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soft-close-drawer-slide-mechanism-structure The preferred embodiment is an inexpensive alternative to prior art spring damper closure mechanisms. All drawer slides are not the same. This category is not soft close drawer slide mechanism structure conflict with the soft close category of drawer slides, but it is definitely in conflict with side soft close drawer slide mechanism structure. Adjust your under mount soft close drawer by moving the adjustment knob in the corner of the drawer clip. Pivotal latch is locked into the disengaged position. A pivotal latch pivots on a column of the carriage mechaniem further includes a pair of posts that extend through the carriage to engage the pair of catches in the guide track. These slides are so highly sought after because unlike those loud and free-rolling slides that most of us see every day, they have a soft-closing mechanism.

The engagement member is locked into place until the drawer is returned. The coil spring creates an unbalanced moment force on the rectangular plate. The unbalanced force creates unnecessary wear on the engagement member and the grooves of the guiding member.

There is a need for a less expensive, less complicated, and easily installed alternative to prior art drawer slides with controlled closing mechanisms. The controlled closing mechanism disclosed provides an inexpensive yet durable and novel design which prevents unnecessary wear on drawer slides and the mechanism itself, thereby prolonging the life of components and reducing the frequency of replacement.

The preferred embodiment provides various elements of the mechanism to eliminate longitudinally induced moment forces on the components which increases dependability and reduces wear. The preferred embodiment also provides a reduced number of components, thereby reducing cost and further increasing dependability.

The preferred embodiment is an inexpensive alternative to prior art spring damper closure mechanisms. Accordingly, an embodiment of the apparatus is positioned on a drawer slide assembly comprised of a nested set of slide members.

A fixed slide member in a set of cabinetry supports a first set of linear bearings. The first set of linear bearings supports a central slide member.

The central slide member supports a second set of linear bearings. The second set of linear bearings supports a drawer member. A soft close mechanism is attached to the fixed member and releasably engages the drawer through a pin on the drawer member. The assembly is comprised of a base connected to a guide track which includes a longitudinal channel and a pair of opposing catches.

A pivotal latch is mounted on a column of the carriage and includes a catch, an internal deflector spring, and a pair of posts. The posts extend from the carriage and engage the pair of catches in the guide track. A pair of coil springs is connected between the base and the carriage. The springs are laterally equidistant from a damper which is centrally housed in the base and from the guide track. A piston rod of the damper extends through the base, along the channel, and is secured in the carriage.

During the closing sequence, a projection on the drawer member deflects the deflector spring and releasably engages a pivotal latch. The latch rotates and secures the projection.

Upon rotation of the pivotal latch, the carriage slides on the guide track toward the base. The pair of springs provides a balanced force on the carriage and pulls the drawer closed while the damper controls the rate of speed at which the drawer closes. During the opening sequence, the drawer member, engages with the pivotal latch and pulls the carriage along the guide track away from the base.

The posts of the pivotal latch engage the catches on the guide track and rotate the pivotal latch, thus disengaging the drawer member. The location of the pair of springs reduces the force required to dislodge the pivotal latch, thereby reducing the inherent noise and vibration of the system and increasing its ease of operation.

Those skilled in the art will appreciate the above-mentioned features and advantages of the invention together with other important aspects thereof upon reading the detailed description that follows in conjunction with the drawings provided. In the detailed description of the preferred embodiments presented below, reference is made to the accompanying drawings. In the descriptions that follow, like parts are marked throughout the specification and drawings with the same numerals, respectively.

The drawing figures are not necessarily drawn to scale and certain figures may be shown in exaggerated or generalized form in the interest of clarity and conciseness. Referring to FIGS. Fixed member is mounted to the inside of the cabinet frame of a furniture piece having a drawer using common attachment hardware such as wood screws. Middle member is slidingly engaged with fixed member with a series of linear bearings including bearings and retainer Drawer member is slidingly engaged with middle member with a second series of linear bearings including bearings in second retainer Drawer member is mounted to the side of the drawer frame of the cabinet piece using common attachment hardware such as wood screws through a plurality of mounting holes or a pair of tabs Tabs facilitate location of drawer member on the side of the drawer frame while the mounting hardware attaches to the bottom of the drawer frame.

Drawer member further includes projection for releasably engaging soft close mechanism Soft close mechanism is attached to fixed member via a pair of tabs shown best in FIG.

Tabs engage pair of slots located on fixed member Projection located on one end of the guide track of soft close mechanism fits under clip located on fixed member to further secure soft close mechanism to fixed member Fixture is comprised of base integrally formed with guide track Guide track extends longitudinally from base Base is generally rectangular.

Slot houses damper Damper includes piston rod Base includes hook and hook for attachment points to springs and Springs and fit adjacent retaining flanges and , respectively. The axis of each spring is located equidistantly from longitudinal axis of guide track and the longitudinal axis of piston rod Guide track includes a longitudinal channel and a pair of opposing catches and Slot , damper , piston rod , and channel are generally axially aligned.

Carriage is generally square and includes guide track receiver Guide track receiver is axially aligned with channel and is spaced equidistantly from each spring and Guide track receiver slidingly engages guide track Carriage further comprises off-center column flanked by two arcuate slots and Carriage also includes hooks and Hooks and attach to springs and Bumpers and extend from carriage and are arcuately shaped projections comprised of a resilient material.

T-slot accepts piston rod and is fixed to annular indention Adjacent arcuate slot is stop Stop is a rectangular shaped projection extending from carriage Arm includes projection , catch , and cylindrical post Arm includes locator spring and cylindrical post Locator spring is an arcuately shaped projection comprised of a resilient material.

Pivotal latch is attached to carriage by engagement of hole with column The diameter of hole is slightly larger than the diameter of column to provide for rotation of the pivotal latch with respect to the carriage. Column is split and includes a lip on its upper edge to secure pivotal latch In use, a drawer slide assembly is typically mounted on each side of a drawer.

During a closing sequence, as shown by the direction arrow , each assembly engages the drawer and, in concert, draws it into a closed position with a balanced force. The assemblies hold the drawer in the closed position until sufficient force is applied to the drawer in an opening direction, as shown by arrow , to extend each assembly and disengage the drawer.

As shown in FIG. Springs and are elongated. Pivotal latch has been rotated about column in direction into the position shown in FIGS. Carriage is located at the end of guide track Posts and of pivotal latch are seated in catches and and resist the force exerted by the springs.

Catches and are diametrically opposed. The position of the catches reduces the force necessary to rotate the pivotal latch upon initiating a closing sequence, thereby reducing wear on the components and facilitating ease of operations. Upon initiating a closing sequence, a force in the closing direction shown by arrow causes projection on drawer member to deflect locator spring , override it, and abut catch of pivotal latch Bumpers and abut middle member to prevent damage.

Available as an optional accessory, the RC Easy-Close Kit adds Soft Close Drawer Slides Mechanism 01 a patented soft-close feature to your hardware, slowing its movement towards the end of travel.

Providing 3 lbs. The EC is a commercial-grade undermount designed to support upscale and ultra-wide drawers up to 5 ft.

The EC undermount design delivers full-travel drawer-access while keeping hardware concealed. Robust construction means dynamic load support up to lbs. Accuride's patented Easy-Close system ensures drawers come to a soft and gentle close. Colored cams let…. Still, this is a highly customizable OEM product available to high-volume clients.

Longer lead times, tooling charges, and minimum order quantities may apply. Soft-close reaches new heights. Built Soft Close Drawer Slide Mechanism Data with a hydraulic damper that brings overhead doors to a soft and gentle close, the Easy-Down Soft Close Drawer Slides Mechanism Review slide is ideal for wide overhead storage compartments in business or home office furniture as well as residential cabinetry. When soft-close reaches new heights.

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