Abstract: An adjustable shelving assembly is provided with four corner members of L-shaped cross section, either half of each corner member including aperture members each including an upper, larger circle and a lower, smaller, vertical hole overlapping the larger circle thereof; at least one group of four interconnecting members each including upper and lower aperture elements and a through hole between the aperture elements, each aperture element including an upper, smaller, vertical hole and a lower, larger circle overlapping the vertical hole thereof; elongated retainers each including two enlargements at both ends respectively, an annular groove adjacent to one enlargement, and an annular shoulder between the groove and the other enlargement; lock pins each having a substantial portion fastened in the larger circle of the aperture member and the through hole; and at least one flat shelf each anchored on tops of the interconnecting members.

Abstract: A lock device for two-way travel drawers of a support body is provided with in combination a peg on a central portion of one side of the drawer; two two-way travel slides each on an outer surface of either side of the drawer; and a lock assembly including a groove member, a sliding member, a lock, and snapping members. The groove member has a rectangular section and includes front and rear flanges to be secured to a wall of the support body. The sliding member has a rectangular section, is slidably disposed in the groove member, and includes openings. The lock is disposed on an upper portion of the wall of the support body and capable of actuating to activate the sliding member. The snapping members are retained in the openings and capable of locking or unlocking the peg when the sliding member moves.

Abstract: A two way three section slide drawer slide assembly for permitting a drawer to be selectively pulled out from opposite open ends of a compartment is provided with an elongated outer section secured to the compartment; an elongated intermediate section disposed in the outer section; two elongated sliding members each slidably disposed either between upper edges of the outer section and the intermediate section or between lower edges of the outer section and the intermediate section; an elongated inner section including a two-end open flat track; an elongated bearing member disposed between the intermediate section and the inner section; two stop units releasably secured to the engaging members respectively; and two flexible limit members threadedly secured to the inner section. One limit member is disposed reverse to the other limit member.

Abstract: An adjustable shelving assembly is provided with four corner members of L-shaped cross section, either half of each corner member including aperture members each including an upper, larger circle and a lower, smaller, vertical hole overlapping the larger circle thereof; at least one group of four interconnecting members each including upper and lower aperture elements and a through hole between the aperture elements, each aperture element including an upper, smaller, vertical hole and a lower, larger circle overlapping the vertical hole thereof; elongated retainers each including two enlargements at both ends respectively, an annular groove adjacent to one enlargement, and an annular shoulder between the groove and the other enlargement; lock pins each having a substantial portion fastened in the larger circle of the aperture member and the through hole; and at least one flat shelf each anchored on tops of the interconnecting members.

Abstract: A two way three section slide drawer slide assembly for permitting a drawer to be selectively pulled out from opposite open ends of a compartment is provided with an elongated outer section secured to the compartment; an elongated intermediate section in the outer section; two elongated sliding members; an elongated inner section including a two-end open flat track, an intermediate opening, two positioning members at both ends of the intermediate opening respectively, and two tabs; an elongated bearing member; two stop units; and a flexible limit member including an intermediate flat portion and on either end of the flat portion, a latching member including an inclined surface at one end and an inclined extension at an intermediate portion, a ramp on the latching member, a slot abutted on the ramp, and a rectangular cut at the other end of the latching member.

Abstract: A slide assembly includes an outer slide member on either side of a cabinet; two inner slide members each adapted to move relative to the outer slide member and comprising front and rear tabs each having an adjacent opening; a front locking unit on either side of a drawer and comprising a first projection having a flat side surface, and a downward bent first snapping member disposed rearward of the first projection; and a rear locking unit formed on either side of the drawer and comprising a second projection having a flat side surface, and a downward bent first snapping member disposed forwardly of the second projection. The first snapping member can be locked between the front opening and the front tab and the second snapping member can be locked between the rear opening and the rear tab without using tools.

Abstract: A latch mechanism for a sliding drawer supported by telescopic slides and mounted in a cabinet with two strikes on side walls, the drawer including two holes proximate both sides of a front side wall, and two lateral side walls, the latch mechanism comprising in combination a handle mounted on the front side wall of the drawer; two lever catches including a bottom recess pivotably seated upon the bottom of the hole, a top shoulder adjacent the top of the hole for retaining the lever catch, and a top rear tang stopped by the strike in a drawer retention position; and a transverse member secured to the front ends of the lever catches. Clockwise pivoting the transverse member will unlock the tangs. Pulling the handle will open the drawer by passing the tangs under the strikes. Pushing the handle will pass the tangs under the strikes to close the drawer.

Abstract: A built-up container includes a base, a front and rear side plates, a right and left side plates and a lifted upper cover. The base provides threaded holes and the side plates provide through holes and threaded holes so that the container can be built up with bolts engaging with the threaded holes. It is characterized in that no holes and no bolts expose outside the container with reinforced strength such that integrity and smoothness of the container can be obtained and the fasteners inside the container are free from water and unable to hurt foreign objects. In addition, the container is capable of being set up fast easily to enhance facility of assembling job.

Abstract: A drawer locking apparatus of a cabinet, including a cabinet body, at least one drawer slidably disposed in the cabinet body, a base seat mounted in the cabinet body, a slide section slidably fitted in the base seat, an engaging section and a dogging device. One end of the engaging section is disposed on the slide section. The other end of the engaging section has a hook plate with a guide slope for hooking rear sideboard of the drawer. The dogging device serves to drive the slide section to slide between a first position and a second position.

Abstract: A mechanism for folding one of at least three legs of a table to a tabletop thereof is disclosed. The mechanism includes a bracket secured to the bottom of the tabletop, a stand as a main portion of each leg pivotally connected to the bracket by a pivot, and a spring having one end connected to an upper pivotal shaft and the other end connected to the lower pivot such that lifting an outer end of the shaft about the other end thereof by one hand and pivoting the stand clockwise about the bracket by the other hand will fold the stand under the tabletop.

Abstract: A receptacle partitioning structure disposed in a receptacle defining an interior rectangular solid space and having an upper opening. The receptacle partitioning structure includes: a pair of first assembling bodies oppositely disposed on inner edges of the receptacle, each of two ends of each first assembling body being formed with a perforation, a middle section of the first assembling body being formed with at least one first insertion slit; a pair of second assembling bodies, two ends of each second assembling body being respectively formed with two bending sections transversely extending by a certain length in reverse directions; and a partitioning slat. The bending sections of the second assembling bodies are inserted in the perforations of the first assembling bodies, whereby the first and second assembling bodies can be readily, conveniently and firmly assembled into a rectangular frame.

Abstract: A drawer locking structure including a cabinet body, a drawer disposed inside the cabinet body and a lock device. The lock device includes a shift body, a stopper body and a resilient body. The shift body has a driving section and a force application section. The shift body is pivotally connected with the front board of the drawer. The stopper body is disposed on outer side of the drawer. The resilient body includes a first connecting section and an engaging section. Via the first connecting section, the resilient body is disposed on inner side of the cabinet body corresponding to the stopper body. When the drawer is positioned in the cabinet body, the engaging section is engaged with the stopper body, whereby the drawer is prevented from slipping outward due to inclination or movement of the cabinet body. When it is desired to draw out the drawer, a pulling force can be applied to the force application section. At this time, the driving section is driven to press down and deform the resilient body.

Abstract: A cabinet anti-tilt safety apparatus including a cabinet body, at least two drawers arranged in the cabinet body, an activation section disposed on rear side of each drawer, a base seat fixed on inner face of a panel of the cabinet body corresponding to the rear side of each drawer, a slide seat slidably fitted with the base seat and movable between a first position and a second position, a first connecting section disposed at one end of the base seat and a second connecting section disposed at one end of the slide seat corresponding to the first connecting section. A block body is disposed on the slide seat corresponding to the activation section. The activation section can get into or out of the corresponding block body.

Abstract: A receiving plate supporting device includes a base, two supporting portions, a movable plate and two sliding portions. The base has a pair of blocks which are spaced and installed at a wall. Each supporting portion is installed at each block having an upper slide path, a lower slide path and an outside slide path. The movable plate is a rectangular plate with a width corresponding to a distance between the two blocks. Each sliding portion is respectively corresponding to each supporting portion and is installed at the lateral side of the movable plate. Each sliding portion respectively passes through each supporting portion. The movable plate can be placed horizontally or vertically as desired. Therefore, it is space-efficient and convenient. Furthermore, the receiving plate supporting device can be assembled easily, and the structure of each component is easy and is cost-effective.

Abstract: A pushcart with telescopic handle, including a base seat and a dragging apparatus. Several wheels and the dragging apparatus are mounted on one face of the base seat. The dragging apparatus includes a first slide rail and a second slide rail. A first stopper section is disposed at one end of the first slide rail. The second slide rail is fitted in the first slide rail and reciprocally slidable out of or into the first slide rail. A second stopper section is disposed at one end of the second slide rail. The first stopper section serves to stop the second stopper section, whereby when extending, the second slide rail will not detach from the first slide rail. A handle section is disposed at the other end of the second slide rail for pushing/dragging the first slide rail to drive the base seat. The second slide rail further has a pivot section.

Abstract: A receptacle partitioning structure disposed in a receptacle defining an interior rectangular solid space and having an upper opening. The receptacle partitioning structure includes: a pair of first assembling bodies oppositely disposed on inner edges of the receptacle, each of two ends of each first assembling body being formed with a perforation, a middle section of the first assembling body being formed with at least one first insertion slit; a pair of second assembling bodies, two ends of each second assembling body being respectively formed with two bending sections transversely extending by a certain length in reverse directions; and a partitioning slat. The bending sections of the second assembling bodies are inserted in the perforations of the first assembling bodies, whereby the first and second assembling bodies can be readily, conveniently and firmly assembled into a rectangular frame.

Abstract: A receiving plate supporting device includes a base, two supporting portions, a movable plate and two sliding portions. The base has a pair of blocks which are spaced and installed at a wall. Each supporting portion is installed at each block having an upper slide path, a lower slide path and an outside slide path. The movable plate is a rectangular plate with a width corresponding to a distance between the two blocks. Each sliding portion is respectively corresponding to each supporting portion and is installed at the lateral side of the movable plate. Each sliding portion respectively passes through each supporting portion. The movable plate can be placed horizontally or vertically as desired. Therefore, it is space-efficient and convenient. Furthermore, the receiving plate supporting device can be assembled easily, and structure of each component is easy and is cost-effective.

Abstract: Anti-inclination and internal locking device for a cabinet, including a cabinet body, at least two drawers disposed in the cabinet body, a projecting body disposed on rear side of each drawer, a base seat fixedly disposed on inner side of a rear wall board of the cabinet body corresponding to each drawer, a slide seat slidably fitted in the base seat and movable between a first position and a second position and a first and a second connecting sections respectively disposed at one end of the base seat and one end of the slide seat. The projecting body has an activating section and a stop section. The slide seat is formed with an opening corresponding to the projecting body.

Abstract: Anti-inclination and internal locking device for a cabinet, including a cabinet body, at least two drawers disposed in the cabinet body, a projecting body disposed on rear side of each drawer, a base seat fixedly disposed on inner side of a rear wall board of the cabinet body corresponding to each drawer, a slide seat slidably fitted in the base seat and movable between a first position and a second position and a first and a second connecting sections respectively disposed at one end of the base seat and one end of the slide seat. The projecting body has an activating section and a stop section. The slide seat is formed with an opening corresponding to the projecting body.

Abstract: Hanging board structure for collectively storing tools, including at least one tool hanging board, at least one hanging hook and a cabinet body. The tool hanging board is a board body having predetermined length and width and formed with several perforations at intervals. One end of the hanging hook is inserted in the perforation of the tool hanging board. A tool can be hung on the other end of the hanging hook. The cabinet body is a rectangular body composed of an upper, a lower, a front and a rear panels which define an interior space. The left and right sides of the cabinet body are formed with openings. The inner faces of the upper and lower panels are respectively formed with corresponding slide sections. Two edges of the tool hanging board are respectively inlaid in the slide sections, whereby the tool hanging board can be reciprocally moved out of or into the cabinet body from left and right sides thereof.