Abstract: A nebulizer system is disclosed, and comprises a first portion and a second portion configured for selectably receiving and electrically connecting to the first portion. The first portion includes a first housing for containing fluid, a vibratable mesh which seals a first outer opening of the first housing and configured to release fluid from the first housing through the first outer opening, first electrical conductors electrically connected to the vibratable mesh, a wick arranged such that vibration of the vibratable mesh causes release of fluid from the wick, and a biasing member compressing the wick against the vibratable mesh. The second portion includes a second housing having a second outer opening, second electrical conductors for contact with the first electrical conductors, and control electronics electrically connected to the second electrical conductors and configured to control the vibratable mesh to cause fluid release from the first housing through the outer openings.

Abstract: A motion-based dance system including a plurality of wireless devices, said wireless devices communicably coupled to a server. The wireless devices include a motion sensor and a location sensor. A server receives from the wireless devices position and motion information and compares them to predetermine values. Those values may indicate compliance with preset location and motion information such as a dance contest and the like. Performance information may be communicated back to the wireless devices thus allowing a wirelessly coupled dance contest or other movement activity to be performed remotely or under location and distance constraints. Certain embodiments may be coupled to an award system for recognizing and rewarding dancers for the amount of participation the dancer performs.

Abstract: A nebulizer system is disclosed, and comprises a first portion and a second portion configured for selectably receiving and electrically connecting to the first portion. The first portion includes a first housing for containing fluid, a vibratable mesh which seals a first outer opening of the first housing and configured to release fluid from the first housing through the first outer opening, first electrical conductors electrically connected to the vibratable mesh, a wick arranged such that vibration of the vibratable mesh causes release of fluid from the wick, and a biasing member compressing the wick against the vibratable mesh. The second portion includes a second housing having a second outer opening, second electrical conductors for contact with the first electrical conductors, and control electronics electrically connected to the second electrical conductors and configured to control the vibratable mesh to cause fluid release from the first housing through the outer openings.