Abstract: Provided is a method for embedding a knowledge graph. The method includes: obtaining a basic knowledge instance and a qualifier instance associated with the basic knowledge instance, wherein at least one of the basic knowledge instance or the qualifier instance comprises a mask element; generating, through an embedder, a first instance embedding corresponding to the basic knowledge instance and a second instance embedding corresponding to the qualifier instance; and performing a prediction of the mask element by inputting, to a predictor, an instance embedding associated with the mask element, wherein the instance embedding corresponds to the first instance embedding or the second instance embedding.

Abstract: A system for maintaining inventory in a retail store may comprise multiple wireless readers. The multiple wireless readers may be distributed throughout the retail store so that every location within a coverage area of the system is within boundaries of at least two wireless readers. Each of the multiple wireless readers may be configured to send polling requests to tags within the coverage area, read responses from the tags, the responses identifying the respective tags, and send identities of the tags to a remote server.

Abstract: A garment includes a connected front and back panels forming a cavity for an upper body of a subject. Each of a pair of sleeves is connected to at least one of the front or back panel and is in communication with the cavity. A collar is configured to surround a neck of the subject. Each of a pair of shoulder straps is connected at one end to the collar and at an opposing end to at least one of the front or back panels or a sleeve. A first opening is formed by at least the straps, a top edge of the front panel, and the collar to expose a top portion of the subject's chest. A second opening is formed by at least the straps, a top edge of the back panel, and the collar to expose a top portion of the subject's back.

Abstract: The present invention generally relates to permitting an intended recipient to access snail mail in electronic format. A third party retrieves the snail mail and then converts the snail mail into electronic files. The electronic files are then made available to the intended recipient over the internet. The electronic files are digital images of each envelope as well as the contents of each envelope. The contents are associated with the envelope from which the contents are retrieved. If desired, the intended recipient can select a desired image resolution or quality. The intended recipient can select which envelopes to view based upon the day and also based upon the class of mail.

Abstract: The present invention is directed to methods of making natural or synthetic latex articles without the use of accelerators, thiurams or carbamates. The method includes making an elastomeric material by mixing a base polymer containing carboxylate groups with a carboxylic acid or derivative thereof, a divalent or trivalent metal, an amine or amino compound, and a neutralizing agent. The elastomeric material is formed into a latex article. The present invention is also directed to a latex article made according to this method. The latex article does not contain any accelerators, thiurams or carbamates.

Abstract: The present invention is directed to methods of making natural or synthetic latex articles without the use of accelerators, thiurams or carbamates. The method includes making an elastomeric material by mixing a base polymer containing carboxylate groups with a carboxylic acid or derivative thereof, a divalent or trivalent metal, an amine or amino compound, and a neutralizing agent. The elastomeric material is formed into a latex article. The present invention is also directed to a latex article made according to this method. The latex article does not contain any accelerators, thiurams or carbamates.

Abstract: The present invention is directed to methods of making natural or synthetic latex articles without the use of accelerators, thiurams or carbamates. The method includes making an elastomeric material by mixing a base polymer containing carboxylate groups with a carboxylic acid or derivative thereof, a divalent or trivalent metal, an amine or amino compound, and a neutralizing agent. The elastomeric material is formed into a latex article. The present invention is also directed to a latex article made according to this method. The latex article does not contain any accelerators, thiurams or carbamates.

Abstract: The present invention is directed to methods of making natural or synthetic latex articles without the use of accelerators, thiurams or carbamates. The method includes making an elastomeric material by mixing a base polymer containing carboxylate groups with a carboxylic acid or derivative thereof, a divalent or trivalent metal, an amine or amino compound, and a neutralizing agent. The elastomeric material is formed into a latex article. The present invention is also directed to a latex article made according to this method. The latex article does not contain any accelerators, thiurams or carbamates.

Abstract: A closure and a device for use with a closure are described. The closure includes a first member having an interrupted beveled edge, a second member having an undercut edge, and optionally a base member to which the second member is fixed. The first member is adapted to be received with the interrupted beveled edge retained by the undercut edge. A test device can include such a closure and can also include a hinge between the first and second members. Test elements, such as a chromatographic medium, an absorber, an applicator, or a sample application zone, can be disposed on the first member and/or the base member and can be brought into opposition by closing the first member with the closure. The beveled edge is interrupted by one or more uncut portions or bridges. A testing device according to the present invention can perform a number of types of immunoassays, including unidirectional assays, bidirectional assays, and assays employing a split flow path.