A wine cabinet includes a cabinet body, a cabinet door, at least one slide rail, at least one shelf, and a protective cover. The cabinet body is provided with a storage compartment. The at least one slide rail is disposed in the storage compartment. The slide rail includes a first slide sub-rail and a second slide sub-rail. The first slide sub-rail is disposed on the cabinet body. The second slide sub-rail is slidable with respect to the first slide sub-rail. The second slide sub-rail includes a main body and at least one fixing member. The at least one shelf is detachably connected with the fixing member, so as to slide along with the second slide sub-rail. The protective cover is detachably disposed at a connecting position between the shelf and the slide rail.

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.

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.

A storage system is provided. The storage system includes an enclosure forming an open side exposing a face of a drawer, the drawer in translatable engagement with an interior of the enclosure. A first arm is secured to the enclosure and configured to pivot within the enclosure into a locked position and without the enclosure in an unlocked position. A translatable latch is provided for unlocking the first arm from the locked position. The latch translates through an aperture of the arm, the aperture being housed within the side of the enclosure for security when in the locked position.

A guide rail including a rail body and a fastening element having a narrow front edge portion abutting the rail body, and configured as a bracket element from an angled sheet metal material with limbs oriented at an angle and connected along a bending edge, and a horizontal limb forming the flat material portion with the upper side and with the underside of the flat material portion with the edge portion. A horizontal limb of the bracket element has an inner limb portion adjoining the bending edge and an outer limb portion adjoining the inner limb portion via a longitudinally extending shoulder. The outer limb portion includes the edge portion and a reinforcing mechanism is provided on the fastening element as an arch extending along the shoulder over a partial region of the outer limb portion and over the shoulder and over part of the inner limb portion.

A guide rail including a rail body and a fastening element having a narrow front edge portion abutting the rail body, and configured as a bracket element from an angled sheet metal material with limbs oriented at an angle and connected along a bending edge, and a horizontal limb forming the flat material portion with the upper side and with the underside of the flat material portion with the edge portion. A horizontal limb of the bracket element has an inner limb portion adjoining the bending edge and an outer limb portion adjoining the inner limb portion via a longitudinally extending shoulder. The outer limb portion includes the edge portion and a reinforcing mechanism is provided on the fastening element as an arch extending along the shoulder over a partial region of the outer limb portion and over the shoulder and over part of the inner limb portion.

A deployable table assembly including a table, first and second non-parallel static rails, and first and second hinges attaching the table to the first and second non-parallel static rails, wherein the first and second hinges configured to travel along the first and second non-parallel static rails to move the table between a stowed position and a deployed position, wherein the table when in the deployed position is forward of and vertically lower than the table when in the stowed position.

A rail structure for optical fiber cassette is adapted to be assembled on a board member of a fiber box. The first engaging structure and the second engaging structure at two ends of the rail body are movably engaged with the first buckling structure and the second buckling structure. Hence, the user may detach one of the rail structures from the board member, so that the distance between the rest two of the rail structures goes wider, and the user can assemble another optical fiber cassette between the two rail structures, and the type and the size of the optical fiber cassette may be different from the detached one. Hence, the rail structure has wide applicability to allow the user to change the optical fiber cassette with different types and specifications conveniently and quickly.

A slide rail assembly includes a first rail, a second rail, a returning device and a connecting device. The returning device is arranged on the first rail and includes an elastic member and a movable member. The connecting device is arranged on the second rail and includes a first connecting member and a second connecting member. During a process of the second rail being moved relative to the first rail from an extended position along a retracting direction, the second connecting member is configured to contact the movable member, in order to drive the movable member to switch from a second state to a first state. Accordingly, the second rail is configured to be driven to move to a retracted position by an elastic force of the elastic member.

A slide rail assembly includes a first rail, a second rail, a returning device and a connecting device. The returning device is arranged on the first rail and includes an elastic member and a movable member. The connecting device is arranged on the second rail and includes a first connecting member and a second connecting member. During a process of the second rail being moved relative to the first rail from an extended position along a retracting direction, the second connecting member is configured to contact the movable member, in order to drive the movable member to switch from a second state to a first state. Accordingly, the second rail is configured to be driven to move to a retracted position by an elastic force of the elastic member.