Abstract: An apparatus for allowing fluid flow inside at least one screen and outside a span of pipe disposed in a well bore includes at least one flow path for fluid entering at least one screen. The flow path extends from the screen(s) along the outside of the pipe at least one desired entry inlet into the pipe without at least substantial entry at any point therebetween.

Abstract: In some embodiments, apparatus for allowing fluid flow inside at least one screen and outside a span of pipe disposed in a well bore includes at least one flow path for fluid entering at least one screen. The flow path extends from the screen(s) along the outside of the pipe to at least one desired entry inlet into the pipe without at least substantial entry at any point therebetween.

Abstract: Apparatus for allowing fluid flow inside at least one screen and outside a span of pipe disposed in a well bore includes at least one flow path for fluid entering at least one screen. The flow path extends from the screens) along the outside of the pipe to at least one desired entry inlet into the pipe.

Abstract: In some embodiments, apparatus for allowing fluid flow inside at least one screen and outside a span of pipe disposed in a well bore includes at least one flow path for fluid entering at least one screen. The flow path extends from the screen(s) along the outside of the pipe to at least one desired entry inlet into the pipe without at least substantial entry at any point therebetween.

Abstract: A pill shaped device for in vivo imaging of tissues of the digestive system. The capsule imaging device gathers images of tissues of the gastro-intestinal tract that have been tagged by fluorescent dye. The light source of the device causes the fluorescent dye tagging the tissues to emit light images that are recorded by the sensor in the device and then transmitted to a remote system for processing.

Abstract: A contact lens video display system is described which provides a low power, light weight, fully immersive three dimensional visual environment for the wearer. A visual display along with supporting circuitry, battery, and an antenna is formed into a contact lens. The contact lenses are worn on the eyes covering the field of view. Video data is sent to the lens display device from an eyeglass device holding transmitting antenna. The eyeglasses also house eye movement sensors and a backlight for the lens display. The glasses are connected to a data source such as a computer which sends video data to the antenna in the glasses. Furthermore, the eye movement sensors in the glasses send signals to the computer which enables the computer to alter the displayed images in reaction to eye movements and eyelid blinks. The contact lens display device can be connected to any source of video data, thus also enabling the viewing of television, movies, and so on.