Abstract: A slide assembly has a gravity biased latch arm on a slide member with a head having opposing barbs each insertable into a respective one of opposing cutouts in a bearing retainer of the slide assembly to provide a bearing retainer function. The latch arm and the cutouts in the bearing retainer are positioned such that the latch head may enter a cutout when an inner slide member is removed from the slide member. The use of dual barbs and opposing cutouts allows for unhanded operation of the bearing retainer function.

Abstract: A self-closing drawer slide system includes first and second slide members and a self-closing mechanism which, in turn, includes a housing coupled to the first slide member, a carriage slidably coupled to the housing, and a spring coupled between the housing and the carriage. The carriage has an engagement area that selectively receives a cam/tab extending from the second slide member. As the drawer is pulled open, the carriage disengages from the cam/tab as it rotates and is locked in place. As the drawer returns, the carriage again engages the cam/tab, unlocks, and is pulled toward a drawer-closed position by the spring. The system may also include an intermediate member, with respective sets of three balls disposed between the intermediate and first and second slide members such that respective centers of the balls define corners of an obtuse triangle. The self-closing mechanism may also include a damper.

Abstract: A drawer slide with lock mechanism has an elongated outer slide member extendably coupled to an inner slide member. A latch arm or pin is fixed to the inner slide member for latching by a lock mechanism fixed to the outer slide member. The lock mechanism uses a latch receiver that rotates with respect to the lock mechanism and is in a travel path of the latch arm. A lever arm rotates with respect to the lock mechanism and is positionable to block rotation of the latch receiver in a locked position to retain the latch arm. A motor drives a cam to position the lever arm to free the latch receiver from the locked position.

Abstract: A drawer slide with lock mechanism has an elongated outer slide member extendably coupled to an inner slide member. A latch arm or pin is fixed to the inner slide member for latching by a lock mechanism fixed to the outer slide member. The lock mechanism uses a latch receiver that rotates with respect to the lock mechanism and is in a travel path of the latch arm. A lever arm rotates with respect to the lock mechanism and is positionable to block rotation of the latch receiver in a locked position to retain the latch arm. A motor drives a cam to position the lever arm to free the latch receiver from the locked position.

Abstract: A system for assisting the linear movement of a pull-out component relative to a housing includes a first bracket coupled to a slide member of the housing, a second bracket coupled to the pull-out component, and a strut that is pivotally coupled to the first and second brackets at its respective ends. The strut includes an outer hollow member that houses a primary spring, a cylindrical piston that translates through one end of the outer hollow member, and a reverse damping mechanism. A free end of the primary spring is held inside the outer hollow member by a clevis for the first bracket, and its opposite end rests on the piston. The piston's free end includes a clevis for the second bracket. An inner hollow member houses a second spring which regulates movement of a damper shaft such that damping occurs when the shaft is pulled out of the damper.

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 synchronizing device for use with a pair of drawer slide assemblies where each drawer slide assembly has at least a first slide member moveable relative to a second slide member, and includes a first stabilization element configured to be coupled to the second slide member of one of the slide assemblies, and a second stabilization element configured to be coupled to the second slide member of the other slide assembly. A linking element extends transverse to an extension direction of the slide assemblies and synchronizes movements of the first slide members of the slide assemblies.

Abstract: A self-closing mechanism for drawer slides includes a stationary housing, a slider, and a latch. The slider is configured to slide relative to the housing, and the latch is configured to translate along with the slider and to rotate within the slider to lock and unlock the slider at predetermined locations. The housing may be coupled to a cabinet member, with a drawer member adapted to engage the latch as the drawer is opened and/or closed. In embodiments of the invention, the self-closing mechanism may include a damper mechanism, such as, e.g., a cylindrical damper or a rotary gear damper.

Abstract: In a slide assembly, an adjustable detent mechanism enables the detent and, therefore, the holding force, between a slide member on a pull-out component and an opposite slide member to be adjusted based on the application and load conditions for the pull-out component. The adjustable detent mechanism may include a base having symmetrically-disposed detent arms and associated legs which interact with respective adjuster cams symmetrically disposed on an adjustment dial. The dial is co-axial with, and is received in, the base, and both are coupled to one of the slide members. The opposite slide member has two symmetrically-disposed retention tabs that interact with respective ones of the detent arms to adjust the holding force between the slide members. The dial's range of rotation may be defined by the interaction between a pin disposed on the base and a rotation restriction guide that is defined through an undersurface of the dial.

Abstract: An oven rack assembly including full extension slides. Full extension slides are mounted to an oven rack and oven rack frames or wire racks providing full extension of an oven rack from an oven enclosure. The rack frame is mounted to oven walls or the slides are coupled to wire racks along oven slide walls.

Abstract: A slidable structure for a pocket door cabinet. The slidable structure may be coupled to a false wall of the pocket door cabinet, with a door hinged to the slidable structure. In some aspects, the slidable structure includes a self-open mechanism to force the door to a fully extended position.

Abstract: A system for assisting the linear opening and closing movement of a pull-out component relative to a housing includes a first bracket coupled to a slide member of the housing, a second bracket coupled to the pull-out component, and a strut that, at one end, is pivotally coupled to the first bracket and, at a second end, is pivotally coupled to the second bracket. The strut includes an elongate hollow member that houses a spring and a cylindrical piston, as well as a rod sub-assembly that translates through one end of the hollow member. The cylindrical piston is situated between, and at its respective ends is coupled to, the spring and the rod sub-assembly. The free end of the spring is held inside the hollow member by a clevis for the first bracket, and the free end of the rod sub-assembly includes a clevis for the second bracket.

Abstract: A system for assisting the linear movement of a pull-out component relative to a housing includes a first bracket coupled to a slide member of the housing, a second bracket coupled to the pull-out component, and a strut that is pivotally coupled to the first and second brackets at its respective ends. The strut includes an outer hollow member that houses a primary spring, a cylindrical piston that translates through one end of the outer hollow member, and a reverse damping mechanism. A free end of the primary spring is held inside the outer hollow member by a clevis for the first bracket, and its opposite end rests on the piston. The piston's free end includes a clevis for the second bracket. An inner hollow member houses a second spring which regulates movement of a damper shaft such that damping occurs when the shaft is pulled out of the damper.

Abstract: A drawer slide includes an outer slide, an inner slide moveable relative to the outer slide between a closed position and an extended position, a first engagement member, a second engagement member moveable by engagement with the first engagement member between a latched position to latch the inner slide in the closed position and an unlatched position disengaged from the second engagement member, and a first spring coupled to any one of the outer slide and the inner slide and configured to bias the inner slide to the extended position when the inner slide is proximate to the closed position.

Abstract: A telescopic drawer slide including first, second and third drawer slides, each having a longitudinal length with a web and arcuate arms along the longitudinal margins of the web, the second drawer slide being nested within the arcuate arms of the first drawer slide, and the third drawer slide being nested within the arcuate arms of the second drawer slide. There is a lock between the second drawer slide and the first drawer slide, the lock having a biased tab rotatably coupled to the second drawer slide and an emboss on the first drawer slide. The tab moves into a portion of the emboss upon movement over the emboss, thereby preventing the second drawer slide from closing relative to the third drawer slide.

Abstract: A self-moving mechanism, a slide incorporating the same and a method of self-moving a slide are provided. A slide incorporating a self-moving mechanism is a self-moving slide and includes a first slide member slideably coupled to a second slide member. A self-moving mechanism is coupled to the second slide member. A slot having a first longitudinal portion and a second transverse portion is formed on a housing of the mechanism. A slider having an actuator is guided within the slot and slides along the housing and couples with the first slide member for moving the first slide member relative to the second slide member.

Abstract: An adjustable mounting bracket is provided which includes an adjuster passing through an aperture of the bracket. The adjuster is moveable within the aperture, allowing an adjustment between the bracket and a cabinet member or a drawer member to which the adjuster is secured. Once properly adjusted, the bracket, which is coupled to a drawer slide or drawer panel, can be secured to the cabinet member or drawer member.

Abstract: A damper including a first fluid conduit in fluid communication with a second fluid conduit via a regulator, a first movable member disposed within the first fluid conduit, a second movable member disposed within the second fluid conduit, and a fluid residing between the first and second movable members. The regulator may include one or more orifices each having a valve disposed therein, wherein the valves are moveable between a seated position and an unseated position with respect to the orifices and are spring biased toward the unseated position. The damper may be spring biased such that when it is mounted on a stationary rail of a drawer slide, and engages with a movable rail of the drawer slide, it urges the drawer slide toward a closed position and dampens the closing motion of the drawer slide.

Abstract: A self-closing drawer slide system includes first and second slide members and a self-closing mechanism which, in turn, includes a housing coupled to the first slide member, a carriage slidably coupled to the housing, and a spring coupled between the housing and the carriage. The carriage has an engagement area that selectively receives a cam/tab extending from the second slide member. As the drawer is pulled open, the carriage disengages from the cam/tab as it rotates and is locked in place. As the drawer returns, the carriage again engages the cam/tab, unlocks, and is pulled toward a drawer-closed position by the spring. The system may also include an intermediate member, with respective sets of three balls disposed between the intermediate and first and second slide members such that respective centers of the balls define corners of an obtuse triangle. The self-closing mechanism may also include a damper.

Abstract: Self-moving mechanisms, slides incorporating such mechanisms, i.e., self-moving slides and methods of self-moving slides are provided. An exemplary embodiment self-moving slide includes a first slide member and a second slide member slideably coupled to the first slide member. A self-moving mechanism is coupled to the second slide member for self-moving the first slide member relative to the second slide member. A dampener is included dampening the movement of the first slide member relative to the second slide member.