Abstract: A pressure sensor device is provided with: a pressure detection structure made in a first die of semiconductor material; a package, configured to internally accommodate the pressure detection structure in an impermeable manner, the package having a base structure and a body structure, arranged on the base structure, with an access opening in contact with an external environment and internally defining a housing cavity, in which the first die is arranged covered with a coating material. The pressure sensor device is also provided with a heating structure, accommodated in the housing cavity and for allowing heating of the pressure detection structure from the inside of the package.

Abstract: A fluid spraying system for applying a spraying solution to an area under low pressure. The system includes at least one supply device for providing an aqueous solution and one or more compounds to create the spraying solution. A mixing device is configured to mix and inject the aqueous solution and one or more compounds into the container to create the spraying solution. A distribution system in communication with the container includes at least one distribution conduit to remove the spraying solution from the container. One or more delivery devices in communication with the at least one distribution conduit apply the spraying solution under low pressure to the area.

Abstract: Intraocular lens package for packing, shipping or storage of intraocular lenses including a base and a configured cavity for the containment of an IOL and a lens retainer cap fitting over and about the configured cavity to contain the IOL within a seat. The haptics rest on ramped surfaces adjacent to a centralized lens cavity which is supported by semi-tubular struts. A lens retainer cap positions on beveled support posts to form an upper surface of the lens cavity. Lens haptics fit between the support posts to prevent rotational movement of the IOL in the lens package. Tightening flanges in the lens retainer cap engage in ramped catches in the inner perimeter of the configured cavity to secure the lens retainer cap to the configured cavity. Differently configured cavity interiors accept different configurations of posterior and anterior chamber lenses.