Abstract: An auto-returning drawer rail is implemented in furniture having a drawer cavity and a drawer, and the auto-returning drawer rail has a drawer rail assembly, an auto-returning device and a buffering device. The drawer rail assembly is mounted in the drawer cavity and has a rail bracket, an outer track and an inner track. The auto-returning device is mounted in the drawer rail assembly and has a base, a sliding block, a connector and two springs. The base is mounted on the rail bracket. The sliding block is mounted slidably on the base. The connector is connected securely to the sliding block between the rail bracket and the base and has two clasping tabs engaging the base. The buffering device is mounted in the auto-returning device to prevent the drawer from returning too fast and has a damper and a drive shaft being connected to the connector.

Abstract: An auto-returning drawer rail is implemented in furniture having a drawer cavity and a drawer, and the auto-returning drawer rail has a drawer rail assembly, an auto-returning device and a buffering device. The drawer rail assembly is mounted in the drawer cavity and has a rail bracket, an outer track and an inner track. The auto-returning device is mounted in the drawer rail assembly and has a base, a sliding block, a connector and two springs. The base is mounted on the rail bracket. The sliding block is mounted slidably on the base. The connector is connected securely to the sliding block between the rail bracket and the base and has two clasping tabs engaging the base. The buffering device is mounted in the auto-returning device to prevent the drawer from returning too fast and has a damper and a drive shaft being connected to the connector.

Abstract: An auto-returning drawer rail is implemented in furniture having a drawer cavity and a drawer, and the auto-returning drawer rail has a drawer rail assembly, an auto-returning device and a buffering device. The drawer rail assembly is mounted in the drawer cavity and has a rail bracket, an outer track and an inner track. The auto-returning device is mounted in the drawer rail assembly and has a base, a sliding block, a connecting element and two springs. The base is mounted on the rail bracket. The sliding block is mounted slidably on the base. The connecting element is connected securely to the sliding block between the rail bracket and the base. The buffering device is mounted in the auto-returning device, is used to prevent the drawer from returning too fast and has a damper and a drive shaft being connected to the connecting element.

Abstract: A drawer rail is used on a table having bottom and a drawer below the bottom of the table with a sidewall, and has a rail device, an auto-returning device and a buffering device. The rail device is mounted with the table and has an inner track attached on the table and having a mounting board and a connecting board and an outer track engaged with the connecting board and immovably attached on the sidewall of the drawer. The auto-returning device is mounted on the rail device and has a base mounted on the connecting board and having an elongated groove, a sliding block movably mounted on the base and a spring mounted in the base. The buffering device is mounted with the auto-returning device, is used to reduce the returning force of the spring and has a jacket and a drive shaft connected with the sliding block.

Abstract: A drawer rail having an auto-returning device has an outer track, an inner track, a driving block formed on the outer/inner track and a base mounted on the opposite inner/outer track. The base has a spring recess and a block recess with a positioning cutout to respectively receive a spring and a sliding block. The sliding block is pulled by the spring. An elongated through hole is defined in the block recess to allow parts of the sliding block to penetrate to engage with the driving block. When the outer/inner track moves away, the sliding block is pushed by the driving block to bias at the positioning cutout to allow the driving block to release from the sliding block. When the outer/inner track moves near, the driving block urges the sliding block back to a horizontal place and the spring pulls the sliding block back to an original position automatically.

Abstract: A rail assembly for furniture has a stationary track, an internal track, a sliding frame, a latch bracket and a resilient latch. When the internal track and sliding frame are pushed in, the resilient latch engages the sliding frame as the sliding frame releases the resilient latch from an extended position. The latch bracket automatically pulls the resilient latch and the attached sliding frame to a completely closed position.

Abstract: A rail assembly for furniture has a stationary track, an internal track, a sliding frame, a latch bracket and a resilient latch. The sliding frame has a latch tab, and a guiding block with an inclined face is mounted on the latch tab. With the arrangement of the guiding block, the rail assembly can be assembled and reassembled easily and conveniently.

Abstract: A drawer rail having an auto-returning device has an outer track, an inner track, a driving block formed on the outer/inner track and a base mounted on the opposite inner/outer track. The base has a spring recess and a block recess with a positioning cutout to respectively receive a spring and a sliding block. The sliding block is pulled by the spring. An elongated through hole is defined in the block recess to allow parts of the sliding block to penetrate to engage with the driving block. When the outer/inner track moves away, the sliding block is pushed by the driving block to bias at the positioning cutout to allow the driving block to release from the sliding block. When the outer/inner track moves near, the driving block urges the sliding block back to a horizontal place and the spring pulls the sliding block back to an original position automatically.

Abstract: A rail assembly for furniture has a stationary track, an internal track, a sliding frame, a latch bracket and a resilient latch. The sliding frame has a latch tab, and a guiding block with an inclined face is mounted on the latch tab. With the arrangement of the guiding block, the rail assembly can be assembled and reassembled easily and conveniently.

Abstract: A rail assembly for furniture has a stationary track, an internal track, a sliding frame, a latch bracket and a resilient latch. When the internal track and sliding frame are pushed in, the resilient latch engages the sliding frame as the sliding frame releases the resilient latch from an extended position. The latch bracket automatically pulls the resilient latch and the attached sliding frame to a completely closed position.

Abstract: A undetachable drawer rail includes a U-shaped outer track (10), a U-shaped inner track (20), a bearing race (30), a rail (40) slidably mounted on the inner track (20), a resilient latch (50) secured on the rail (40) and a intermediate stop (60). The inner track (20) has a limit block (21) with a passage attached to the front end. The resilient latch (50) with a V-shaped fork (52) passes through the passage in the limit block (21) by compressing the fork (52), and then the fork (52) returns to its original shape after entering the inner track (20). Thereby, the rail (40) is blocked. Additionally, the outer track (10) further has an inner arrow shaped stub (13) formed toward the inner track (20) to selectively abut the intermediate stop (60) to enhance stability of the undetachable drawer rail.

Abstract: A detachable rail assembly for drawers has a track assembly, a rail and a resilient latch. The track assembly is adapted to be attached to a fixture, the rail is slidably mounted in the track assembly and the latch is secured on the rail. A limit block with two locking protrusions is firmly attached to one end of a slide track of the track assembly, and two wings are defined laterally on opposite sides of the latch respectively to abut the locking protrusions. Two ribs are formed on a surface of the latch facing the rail so the rail can be separated by pressing the latch toward the rail easily and the latch is easily for a manufactured.

Abstract: A detachable rail assembly for drawers has a track assembly, a rail and a resilient latch. The track assembly is adapted to be attached to a fixture, the rail is slidably mounted in the track assembly and the latch is secured on the rail. A limit block with two locking protrusions is firmly attached to one end of a slide track of the track assembly, and two wings are defined laterally on opposite sides of the latch respectively to abut the locking protrusions. Two ribs are formed on a surface of the latch facing the rail so the rail can be separated by pressing the latch toward the rail easily and the latch is easily for a manufactured.

Abstract: A drawer rail includes an outer rail fixed to a furniture item, a sliding rail slidably contained in the outer rail, a ball rail slidably contained in the sliding rail, and an inner rail slidably contained in the outer rail and fixed to the drawer or a keyboard supporter. The sliding rail has a front end extending towards an outermost side of the drawer by which it is pulled outward. A positioning device is fixed on the sliding rail near the front end of the sliding rail. The positioning device has a body and a head having a pair of side slopes that are able to respectively engage with a pair of side walls of a groove defined in a bottom of the ball rail. The positioning device of the invention is able to provide a stable positioning effect for the inner rail, and thus the drawer, when the drawer is pulled to an outermost position.

Abstract: A detachable drawer rail includes a track (10), a rail (20) slidably mounted on the track (10) and a resilient latch (30) secured on the rail (20). The resilient latch (40) is composed of two resilient ears (36) which make the rail (20) operated easily and also have excellent positioning efficiency. Additionally, the resilient latch (30) further has a nub (34) with an abutment face (341) and a groove (38) defined therein to mate with a recess (262) and a tongue (28) of the rail (20) respectively to make the resilient latch (30) firm and steady when used.

Abstract: A detachable rail for drawers consists of a track (10) with two blocking elements to limit the movement of the drawer move within the track (10), a bearing race (20) with multiple ball bearings (22), a rail (30) with an attachment device and a latch (40). The structure of the latch (40) and the attachment device of the rails (60) make the removal and re-installation of the drawer easy.

Abstract: A detachable rail for a drawer track which essentially comprises a track and a rail is disclosed. By means of the limit block fixedly attached to the track and the limit device fixedly attached to the rail, it is very easy to detach the rail from and attach the rail to the track of a drawer.

Abstract: A retaining device for a detachable drawer track including a track having a limit block attached to one end and a limit device attached to the other end. The limit device has two blocks extending therefrom and a bumper formed between the two blocks. A rail is slidably mounted on the track by a bearing. A retaining device is attached to the rail. The retaining device includes a retaining plate attached to the rail and a pull bar connected to the retaining plate. The retaining plate is Y-shaped and has two levers projecting toward the limit device and a hole defined at the apex of the levers. Each of the levers has a recess defined to receive the corresponding one of the blocks and an activation groove defined in the bottom thereof and being parallel thereto. The activation grooves communicate with the hole, and the pull bar is slidably mounted between the retaining plate and the rail. A shank extends from the pull bar toward the retaining plate.