Abstract: Computer architectures and associated methods for real-time data processing are disclosed. In some embodiments, a trial adjudication request for a cost determination can be received by a first server and verified using a security protocol, wherein a password token of the trial adjudication request can be matched to a stored password token. The first server can transmit an adjudication command packet to a second server that includes at least one data set of a plurality of data sets and a command for a claim determination, and can receive a response packet from the second server. The first server can determine that a successful claim determination was performed by the second server from the response packet, and can transmit a reversal request packet to the second server which can cancel the successful claim determination. The first server can perform the electronic calculation using the claim data.

Abstract: Computer architectures and associated methods for real-time data processing are disclosed. in some embodiments, a trial adjudication request for a cost determination can be received by a first server and verified using a security protocol, wherein a password token of the trial adjudication request can be matched to a stored password token. The first server can transmit an adjudication command packet to a second server that includes at least one data set of a plurality of data sets and a command for a claim determination, and can receive a response packet from the second server. The first server can determine that a successful claim determination was performed by the second server from the response packet, and can transmit a reversal request packet to the second server which can cancel the successful claim determination. The first server can perform the electronic calculation using the claim data.

Abstract: Computer architectures and associated methods for real-time data processing are disclosed. In some embodiments, a trial adjudication request for a cost determination can be received by a first server and verified using a security protocol, wherein a password token of the trial adjudication request can be matched to a stored password token. The first server can transmit an adjudication command packet to a second server that includes at least one data set of a plurality of data sets and a command for a claim determination, and can receive a response packet from the second server. The first server can determine that a successful claim determination was performed by the second server from the response packet, and can transmit a reversal request packet to the second server which can cancel the successful claim determination. The first server can perform the electronic calculation using the claim data.

Abstract: Computer architectures and associated methods for real-time data processing are disclosed. In some embodiments, a trial adjudication request for a cost determination can be received by a first server and verified using a security protocol, wherein a password token of the trial adjudication request can be matched to a stored password token. The first server can transmit an adjudication command packet to a second server that includes at least one data set of a plurality of data sets and a command for a claim determination, and can receive a response packet from the second server. The first server can determine that a successful claim determination was performed by the second server from the response packet, and can transmit a reversal request packet to the second server which can cancel the successful claim determination. The first server can perform the electronic calculation using the claim data.

Abstract: A sleeve-glove attachment assembly for hazardous environments such as surgery, as well as applications where a fluid impervious seal is desirable, such as water or snow activities, is provided to form a fluid impervious seal between a garment sleeve and an elastic glove. The sleeve glove attachment assembly comprising an elastic flap, cylindrical in shape, having a distal end and proximal end is attached near the center of the flap to the sleeve at mid-forearm. At least one of the proximal and distal ends comprising a raised geometric bead and frictional ridges on the outer surface eliminates bunching and channel formation between the glove cuff and sleeve. The glove cuff is placed over the geometric bead and frictional ridges of the distal end of the flap. A method of making the device, method of donning the assembly, and method of removal of the assembly are also provided.

Abstract: A sleeve-glove attachment assembly for hazardous environments such as surgical or laboratory environments, as well as applications where there is a desire to maintain a fluid impervious seal such as water or snow activities, is provided to form a fluid impervious seal between a fabric sleeve, woven or nonwoven, and an elastic glove. The sleeve glove attachment assembly comprising an elastic flap, cylindrical in shape, having a distal end and proximal end is attached near the center of the flap to the sleeve at mid-forearm with the distal end extending over the sleeve cuff and proximal end extending over the sleeve toward the elbow. At least one of the proximal and distal ends comprising a raised geometric bead and frictional ridges on the outer surface eliminates bunching and channel formation between the glove cuff and sleeve. The glove cuff is placed over the geometric bead and frictional ridges of the distal end of the flap.

Abstract: A sleeve-glove attachment assembly for hazardous environments such as surgical or laboratory environments, as well as applications where there is a desire to maintain a fluid impervious seal such as water or snow activities, is provided to form a fluid impervious seal between a fabric sleeve, woven or nonwoven, and an elastic glove. The sleeve glove attachment assembly comprising an elastic flap, cylindrical in shape, having a distal end and proximal end is attached near the center of the flap to the sleeve at mid-forearm with the distal end extending over the sleeve cuff and proximal end extending over the sleeve toward the elbow. At least one of the proximal and distal ends comprising a raised geometric bead and frictional ridges on the outer surface eliminates bunching and channel formation between the glove cuff and sleeve. The glove cuff is placed over the geometric bead and frictional ridges of the distal end of the flap.