mhurhangee/ep-ind-claims huggingface dataset:
A method for determining an address in a physical memory which corresponds to a virtual address using a skewed-associative translation lookaside buffer, the method comprising: receiving a configuration indication; receiving a virtual address, wherein the configuration indication is not part of the virtual address; inputting the configuration indication and a first subset of bits of the virtual address to a skewing function of each way of the translation lookaside buffer; configuring, based on the configuration indication and the first subset of bits of the virtual address, a first subset of a plurality of ways of the translation lookaside buffer to look up physical addresses based on a second subset of bits of the virtual address with respect to a first page size and not with respect to a second page size, wherein the first subset of the plurality of ways is based on the configuration indication; configuring, based on the configuration indication and the first subset of bits of the virtual address, a second subset of the plurality of ways of the translation lookaside buffer to look up physical addresses based on a third subset of bits of the virtual address with respect to the second page size and not with respect to the first page size, wherein the second subset of the plurality of ways is based on the configuration indication; and outputting a physical address corresponding to the virtual address on a condition that a translation lookaside buffer hit occurs. receiving a configuration indication; receiving a virtual address, wherein the configuration indication is not part of the virtual address; inputting the configuration indication and a first subset of bits of the virtual address to a skewing function of each way of the translation lookaside buffer; configuring, based on the configuration indication and the first subset of bits of the virtual address, a first subset of a plurality of ways of the translation lookaside buffer to look up physical addresses based on a second subset of bits of the virtual address with respect to a first page size and not with respect to a second page size, wherein the first subset of the plurality of ways is based on the configuration indication; configuring, based on the configuration indication and the first subset of bits of the virtual address, a second subset of the plurality of ways of the translation lookaside buffer to look up physical addresses based on a third subset of bits of the virtual address with respect to the second page size and not with respect to the first page size, wherein the second subset of the plurality of ways is based on the configuration indication; and outputting a physical address corresponding to the virtual address on a condition that a translation lookaside buffer hit occurs.
A peptide D-Arg-2'6'-dimethyltyrosine-Lys-Phe-NH 2, or a pharmaceutically acceptable salt thereof, for use in treating or preventing peripheral neuropathy or hyperalgesia in a subject in need thereof
A swaddle blanket comprising: a top end and a bottom end; a pocket disposed at the bottom end and configured to enclose an infant's legs; a first side configured to wrap over the infant in a first direction; a second side configured to wrap over both the infant and the first side in a second direction; first and second inner straps (186, 188), spaced from a perimeter of the blanket, configured to wrap around the infant underneath the first and second sides, and a fastener disposed on the second side and configured to secure the second side in place over the first side, characterised in that: the swaddle blanket comprises a head rest at the top end; and the first inner strap includes a first strap fastener on its front side and the second inner strap includes a second strap fastener on its back side, the second strap fastener being configured to mate with the first strap fastener for attaching the first and second inner straps to one another resulting in the first and second inner straps being wrapped around the infant, and the swaddle blanket comprises another fastener disposed at a bottom tip of the pocket and configured to hold a lower portion of the pocket in a folded position. a top end and a bottom end; a pocket disposed at the bottom end and configured to enclose an infant's legs; a first side configured to wrap over the infant in a first direction; a second side configured to wrap over both the infant and the first side in a second direction; first and second inner straps (186, 188), spaced from a perimeter of the blanket, configured to wrap around the infant underneath the first and second sides, and a fastener disposed on the second side and configured to secure the second side in place over the first side, characterised in that: the swaddle blanket comprises a head rest at the top end; and the first inner strap includes a first strap fastener on its front side and the second inner strap includes a second strap fastener on its back side, the second strap fastener being configured to mate with the first strap fastener for attaching the first and second inner straps to one another resulting in the first and second inner straps being wrapped around the infant, and the swaddle blanket comprises another fastener disposed at a bottom tip of the pocket and configured to hold a lower portion of the pocket in a folded position. the swaddle blanket comprises a head rest at the top end; and the first inner strap includes a first strap fastener on its front side and the second inner strap includes a second strap fastener on its back side, the second strap fastener being configured to mate with the first strap fastener for attaching the first and second inner straps to one another resulting in the first and second inner straps being wrapped around the infant, and the swaddle blanket comprises another fastener disposed at a bottom tip of the pocket and configured to hold a lower portion of the pocket in a folded position.
A transdermal permeant delivery system for delivery of at least one permeant into a tissue membrane of a subject, comprising: a disposable substrate having an upper substrate surface and defining a poration area, the disposable substrate comprising a filament array having a plurality of filaments that are disposed in the poration area, wherein each filament is configured for forming a micropore in the tissue membrane; a first release liner having a top surface and an opposed bottom surface, wherein at least a portion of the bottom surface of the first release liner is connected to the upper substrate surface; and a patch that is selectively removable from the top surface of the first release liner, comprising: a backing layer having an upper surface and an opposed lower surface; and a reservoir mounted thereon a portion of the lower surface of the backing layer and configured for releaseably containing the at least one permeant; wherein, in a connected position, a first portion of the backing layer is releaseably mounted thereto the top surface of the first release liner in spaced registration with the poration area of the substrate, and wherein, in the connected position, a second portion of the backing layer is folded back into a folded position, in which the lower surface of the second portion of the backing layer faces outwardly away from the upper substrate surface of the substrate, wherein the filament array is mounted to a portion of the upper substrate surface, and wherein the substrate further comprises a backing that is configured for mounting to and overlying a top surface of the filament array such that a portion of the filament array in the poration area is exposed, and wherein the filament array is a bi-clad foil material comprising a layer of copper and an underlying layer of stainless steel, wherein the bi-clad foil material is between about 10 μm - 300 μm in a thickness dimension and wherein the layer of stainless steel comprises between about 5 to about 25 percent of the thickness of the bi-clad foil material. a disposable substrate having an upper substrate surface and defining a poration area, the disposable substrate comprising a filament array having a plurality of filaments that are disposed in the poration area, wherein each filament is configured for forming a micropore in the tissue membrane; a first release liner having a top surface and an opposed bottom surface, wherein at least a portion of the bottom surface of the first release liner is connected to the upper substrate surface; and a patch that is selectively removable from the top surface of the first release liner, comprising: a backing layer having an upper surface and an opposed lower surface; and a reservoir mounted thereon a portion of the lower surface of the backing layer and configured for releaseably containing the at least one permeant; a backing layer having an upper surface and an opposed lower surface; and a reservoir mounted thereon a portion of the lower surface of the backing layer and configured for releaseably containing the at least one permeant;
A method for scanning documents, in particular printed sheets of paper, and automatically controlling the further processing of the scanned documents, by - applying at least one marking to a margin area of the document, - scanning the document, - automatically detecting the at least one marking applied to the margin area of the document, and - automatically controlling the further processing of the document according to the marking applied in the margin area, characterized by manually applying the marking to a margin area of the document that is not printed on, wherein the non-printed margin area of the document is divided into a plurality of areas, wherein a template is provided that is adapted to the size of document and is laid onto the document, wherein the template comprises cut-out regions corresponding to the size of the areas, wherein the template is laid onto the document in such a way that the cut-out regions are arranged precisely at the location of the areas such that the arrangement of the areas are represented with the aid of the cut-out regions, wherein the manual markings are applied to the areas of the margin area through the cut-out regions, wherein in the automatic detection of the at least one marking, there is detected the color of the marking and the arrangement in a specific area of the margin area and, according to the color of the marking and the arrangement in a specific area of the margin area, one or a plurality of commands are output for automatic control of the further processing of the document. - applying at least one marking to a margin area of the document, - scanning the document, - automatically detecting the at least one marking applied to the margin area of the document, and - automatically controlling the further processing of the document according to the marking applied in the margin area,
A method for preparing a biological surgical patch, the method comprising: providing a natural animal tissue as a substrate; crosslinking collagen molecules of the substrate by using a non-aldehyde fixative; minimizing the antigens from the substrate; bonding a polymer selected from the group consisting of a polyamide, a polyamine, a polyester, polylactic acid and polyglycolic acid to the collagen molecules of the substrate; and incorporating an active layer that includes a polypeptide or a glycosaminoglycan in the substrate; wherein minimizing the antigens from the substrate includes: utilizing an active reagent selected from the group consisting of an acid anhydride, an acyl chloride, an amide, and an epoxide, to block specific active groups, such as -OH, -NH 2, -SH, in the proteins of the substrate; and utilizing a reagent with a strong hydrogen bonding power, being a guanidine compound, to replace the specific hydrogen bonding in the spiral chains of the protein molecules in the substrate and alter its specific conformation. providing a natural animal tissue as a substrate; crosslinking collagen molecules of the substrate by using a non-aldehyde fixative; minimizing the antigens from the substrate; bonding a polymer selected from the group consisting of a polyamide, a polyamine, a polyester, polylactic acid and polyglycolic acid to the collagen molecules of the substrate; and incorporating an active layer that includes a polypeptide or a glycosaminoglycan in the substrate; utilizing an active reagent selected from the group consisting of an acid anhydride, an acyl chloride, an amide, and an epoxide, to block specific active groups, such as -OH, -NH 2, -SH, in the proteins of the substrate; and utilizing a reagent with a strong hydrogen bonding power, being a guanidine compound, to replace the specific hydrogen bonding in the spiral chains of the protein molecules in the substrate and alter its specific conformation.
Arrangement having a converter station, which is situated in the sea, for transmitting electrical power, having a switchgear assembly and having power supply means (18, 30) for supplying electrical power from a power supply grid on land or from a neighbouring AC-voltage grid in the sea to an AC-voltage grid which is connected to the converter station, wherein a plurality of wind power installations are respectively connected to various strings of the AC-voltage grid, - wherein the converter station comprises a converter, which has a DC-voltage connection and an AC-voltage connection, and at least one transformer, wherein the transformer is connected to the AC-voltage connection, wherein the transformer and the converter are arranged in an insulating material, wherein at least one encapsulation housing is provided in which at least a part of the converter and at least a part of the transformer are arranged together, wherein the common encapsulation housing is filled with the insulating material, and - wherein the converter has a plurality of partial diode rectifiers which are connected in series on the DC-voltage-side, wherein the partial diode rectifiers are provided with a bypass switch, and the power supply means comprise a controlled or self-commutated partial converter which is connected in series on the DC-voltage-side with the partial diode rectifiers, or wherein the power supply means comprise a power supply line in the form of an AC-voltage line which extends at least in part through water, wherein the transformer is connected to the switchgear assembly which is connected via the AC-voltage line to a coupling-in component which is connected to the power supply grid on land or to the AC-voltage grid in the sea. - wherein the converter station comprises a converter, which has a DC-voltage connection and an AC-voltage connection, and at least one transformer, wherein the transformer is connected to the AC-voltage connection, wherein the transformer and the converter are arranged in an insulating material, wherein at least one encapsulation housing is provided in which at least a part of the converter and at least a part of the transformer are arranged together, wherein the common encapsulation housing is filled with the insulating material, and - wherein the converter has a plurality of partial diode rectifiers which are connected in series on the DC-voltage-side, wherein the partial diode rectifiers are provided with a bypass switch, and the power supply means comprise a controlled or self-commutated partial converter which is connected in series on the DC-voltage-side with the partial diode rectifiers, or
A multi-stage stirred reactor, including: a plurality of mutually adjacent reaction chambers (100, 110, 120); stirring elements (200, 210, 220) for mixing the contents of at least one of the reaction chambers (100, 110, 120); wherein at least one opening (400, 410, 420) closable by means of closing means (300, 310, 320) is provided between adjacent reaction chambers (100, 110, 120), so that, in the open state, a fluidic connection is maintained between the adjacent reaction chambers (100, 110, 120) and, in the closed state, the adjacent reaction chambers (100, 110, 120) are separated from one another; wherein at least one of the closing means (300, 310, 320) is connected to an actuation rod (500, 510, 520) led out of the stirred reactor, the actuation rod (500, 510, 520) can be actuated back and forth between at least a first position and a second position by rotation and/or displacement, wherein closing means (300, 310, 320) connected to the actuation rod (500, 510, 520) in the first position bring about an open state of the opening assigned to them, and closing means (300, 310, 320) connected to the actuation rod (500, 510, 520) in the second position bring about a closed state of the opening assigned to them, and characterized in that the stirring elements (200, 210, 220) are driven by means of a common stirring shaft and wherein the stirring shaft simultaneously represents the actuation rod (500, 510, 520) of the closing means (300, 310, 320). a plurality of mutually adjacent reaction chambers (100, 110, 120); stirring elements (200, 210, 220) for mixing the contents of at least one of the reaction chambers (100, 110, 120); wherein at least one opening (400, 410, 420) closable by means of closing means (300, 310, 320) is provided between adjacent reaction chambers (100, 110, 120), so that, in the open state, a fluidic connection is maintained between the adjacent reaction chambers (100, 110, 120) and, in the closed state, the adjacent reaction chambers (100, 110, 120) are separated from one another; wherein at least one of the closing means (300, 310, 320) is connected to an actuation rod (500, 510, 520) led out of the stirred reactor, the actuation rod (500, 510, 520) can be actuated back and forth between at least a first position and a second position by rotation and/or displacement, wherein closing means (300, 310, 320) connected to the actuation rod (500, 510, 520) in the first position bring about an open state of the opening assigned to them, and closing means (300, 310, 320) connected to the actuation rod (500, 510, 520) in the second position bring about a closed state of the opening assigned to them, and characterized in that the stirring elements (200, 210, 220) are driven by means of a common stirring shaft and wherein the stirring shaft simultaneously represents the actuation rod (500, 510, 520) of the closing means (300, 310, 320).
An apparatus comprising: a light source configured to emit a laser beam in pulses during an operation of the light source; a scanning system configured to direct the laser beam to a target region and set an angle of the laser beam with respect to a reference from which the angle of the laser beam is measured while scanning of the target region occurs, the angle of the laser beam being changed for each pulse of the laser beam such that each pulse of the laser beam reaches a different one of a plurality of locations in the target region, wherein the target region comprises a first section and a second section, the first section having a higher density of the locations than the second section; a focusing system configured to set a divergence of the laser beam while scanning of the target region occurs, wherein changing the divergence of the laser beam while scanning the target region changes a resolution within the target region, wherein the focusing system is configured to set the divergence of the laser beam to be smaller while the laser beam is directed to the first section than while the laser beam is directed to the second section; and a detector configured to detect responses to the laser beam directed to the locations in the target region. a light source configured to emit a laser beam in pulses during an operation of the light source; a scanning system configured to direct the laser beam to a target region and set an angle of the laser beam with respect to a reference from which the angle of the laser beam is measured while scanning of the target region occurs, the angle of the laser beam being changed for each pulse of the laser beam such that each pulse of the laser beam reaches a different one of a plurality of locations in the target region, wherein the target region comprises a first section and a second section, the first section having a higher density of the locations than the second section; a focusing system configured to set a divergence of the laser beam while scanning of the target region occurs, wherein changing the divergence of the laser beam while scanning the target region changes a resolution within the target region, wherein the focusing system is configured to set the divergence of the laser beam to be smaller while the laser beam is directed to the first section than while the laser beam is directed to the second section; and a detector configured to detect responses to the laser beam directed to the locations in the target region.
Method for operating a gas turbine power plant with flue gas recirculation, which comprises a gas turbine, a waste heat steam generator, and an exhaust gas splitter which splits the exhaust gases from the gas turbine power plant into a first exhaust gas stream for recirculation into an intake stream of the gas turbine and into a second exhaust gas stream (20, 24) for discharge to the environment, a control element (11, 29, 36) for regulating the first exhaust gas stream, and a recooler for cooling the first exhaust gas stream before it is mixed with ambient air into the intake gas stream, characterised in that the first exhaust gas stream is reheated after recooling in the recooler and before mixing with the ambient air in order to avoid condensation of vaporised water contained in the recooled exhaust gases on cooling following mixing with the ambient air.
A communications satellite comprising: a lens; a passive optical signal processing system optically coupled to the lens, the passive optical signal processing system comprising passive optical beamforming networks and configured to: receive, from the lens, an optical beam comprising modulated optical carrier signals, the modulated optical carrier signals being of different wavelengths and carrying data; split the modulated optical carrier signals into a multiplicity of optical signals each having a different wavelength; and make time delay adjustments to form optical beams from those optical signals; a multiplicity of photonic sensors for converting the optical beams output by the passive optical signal processing system into electrical signals; and a transmit antenna array comprising a multiplicity of antenna elements electrically coupled to the photonic sensors and configured to broadcast data-carrying radio-frequency signals in a direction which is a function of the time delay adjustments made by the passive optical signal processing system. a lens; a passive optical signal processing system optically coupled to the lens, the passive optical signal processing system comprising passive optical beamforming networks and configured to: receive, from the lens, an optical beam comprising modulated optical carrier signals, the modulated optical carrier signals being of different wavelengths and carrying data; split the modulated optical carrier signals into a multiplicity of optical signals each having a different wavelength; and make time delay adjustments to form optical beams from those optical signals; receive, from the lens, an optical beam comprising modulated optical carrier signals, the modulated optical carrier signals being of different wavelengths and carrying data; split the modulated optical carrier signals into a multiplicity of optical signals each having a different wavelength; and make time delay adjustments to form optical beams from those optical signals; a multiplicity of photonic sensors for converting the optical beams output by the passive optical signal processing system into electrical signals; and a transmit antenna array comprising a multiplicity of antenna elements electrically coupled to the photonic sensors and configured to broadcast data-carrying radio-frequency signals in a direction which is a function of the time delay adjustments made by the passive optical signal processing system.