Abstract: The invention of the present disclosure avails to those in the field of welding a dual power-dual arc welder generator that allows for the separation of an ICE-powered generator from a connected welding machine, which has not been achieved previously. Currently, welding machines of ICE-powered systems may not be decoupled from the generator for use with local primary electrical power is available, and the generator is cannot power a dual arc system. The invention includes a plurality of inverter power welding machines, such as two for a dual arc system, wherein each inverter power welding machine is powered by a single ICE-powered generator. This enables a user of the system to power two welding machines using a single ICE-powered generator, which in turn enables the use of less equipment for dual arc welding in areas where primary electrical power is not available.

Abstract: A method using hardware button(s) dispatches gestures for motion-disabled users. It displays a translucent layer, on top of underlying applications, which intercepts user touch events (preventing inadvertent gestures) and modifies (x?,y?) based on dampened differences of most recent intercepted event coordinates (swabs). The method operates in three modes identified by translucent colors and/or digits (how many button pushes before invocation): mode 1 dispatches short taps at (x?,y?); mode 2 displays extending arrow while the user swabs (x?,y?) until the second push, which dispatches scrolling in arrow direction; mode 3 creates an arrow and pivot. Pivot size and color indicate magnification/demagnification. The third push dispatches zooming when pivot and arrow are collinear; otherwise it dispatches rotation. A special case of mode 2 dispatches a long tap.

Abstract: A method using hardware button(s) dispatches gestures for motion-disabled users. It displays a translucent layer, on top of underlying applications, which intercepts user touch events (preventing inadvertent gestures) and modifies (x?,y?) based on dampened differences of most recent intercepted event coordinates (swabs). The method operates in three modes identified by translucent colors and/or digits (how many button pushes before invocation): mode 1 dispatches short taps at (x?,y?); mode 2 displays extending arrow while the user swabs (x?,y?) until the second push, which dispatches scrolling in arrow direction; mode 3 creates an arrow and pivot. Pivot size and color indicate magnification/demagnification. The third push dispatches zooming when pivot and arrow are collinear; otherwise it dispatches rotation. A special case of mode 2 dispatches a long tap.

Abstract: A mounting device to support and secure a mobile device incorporating a high pixel count camera, comprised of a first rod secured to a support plate, with the first rod connected to a ball and socket joint for rotating the mounting device into at least a 90° configuration, the ball and socket joint connected to a second rod interposed between the ball and socket joint and a pivot mechanism comprising a pivot dial facilitating pivoting around a vertical axis, and terminating in a vice clamp opposed to the support plate, with a third rod interposed between the pivot mechanism and the vice clamp. A removable mount receives a mobile device having an integrated high pixel count camera and camera lens, the removable mount securing the mobile device so as to leave the camera lens unobstructed.

Abstract: The system and method of the present invention persuades a desired personal behavior. A processor is operative for developing a personal simulation based on user input indicative of hoped for personal behavior that a user desires to accomplish for themselves. A remote mobile computing device is operative for receiving and running a personal simulation developed by the processor and reinforcing to the user the hoped for personal behavior and persuading to the user behavior modification in conformance with a personal simulation program.