Abstract: A stop wall structure includes a front stop wall and two side stop walls for removably mounting to a front edge and two lateral edges of a metal-wire shelf for a sectional rack. The front stop wall is formed along a lower edge with a tongue portion and a plurality of clamping member spaced behind the tongue portion, so that a retaining space is formed between the tongue portion and the clamping members for engaging with a transverse front metal-bar set of the metal-wire shelf therein. The side stop walls each are provided along a lower edge with a plurality of C-shaped clamping members for each receiving and holding a transverse metal bar of the metal-wire shelf therein. With the stop wall structure mounted to the metal-wire shelf, articles positioned on the metal-wire shelf are protected against falling therefrom.

Abstract: A sectional rack, which can be assembled without using fastening elements and tools, includes rectangular vertical posts, foot members connected to lower front and lower rear ends of the vertical posts, hook members hooked to hanging holes provided on lateral faces of the vertical posts, and crossbars mounted to lower and higher positions between two adjacent vertical posts via the hook members. When the hook member is hooked to the hanging holes, an insertion slot is formed between the hook member and the lateral face of the vertical post. The crossbars are respectively formed on a lower portion at each of two lateral ends with an insertion section for firmly downward inserting into two insertion slots formed on two facing lateral faces of two adjacent vertical posts, so that the two vertical posts are supported by the crossbars to stably stand upright.

Abstract: A hanger device includes an open-back metal housing having two sidewalls formed with a notch each, and a hook connected to a bottom thereof; a plastic seat embedded in the metal housing and having a transverse recess; a release control element vertically slidably connected to the plastic seat; and at least one tension spring located between the release control element and the plastic seat. The notches have outward and downward inclined upper edges and a vertical sectional shape the same as the recess. The hanger device can be firmly attached to a horizontal rail with the inclined upper edges of the notches tightly hooked to a rearward and downward inclined upper end surface of the horizontal rail and a projected block on a top of the release control element upward pushed by the tension spring into an open-bottomed channel at a lower end surface of the horizontal rail.

Abstract: A sectional cabinet is assembled from a bottom, a top, a rear wall, a left, and a right wall. The bottom wall is provided on an upper side along rear, left, and right sides with a groove each for the lower sides of the rear, left, and right walls to insert therein, and the top wall is provided on a lower side along rear, left, and right sides with a groove each for the upper sides of the rear, left, and right walls to insert therein. Locating dowels are extended into dowel holes provided on the rear, left, and right sides of the bottom and top walls, as well as through holes provided on lower and upper sides of the rear, left, and right walls, so as to secure the rear, left, and right walls to the bottom and top walls. No tools are needed in assembling the sectional cabinet.

Abstract: A storage container includes a rectangular frame formed from pivotally connected bottom, top, left, and right panels and is therefore collapsible into a flat state to have a largely reduced volume to enable convenient storage and transport thereof at reduced cost. Any two of the four panels that are adjacent to each other are provided at joints with tenons and corresponding mortises. When the rectangular frame is in a standup state with the corresponding tenons and mortises engaged with one another, the mutually pivotally turnably connected panels of the storage container are held in place to always keep the storage container in a stable and upright position.

Abstract: A garment hanger rod holder is configured for assembled to upper and lower horizontal metal bars at a front of a metal rack, and includes a main body and a movable member mounted to a rear side of the main body. The main body includes a top hook head for hooking to the upper horizontal metal bar at the front of the metal rack, and a supporting seat formed at a lower free end of the main body for firmly support a garment hanger rod thereon. The movable member defines a receiving space for engaging with the lower horizontal metal bar at the front of the metal rack. The movable member is upward and downward movable relative to the main body to thereby adjust the receiving space to different heights to overcome dimensions errors in the metal rack, and enables the rod holder to firmly assemble to the metal rack.

Abstract: A wall-mount rack includes at least two vertical posts, at least two hangers, and at least one container. Each of the vertical posts is provided on two lateral sides with one longitudinal row of holes each. The hangers are hooked to two corresponding holes at the same level on two opposite inner lateral sides of the two vertical posts. The container is hung on the two hangers and thereby stably mounted on and between the two vertical posts. The container may be a box-type container to define a receiving space therein.

Abstract: A supporting bracket is designed to connect to a wall-mount rack by inserting hooks provided at a rear end of the bracket into holes provided on a front side of a vertical post of the wall-mount rack. The supporting bracket includes two parallelly spaced side wall portions, on top edges of which retaining slots are formed to enable the support of two shelves at two opposite lateral sides of the bracket. Two rails may be connected to two sides of the bracket for supporting a drawer-type container. A hanger may be connected to a lower side of the bracket to support a crossbar for holding suit hangers. The supporting bracket is therefore a multipurpose and highly efficient supporting member very practical for use on the wall-mount rack for supporting different types of holding members.

Abstract: A hook-on type rail includes a main body, a front hooking member adjustably connected to a rear end of the main body, and a second hooking member adjustably connected to a front end of the main body. The first hooking member has two sideward projected hooks for firmly located in two insertion holes on a rear post of a sectional rack. The second hooking member includes two sideward projected lugs for fitly inserting into two insertion holes on a front post of the sectional rack to prevent the rail from moving up or down, and two vertically movable hooks bearing against one side of the two lugs for extending into and hooking on the same insertion holes to firmly hold the rail to the front post. Therefore, the rail may be stably hooked on the posts of the sectional rack for a drawer or the like to safely slide thereon.

Abstract: A connecting structure for sectional rack includes a plurality of vertical posts, horizontal shelves, and connecting members. Each of the vertical posts is provided with at least one row of engaging holes, with which upper and lower hooks at an end of each connecting member are engaged. A pad is attached to each connecting member, so that a first side of the pad fitly bears against the vertical post. A second side of the pad opposite to the first side is a downward and outward inclined surface. Each of the horizontal shelves has an outer cover provided at each corner thereof for putting on the connecting member, so that an internal inclined surface of the outer cover pushes the inclined surface of the pad against the vertical post to enable a firm connection of the shelf, the connecting member, and the vertical post to one another.

Abstract: A door hinge is adapted to connect a door to a vertical metal post of a sectional rack, so that an enclosed storage space may be provided on the sectional rack. The door hinge includes a fixing member for connecting to the door, a hanger for hooking to the vertical post, an adjusting member connected to the hanger, and a turning member, a spring leaf, and a torsion spring mounted between the adjusting member and the fixing member. A cushion pad is positioned between the hanger and the post and forced against the post by a tightening screw, so that two hooks provided on the hanger may be tightly engaged with hook eyes provided on the post. The door connected to the fixing member may therefore be pivotally connected to the vertical post.

Abstract: A drawer rail structure includes two guide rails mounted to a piece of furniture, and two slide rails mounted to a drawer. Each of the guide rails is provided at a front end with a first roller, and each of the slide rails at a rear end with a second roller and at an upper edge with an inward stop plate. The stop plates press against tops of the first rollers when the second rollers rotate along the guide rails, guiding the drawer to slide in correct directions. An adjusting screw is provided at an outer end of each stop plate, and a spring plate is located below the adjusting screw to press against the top of the first roller. When the adjusting screw is turned to push the spring plate to a different height, a front panel of the drawer may be adjusted to a different vertical position.

Abstract: A shelf positioning mechanism for sectional rack constructed particularly from vertical posts having spaced horizontal annular grooves and horizontal shelves mainly includes a positioning member fitted between a short sleeve provided at each corner of the shelf and a connecting member configured to attach to the vertical post at the annular groove. The positioning member has downward and outward inclined inner wall surface that applies a clamping force on a downward and outward inclined outer wall surface of the connecting member for the latter to securely attach to the vertical post, and has a straight outer wall surface to tightly bear against a straight inner wall surface of the short sleeve for the shelf to be selectively turned upside down when it is assembled to the vertical posts.

Abstract: A sectional rack that can be assembled without using any tool and type of fastener includes oblong-sectioned vertical posts having horizontal slots symmetrically provided on two opposite sides, and externally, gradually, downwardly expanding connecting members adapted to firmly attach to the vertical posts through engagement of ribs provided on inner wall surfaces of the connecting members with the horizontal slots on the vertical posts, and horizontal shelves having an internally gradually downward expanded short sleeve provided at each corner and being adapted to connect to the vertical posts by seating the short sleeves over the connecting members attached to the vertical posts. Further, channels are optionally hung on the vertical posts to support drawer-type baskets thereon.

Abstract: A connector is configured to securely hold two twin-column supporting posts of an upper and a lower side supporter of a sectional rack to a linearly connected position. With the connector, the side supporters having twin-column supporting posts of the rack could be assembled from two or more shortened units. The shortened units of side supporters allow the disassembled rack to be packed into a largely reduced volume to facilitate convenient and economical transport and storage of the rack.

Abstract: A means for linearly connecting two non-circular pipes mainly includes a bar, upper and lower pads put around the bar, and a collar. The bar has two externally threaded ends adapted to screw into internally threaded holes preformed in the non-circular pipes. The upper and lower pads respectively have a cross section the same as that of a bore of the non-circular pipes, and are divided into an inner section and an outer section by a flange, such that the outer sections of said upper and said lower pads can be inserted into the pipes to synchronously rotate along with the pipes. The collar has cross section and outer diameter the same as that of the pipes and is initially put around the inner section of the upper pad, so that the collar can be downward moved to enclose the inner sections of the upper and the lower pads at the same time to confine them and accordingly the two pipes to a vertically aligned position.

Abstract: A sectional rack includes a plurality of vertical posts, a plurality of horizontal shelves, and a plurality of connecting members. Each of the vertical posts is a hollow post and has a generally I-shaped cross section with two substantially rectangular and width-expanded side portions and a width-narrowed middle portion extending between the two side portions. The horizontal shelves are connected to the two side portions of the vertical posts so that two adjacent shelves located at two sides of the post are at the same height.