Other

Schneider Advanced Technologies, Inc.

The Sherwin Williams Company

H&s Chemical Company, Inc.

Sat Corporation

Iofina Chemical, Inc.

Schneider, David J.

Schneider, Charles A.

Charles A Schneider

David J Schneider

Stanley Schneider

Bruce H Schneider

Jerry S Schneider

Thomas C Rees

Richard P Carr

Martin S Heineke

William R Cake

David J Schenider

Ronald L Pearson

Kurt A Jones

Ashok K Nanda

Girish K Malhotra

Methods of sensing a fault in an electronic display may include receiving streaming data to be displayed, appending the streaming data with an animation instruction, displaying the streaming data via a screen, monitoring the animation via a photo-sensor, sensing an interruption in the animation via the photo-sensor, and signaling, in response to the sensing step, a fault in the electronic display. The displaying step may include producing, in response to the animation instruction, an animation in a dedicated area of the screen. In some examples, the sensing and signaling steps may be performed without programmable software.

Systems and methods for sensing a fault in an electronic display

Processes for extracting iodine from an aqueous solution, such as brine, are disclosed. Activated coconut carbon particles are mixed with the solution to adsorb iodide through pores in the activated carbon particles. The activated carbon particles are then treated with sulfur dioxide gas and water to form hydrogen iodide. The hydrogen iodide is then reacted with chloride to obtain elemental iodine (I).

Iodine extraction processes

An odor control composition includes (a) at least one fragrance and (b) a halo active aromatic sulfonamide compound of Formula (I): 

Low chlorine odor control compositions

An odor-controlling bodily fluid absorbent member comprises (a) an absorbent material or substrate; and (b) a halo active aromatic sulfonamide compound of Formula (I): wherein R, R, R, R, R, X, M, and n are as described herein; and wherein at least one of R, R, R, R, and Ris not hydrogen. The absorbent member effectively controls odor arising from various body fluids.

Odor-controlling bodily fluid absorber

Dairy animals have been milked since prehistory. Because these dairy animals are often kept in confined areas the teat areas of these animals are often contaminated with bacteria. This invention is concerned with a process for sanitizing these contaminated teat areas by treating these areas with a solution of Chloramine T. The preferred solutions for sanitizing the teat areas have concentrations of from about 0.005 to about 1 weight percent. Treating solutions for use in this invention may further incorporate a coloring agents, wetting agent, surfactants, healing agents, dyes, thickening agents, skin conditioning agents, softeners etc. The process of this invention is fast acting and is effective against a wide spectrum of bacteria. After treatment the teat area of the dairy animal being milked is bacteria free and hence bacterial contamination of the milk, and Mastitis infections are eliminated.

Chloramine T based teat cleaner and related process

Aromatic N-halosulfonamide organic compounds have been known for over one hundred years. The ability of these compounds to release active halogen ions has been utilized in a range of biocidal and fungicidal applications. This disclosure deals with the use of halo active aromatic sulfonamide organic compounds as odor control and/or biocidal agents in a cleaning solution for use with bovines and other dairy animals.

Halo active aromatic sulfonamide organic compounds and uses therefor

A portable system for extracting iodine from brine on-site is disclosed. The portable system includes a mobile platform containing a treatment unit for oxidizing iodine ions into elemental iodine, an adsorption unit capable of binding iodine, and may also have an electrolytic cell and/or a gas-liquid separator. The treatment unit and the adsorption unit may be located in the same or different portable operating devices. When transported to a field site containing natural gas wells, the natural gas wells provide a fluid stream containing natural gas and brine. The separators can separate the natural gas from the brine, and the brine is then run through the treatment unit and the adsorption unit to bind iodine present in the brine. The brine is then returned to the natural gas well. Upon saturation, the portable operating device is transported to a second location, where iodine is extracted from the adsorption unit.

Portable system for on-site iodine extraction from an aqueous solution

An in-line mixing apparatus is especially useful for iodine extraction from brine. Three fluids (brine, an oxidant such as sodium hypochlorite, and an acid such as HCl) are mixed in the apparatus. The apparatus includes an inner tube and an outer tube. Openings are present in the sidewall of the inner tube to connect the interior volume of the inner tube with the annular volume between the inner tube and the outer tube. Fluid is passed into the inner tube and flows through the openings into the annular volume, causing immediate and vigorous mixing and chemical reaction to obtain elemental iodine.

In-line mixing apparatus for iodine extraction

Aromatic N-halosulfonamide organic compounds have been known for over one hundred years. The ability of these compounds to release active halogen ions has been utilized in a range of biocidal and fungicidal applications. The most widely used halogen sulfonamide organic compound for these applications is Chloramine-T. This invention deals with the new use of discovered compositions of matter, halo active aromatic sulfonamide organic compounds and use of solutions of these compounds as, odor control agents. The odor control solutions may be buffered to a predetermined pH. The odor control compositions may further incorporate small percentages of low molecular weight alcohols and wetting agents.

Halo active aromatic sulfonamide organic compounds and odor control uses therefor

A polymer comprises a monomer having a N-halo sulfonamide pendant group and having the formula:  In specific embodiments, R, R, R, and Rare hydrogen; X is chlorine; and M is sodium or potassium.

Polymeric aromatic N-halo sulfonamides

Disclosed are processes whereby stains on a variety of substrates may be removed by treating a stained area of a substrate with a solution of a sulfonamide compound. The sulfonamide-containing solutions are particularly useful as stain removal agents for stains which originate with body fluids such as blood, urine, vomit, feces etc. The stain removal solutions may be buffered to a predetermined pH. The stain removal solutions may further incorporate small percentages of low molecular weight alcohols and wetting agents.

Growing community of inventors

Villa Hills, KY, United States of America

Charles A Schneider