In a skeleton frame of a storage box, a boundary frame, front columns, and rear columns are integrally formed. Therefore, the ease of assembly of the storage box can be improved. In addition, gouged portions that are depressed inward in a width direction from an outermost shape in the width direction of the boundary frame are formed in both side portions in the width direction of the boundary frame. When the skeleton frames are nested, the front columns of the skeleton frame on a lower side are disposed in the gouged portions of the skeleton frame on an upper side. Accordingly, even in the skeleton frame where the rear columns and the front columns are integrally formed with the boundary frame, the skeleton frames can be nested in a vertically stacked state.

Modular units for forming structures, such as furniture assemblies or other structures. The modular units being interconnectable by magnetic connectors that have a cage with an end cap, and a bridge connected to the cage and spaced from the end cap to define a magnet void in the cage between the end cap and the bridge. A magnet is movably positioned within void, and a magnetic mass is coupled to the cage with the bridge is between the mass and the magnet. The magnet is movable in the cage void between a shielded position held against the bridge by a first magnetic attraction between the magnet and the mass, and a locked position held against the end cap by a second magnetic attraction that is greater than the first magnetic attraction.

A cabinet includes four upright members having a triangular section and including two outer boards, an inner board, and two longitudinal groove formed at a joining portion of a first end of the inner board and an end of one outer board and at a joining portion of a second end of the inner board and an end of the other outer board respectively, the inner board including an upper first through hole and a lower second through hole; a plurality of board members each including four through holes at four corners respectively; a plurality of fastening devices at the through holes of the board members respectively, each fastening device including a hook assembly and a bolt and nut combination for securing the hook assembly, the upright member, and the board member together; and three board elements each disposed between the grooves of two adjacent upright members.

A combined cabinet includes cabinet units and connecting devices. The connecting device includes L-shaped corner protectors and embedding pillars respectively arranged at four corners of the outer side of each cabinet unit. Three parts, namely, adjacent sides of any two L-shaped corner protectors and an outer wall of each cabinet unit form a trapezoid embedding groove. An embedding pillar with a double-trapezoid cross section is embedded in the trapezoid embedding groove. Two adjacent cabinet units are connected by the embedding pillar. The cabinet units are connected to each other pairwise by the embedding groove and the embedding pillar to form a combined cabinet. Therefore, the problem that the existing combined cabinet body being inconvenient for removing and transporting is solved.

The invention relates to a storage device (1000) having: a cube-like housing (100) having an interior (101) having: a front side (100a) for the insertion and withdrawal of objects in and out of the interior (101), and at least one first opening in an outer side of the housing (100) for receiving respectively one positioning element (110), wherein, in a state in which the positioning element (110) is inserted into the first opening, a movement of the housing (100) relative to the positioning element (110) is prevented; at least one second opening in an outer side of the housing (100) for receiving respectively one locking element (130), wherein the storage device (1000) also has: a locking device (130) for locking the housing (100) to the locking element (130) in a state in which the locking element (130) is inserted into the second opening, and an unlocking device (150) on an outer side of the housing (100) for detaching the housing (100) from the locking element (130)

This disclosure relates to a cube rotating cabinet, which comprises: a base, the storage boxes, a rotating mechanism and a hinge. Each storage box is a six-sided cube, one side of which is open. The base of the structure does not move nor rotate. The first side of the base is in contact with the ground, and the second side is in contact with different layers of storage boxes; each layer has four storage boxes, and the opening side of two of the boxes are the same in each layer and are in the opposite direction of the other two. The opening direction between the boxes of the adjacent layers is 90 degrees apart; each layer there is a hinge connection between two adjacent boxes; a rotating mechanism is arranged between the boxes of the adjacent ones, so that the box rotates with the rotating mechanism as a rotating shaft, and the maximum rotation can be to a 180 degrees maximum; surface of the base which is in contact with the storage boxes is provided with four rotating mechanisms, so that the first layer of the box in contact with the surface of the base rotates with the rotating mechanism as a rotating shaft; each layer of the moving device drives the rotation of the box of the next layer and when the upper and lower two boxes are opened or closed, the rotation direction of adjacent layers is opposite.

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.

This disclosure relates to a cube rotating cabinet, which comprises: a base, the storage boxes, a rotating mechanism and a hinge. Each storage box is a six-sided cube, one side of which is open. The base of the structure does not move nor rotate. The first side of the base is in contact with the ground, and the second side is in contact with different layers of storage boxes; each layer has four storage boxes, and the opening side of two of the boxes are the same in each layer and are in the opposite direction of the other two. The opening direction between the boxes of the adjacent layers is 90 degrees apart; each layer there is a hinge connection between two adjacent boxes; a rotating mechanism is arranged between the boxes of the adjacent ones, so that the box rotates with the rotating mechanism as a rotating shaft, and the maximum rotation can be to a 180 degrees maximum; surface of the base which is in contact with the storage boxes is provided with four rotating mechanisms, so that the first layer of the box in contact with the surface of the base rotates with the rotating mechanism as a rotating shaft; each layer of the moving device drives the rotation of the box of the next layer and when the upper and lower two boxes are opened or closed, the rotation direction of adjacent layers is opposite.

In a skeleton frame of a storage box, a boundary frame, front columns, and rear columns are integrally formed. Therefore, the ease of assembly of the storage box can be improved. In addition, gouged portions that are depressed inward in a width direction from an outermost shape in the width direction of the boundary frame are formed in both side portions in the width direction of the boundary frame. When the skeleton frames are nested, the front columns of the skeleton frame on a lower side are disposed in the gouged portions of the skeleton frame on an upper side. Accordingly, even in the skeleton frame where the rear columns and the front columns are integrally formed with the boundary frame, the skeleton frames can be nested in a vertically stacked state.

A modular shelving system is configured to store objects therein while having a customizable overall dimension. The system includes multiple modular shelf assemblies, each having a storage void, and a set of connectors. A first modular shelf assembly is configured to be secured, via a set of connectors, to a second modular shelf assembly and to a third modular shelf assembly. An additional storage void is formed between the first storage void, the second storage void, and the third storage void. The fourth storage void is configured to store objects therein. The location in which the first modular shelf assembly is configured to be connect to other modular shelf assemblies is selected by a user to meet the customizable overall dimension.