An electrical box comprising a perimeter wall having a plurality of sidewalls and a base wall. Each sidewall of the plurality of sidewalls can be generally orthogonal, and directly adjoined by a rounded touch-safe corner, to another sidewall of the plurality of sidewalls. Additionally, a first end of the perimeter wall can be mechanically interlocked to, and coplanar with, a second end of the perimeter wall so as to provide the perimeter wall with a generally seamless sleeve configuration. The base wall, which may be separate from the perimeter wall, or adjoined to the perimeter wall in a monolithic structure, can be adjoined to at least some portions of the perimeter wall. Further, the base wall and the perimeter wall can define an inner region of the electrical box.

A method of molding a back cover of a display and a die for molding the back cover are provided. More particularly, a method of finishing a side of a display by using a back cover is provided. A die for molding a back cover of a display includes: an upper die in which a lower inner side thereof has a fan shape with a certain curvature, and an inner side of the fan shape has a flat shape; a first lower die which is disposed below the upper die and in which an upper inner side thereof has a shape corresponding to the fan shape formed in the upper die, and an inner side of the fan shape is dent downward by a certain length; and a second lower die in which an upper portion thereof has a flat shape, and an end upper portion thereof protrudes toward the first lower die by a certain length.

A method of molding a back cover of a display and a die for molding the back cover are provided. More particularly, a method of finishing a side of a display by using a back cover is provided. A die for molding a back cover of a display includes: an upper die in which a lower inner side thereof has a fan shape with a certain curvature, and an inner side of the fan shape has a flat shape; a first lower die which is disposed below the upper die and in which an upper inner side thereof has a shape corresponding to the fan shape formed in the upper die, and an inner side of the fan shape is dent downward by a certain length; and a second lower die in which an upper portion thereof has a flat shape, and an end upper portion thereof protrudes toward the first lower die by a certain length.

A forming device is configured to form metal laminated sheet material into a tray-shaped case half while allowing the material to form pleats in the corners of the recess during the forming process while preventing formation of pleats along the flange. The device forms the flange so that excess material in the corners of the case halves is arranged in an undulating shape. As a result, the flange has a waved or ruffled configuration at each corner. Two such case halves are sealed together along the flange to form a reliably sealed package. A method of forming pouch cell is also described.

A forming device is configured to form metal laminated sheet material into a tray-shaped case half while allowing the material to form pleats in the corners of the recess during the forming process while preventing formation of pleats along the flange. The device forms the flange so that excess material in the corners of the case halves is arranged in an undulating shape. As a result, the flange has a waved or ruffled configuration at each corner. Two such case halves are sealed together along the flange to form a reliably sealed package. A method of forming pouch cell is also described.

A housing is formed by bending a metal plate including a molded plastic part. The molded plastic part includes a perimeter portion formed along an outer peripheral edge of the metal plate, and a bent part formed in a bending area in which the metal plate is bent. The bent part is provided with a notch formed along the bending area.

Formation of a deformation along a surface of a sheet metal panel of an electronic device is minimized or prevented by determining an area of the surface to which a deformation has developed or is predicted to develop, where the deformation forms or is predicted to form in response to one or more of the surface features being provided into the surface. A score line is provided along the surface that is at or proximate the area.

A small cell networking device and installation method includes at least one wireless transceiver module integrated into or mounted on to one or more of a variety of common objects as part of a network. The small cell networking device may be incorporated into a modified component of the common object, or may be mounted to the common object as an independent device. The small cell networking device is electrically and communicatively coupled to one or more utility lines in order to pass power and data to, from, or to and from the small cell networking device. The small cell networking device has a modular design with an aesthetically pleasing appearance such that high density deployment will not unduly burden cities, towns, and municipalities.

A small cell networking device and installation method includes at least one wireless transceiver module integrated into or mounted on to one or more of a variety of common objects as part of a network. The small cell networking device may be incorporated into a modified component of the common object, or may be mounted to the common object as an independent device. The small cell networking device is electrically and communicatively coupled to one or more utility lines in order to pass power and data to, from, or to and from the small cell networking device. The small cell networking device has a modular design with an aesthetically pleasing appearance such that high density deployment will not unduly burden cities, towns, and municipalities.

Formation of a deformation along a surface of a sheet metal panel of an electronic device is minimized or prevented by determining an area of the surface to which a deformation has developed or is predicted to develop, where the deformation forms or is predicted to form in response to one or more of the surface features being provided into the surface. A score line is provided along the surface that is at or proximate the area.