A mounting bracket for supporting an electrical device includes a frame, a leg, and a support tab. The frame includes a rail and is configured to be secured to a structural support. The leg is connected to an edge of the rail and pivotable relative to the rail. The support tab is connected to the leg and configured to be coupled to the structural support.

In forming a press-formed product that is made of a high-tensile steel sheet having a tensile strength of 390 MPa or more, and has a substantially gutter-shaped cross section and an outward continuous flange, wrinkling in ridges and cracking in the outward continuous flange are reduced. A method for manufacturing a press-formed product that is made of a high-tensile steel sheet of 390 MPa or more, and has a substantially gutter-shaped cross section and an outward continuous flange in at least one end in a predetermined direction includes a first step in which, after a first pad restrains at least a part of a portion to be formed into a gutter bottom in a forming material, a second pad restrains at least a part of the end of portions to be formed into ridges and subsequently carries out press forming.

In forming a press-formed product that is made of a high-tensile steel sheet having a tensile strength of 390 MPa or more, and has a substantially gutter-shaped cross section and an outward continuous flange, wrinkling in ridges and cracking in the outward continuous flange are reduced. A method for manufacturing a press-formed product that is made of a high-tensile steel sheet of 390 MPa or more, and has a substantially gutter-shaped cross section and an outward continuous flange in at least one end in a predetermined direction includes a first step in which, after a first pad restrains at least a part of a portion to be formed into a gutter bottom in a forming material, a second pad restrains at least a part of the end of portions to be formed into ridges and subsequently carries out press forming.

A method of making a conductor includes folding/stacking/rolling an ultra-conducting copper foil into a multiple layer folded/stacked/rolled ultra-conducting copper foil. Cladding the multiple layer folded/stacked/rolled ultra-conducting coper foil with one of copper and aluminum into a cladded folded/stacked/rolled ultra-conducting copper foil and plastically deforming the cladded folded/stacked/rolled ultra-conducting copper foil into one of a cladded ultra-conducting copper wire, bar, and cable.

A method of making a conductor includes folding/stacking/rolling an ultra-conducting copper foil into a multiple layer folded/stacked/rolled ultra-conducting copper foil. Cladding the multiple layer folded/stacked/rolled ultra-conducting coper foil with one of copper and aluminum into a cladded folded/stacked/rolled ultra-conducting copper foil and plastically deforming the cladded folded/stacked/rolled ultra-conducting copper foil into one of a cladded ultra-conducting copper wire, bar, and cable.

The invention relates to a machine tool (10), in particular a long folding machine, for machining a workpiece (12) made of flat material such as sheet metal, comprising: a workpiece table (14) defining a supporting area (16) on which the workpiece (12) can be placed at least in sections during machining; and at least one machining unit (18) for machining the workpiece (12). The workpiece table (14) comprises at least one table assembly (20) having a base plate (22) and a swivel plate (24), the base plate (22) and the swivel plate (24) each defining a portion of the supporting area (16), wherein the swivel plate (24) is pivotably mounted relative to the base plate (22) in such a way that a swivel movement of the swivel plate (44) can be generated for turning the workpiece (12) over. The invention further relates to a workpiece table and a method for machining a workpiece made of flat material.

The invention relates to a machine tool (10), in particular a long folding machine, for machining a workpiece (12) made of flat material such as sheet metal, comprising: a workpiece table (14) defining a supporting area (16) on which the workpiece (12) can be placed at least in sections during machining; and at least one machining unit (18) for machining the workpiece (12). The workpiece table (14) comprises at least one table assembly (20) having a base plate (22) and a swivel plate (24), the base plate (22) and the swivel plate (24) each defining a portion of the supporting area (16), wherein the swivel plate (24) is pivotably mounted relative to the base plate (22) in such a way that a swivel movement of the swivel plate (44) can be generated for turning the workpiece (12) over. The invention further relates to a workpiece table and a method for machining a workpiece made of flat material.

A customizable roof drip edge system includes an inner footing, an outer section, and a tail integrally formed with the inner footing and the outer section. The tail is nailable to a roof substrate. The outer section includes a bridging member connecting the tail to an outer footing. The bridging member and the outer footing are configured for directing the flow of water off of a roof. The inner footing is spaced from the outer footing by a suitable distance and configured to be placed against an eave as a positioning aid such that the drip edge can easily and reliably be installed with sufficient spacing for the installation of a fascia board after installation of the drip edge. The drip edge may be bendable to user-selectable angles between the tail and the inner footing and outer section to accommodate a range of roof pitches.

A holder for display content is described. The display holder includes a main section, a first side panel, and a second side panel. The main section provides a base, a back panel, and a front panel. The back panel protrudes from a back edge of the base at an angle between about 45 degrees and about 70 degrees. The front panel protrudes from a front edge of the base and is at least 67% shorter than the back panel. The first side panel is attached to a first edge of the main section and the second side panel is attached to a second edge of the main section. The main section, the first side panel, and the second side panel define a recess for receiving the display content.

A holder for display content is described. The display holder includes a main section, a first side panel, and a second side panel. The main section provides a base, a back panel, and a front panel. The back panel protrudes from a back edge of the base at an angle between about 45 degrees and about 70 degrees. The front panel protrudes from a front edge of the base and is at least 67% shorter than the back panel. The first side panel is attached to a first edge of the main section and the second side panel is attached to a second edge of the main section. The main section, the first side panel, and the second side panel define a recess for receiving the display content.