Abstract: There is described a planar RF transmitter antenna device, comprising a first figure-eight antenna, a second figure-eight antenna, and a loop antenna, wherein the first figure-eight antenna, the second figure-eight antenna and the loop antenna extend in parallel planes, and wherein the orientation of the first figure-eight antenna is perpendicular to the orientation of the second figure-eight antenna. There is also described a method of manufacturing a planar RF transmitter antenna device.

Abstract: Aspects of the present disclosure are directed to an antenna, various implementations and methods therefor. Various embodiments are amenable to implementation with a receiver circuit that harvests power using energy from a radio frequency (RF) signal received, and a near-field communication (NFC) circuit. A first antenna collects and presents the RF signal to the receiver circuit, and a second antenna communicates NFC signals for the NFC circuit using an antenna portion shared with the first antenna.

Abstract: Aspects of the present disclosure are directed to an antenna, various implementations and methods therefor. Various embodiments are amenable to implementation with a receiver circuit that harvests power using energy from a radio frequency (RF) signal received, and a near-field communication (NFC) circuit. A first antenna collects and presents the RF signal to the receiver circuit, and a second antenna communicates NFC signals for the NFC circuit using an antenna portion shared with the first antenna.

Abstract: An electromagnetic radiation delivery apparatus for tissue treatment, including a source of electromagnetic radiation, an emission window which is optically coupled to the source of electromagnetic radiation and is able to emit electromagnetic radiation, at least one recess provided in a skin contact area, and a pressure gauge for measuring a pressure inside the recess or a pressure correlated therewith. The electromagnetic radiation delivery apparatus for tissue treatment includes a pump for creating an overpressure inside the recess.

Abstract: The invention relates to an electromagnetic radiation delivery apparatus (10) for tissue treatment, comprising a source of electromagnetic radiation (14), an emission window (16) which is optically coupled to the source of electromagnetic radiation (14) and is able to emit electromagnetic radiation, at least one recess (18) provided in a skin contact area, and a pressure gauge (20) for measuring a pressure inside the recess (18) or a pressure correlated therewith. In accordance with the invention electromagnetic radiation delivery apparatus (10) for tissue treatment comprises means (22) for creating an overpressure inside the recess (18).

Abstract: To allow for starting and/or stopping an automatic scissor drive (6) during the cutting process according to the needs of the user, a push-button (19) is provided on one handle (4b) of a pair of scissors (1). When the cutting blades (3a,b) are closed by the user, such that an angle y is reached, the rubber block (14) pushes the push-button (19), thus starting a drive unit (6). In preferred embodiments, the drive unit (6) includes a motor (9) with an unbalance element (10) inducing vibrations in one of the blades (2a). The blades (2a,b) are coupled by the elastic rubber block (14), such that the scissors (1) act as an oscillating system. The relative movement of the oscillating blades allows to cut automatically.