Abstract: The medical implant delivery device comprises a handheld assembly and an obturator. The handheld assembly can include an elongated shaft defining a chamber having a distal end and a proximal end, and an imaging device secured within the chamber adjacent to the distal end. The imaging device can comprise a light source and a lens. The obturator can include an elongated member having a light transmitting member and a plunger, wherein the obturator may be slidably disposed in a first position such that at least a portion of the elongated member may be within the chamber and the light transmitting member may be optically coupled to the light source and the lens.

Abstract: The present invention is a vacuum chamber tissue expander with a flexible sliding interface, which is applied externally over a specific region of tissue to apply a vacuum thereto so that the skin or other organ tissue can be expanded for treatments such as the subcutaneous grafting of fat cells. The flexible sliding interface accommodates and seals against flat or irregular tissue and slides along a mating groove in the vacuum chamber to provide an adjustable seal.

Abstract: A modular solar powered illuminated alphanumeric identification system which incorporates solar power or other alternative power sources to illuminate light emitting diodes. The invention includes a plurality of self-powered aligned modules which is secured to a suitable surface in order to provide for visual alphanumeric identification either nonelectronically or electronically during hours of daylight and during the hours of darkness, respectively. The self-powered modules include a plurality of photovoltaic cells which charges one or more battery packs for the subsequent illumination of arrangements of alphanumerically arranged light emitting diodes during periods of darkness.

Abstract: Tissue expander system including a tissue expander, an injection port, and a tube connecting the tissue expander to the injection port. The tissue expander is of a one piece molded body of a pancake to waffle like configuration. Within the one piece molded body is a member of non-stick material of a slightly smaller geometrical shape similar to that of the one piece molded body. A self-sealing valve member closes off the tube in the tissue expander after injection of a solution for expanding the tissue expander. A Dacron mesh can be embedded in members of the one piece body providing for directional expansion of the tissue expander. In an alternative embodiment, Dacron mesh can be provided in both the upper and lower members of the one piece body. An accordion configured perimeter also provides for upward directional expansion. The tissue expanders can assume any geometrical configuration, whether it be square, rectangular, circular, oval, or kidney shaped.

Abstract: Surgical suction mat including a rib, or the like, pliable member of a predetermined geometrical shape, a longitudinal cylindrical hose connected to the plurality of holes and being of a finite length including a suction hose connecton at the other end where the rib design with the holes provides suction to remove fluids oriented at an angle to the suction ports. The longitudinal cylindrical hose can include a parallel wire hose or the like to maintain a predetermined position. The ribbed design or the like of the pliable member allows drainage of fluids and lifts vessels, tissue or the like above the fluids. The ribbed pliable member is preferably opaque blue as a preferred color for working in a body tissue environment. The suction hose can be encompassing within the pliable member. The surgical suction mat can also be made of porous material with or without ribs.