable in the outer rail. The inner rail includes a ball bearing carrier disposed close to an end of the inner rail. The ball bearing carrier includes upper and lower ball receiving channels. The inner rail may be directly provided with the upper and the lower ball receiving channels and the ball bearings. Each of the upper and the lower ball receiving channels includes an open section positioned in use facing the outer rail. A plurality of ball bearings are contained in both the upper and the lower ball receiving channels and roll along the open sections of the upper and the lower ball receiving channels to support the outer rail.

Abstract: A drawer slide for coupling a drawer to a cabinet includes an intermediate rail partially housed within the drawer rail and web and first and second legs which are connected to the web. A flange extends from the first leg toward the second leg. Bearings housed in bearing cages placed between the rails allow sliding movement therebetween. A cabinet rail partially housed within the intermediate rail includes an upright wall and a flange extending away from the upright wall and toward the first leg. Ball and roller bearings housed in bearing cages couple the flanges. Grooves in the flanges are engaged by the ball bearings. Roller bearings housed in bearing cages couple the web of the intermediate rail and the flange of the cabinet rail, and the second leg of the intermediate rail and the upright wall of the cabinet rail.

Abstract: A drawer slide system having an elongated base channel, an intermediate assembly at least partially received within the elongated base channel, a longitudinally extending I-beam assembly at least partially received within the intermediate assembly, and a pantry mount lock assembly including forward and rearward mounting plates adapted to be coupled to a bottom surface of a drawer. The pantry mount lock assembly can be accessed through the bottom of the drawer to achieve engagement or disengagement between the pantry mount lock assembly and the I-beam assembly. The rearward mounting plates having lateral portions extending over the upper surfaces of the I-beam assembly upper flanges to permit a tilting adjustment of the drawer relative to the drawer slide system. A soft close assembly can be included to provide a soft close for the drawer. A vertically adjustable rear panel can inhibit goods from being lost over the back of the drawer.

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.

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.

Abstract: Pull-out guide system for drawers, having a basic-structure rail, a drawer rail and, if appropriate, having a center rail arranged between these two rails. The load of the drawer is transmitted by way of a first rolling-contact body and at least one second rolling-contact body, and the first rolling-contact body has a smaller diameter than the at least one second rolling-contact body. The drawer rail is designed such that, when the drawer is in the closed state, the first rolling-contact body is subjected to loading by the drawer rail and, when the drawer is opened, the first rolling-contact body is relieved of the loading of the drawer rail.

Abstract: A drawer guide rail for a stabilized and guided in and out movement of a drawer with respect to the furniture member, having at least one surface of the pull out channel mounted on the bottom surface of the drawer, and a fixed guide (20) adapted to be fastened on either side or both sides of the inner sidewalls of the respective furniture member. The guide rail assembly includes an outer pull out channel (50), intermediate pull out channel (30) and roller units (15, 25) for allowing the relative movement of the pull out channels. The essential part of the present invention is an additional stabilizer means (10), in the form of a metal plate adapted to provide a running surface and is disposed between two roller units (15, 25) accordingly, to facilitate absorbance of vertical forces and stabilized drawer motion.

Abstract: A sliding guide rail assembly is provided for slidably mounting a drawer or equipment within a cabinet or chassis. The rail is formed from a sheet metal into a T-shaped section onto which a sliding means fits and slides smoothly thereon. Guides also formed from a sheet metal into C-sections fitting over the sliding means and operable to slide smoothly therewith. This enables the drawer/equipment mounted on the slide to be drawn in and out with little effort or wear and tear.

Abstract: A sliding guide rail assembly (20, 20a, 20b) is provided for slidably mounting a drawer or equipment (10) within a cabinet or chassis. The rail (33a) is formed from a sheet metal into a T-shaped section onto which a sliding means (40, 40a, 40b, 40c) fits and slides smoothly thereon. Guides (50, 120, 150, 160) also formed from a sheet metal into C-sections fitting over the sliding means (40,40a,40b,40c) and operable to slide smoothly therewith. This enables the drawer/equipment mounted on the slide (20,20a,20b) to be drawn in and out with little effort or wear and tear.

Abstract: A sliding guide rail assembly (20, 20a, 20b) is provided for slidably mounting a drawer or equipment (10) within a cabinet or chassis. The rail (33a) is formed from a sheet metal into a T-shaped section onto which a sliding means (40, 40a, 40b, 40c) fits and slides smoothly thereon. Guides (50, 120, 150, 160) also formed from a sheet metal into C-sections fitting over the sliding means (40, 40a, 40b, 40c) and operable to slide smoothly therewith. This enables the drawer/equipment mounted on the slide (20, 20a, 20b) to be drawn in and out with little effort or wear and tear.

Abstract: A sliding track of an industrial computer comprises at least one tracking strip base being a straight long frame; an inner side of the tracking strip being formed with an axial slot; at least one tracking strip being positioned in the slot; a groove being formed between each of the two ends of the tracking strip and one side of the slot; a plurality of beads being received in the grooves, but a part of each outside bead protruding out of the groove and resisting against a cambered trench within the slot so that the beads will not fall out. The tracking strip is inserted into the tracking strip base. The beads is confined by and rolls in the grooves and thus the tracking strips slide in the tracking strip bases.

Abstract: A slide has a pair of identical longitudinally extending and profiled rails each having at least one flange forming two longitudinally extending tracks. The rails are interfitted with the tracks of one rail transversely confronting the tracks of the other rails. Respective longitudinally extending rows of balls engaged in the tracks between the rails.

Abstract: There is disclosed herein a drawer slide assembly comprising fixed and movable slides with the movable assembly being adapted to be attached to a drawer and the fixed slide attached to a cabinet or furniture article, along with a ball carrier and ball bearings disposed between the two slides. The movable slide further includes a bracket at or near the rear end thereof and which is attachable to the rear of a drawer to help minimize or prevent separation of the movable slide from the fixed slide when a drawer is moved in and out of the cabinet or furniture. Furthermore, the assembly includes an L-shaped bracket with tabs which readily engage in an elongated slot at the rear end of the fixed slide to facilitate adjustment and assembly of the slide assembly to a cabinet or furniture, and to work with a drawer member with a clutch.

Abstract: A trash receptacle device includes a pair of railings. Each of the railings has an open side such that the open sides are positioned such that they face each other. Each of the railing is mountable to a bottom wall of the glove compartment. A housing has a lower wall, a first side wall, a second side wall, a third side wall and a fourth side wall. The first and second side walls are positioned opposite of each other. Each of the first and second side walls has an elongated slot therein positioned generally adjacent to and extending along the lower wall. A pair of carriages, each of the carriages is slidably mounted on one of the rails. Each of the carriages is removably attached to the housing such that said housing is extendable along said rails.

Abstract: A pull-out device for a tall cupboard drawer including a stationary carcass rail fixedly securable to a carcass of the tall cupboard and provided with support rollers arranged in a region of the front end surface of the carcass rail, rotatably supported on inner sides of the side cheeks, and projecting upwardly past the side cheeks, an intermediate rail arranged within the carcass rail and provided with running rollers arranged in a region of its rear end surface, and a drawer-supporting member having a length of less than two-third of the length of the intermediate rail and provided with rear and front running rollers arranged, respectively, in rear and front regions of the drawer-supporting member.

Abstract: The invention concerns a braking device with closing servo control for movable cabinet/furniture parts, such as drawers, cabinet and furniture doors, etc. The device includes a casing located on either a fixed or movable cabinet/furniture component and this casing has a pull-in device located within it, which has a mechanical energy store, and a connected movable control element is also located within the casing, and a driving pin that is always located on the other cabinet/furniture components and works together with the control element. This pull-in device that works as a closing servo control after the braking process, is shown, in that, in the casing between the energy store and the control element, there is a connected braking element that is guided and movable. The braking device, thus, forms a unit with the pull-in device and is controlled likewise by the driving pin.

Abstract: A pull-out device for a tall cupboard drawer including a stationary carcass rail fixedly securable to a carcass of the tall cupboard and provided with support rollers arranged in a region of the front end surface of the carcass rail, rotatably supported on inner sides of the side cheeks, and projecting upwardly past the side cheeks, an intermediate rail arranged within the carcass rail and provided with running rollers arranged in a region of its rear end surface, and a drawer-supporting member having a length of less than two-third of the length of the intermediate rail and provided with rear and front running rollers arranged, respectively, in rear and front regions of the drawer-supporting member.

Abstract: An extension and retraction system for an article of furniture, such as a storage unit, includes a mounting structure for securement to the storage unit, a base arrangement for mounting to a floor or other supporting surface, and a cantilever-type extension and retraction arrangement interposed between the mounting structure and the base arrangement. The extension and retraction arrangement is in the form of a plurality of slide assemblies, each of which includes a stationary inner guide member mounted to the base arrangement mounted to each stationary guide member for telescoping inward and outward movement. Each extension member is connected to the mounting structure, and exertion of a pull-out or push-in force on the article of furniture is transferred through the mounting structure to cause extension and retraction of the extension members, to provide movement of the article of furniture between an extended position and a retracted position.