A convertible vehicle having a transportation mode and a fixation mode is disclosed. The convertible vehicle includes a framework assembly, a plurality of wheels connected to the framework assembly, and a carrier member pivotally connected to the framework assembly. The framework assembly includes a first framework unit and a second framework unit pivotally connected to each other. In the fixation mode of the convertible vehicle, the first framework unit and the second framework unit are folded to form a horizontal platform, each of the wheels is located at a lower surface of the first framework unit or the second framework unit and located at a horizontal plane for transportation, and the carrier member is placed on the horizontal platform for carrying objects. In the fixation mode of the convertible vehicle, the first framework unit and the second framework unit are unfolded to be inclined and to form an X-shape structure, each of the wheels is located at the lower surface of the inclined first framework unit or the inclined second framework unit, and the carrier member is placed on the framework for carrying objects.

A foldable shelf may comprise a main body having two vertical connecting rods respectively located at middle portions of two sides of the main body at corresponding positions, and four vertical legs are respectively assembled at four corners of the main body to support at least two pairs of rotatable shelf boards therebetween. Each of the connecting rods has a connecting member coupled on an inner edge thereof, and each of the connecting members is pivotally connected to a V-shaped connecting rib. The foldable shelf further comprises two operating ribs at the top portion thereof. A user can pull the operating ribs upwardly to drive the pairs of the shelf boards to be folded together and drive the legs at two lateral sides of the main body to move toward each other, thus completing the folding process easily and quickly.

A table system includes a cabinet housing, a slide frame positioned within the cabinet housing, an adjustable table assembly including a table support frame slideably coupled to the slide frame, and a pivot system. The pivot system includes a support mast and a sliding component. The sliding component is coupled to the support mast such that the sliding component is configured to slide up the support mast such that the adjustable table assembly pivots around a pivot point between an extended position and a folded position.

A table system includes a cabinet housing, a slide frame positioned within the cabinet housing, an adjustable table assembly including a table support frame slideably coupled to the slide frame, and a pivot system. The pivot system includes a support mast and a sliding component. The sliding component is coupled to the support mast such that the sliding component is configured to slide up the support mast such that the adjustable table assembly pivots around a pivot point between an extended position and a folded position.

A drying appliance may include a support frame, a planar drying rack and an absorbent tray. The support frame may include a first rectangular end and a second rectangular end, each of which may include a top rail, a bottom rail, a first side rail and a second side rail. Lower lateral rails and upper later rails may connect the first rectangular end to the second rectangular end. A planar drying rack may be disposed between the upper lateral rails and the lower lateral rails. An upper interior volume may be defined by a top surface of the planar drying rack, inner edges of the upper lateral rails and upper edges of the top rails of the first rectangular end and the second rectangular end. The planar drying rack may be free of upwardly extending projections within the upper interior volume.

Technologies are described for a collapsible cart and method of assembly. The cart has a cart base and a removable cart table top. The cart base has a rectangular cart frame and a foldable leg extending from a first side, proximate each corner, of the rectangular cart frame. Each foldable leg is configured to rotate about a first end and to lock into an extended orientation, and to rotate into a folded orientation and become proximate the rectangular cart frame. A clasp assembly is proximate a second end of each of the foldable legs and are configured to clasp arms proximate each corner of the removable cart table top.

Technologies are described for a collapsible cart and method of assembly. The cart has a cart base and a removable cart table top. The cart base has a rectangular cart frame and a foldable leg extending from a first side, proximate each corner, of the rectangular cart frame. Each foldable leg is configured to rotate about a first end and to lock into an extended orientation, and to rotate into a folded orientation and become proximate the rectangular cart frame. A clasp assembly is proximate a second end of each of the foldable legs and are configured to clasp arms proximate each corner of the removable cart table top.

A mobile storage system includes a cabinet convertible between an open configuration for storing items and a folded configuration for transportation of the cabinet. The cabinet includes a rear wall, left and right side walls, a top wall, and a bottom wall that cooperate to form an interior storage space having a front opening. The cabinet further includes a pair of wheels located at the bottom of the rear wall and a handle so that the cabinet can be moved as a cart. One or more drawers can be removably connected to and supported by drawer slides within the cabinet so that the drawers are movable into and out of the interior storage space through the front opening. The drawers can be configured to be used as drawers for long term storage when located within the cabinet and as suitcases for travelling storage when removed from the cabinet.

A mobile storage system includes a cabinet convertible between an open configuration for storing items and a folded configuration for transportation of the cabinet. The cabinet includes a rear wall, left and right side walls, a top wall, and a bottom wall that cooperate to form an interior storage space having a front opening. The cabinet further includes a pair of wheels located at the bottom of the rear wall and a handle so that the cabinet can be moved as a cart. One or more drawers can be removably connected to and supported by drawer slides within the cabinet so that the drawers are movable into and out of the interior storage space through the front opening. The drawers can be configured to be used as drawers for long term storage when located within the cabinet and as suitcases for travelling storage when removed from the cabinet.

A foldable and height-adjustable table may include a main frame, a foldable frame, and a wheel assembly. The main frame has two side frames which are separated with a distance and parallel with each other. Each of the side frames has a vertical front sleeve and a vertical rear sleeve, and each of top bars horizontally located at a top end of the side frame. A table top has a pivotal side edge pivotally coupled with one of the top bars and an opposed detachable side edge detachably coupled with another top bar. The table top is configured to be coupled on tops of the top bars for use or pivotally turned over to couple at an outer edge of the side frame for store, and the main frame is configured to be folded between the folded position and unfolded position.