Abstract: A thermally reflective membrane apparatus comprises a housing structure, and a thermally reflective membrane contained within the housing structure. The thermally reflective membrane comprises a semipermeable structure, and a porous, thermally reflective structure physically contacting the semipermeable structure. The porous, thermally reflective structure comprises discrete thermally reflective particles, and a binder material coupling the discrete thermally reflective particles to one another and the semipermeable structure. A fluid treatment system and method of treating a fluid are also described.

Abstract: The present invention provides methods of using RASIP1 agonists and antagonists to modulate vascular barrier function and regulate new vessel formation, and to treat related disorders.

Abstract: The present invention provides methods of using RASIP1 agonists and antagonists to modulate vascular barrier function and regulate new vessel formation, and to treat related disorders.

Abstract: Methods for segmenting the reflected light of an illumination source having a characteristic wavelength from background illumination (i.e. clutter) in structured lighting systems can comprise pulsing the light source used to illuminate a scene, pulsing the light source synchronously with the opening of a shutter in an imaging device, estimating the contribution of background clutter by interpolation of images of the scene collected at multiple spectral bands not including the characteristic wavelength and subtracting the estimated background contribution from an image of the scene comprising the wavelength of the light source and, placing a polarizing filter between the imaging device and the scene, where the illumination source can be polarized in the same orientation as the polarizing filter.

Abstract: A fuel injector including a combustion air flow conduit, a fuel inlet and, swirlers to mix the air and fuel flowing therethrough, additionally comprising fluidic control diverters including at least one control port, such that flow of control air through said control port allows variation in the degree of flow resistance to which combustion air is subjected. For example, control air flowing through the control port may impart swirl to the combustion air flow from the inlet, thereby subjecting the combustion air flow to increased resistance. Alternatively a fluidic diverter may selectively divert the main flow to either the first or second sub-conduits, each sub-conduit subjecting combustion air to different degrees of flow resistance.

Abstract: An automatic fire extinguisher and alarm apparatus, particularly suitable for use with waste receptacles, which discharges fire extinguisher fluid when exposed to a fire and sounds an audible alarm. Fire extinguisher fluid is quickly discharged from a reservoir onto the fire when heat from the fire melts a fusible alloy plug. A second reservoir contains a partially gaseous alarm agent, and is connected through a valve to a vibrating diaphragm gas horn. The valve stem is connected to a diaphragm separating the two reservoirs. When pressure is lost in the first reservoir upon discharge of the fire extinguisher fluid, the pressure of the alarm agent in the second reservoir moves the diaphragm and valve stem and opens the valve, allowing alarm agent to be discharged through the gas horn, raising an audible alarm.