Abstract: A support device adapted for improving the ergonomic support for the arm and wrist and forearm of a user of computer-related input devices is provided. The support device may include a body interconnecting a base to two spaced apart wing supports oriented at latitudinal and longitudinal support angles relative to the supporting surface on which the devices slides. Each wing provides waterfall edges along its periphery. The void between the wing supports, the supine triangular shape, and the waterfall edges facilitates a more neutral position of the forearm and wrist supporting between the two wing supports, reducing pressure points there along, and avoiding direct pressure to the carpal tunnel canal and mid-forearm regions that house anatomical structures that may be impacted by high pressures. The latitudinal support angle can be adjusted.

Abstract: A device, system and method for remotely determining the temperature and orientation of at least one medium is provided. The device may form a body adapted to penetrate a medium, wherein the body houses a thermal sensor, an accelerometer sensor, a gyroscopic sensor, each electronically connected to a wireless transmitter extending from the body. The plurality of sensors may be adapted to determine the continuous temperature, relative position and orientation of the penetrated medium, all relative to time, while the wireless transmitter is adapted to transmit the plurality such determinations to at least one remote device. The resulting system enables a user to remotely monitoring a level of doneness for a plurality of media in terms of their respective temperatures, orientations, and positioning relative to the time spent on or in at least one heating element.

Abstract: A support device adapted for improving the ergonomic support for the arm and wrist and forearm of a user of computer-related input devices is provided. The support device may include a body interconnecting a base to two spaced apart wing supports oriented at latitudinal and longitudinal support angles relative to the supporting surface on which the devices slides. Each wing provides waterfall edges along its periphery. The void between the wing supports, the supine triangular shape, and the waterfall edges facilitates a more neutral position of the forearm and wrist supporting between the two wing supports, reducing pressure points there along, and avoiding direct pressure to the carpal tunnel canal and mid-forearm regions that house anatomical structures that may be impacted by high pressures. The latitudinal support angle can be adjusted.

Abstract: A device, system and method for remotely determining the temperature and orientation of at least one medium is provided. The device may form a body adapted to penetrate a medium, wherein the body houses a thermal sensor, an accelerometer sensor, a gyroscopic sensor, each electronically connected to a wireless transmitter extending from the body. The plurality of sensors may be adapted to determine the continuous temperature, relative position and orientation of the penetrated medium, all relative to time, while the wireless transmitter is adapted to transmit the plurality such determinations to at least one remote device. The resulting system enables a user to remotely monitoring a level of doneness for a plurality of media in terms of their respective temperatures, orientations, and positioning relative to the time spent on or in at least one heating element.

Abstract: A support device adapted for improving the ergonomic support for the arm and wrist and forearm of a user of computer-related input devices is provided. The support device may include a body dimensioned and adapted for maintaining two support pads spaced apart along a shared horizontal axis so as to form a predetermined void along said horizontal axis and at a predetermined vertical distance above a supporting surface. The predetermined void prevents direct pressure to a carpal tunnel canal region of a supported wrist and forearm. The support device provides a low-friction base for sliding along the supporting surface for maintaining wrist and forearm support as the user transitions between input devices.