Abstract: A flag shape contact includes a substrate, and a plug-in structure for receiving a mating contact. The plug-in structure extends from the substrate in a first direction. A riveting structure is provided for riveting or connecting a wire conductor to the contact. The riveting structure extends from the substrate in a second direction, distinct from the first direction. The riveting structure is disposed outside an extension area of the plug-in structure in the first direction.

Abstract: A flag shape contact includes a substrate, and a plug-in structure for receiving a mating contact. The plug-in structure extends from the substrate in a first direction. A riveting structure is provided for riveting or connecting a wire conductor to the contact. The riveting structure extends from the substrate in a second direction, distinct from the first direction. The riveting structure is disposed outside an extension area of the plug-in structure in the first direction.

Abstract: Methods, systems, and means for automatically identifying content to he presented are provided. In particular, content may he automatically identified by first determining a duration during which a user will be performing an activity and determining a mood description of the activity. Characteristics of a plurality of the entertainment content that include length of each of the plurality of entertainment content and a mood description of each of the plurality of entertainment content may be retrieved from memory. The retrieved characteristics may then be compared with the duration of the activity and the mood description of the activity. Next, entertainment content from the plurality of entertainment content to be presented during the activity may be automatically selected. Finally, the entertainment content may be presented to the user.

Abstract: A subrack (1) for use in industrial electronics includes two parallel sidewalls 10, bottom and top walls (40, 30) cooperatively defining a space therebetween for receiving plug-in units (50) therein. Each of the bottom and top walls includes a first plate (35) defining a number of spaced slide channels, and a second plate (31) fixed to the first plate. After the plug-in units slide into the subrack along the slide channels, mounting panels (52) of the plug-in units engage with fronts of the bottom and top walls thereby securing the plug-in units in the subrack. The first and second plates can be produced from sheet steel having a same thickness, which significantly reduces the manufacturing costs.

Abstract: A subrack (1) for use in industrial electronics includes two parallel sidewalls 10, bottom and top walls (40, 30) cooperatively defining a space therebetween for receiving plug-in units (50) therein. Each of the bottom and top walls includes a first plate (35) defining a number of spaced slide channels, and a second plate (31) fixed to the first plate. After the plug-in units slide into the subrack along the slide channels, mounting panels (52) of the plug-in units engage with fronts of the bottom and top walls thereby securing the plug-in units in the subrack. The first and second plates can be produced from sheet steel having a same thickness, which significantly reduces the manufacturing costs.