Abstract: An electrical sensor for sensing electromagnetic properties of process fluids in a dialysis machine or a similar medical device can include a probe for interfacing with the fluids that is made from electronic fabric materials. The electronic fabric probe can include one or more conductors embedded in a non-conductive fabric layer. The electronic fabric probe is accommodated an enclosure which establishes a flow path with respect to the probe to establish fluid contact between the process fluids and the conductors. The conductors can apply or sense current and/or voltage with respect to the fluid. A portion of the electronic fabric probe can be disposed externally of the enclosure to provide electronic communication externally of the enclosure.

Abstract: An electrical sensor for sensing electromagnetic properties of process fluids in a dialysis machine or a similar medical device can include a probe for interfacing with the fluids that is made from electronic fabric materials. The electronic fabric probe can include one or more conductors embedded in a non-conductive fabric layer. The electronic fabric probe is accommodated an enclosure which establishes a flow path with respect to the probe to establish fluid contact between the process fluids and the conductors. The conductors can apply or sense current and/or voltage with respect to the fluid. A portion of the electronic fabric probe can be disposed externally of the enclosure to provide electronic communication externally of the enclosure.

Abstract: An electrical sensor for sensing electromagnetic properties of process fluids in a dialysis machine or a similar medical device can include a probe for interfacing with the fluids that is made from electronic fabric materials. The electronic fabric probe can include one or more conductors embedded in a non-conductive fabric layer. The electronic fabric probe is accommodated an enclosure which establishes a flow path with respect to the probe to establish fluid contact between the process fluids and the conductors. The conductors can apply or sense current and/or voltage with respect to the fluid. A portion of the electronic fabric probe can be disposed externally of the enclosure to provide electronic communication externally of the enclosure.

Abstract: A system of temperature measurement and control in which temperature of the medical fluid being conveyed through a medical device is indirectly measured and controlled via sensed color change of an of an inexpensive injected molded or extruded thermochromic flow chamber.

Abstract: An apparatus for identifying network devices comprises a data acquisition unit that receives data from a multiplicity of network devices. It also comprises an interpretation unit that extracts identification data from the data and determines which of the multiplicity of network devices has sent the received data. A similarity of measured data of a physical clock to a predefined pattern and/or to previously measured data of the physical clock is analysed as a first criterion of an association of received data. In addition, at least one further criterion of an association of received data can be analysed among the identification data.

Abstract: A medical wetness sensing device includes a cover, a first and second electrically conductive portions housed in the cover, an electrically insulative portion housed in the cover, and a compressible portion. The cover defines an outer surface. The first and second electrically conductive portions are exposed along an inner surface of the device. The first and second electrically conductive portions are configured to transmit a test signal indicating an absence or presence of a liquid on the inner surface. The electrically insulative portion electrically isolates the first electrically conductive portion from the second electrically conductive portion. The compressible portion is flexible, compressible, and configured such that the inner surface of the device is conformable to skin of a wearer of the device. The compressible portion is formed by at least one of the cover, the first and second electrically conductive portions, and the electrically insulative portion.

Abstract: A method, framework, and computer program product are provided in order to migrate data files associated with a source enterprise application to a target enterprise application. A migration utility framework including processing circuitry may be configured to: generate a migration map to map a plurality of data files from a source enterprise application to a target enterprise application; validate the migration map, where the processing circuitry to validate the migration map includes processing circuitry to determine if target enterprise application requirements are met for both file types of the plurality of data files and metadata of the plurality of data files; generate a hash value of a validated map in response to validating the map, where the hash value represents only the validated map; and migrate the plurality of data files from the source enterprise application to the target enterprise application according to the validated map.

Abstract: A method including displaying a multi-part visual cue that instructs a player to perform a gesture at a specified time, the multi-part visual cue including a first part indicating the gesture that is to be performed at the specified time, and a second part providing an indication of i) the specified time, and ii) a preparation period before the specified time, wherein the distance between the first and the second parts is variable over time, receiving, from a video camera, position information associated with positions of the player over time, determining a first displacement of the player using the position information, determining whether the first displacement of the player matches a first target displacement criterion associated with the multi-part visual cue, when the first displacement matches the first target displacement criterion within a timing window of the specified time, altering a gameplay characteristic of the video game.

Abstract: An x-ray spectrometer includes: an x-ray plasma source that produces first x-rays; an x-ray optic in optical communication with the x-ray plasma source and that: receives the first x-rays from the x-ray plasma source; focuses the first x-rays to produce second x-rays; and communicates the second x-rays to a sample that produces product x-rays in response to receipt of the second x-rays and second light; and a microcalorimeter array detector in optical communication with the sample and that receives the product x-rays from the sample.

Abstract: A medical wetness sensing device includes a cover, a first and second electrically conductive portions housed in the cover, an electrically insulative portion housed in the cover, and a compressible portion. The cover defines an outer surface. The first and second electrically conductive portions are exposed along an inner surface of the medical wetness sensing device. The first and second electrically conductive portions are configured to transmit a test signal indicating an absence or presence of a liquid on the inner surface. The electrically insulative portion electrically isolates the first electrically conductive portion from the second electrically conductive portion.

Abstract: A sensor having a substrate is provided in which structures are disposed on a surface of the substrate. The structures can be, e.g., nanostructures. Polarized light is directed toward the sensor, and birefringence of the structures with respect to the light is measured. Target particles that interact with the structures are detected based on changes in the measured birefringence.

Abstract: A barrier film, a document including a barrier coating, and a method for producing a document are described. A document includes a substrate, printed data on a surface of the substrate, and a barrier coating. The barrier coating is disposed between a portion of the printed data and a portion of an adhesive. The portion of the adhesive is disposed between a portion of a protective layer and a portion of the substrate.

Abstract: Methods to prepare recombinant adeno-associated virus (AAV) capsids with altered tropism and compositions having AAVs with altered tropism are provided.

Abstract: A sensor having a substrate is provided in which structures are disposed on a surface of the substrate. The structures can be, e.g., nanostructures. Polarized light is directed toward the sensor, and birefringence of the structures with respect to the light is measured. Target particles that interact with the structures are detected based on changes in the measured birefringence.

Abstract: Treatment controllers and methods are provided that can be integrated with treatment systems, such as peritoneal dialysis systems, hemodialysis systems, and nocturnal treatment systems, to manage execution of treatment operations or a course of treatment based on timing information and/or patient sleep state.

Abstract: A method, framework, and computer program product are provided in order to migrate data files associated with a source enterprise application to a target enterprise application. A migration utility framework including processing circuitry may be configured to: generate a migration map to map a plurality of data files from a source enterprise application to a target enterprise application; validate the migration map, where the processing circuitry to validate the migration map includes processing circuitry to determine if target enterprise application requirements are met for both file types of the plurality of data files and metadata of the plurality of data files; generate a hash value of a validated map in response to validating the map, where the hash value represents only the validated map; and migrate the plurality of data files from the source enterprise application to the target enterprise application according to the validated map.

Abstract: A sensor having a substrate is provided in which structures are disposed on a surface of the substrate. The structures can be, e.g., nanostructures. Polarized light is directed toward the sensor, and birefringence of the structures with respect to the light is measured. Target particles that interact with the structures are detected based on changes in the measured birefringence.

Abstract: An electrical sensor for sensing electromagnetic properties of process fluids in a dialysis machine or a similar medical device can include a probe for interfacing with the fluids that is made from electronic fabric materials. The electronic fabric probe can include one or more conductors embedded in a non-conductive fabric layer. The electronic fabric probe is accommodated an enclosure which establishes a flow path with respect to the probe to establish fluid contact between the process fluids and the conductors. The conductors can apply or sense current and/or voltage with respect to the fluid. A portion of the electronic fabric probe can be disposed externally of the enclosure to provide electronic communication externally of the enclosure.

Abstract: A medical wetness sensing device includes a cover, a first and second electrically conductive portions housed in the cover, an electrically insulative portion housed in the cover, and a compressible portion. The cover defines an outer surface. The first and second electrically conductive portions are exposed along an inner surface of the medical wetness sensing device. The first and second electrically conductive portions are configured to transmit a test signal indicating an absence or presence of a liquid on the inner surface. The electrically insulative portion electrically isolates the first electrically conductive portion from the second electrically conductive portion.

Abstract: A screw press includes a press-chamber, wherein a screw shaft supporting thus the screw shaft surrounding by a screen-jacket and may rotate about a screw shaft axis, wherein the screen-jacket is fastened to a screen-jacket retaining device within the press-chamber and screen-jacket is formed by multi-part screen-cages having screen-cage inserts. Multi-part screen-cages are formed by two half-shells and, between at least one pivoting hinge arranging, on a bar, extending through press-chamber and arranging parallel to the pivot axis, as part of the screen-jacket retaining device and firmly connected to both half-shells. Half-shells and supported thus the half-shells pivoting in relation to each other, unhindered access to the screen-cage inserts enabling swung-open state. A cage tab is arranged on each half-shell on the side facing away from the pivoting hinge, which cage tab detachably fastening to the screen-jacket retaining device by the cage closing in the closed state of the half-shells.