Abstract: There is provided a neck support with a plurality of independently controlled airbags. This may have the advantage that the tilt, comfort and/or support of the user's neck can be adjusted to reduce neck strain and/or the user's sleeping/waking state can be managed according to the journey progress.

Abstract: A garment comprising: at least two compartments, at least two air bladders within the compartments configured to constrict the torso of a user, a sensor configured to detect the pressure in the air bladders, and a controller configured communicate with a mobile device app to allow a user independently control of the pressure in each air bladder according to predetermined criteria.

Abstract: A system that allows humans to interact with and send touch remotely to their pets. The system has a tangible interface for humans that allow both visual and tactile modes of communication on one end, and a haptic pet wearable jacket on the other end. It allows humans to interact remotely with pets even when they are not physically at the same place as the pets. On the tangible interface for humans, human views the real time movement of the pet in the form of a pet doll sitting on a mechanical positioning system. The movement of the actual pet is tracked using a web camera. The pet doll has embedded touch sensing circuit that senses and transmit data wirelessly to the computer. This touch data is sent across the Internet to another computer which is connected to the haptic pet wearable jacket. The real pet wears the pet jacket, which is able to reproduce the touching sensation via vibrating motors. The pet owner can tangibly touch the pet doll, sending touch signals to the pet in a remote location.