In one embodiment, a system, comprising: a damper assembly, the damper assembly comprising: a structural member; at least one door pivotably coupled to the structural member; a clip connected to the damper assembly and comprising plural spring end constraining segments; a spring comprising a first end and a second end, wherein at least the first end comprises a hook, the spring coupled at the first end to one of the plural spring end constraining segments and at the second end fixably coupled to the damper assembly, the clip configured to accept a hookable connection to the spring at any one of the plural spring end constraining segments, each of the plural spring end constraining segments constraining movement of the hook, when connected thereto, during opening and closing of the at least one door, wherein the spring is at a first tension when hooked to the one of the plural spring end constraining segments and at a second tension when hooked to another of the plural spring end constraining segments.

A flap fitting includes a setting arm attached to a base element so as to be pivotable about a setting axis between an open position and a closed position, a toggle lever mechanism having a first lever and a second lever connected to each other pivotably about a pivot axis, and an energy accumulator. The energy accumulator acts on the first lever at a first link point spaced from the pivot axis and on the second lever at a second link point spaced from the pivot axis. Also, the first link point and the second link point are acted upon by the energy accumulator with force towards one another. A setting contour arrangement with a setting contour and a guide element is arranged between the first lever and the setting arm and the guide element is movable along the setting contour. The setting arm is forcedly loaded in the direction of rotation about the setting axis at least in a partial section along the setting contour by the first lever via the setting contour arrangement.

Disclosed are a support device and a folding furniture having the support device. The support device includes a base, a support mechanism, a fixed seat, and a force providing mechanism installed to the base. The support mechanism includes a support element and a rotating element rotatably installed to the base. The support assembly has an end hinged to the fixed seat and the other end having a disassembling structure for detachably connecting the rotating element. The rotating element abuts the force providing mechanism, and the force providing mechanism is provided for supporting the rotating element. The support device has an ingenious structural design, so that the support element and the rotating element can be installed or removed conveniently, and the operation is simple and labor-saving, and the lifting operation of the support element has the features of stable operation, low noise, and high practicality.

A sliding door system includes a rail device with a mounting rail mountable in a building, with a guide rail in which at least two carriages that are connected to a sliding door are held displaceable along a guide axis, and with a plurality of coupling devices with which the guide rail and the mounting rail are releasably connected with one another and which comprise a coupling head connected to the guide rail or the mounting rail, that comprises a coupling plate and a coupling neck and that can be anchored in a coupling opening provided in the mounting rail or the guide rail and which comprises a first opening part with a diameter larger than a diameter of the coupling plate, and a second opening part adjacent thereto with a diameter larger than the diameter of the coupling neck but smaller than the diameter of the coupling plate.

A locking arrangement for a panel (10) mounted pivotally relative to a frame (12). The locking arrangement includes a locking element (14) mounted on the frame (12) so as to be pivotably about a pivot axis (16) parallel to an edge of the panel between a locked position engaged with the panel (10) and an unlocked position. A primary load bearing surface (202) of locking element (14) engages a pressure surface (204) of the panel oriented at an inclination to a plane of closure such that force applied to open panel (10) is opposed by compressive forces on locking element (14) acting towards frame (12). Locking element (14) also includes an anchoring configuration engaging a complementary feature of the panel to define a tensile engagement that opposes forces acting within the plane of closure to separate the panel from the frame.

An appliance is installed within a cabinet such that the appliance is not visible from outside the cabinet when a cabinet door of the cabinet is closed. The appliance includes a compartment and an appliance door that selectively seals the compartment. A push-to-open system is coupled to the appliance door. The push-to-open system includes an arm, a push latch and a spring. The arm connects the appliance door to the cabinet door, and the push latch selectively locks the arm in a locked position. The spring causes movement of the arm from the locked position to an unlocked position when the push latch is unlocked.

A device for applying an axial force includes a longitudinal axis with a first compression surface located at a first end of the longitudinal axis and a second compression surface located at a second end of the longitudinal axis. A plurality of resilient members is positioned between the first compression surface and the second compression surface. A first resilient member is oriented with a first end proximate the first compression surface and a second end proximate the second compression surface. A second resilient member is oriented with a first end proximate the first compression surface and a second end proximate the second compression surface. The device has a compressed state and an expanded state where the first compression surface and second compression surface move in a direction of the longitudinal axis between the compressed state and the expanded state.

A sliding doors floor handling device (20) for sliding wooden doors (10) or glass doors (72), placed next to a wall (16) and provided at the bottom with a guide (82) combined with a pin (14) protruding from the floor (48), comprises a containment shell (26), substantially parallelepiped in shape, pardy open along the upper base, in which a fork-shaped frame (44) is arranged. The parallel sections (64) of the frame (44) are provided with a hole (52) for inserting a pin (54) that supports a wheel (46) designed to touch the floor (48) when rolling. The fork-shaped frame (44) is provided with one or more elastic sheets (60) secured to the shell (26).

Provided is a guide bumper for a tailgate, including a first guide member attached to one of a vehicle body and a tailgate, and a second guide member disposed on the opposite side of the first guide member, the first guide member including at least one outer body and at least one elastic core inserted into the outer body.

A hinge assembly can removably mount a tailgate to a vehicle. The hinge assembly includes a first bracket attached to a first part. The hinge assembly further includes an engagement member and a second bracket attached to a second part and including a resilient member. A pivot shaft pivotally connects the first and second brackets. The engagement member engages the resilient member when the first part is at a first position and disengages the resilient member when the first part is at a second position.