Disclosed is a modular locker system. The modular locker system may include a plurality of slave lockers and a control cube. Each of the plurality of slave lockers may have a slave processing unit. The control cube may have a master processing unit electrically coupled to the slave processing unit of each of the plurality of slave lockers. The control cube may be configured to: receive a customer code, and transmit an unlock command to one of the plurality of slave lockers in response to receiving the customer code.

A server rack including a bottom panel, a top panel opposite to said bottom panel, a plurality of housing units configured for receiving rack-mountable equipment, the plurality of housing units being horizontally side-by-side arranged between the top panel and the bottom panel, the bottom panel comprising two support rails for supporting the server rack.

A storage case includes a frame, a top plate, and a drawer. The frame includes a bottom plate, side plates, and a rear plate. The top plate covers the upper side of the frame. The drawer is freely pulled out of and pushed into the frame through an open front side of the frame. The side plates of the frame are foldable between an upright position, at which the side plates extend upright from left and right sides of the bottom plate, and a folded position, at which the plates extend along an upper surface of the bottom plate. The rear plate is foldable between an upright position, at which the rear plate extends upright from a rear side of the bottom plate, and a folded position, at which the rear plate extends along a lower surface of the bottom plate.

A spliced storage box and a splicing structure between adjacent side panels of the spliced storage box are provided. The splicing structure comprises two side panels, a post, and a pressing strip. A side of the post comprises a notch, each corner of two sides of the notch comprises a first positioning edge and a second positioning edge intersecting the first positioning edge. Side edges, which are adjacent to each other, of the two side panels each bend and define a first abutting edge and a second abutting edge. The first abutting edge is disposed at an outer end of a respective one of the two side panels, and the first abutting edge and the second abutting edge respectively abut the first positioning edge and the second positioning edge. The pressing strip is connected to the post and is pressed to the first abutting edges of the two side panels.

A cabinet (1) comprising: a housing (10); two or more storage units (30, 50), each accommodated within the housing (10) and displaceable between a closed position in which a majority of the storage unit (30, 50) is disposed within the housing (10) and an open position in which the storage unit (30, 50) projects from the housing (10) to an extent greater than in said closed position; and a blocking mechanism (70) comprising two or more blocking members (71b, 71c), each associated with its corresponding storage unit (30, 50) and configured for selectively arresting said corresponding storage unit (30, 50) in its closed position; the blocking mechanism (70) being displaceable between an unblocked state in which each one of the storage units (30, 50) is free to be displaced from its closed position to its open position and a blocked state in which at least one and no more than all but one of the storage units (30, 50) are arrested in their closed position by their corresponding blocking members (71b, 71c). The association between the blocking mechanism (70) and the storage units (30, 50) is such that, when said blocking mechanism (70) is in its unblocked position, displacement of one of said storage units (30, 50) from its closed position to its open position induces displacement of the blocking mechanism (70) from its unblocked state to its blocked state.

A storage case includes a frame, a top plate, and a drawer. The frame includes a bottom plate, side plates, and a rear plate. The top plate covers the upper side of the frame. The drawer is freely pulled out of and pushed into the frame through an open front side of the frame. The side plates of the frame are foldable between an upright position, at which the side plates extend upright from left and right sides of the bottom plate, and a folded position, at which the plates extend along an upper surface of the bottom plate. The rear plate is foldable between an upright position, at which the rear plate extends upright from a rear side of the bottom plate, and a folded position, at which the rear plate extends along a lower surface of the bottom plate.

A method of allocating radio resources for uplink transmissions in a wireless telecommunications system, the method including: a first terminal device communicating a request for an allocation of radio resources to a base station; the base station determining there is an association between the first terminal device and a second terminal device based on their having similar predicted traffic profiles for uplink data; and the base station establishing a radio resource allocation for the second terminal device based on the resources requested by the first terminal device, and consequently transmitting radio resource allocation messages to allocate radio resources to the first and the second terminal devices for respective uplink transmissions based on the request for an allocation of radio resources received from the first terminal device.

Provided is a storage receptacle stacking system comprising a set of receptacles. Each receptacle is an open rectangular prism defined by, a back panel, which has a top edge, a bottom edge, a right edge, and a left edge, and a first back panel surface, and a set of side panels. The set of side panels has top, bottom, left, and right panels. Each receptacle is removably engaged to at least one other receptacle by a first set of fasteners. For each receptacle, at least one of the panels in the set of side panels is adjacent to and parallel with at least one of the panels in the set of side panels of another receptacle, and any one of the panels in the set of side panels may be engaged in the alternative with any one of the panels in the set of side panels of any other receptacle.

A transmission mechanism for a driven component which has a first through hole includes an actuating component rotatably disposed through the first through hole of the driven component, a transmission component located in the first through hole of the driven component, and an electromagnet located in the first through hole of the driven component and arranged at a side of the transmission component, the transmission component is selectively attracted to the electromagnet, the driven component is rotatable by the actuating component via the transmission component when the transmission component is attracted to the electromagnet.

A furniture assembly includes a plurality of segmental portions configured to be stackable one on top of another to form a complete furniture body. Each segmental portion includes at least one drawer, at least one interlocking mechanism, and at least one securing member for stabilizing the segmental portions and preventing unintended disassembly. The interlocking mechanism includes a locking bar slidably disposed on a side panel of the segmental portion, having a plurality of spaced protrusions distributed along a length of the locking bar, and a rotatable block having a first portion pivotably connected to the side panel of the segmental portion, a second portion engageable by a sliding mechanism of a respective drawer, and a third portion that is engageable with one of the protrusions. The locking bars of two adjacent segmental portions are connected by a detachable connector.