mhurhangee/patent-ind-claim-en huggingface dataset:
A superconducting coil comprising: integrated conductors , an integrated conductor comprising: a core comprising a non-superconducting center strand comprising copper; and at least six strands (31a - 31f; 38) cabled around the core thereby forming a structure , each of the at least six strands comprising superconducting Nb 3 Sn; wherein each of the at least six strands has a cross-section comprised of filaments comprising the superconducting Nb 3 Sn, the filaments being within a geometric pattern encompassing multiple inflection points , wherein one or more of the filaments is absent at all or some of the multiple inflection points; wherein the integrated conductor further comprises a channel comprising electrically conductive material; and wherein the structure is fitted within the channel, and wherein the channel is filled with a conductive material. integrated conductors , an integrated conductor comprising: a core comprising a non-superconducting center strand comprising copper; and at least six strands (31a - 31f; 38) cabled around the core thereby forming a structure , each of the at least six strands comprising superconducting Nb 3 Sn; a core comprising a non-superconducting center strand comprising copper; and at least six strands (31a - 31f; 38) cabled around the core thereby forming a structure , each of the at least six strands comprising superconducting Nb 3 Sn; wherein each of the at least six strands has a cross-section comprised of filaments comprising the superconducting Nb 3 Sn, the filaments being within a geometric pattern encompassing multiple inflection points , wherein one or more of the filaments is absent at all or some of the multiple inflection points; wherein the integrated conductor further comprises a channel comprising electrically conductive material; and wherein the structure is fitted within the channel, and wherein the channel is filled with a conductive material.
Catalyst comprising a carrier substrate of length L which is a flow-through substrate and at least two washcoat layers A and B wherein • washcoat layer A comprises ∘ alumina in an amount of 50 to 80 g/L, based on the volume of the carrier substrate; ∘ ceria in an amount of 100 to 130 g/L, based on the volume of the carrier substrate; ∘ a composite material of ceria and alumina which comprises alumina in an amount of 5 to 95 wt%, based on the weight of the composite material in an amount of 10 to 80 g/L, based on the volume of the carrier substrate ∘ magnesium oxide and/or barium oxide in an amount of 15 to 20 g/L, based on the volume of the carrier substrate. ∘ platinum and palladium in a weight ratio of 1:1 to 12:1; • washcoat layer B comprises ∘ a zeolite of the structural type ABW, AEI, AFX, BEA, CHA, ERI, ESV, FAU, FER, KFI, LEV, LTA, MFI, MWW, SOD or STT and ∘ palladium; and wherein washcoat layer A is arranged directly on the carrier substrate and washcoat layer B is arranged directly on washcoat layer A. • washcoat layer A comprises ∘ alumina in an amount of 50 to 80 g/L, based on the volume of the carrier substrate; ∘ ceria in an amount of 100 to 130 g/L, based on the volume of the carrier substrate; ∘ a composite material of ceria and alumina which comprises alumina in an amount of 5 to 95 wt%, based on the weight of the composite material in an amount of 10 to 80 g/L, based on the volume of the carrier substrate ∘ magnesium oxide and/or barium oxide in an amount of 15 to 20 g/L, based on the volume of the carrier substrate. ∘ platinum and palladium in a weight ratio of 1:1 to 12:1; ∘ alumina in an amount of 50 to 80 g/L, based on the volume of the carrier substrate; ∘ ceria in an amount of 100 to 130 g/L, based on the volume of the carrier substrate; ∘ a composite material of ceria and alumina which comprises alumina in an amount of 5 to 95 wt%, based on the weight of the composite material in an amount of 10 to 80 g/L, based on the volume of the carrier substrate ∘ magnesium oxide and/or barium oxide in an amount of 15 to 20 g/L, based on the volume of the carrier substrate. ∘ platinum and palladium in a weight ratio of 1:1 to 12:1; • washcoat layer B comprises ∘ a zeolite of the structural type ABW, AEI, AFX, BEA, CHA, ERI, ESV, FAU, FER, KFI, LEV, LTA, MFI, MWW, SOD or STT and ∘ palladium; and ∘ a zeolite of the structural type ABW, AEI, AFX, BEA, CHA, ERI, ESV, FAU, FER, KFI, LEV, LTA, MFI, MWW, SOD or STT and ∘ palladium; and
An electrochemical method for simultaneously detecting a presence of two or more metal ions comprising: applying a voltage to two or more sensing electrodes electrically connected in series while flowing a sample liquid that includes metal complexes across one of the two or more sensing electrodes via one of two or more channels; flowing another sample liquid across another one of the sensing electrodes via another of the two or more channels; in response to the applied voltage, periodically measuring a current signal associated with the metal complexes; and processing the periodically measured current signal to simultaneously detect a presence of two or more metal ions associated with the metal complexes. applying a voltage to two or more sensing electrodes electrically connected in series while flowing a sample liquid that includes metal complexes across one of the two or more sensing electrodes via one of two or more channels; flowing another sample liquid across another one of the sensing electrodes via another of the two or more channels; in response to the applied voltage, periodically measuring a current signal associated with the metal complexes; and processing the periodically measured current signal to simultaneously detect a presence of two or more metal ions associated with the metal complexes.
A system for transferring solid particles from a first environment at a first gas pressure to a second environment at a second gas pressure,, wherein the system comprises: - a first rotary valve having an inlet which is in fluid communication with the first environment ; - a second rotary valve having an outlet which is in fluid communication with the second environment ; and - an intermediate channel housing bounding an intermediate channel , the intermediate channel housing having an inlet which is fluidly connected to an outlet of the first rotary valve and having an outlet which is fluidly connected to an inlet of the second rotary valve ; the inlet of first rotary valve being situated at a higher level than the outlet of the first rotary valve ; the inlet of the second rotary valve being situated at a higher level than the outlet of the second rotary valve ; the outlet of the first rotary valve being situated at a higher level than the inlet of the second rotary valve ; wherein the first rotary valve , in operation, allows the solid particles to transfer from the first environment to the intermediate channel , wherein the second rotary valve , in operation, allows the solid particles to transfer from the intermediate channel to the second environment , and wherein the intermediate channel is fluidly connected to a third environment maintained at a third gas pressure, wherein the third gas pressure is higher than both the first gas pressure and the second gas pressure or lower than both the first gas pressure and the second gas pressure. - a first rotary valve having an inlet which is in fluid communication with the first environment ; - a second rotary valve having an outlet which is in fluid communication with the second environment ; and - an intermediate channel housing bounding an intermediate channel , the intermediate channel housing having an inlet which is fluidly connected to an outlet of the first rotary valve and having an outlet which is fluidly connected to an inlet of the second rotary valve ; the inlet of first rotary valve being situated at a higher level than the outlet of the first rotary valve ; the inlet of the second rotary valve being situated at a higher level than the outlet of the second rotary valve ; the outlet of the first rotary valve being situated at a higher level than the inlet of the second rotary valve ; wherein the first rotary valve , in operation, allows the solid particles to transfer from the first environment to the intermediate channel , wherein the second rotary valve , in operation, allows the solid particles to transfer from the intermediate channel to the second environment , and wherein the intermediate channel is fluidly connected to a third environment maintained at a third gas pressure, wherein the third gas pressure is higher than both the first gas pressure and the second gas pressure or lower than both the first gas pressure and the second gas pressure.
A sole structure for an article of footwear , the sole structure comprising: a plate having an upper surface and having a lower surface ; a plurality of cleats extending from the lower surface ; an auxetic structure having an inner surface affixed to the lower surface and having an outer surface ; wherein the inner surface is constrained by the lower surface ; and wherein the outer surface is spaced between the lower surface and a first tip surface of a first cleat of the plurality of cleats such that the first cleat protrudes beyond the auxetic structure . a plate having an upper surface and having a lower surface ; a plurality of cleats extending from the lower surface ; an auxetic structure having an inner surface affixed to the lower surface and having an outer surface ; wherein the inner surface is constrained by the lower surface ; and wherein the outer surface is spaced between the lower surface and a first tip surface of a first cleat of the plurality of cleats such that the first cleat protrudes beyond the auxetic structure .
A Pithecellobium Clypearia Benth Extract (EA) for use in treating disease caused by multi-drug resistant Acinetobacter baumannii, multi-drug resistant P. aeruginosa, extended-spectrum beta-lactamase producing E. coli or extended-spectrum beta-lactamase producing Klebsiella pneumonia.
A method of making a hydrogel coated contact lens comprising: reacting an outer surface of the contact lens with a first polyacrylamide species of a hydrophilic polymer solution, wherein the first polyacrylamide species comprises a moiety at a first portion that forms a covalent attachment to the outer surface of the contact lens; and reacting the first polyacrylamide species of the hydrophilic polymer solution with a second polyacrylamide species of the hydrophilic polymer solution, the second polyacrylamide species comprising a moiety that forms a covalent bond to a second portion of the first polyacrylamide species in a second covalent reaction thereby forming a hydrogel coating comprising the first polyacrylamide species and the second polyacrylamide species at least partially cross-linked, wherein the first polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group and the second polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group complementary to the first polyacrylamide species, the reactive electrophilic group and the reactive nucleophilic group adapted to react to thereby form cross-links between the first polyacrylamide species and the second polyacrylamide species. reacting an outer surface of the contact lens with a first polyacrylamide species of a hydrophilic polymer solution, wherein the first polyacrylamide species comprises a moiety at a first portion that forms a covalent attachment to the outer surface of the contact lens; and reacting the first polyacrylamide species of the hydrophilic polymer solution with a second polyacrylamide species of the hydrophilic polymer solution, the second polyacrylamide species comprising a moiety that forms a covalent bond to a second portion of the first polyacrylamide species in a second covalent reaction thereby forming a hydrogel coating comprising the first polyacrylamide species and the second polyacrylamide species at least partially cross-linked, wherein the first polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group and the second polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group complementary to the first polyacrylamide species, the reactive electrophilic group and the reactive nucleophilic group adapted to react to thereby form cross-links between the first polyacrylamide species and the second polyacrylamide species.
Assembly for a ferrule of an axial turbomachine with a rotor , including an inlet ferrule for a compressor of the turbomachine, the assembly comprising a ferrule (28; 30; 128; 328; 428) with an annular layer of abradable material (32; 132; 232; 332; 432) able to cooperate by abrasion with the rotor of the turbomachine , characterised in that it further comprises a heater module (38; 138; 238; 338; 438) of the layer of abradable material (32; 132; 232; 332; 432) aimed at opposing the presence of frost on the ferrule (28; 30; 128; 328; 428).
A computer-implemented method, comprising: providing a manifest to a resource management service running on a distributed computing system, the manifest associated with a new service to be added to the distributed computing system, wherein the manifest is used to add a SQL service to an organization's cloud system and the manifest identifies resources needed to establish a SQL resource provider on the cloud, including a set of resources and dependencies and the manifest names a virtual machine resource and deploys a SQL resource provider installation package on that virtual machine and the manifest names a resource provider registration resource and defines that the resource provider registration resource depends on the virtual machine resource; receiving the manifest at a resource manager; based upon information in the manifest, assigning one or more resources in the distributed computing system to support the new service; calling a subscription management service to create the resource provider registration resource; and creating , by the subscription management service, the resource provider registration resource for registering the new service; and based upon information in the manifest, registering the new service with the subscription management service, wherein the resource provider registration resource in the manifest is used to register the new service with the subscription management service. providing a manifest to a resource management service running on a distributed computing system, the manifest associated with a new service to be added to the distributed computing system, wherein the manifest is used to add a SQL service to an organization's cloud system and the manifest identifies resources needed to establish a SQL resource provider on the cloud, including a set of resources and dependencies and the manifest names a virtual machine resource and deploys a SQL resource provider installation package on that virtual machine and the manifest names a resource provider registration resource and defines that the resource provider registration resource depends on the virtual machine resource; receiving the manifest at a resource manager; based upon information in the manifest, assigning one or more resources in the distributed computing system to support the new service; calling a subscription management service to create the resource provider registration resource; and creating , by the subscription management service, the resource provider registration resource for registering the new service; and based upon information in the manifest, registering the new service with the subscription management service, wherein the resource provider registration resource in the manifest is used to register the new service with the subscription management service.
A razor wire rapid deployment unit RDU , comprising: an enclosure having a first section coupleable with a second section ; a razor wire having a first end coupled to the first section and a second end coupled to the second section , wherein the razor wire is disposed within an interior area defined by the enclosure, wherein the first and second sections of the enclosure are moveable relative to one another to expand and compress the razor wire ; characterised by an anchor component rotatably coupled to the second section , the anchor component comprising: a first tube extending parallel to the second section ; a second tube extending from a base of the first tube , wherein in a first configuration the second tube extends parallel to the second section , and wherein in a second configuration the second tube extends perpendicular to the second section , and a third tube extending between the first tube and the second tube. an enclosure having a first section coupleable with a second section ; a razor wire having a first end coupled to the first section and a second end coupled to the second section , wherein the razor wire is disposed within an interior area defined by the enclosure, wherein the first and second sections of the enclosure are moveable relative to one another to expand and compress the razor wire ; characterised by an anchor component rotatably coupled to the second section , the anchor component comprising: a first tube extending parallel to the second section ; a second tube extending from a base of the first tube , wherein in a first configuration the second tube extends parallel to the second section , and wherein in a second configuration the second tube extends perpendicular to the second section , and a third tube extending between the first tube and the second tube. a first tube extending parallel to the second section ; a second tube extending from a base of the first tube , wherein in a first configuration the second tube extends parallel to the second section , and wherein in a second configuration the second tube extends perpendicular to the second section , and a third tube extending between the first tube and the second tube.
An apparatus, comprising a system-on-chip, SOC, and a memory device configured to communicate with each other over a link wherein the SOC is configured to provide commands to the memory device over the link , wherein the memory device , comprises: a plurality of DRAM memory cells; and a plurality of mode registers, MR, configured to implement a partial array refresh, PAR, enable register and a PAR mask register, the PAR enable register comprising a plurality of enable bits including a partial array self-refresh, PASR, enable bit and a partial array auto-refresh, PAAR, enable bit, the PASR enable bit when set indicating that PASR is enabled, and the PAAR enable bit when set indicating that PAAR is enabled; and wherein the SOC is configured to issue a mode register write, MRW, command with a corresponding mode value to the memory device so as to set the PAAR enable bit of the PAR enable register; issue a mode register write, MRW, command with a corresponding mode value to the memory device so as to cause a mask value to be written to the PAR mask register, the mask value corresponding to a refresh skip region; and issue a REF command to the memory device; and wherein the memory device is configured to skip refreshing of the refresh skip region based on the PAR mask register when the REF command is issued by the SOC and the PAAR enable bit is set. a plurality of DRAM memory cells; and a plurality of mode registers, MR, configured to implement a partial array refresh, PAR, enable register and a PAR mask register, the PAR enable register comprising a plurality of enable bits including a partial array self-refresh, PASR, enable bit and a partial array auto-refresh, PAAR, enable bit, the PASR enable bit when set indicating that PASR is enabled, and the PAAR enable bit when set indicating that PAAR is enabled; and wherein the SOC is configured to issue a mode register write, MRW, command with a corresponding mode value to the memory device so as to set the PAAR enable bit of the PAR enable register; issue a mode register write, MRW, command with a corresponding mode value to the memory device so as to cause a mask value to be written to the PAR mask register, the mask value corresponding to a refresh skip region; and issue a REF command to the memory device; and wherein the memory device is configured to skip refreshing of the refresh skip region based on the PAR mask register when the REF command is issued by the SOC and the PAAR enable bit is set.
Method for positioning a patient for a medical imaging examination, in particular a magnetic resonance examination, by means of a patient positioning apparatus with a moveable patient couch , wherein the moveable patient couch is designed to be introduced into a patient receiving region of a medical imaging apparatus , and with a positioning unit with a position input unit which is arranged on a lateral edge region of the patient couch, wherein the positioning unit comprises a position output unit which is arranged on the lateral edge region of the patient couch, wherein the method comprises the following method steps: - detect an examination position by means of the position input unit, - output a position control signal by means of the position output unit, characterised in that , for the medical imaging examination, n examination positions can be input by means of the position input unit, wherein an nth examination position is specified by way of an n-fold actuation of the position input unit. - detect an examination position by means of the position input unit, - output a position control signal by means of the position output unit,
An optical sheet having a thickness of 0,5 - 3 mm comprising at least a pattern layer and a core layer , composed of light-permeable thermoplastic resins for light to pass through, characterized in that a diffusion or light guiding pattern is formed on the pattern layer and that the core layer being on the opposite side of the diffusion or light guiding pattern has a viscosity of 3 - 20 g/10 min and the pattern layer has a viscosity of 10 - 200 g/10 min, the viscosities in terms of the melt flow index measured at T=300°C/load 1.2 kg and determined according to standard method ISO 1133:1997, wherein the thickness of the pattern layer is 150 μm to 250 μm and the ratio of the height of the diffusion or light guiding pattern to the thickness of the pattern layer is 0.6 - 3.