Multi-function field-deployable resource harnessing apparatus and methods of manufacture

A field-deployable inflatable apparatus for harnessing energy from waves, the apparatus comprising:

• (a) a first ring support element comprising at least one substantially tubular inflatable ring, and the first ring support element includes a vacant center, wherein a first membrane extends across the vacant center of the first ring support element and a first inflatable cover is attached to the first ring support element;
• (b) a mechanical energy harnessing assembly attached to the first ring support element;
• and (c) a second ring support element comprising at least one substantially tubular inflatable ring, the second ring support element includes a vacant center, and a second membrane extends across the vacant center of the second ring support element and a second cover is attached to the second ring support element, and the energy harnessing assembly is also attached to the second ring support element so the energy harnessing assembly is disposed between the covers of the first ring support element and the second ring support element.

A field-deployable inflatable apparatus for harnessing energy from fluid streams, the apparatus comprising:

• (a) a first ring support element comprising at least one substantially tubular inflatable ring, and the first ring support element includes a vacant center;
• and (b) an energy harnessing assembly attached to the first ring support element, wherein the energy harnessing assembly includes a turbine device.

An apparatus comprising:

• (a) a reflector reflective to radiant electromagnetic energy and operable to produce a concentration of electromagnetic energy;
• (b) a safety member disposed to provide a physical barrier at least partially surrounding the concentration of electromagnetic energy;
• and (c) a support element, wherein the safety member, the support element, and optionally the reflector, each comprise a portion of a globe-shaped structure of the apparatus.

An apparatus comprising:

• (a) a low-inflation-volume spherical support having an approximately parabolic inner surface;
• and
• (b) a reflective membrane attached to the approximately parabolic inner surface of the low-inflation-volume spherical support.