Abstract: Methods, computer program products, and systems are provided herein for providing predictive maintenance for an industrial cleaning device. An example method includes receiving operational data indicating operational parameters associated with the industrial cleaning device during operation thereof. The method further includes identifying a trend in the operational data. The method further includes determining that a particular fault event associated with the industrial cleaning device is likely to occur within a particular time frame. The method further includes providing an alert indicating that the particular fault event is likely to occur within the particular time frame.

Abstract: A powdered and liquid chemical distribution system for distributing powdered and liquid chemicals. The system includes a transport module having a plurality of chambers arranged in series to automatically distribute both a powdered chemical and a liquid chemical to a point of use along a single line, wherein the plurality of chambers share a chamber wall.

Abstract: A method of operating a dispensing system having a material delivery cycle. In some embodiments, the material delivery cycle includes supplying water to a receptacle, performing an operation intended to release a material into the water, and delivering the material to a downstream component. The first step of the method is to initiate the material delivery cycle. Next, a conductivity proximate to the receptacle is monitored. Additionally, one or more error conditions are identified during the material delivery cycle based at least partially on the monitored conductivity.

Abstract: A powdered and liquid chemical distribution system for distributing powdered and liquid chemicals. The system includes a transport module having a plurality of chambers arranged in series to automatically distribute both a powdered chemical and a liquid chemical to a point of use along a single line, wherein the plurality of chambers share a chamber wall.

Abstract: A method for distributing powdered and liquid chemicals. The method includes introducing water into an upper end of a measuring chamber, injecting liquid chemical through an inlet located at a lower end of the measuring chamber into a chemical chamber that is fluidly coupled to a lower end of the measuring chamber until a desired volume of the liquid chemical has been introduced, pumping the desired volume of liquid chemical and at least some of the water to a washer, inserting water and a desired dose of a powdered chemical into the upper end of the measuring chamber, and transporting the powdered chemical and at least some of the water to the washer.

Abstract: The chemical distribution system (100) includes at least a first chamber that is fluidly coupled to a second chamber below it, which is in turn fluidly coupled to a manifold below it. In use, water and a powdered chemical are introduced into the first chamber. Liquid chemicals, however, are injected into the second chamber through multiple chemicals inlets in the second chamber. A pressure sensor fluidly coupled to the first chamber is used to accurately measure dosages of the liquid chemical. Once the accurate dosages have been determined, the powdered and/or liquid chemicals are distributed through one of multiple manifold outlets and along a single line (116(a), 116(b)) to one of multiple washing machines (102(a), 102(b)).

Abstract: The chemical distribution system (100) includes at least a first chamber that is fluidly coupled to a second chamber below it, which is in turn fluidly coupled to a manifold below it. In use, water and a powdered chemical are introduced into the first chamber. Liquid chemicals, however, are injected into the second chamber through multiple chemicals inlets in the second chamber. A pressure sensor fluidly coupled to the first chamber is used to accurately measure dosages of the liquid chemical. Once the accurate dosages have been determined, the powdered and/or liquid chemicals are distributed through one of multiple manifold outlets and along a single line (116(a), 116(b)) to one of multiple washing machines (102(a), 102(b)).

Abstract: The invention relates to a pharmaceutical composition comprising a variant TNF-? protein that inhibits the activity of soluble TNF-? while substantially maintaining the activity of transmembrane TNF-?, a buffer, and a tonicity agent, wherein said composition has a pH from approximately 5.0 to 8.0.

Abstract: The invention relates to novel proteins with TNF-alpha antagonist activity and nucleic acids encoding these proteins. The invention further relates to the use of the novel proteins in the treatment of TNF-alpha related disorders.

Abstract: The invention relates to a pharmaceutical composition comprising a variant TNF-? protein that inhibits the activity of soluble TNF-? while substantially maintaining the activity of transmembrane TNF-? a buffer and a tonicity agent wherein said composition has a pH from approximately 5.0 to 8.0.

Abstract: A method of operating a dispensing system having a material delivery cycle. In some embodiments, the material delivery cycle includes supplying water to a receptacle, performing an operation intended to release a material into the water, and delivering the material to a downstream component. The first step of the method is to initiate the material delivery cycle. Next, a conductivity proximate to the receptacle is monitored. Additionally, one or more error conditions are identified during the material delivery cycle based at least partially on the monitored conductivity.

Abstract: The invention relates to novel proteins with TNF-? antagonist activity and nucleic acids encoding these proteins. The invention further relates to the use of the novel proteins in the treatment of TNF-? related disorders.

Abstract: The invention relates to a pharmaceutical composition comprising a variant TNF-? protein that inhibits the activity of soluble TNF-? while substantially maintaining the activity of transmembrane TNF-?, a buffer, and a tonicity agent, wherein said composition has a pH from approximately 5.0 to 8.0.

Abstract: A local imager (202) copies each allocation unit (302) occupied by a file (305) of a file system (102) to a locally-stored image file (204) within the same partition (104) as the file system (102). The allocation units (302) may be compressed as they are copied, resulting in a locally-stored image file (204) that occupies fewer allocation units (302) than the original file system (102). In addition, the local imager (202) adds a directory map (312) to the locally-stored image file (204) that associates copied allocation units (302) in the locally-stored image file (204) with names of corresponding files (305) from the file system (102).