Other

Douglas J Peterson

John R Gillis

Vicki Earline Peterson

Darlene Hartze

Kathleen A Hickey

A repair kit is provided for extending the use of inflatable pools. When the inflatable ring around the top of such a pool is deflated, flotation devices are placed under the flap of the inflatable ring. Any flotation devices may be used that are safe, provide buoyancy, and will not puncture the material of the ring, for example the foam flotation devices called 'noodles.' The flotation devices are kept in place under the flap of the ring by a binding apparatus with sufficient weight to keep the flotation devices from floating loose. For example, a standard garden hose may be inserted through a small slit in the ring to serve as binding. The repair kit may be used on a pool with a ring without a leak, to avoid having subsequent leaks. The repair kit also allows a pool to be filled higher with water than when the pool's ring is inflated.

Repair kit for inflatable pools

Multiple-component integral-structure dual-test sterility indicator, method of assembling physical components, selected spores, and chemical constituents in solution, within the indicator and arranged to enable dual-evaluations of bacterial-lethality of a dry-goods load, resulting from exposure to a selected saturated-steam sterilizing cycle. The chemical constituents are formulated to chemically produce reaction-product, which is quantitatively responsive to the combined effect of cycle steam temperature and time of exposure at that temperature, for providing a promptly-available spectroscopic evaluation of bacterial-lethality. Absorption of narrow-band selected visible-light wavelength by reaction-product, if any, of chemical-constituent solution, is used to quantitatively measure that combined-effect exposure. Subsequent to such prompt-response evaluation of bacterial-lethality, a biological evaluation of bacterial-lethality, utilizing the confined contents of the same test indicator, free of risk of ambient contamination of any such contents, by evaluating pH change, if any, due to live spore-growth, or the absence thereof, following a predetermined spore incubation period, utilizing the exposed liquid constituent-solution for such spore-culturing evaluation.

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Bullhead City, AZ, United States of America

Douglas J Peterson