Abstract: A method and a device for automatically convert input typed using a multi layout physical or virtual keyboard to the correct layout. Some implementations also fix spelling mistakes and set the active layout to the desired layout. When a key such as the space bar is triggered, the implementation may feed the gestures into a machine learning model, the model then may output the estimated correct layout, and followingly cause replacing the characters, symbols or letters, corresponding to the typed keys in displayed words. Based on the estimated or detected language, the software of the implementation may check for spelling mistakes and will correct them.

Abstract: Disclosed is an inflatable cushion configured with a substantially flattened tubular shape such that in an inflated state the inflatable cushion is highly adaptable so as to readily conform to the terrain of the underlying surface on which it is deployed and to the footprint of the vehicle tire as the vehicle is driven across the device. During typical use the cushion is not fully inflated and operational inflation pressure is generally less than 10 PSI and preferably 5 PSI. For use the cushion is deployed such that the central axis of the tube is substantially parallel to the driving direction of the vehicle. The inflatable automotive traction recovery tool of the present invention simultaneously lifts the vehicle and provides a driving surface with sufficient pressure against the tire and underlying surface to allow the vehicle to drive on it.

Abstract: Disclosed is an inflatable cushion configured with a substantially flattened tubular shape such that in an inflated state the inflatable cushion is highly adaptable so as to readily conform to the terrain of the underlying surface on which it is deployed and to the footprint of the vehicle tire as the vehicle is driven across the device. During typical use the cushion is not fully inflated and operational inflation pressure is generally less than 10 PSI and preferably 5 PSI. For use the cushion is deployed such that the central axis of the tube is substantially parallel to the driving direction of the vehicle. The inflatable automotive traction recovery tool of the present invention simultaneously lifts the vehicle and provides a driving surface with sufficient pressure against the tire and underlying surface to allow the vehicle to drive on it.