Abstract: A shower/commode wheeled chair adapted to be locatable over a commode, the shower/commode wheeled chair comprising a frame, a seat support portion, a front portion extending downwardly from the seat support portion, a back support, a shower/commode seat, wheels and a footrest coupled to the front portion.

Abstract: A stander device with improvements to facilitate and/or make more convenient the adjustment and/or repositioning of various elements of the stander device for sizing and comfort of a patient/user, as well as making the folding, storage, and transportation thereof more convenient.

Abstract: A self-expiring band structure is activated upon the contacting of two chemical constituents together. This contacting may be performed by the attachment action of the band or independently thereof. After a time duration has passed, the coaction of the chemical constituents result in a visually perceptible change can alert others to the fact the band has expired. These bands may be both printable, such as by a printer or other machine printing, as well as time-expiring making them a very versatile product that offer heightened security at the price point closer to that of a disposable item because they do not require complex infrastructure for validation.

Abstract: A self-expiring band structure is activated upon the contacting of two chemical constituents together. This contacting may be performed by the attachment action of the band or independently thereof. After a time duration has passed, the coaction of the chemical constituents result in a visually perceptible change can alert others to the fact the band has expired. These bands may be both printable, such as by a printer or other machine printing, as well as time-expiring making them a very versatile product that offer heightened security at the price point closer to that of a disposable item because they do not require complex infrastructure for validation.

Abstract: An argon fluoride (ArF) laser system for inertial nuclear fusion energy production with lower required laser energy than other laser drivers. An Argon fluoride laser system uniformly illuminates a spherical capsule comprising an outer ablator wall surrounding an inner shell comprising the fusion fuel. The laser beams are adjusted spectrally to achieve a bandwidth of up to 12 THz and a coherence time as low as 80 femtoseconds that in combination with the short wavelength (193 nm) suppress laser plasma instabilities. Uniform spherical acceleration causes the inner shell of the target capsule to form a spherical assembly of compressed fuel surrounding a “hot spot” that has sufficient temperature, density and size to ignite and initiate a thermonuclear burn.