mhurhangee/ep-ind-claims huggingface dataset:
A superconducting coil arrangement comprising one or two axially stacked superconducting coils (10, 20) each provided with a tape-like superconducting wire (1, 11 - 19) wound around an axis, wherein the superconducting coil arrangement comprises: a release material layer (3, 31 - 34, 36 - 39) between layers of each of the wound superconducting wire (1, 11 - 19) which are adjacent in a radial direction and at both ends in an axial direction of the superconducting coil arrangement; and a resin layer (4, 41 - 48) between layers of each of the wound superconducting wire (1, 11 - 19) which are adjacent in the radial direction and in a region other than a region where the release material layer (3, 31 - 34, 36 - 39) is formed. a release material layer (3, 31 - 34, 36 - 39) between layers of each of the wound superconducting wire (1, 11 - 19) which are adjacent in a radial direction and at both ends in an axial direction of the superconducting coil arrangement; and a resin layer (4, 41 - 48) between layers of each of the wound superconducting wire (1, 11 - 19) which are adjacent in the radial direction and in a region other than a region where the release material layer (3, 31 - 34, 36 - 39) is formed.
A device for processing a query over a data store to return a window of data that satisfies the query, wherein the query involves a sort operation, the device comprising: at least one query processor (210, 220) that is adapted to: receive a query from an application; define a query specification (212, 1300) and analyze the query specification to determine an execution path for satisfying the query, wherein the execution path depends on a distribution and cardinality of data identifiers on the column for which sort will be performed; compute a histogram containing ordered data identifiers and a running sum of occurrences of data identifiers on the column for which sort is to be performed; determine at least one result set for the sort operation that match with the window, by comparing a window position with the running sum in the histogram to determine ordered data identifiers in rows matching the window position, determining storage line numbers for the determined ordered data identifiers, picking up from the determined storage line numbers data of the rows matching the window position, and returning the picked up data as the at least one result set; and transmit the at least one result set to the application. receive a query from an application; define a query specification (212, 1300) and analyze the query specification to determine an execution path for satisfying the query, wherein the execution path depends on a distribution and cardinality of data identifiers on the column for which sort will be performed; compute a histogram containing ordered data identifiers and a running sum of occurrences of data identifiers on the column for which sort is to be performed; determine at least one result set for the sort operation that match with the window, by comparing a window position with the running sum in the histogram to determine ordered data identifiers in rows matching the window position, determining storage line numbers for the determined ordered data identifiers, picking up from the determined storage line numbers data of the rows matching the window position, and returning the picked up data as the at least one result set; and transmit the at least one result set to the application.
A method for protecting data contained in a security module of a telecommunication device equipped with a near field communication router, characterized in that a provision of data from the security module to the near field communication router is dependent on a verification, by said security module, of a signature of a routing table between gates of said router, and in that each update of the routing table is dependent on a verification, by the security module, of an authentication code keyed in by a user.
A method comprising: rotating a tubular mandrel about a longitudinal axis of the tubular mandrel, wherein the tubular mandrel is vertically-oriented; depositing a composite material on an inner surface of the tubular mandrel as the tubular mandrel is rotated so as to form a composite tubular member on the inner surface of the tubular mandrel; inserting an inner expandable mandrel within the composite tubular member; expanding the inner expandable mandrel so as to cause the inner expandable mandrel to press the composite tubular member against the inner surface of the tubular mandrel; curing the composite tubular member while being sandwiched between the inner expandable mandrel and the tubular mandrel; removing the inner expandable mandrel; placing a frame within the composite tubular member; and removing the tubular mandrel so as to obtain the composite tubular member with the frame placed therein; wherein the frame is a geodesic frame comprising two oppositely-wound spirals (400, 404) joined at intersection points of the two oppositely-wound spirals. rotating a tubular mandrel about a longitudinal axis of the tubular mandrel, wherein the tubular mandrel is vertically-oriented; depositing a composite material on an inner surface of the tubular mandrel as the tubular mandrel is rotated so as to form a composite tubular member on the inner surface of the tubular mandrel; inserting an inner expandable mandrel within the composite tubular member; expanding the inner expandable mandrel so as to cause the inner expandable mandrel to press the composite tubular member against the inner surface of the tubular mandrel; curing the composite tubular member while being sandwiched between the inner expandable mandrel and the tubular mandrel; removing the inner expandable mandrel; placing a frame within the composite tubular member; and removing the tubular mandrel so as to obtain the composite tubular member with the frame placed therein; wherein the frame is a geodesic frame comprising two oppositely-wound spirals (400, 404) joined at intersection points of the two oppositely-wound spirals.
Pneumatic vehicle tyre of a radial type of construction, in particular a commercial vehicle tyre, which has a breaker belt with two bracing plies comprising reinforcing elements (2, 2') embedded in rubber material and extending parallel to one another, the reinforcing elements (2, 2') extending at an acute angle (α, α') in relation to the circumferential direction and the reinforcing elements (2, 2') in one bracing ply crossing the reinforcing elements in the other bracing ply, and the peripheral edges (3, 3') extending along a uniform wave shape in the plane of the end portions of the reinforcing elements (2, 2'), characterized in that the peripheral edges (3, 3') of the two bracing plies have wave shapes with coinciding wave lengths (λ, λ'), the wave shape of the peripheral edges of one bracing ply being offset by half a wave length with respect to the wave shape of the peripheral edges of the other bracing ply.
A method comprising the steps of: collecting, by a device comprising one or more processors and a user interface - UI - for interacting with a user of the device, telemetry data from one or more applications on the device, the telemetry data at least describing user interactions with the one or more applications, obtaining, by the device, a prioritized list of activities that are associated with the one or more applications, the prioritized list being generated by application of a pattern recognition methodology to extract user interaction patterns from the telemetry data, personalizing the device responsively to a prioritized list of activities, and suspending operations of an application on the device associated with activities in the list having a priority below a predetermined threshold. collecting, by a device comprising one or more processors and a user interface - UI - for interacting with a user of the device, telemetry data from one or more applications on the device, the telemetry data at least describing user interactions with the one or more applications, obtaining, by the device, a prioritized list of activities that are associated with the one or more applications, the prioritized list being generated by application of a pattern recognition methodology to extract user interaction patterns from the telemetry data, personalizing the device responsively to a prioritized list of activities, and suspending operations of an application on the device associated with activities in the list having a priority below a predetermined threshold.
Plug device suitable for contact-free inductive energy transfer from a primary part to a secondary part, the plug device comprising these parts, which each have at least one coil (10, 10') and are inductively connected to each other, wherein the at least one coil (10, 10') works together with at least one ferrite core (11, 11') in each case, wherein in the primary part at least one inverter with electronic components is arranged integrally with the coil and the ferrite core in a housing and/or in the secondary part at least one rectifier with electronic components is arranged integrally with the coil and the ferrite core in a housing, characterized in that the respective electronic components (21, 21') are in thermal contact with the respective ferrite core (11, 11'), wherein the respective ferrite core (11, 11') can be heated during operation due to the power loss converted in the electronic components.
A method for manufacturing an inner structure with a slot-like opening as an insertion geometry and/or as a rotation lock or as a positioning structure of a ceramic implant or of a ceramic attachment element, wherein a rotating disc for removing ceramic material is advanced in an advance direction of the rotating disc perpendicularly to the rotation axis of the disc, into a proximally accessible face surface of the ceramic implant or into an end surface of a ceramic attachment element.
A nonwoven carrier for immobilizing superabsorbent polymer particles in an absorbent article, comprising a nonwoven top layer penetrable by the particles, and a nonwoven bottom layer, whereby said top layer is mechanically bonded by hydroentanglement to the bottom layer, wherein the bottom layer is porous with a pore size smaller than said particles, characterized in that said top layer is a carded nonwoven made of staple fibers, and in that the bottom layer is a spunmelt fabric.
An apparatus for isolating individual target cells, the apparatus comprising: a body structure comprising a main channel, a collection channel, and a waste channel fluidly coupled at a first fluid junction, the body structure further comprising a plurality of trapping channels intersecting the collection channel, each of the trapping channels having a diameter at a location adjacent to the intersection of the trapping channel with the collection channel that is less than a diameter of an individual target cell; an imaging system configured to image each of a plurality of individual target and non-target cells within the main channel, thereby producing imaging data; a processor configured to perform real-time, multivariate analyses of the imaging data; a directing system configured to direct the individual target cells; and a pressure source in fluid communication with one or more of the collection channel or the waste channel, wherein the pressure source is capable of applying a first pressure to the body structure to immobilize the target cell at a trapping location of one of the plurality of trapping channels and a second pressure to the body structure to draw one or more of the target cells into and through the trapping channel at whose trapping location the target cell has been immobilized. a body structure comprising a main channel, a collection channel, and a waste channel fluidly coupled at a first fluid junction, the body structure further comprising a plurality of trapping channels intersecting the collection channel, each of the trapping channels having a diameter at a location adjacent to the intersection of the trapping channel with the collection channel that is less than a diameter of an individual target cell; an imaging system configured to image each of a plurality of individual target and non-target cells within the main channel, thereby producing imaging data; a processor configured to perform real-time, multivariate analyses of the imaging data; a directing system configured to direct the individual target cells; and a pressure source in fluid communication with one or more of the collection channel or the waste channel, wherein the pressure source is capable of applying a first pressure to the body structure to immobilize the target cell at a trapping location of one of the plurality of trapping channels and a second pressure to the body structure to draw one or more of the target cells into and through the trapping channel at whose trapping location the target cell has been immobilized.
A red blood cell washing apparatus arranged to exchange one or more exchangeable entities in a cell-containing first fluid, the apparatus comprising, a first fluid conduit and a second fluid conduit, the second fluid conduit being separated from the first fluid conduit by a semi-permeable membrane disposed therebetween; the first fluid conduit having a first fluid inlet and a first fluid outlet, the first fluid conduit arranged to transport the first fluid in a first direction between the first fluid inlet and the first fluid outlet; the second fluid conduit being arranged to house a second fluid; wherein the semi-permeable membrane comprises a plurality of pores arranged to permit transport of said one or more exchangeable entities from the first fluid to the second fluid; wherein the one or more exchangeable entities comprise free haemoglobin and/or blood plasma; and wherein the first fluid is whole blood isolated from a human body, or packed red blood cells; characterised in that the second fluid conduit is configured to house a fixed volume of said second fluid, and the apparatus is configured such that said first fluid passes through the first fluid conduit and said second fluid is stationary in the second fluid conduit. a first fluid conduit and a second fluid conduit, the second fluid conduit being separated from the first fluid conduit by a semi-permeable membrane disposed therebetween; the first fluid conduit having a first fluid inlet and a first fluid outlet, the first fluid conduit arranged to transport the first fluid in a first direction between the first fluid inlet and the first fluid outlet; the second fluid conduit being arranged to house a second fluid; wherein the semi-permeable membrane comprises a plurality of pores arranged to permit transport of said one or more exchangeable entities from the first fluid to the second fluid; wherein the one or more exchangeable entities comprise free haemoglobin and/or blood plasma; and wherein the first fluid is whole blood isolated from a human body, or packed red blood cells; characterised in that the second fluid conduit is configured to house a fixed volume of said second fluid, and the apparatus is configured such that said first fluid passes through the first fluid conduit and said second fluid is stationary in the second fluid conduit.
Method for improving the data security in a communication process of vehicle-to-X communication of a vehicle, wherein vehicle-to-X messages to be sent are encrypted and/or authenticated before sending and received vehicle-to-X messages are decrypted and/or the authenticity thereof is checked when received, wherein a processor is used to perform the encryption and/or the authentication, and a hardware security module is used to perform the decryption and/or the authenticity check, wherein the processor and the hardware security module are linked via a shared secret such that at least the hardware security module cannot be linked to any other processor, with the result that communication would be denied by the processor or the hardware security module. wherein vehicle-to-X messages to be sent are encrypted and/or authenticated before sending and received vehicle-to-X messages are decrypted and/or the authenticity thereof is checked when received, wherein a processor is used to perform the encryption and/or the authentication, and a hardware security module is used to perform the decryption and/or the authenticity check, wherein the processor and the hardware security module are linked via a shared secret such that at least the hardware security module cannot be linked to any other processor, with the result that communication would be denied by the processor or the hardware security module.
A cooling nozzle used for laser cutting of a brittle material substrate, the cooling nozzle comprising: a gas discharging outlet that is formed in a ring shape; and a liquid tube that protrudes outward from the center of the gas discharging outlet, the liquid tube discharging cooling liquid, wherein the protruding amount of said liquid tube falls within a range of 0.5 to 1.0 mm, characterized in that the inclination angle of an inner end surface of a gas flow path relative to the center axis of the gas flow path decreases in stages toward said gas discharging outlet. a gas discharging outlet that is formed in a ring shape; and a liquid tube that protrudes outward from the center of the gas discharging outlet, the liquid tube discharging cooling liquid, wherein the protruding amount of said liquid tube falls within a range of 0.5 to 1.0 mm, characterized in that the inclination angle of an inner end surface of a gas flow path relative to the center axis of the gas flow path decreases in stages toward said gas discharging outlet.
A suture anchor assembly comprising: an anchor body including a distal end, a proximal end, a length extending along a longitudinal axis, and a cavity, wherein the cavity extends at least partially along the length of the anchor body and from an opening located at the proximal end of the anchor body; at least one tissue securing suture looped around a member, wherein the at least one tissue securing suture includes a first end and a second end that extend out of the opening located at the proximal end of the anchor body; and a driver having a cannula, wherein the cannula has a distal opening and a proximal opening, the driver is receivable in a portion of the cavity, and the first end and the second end of the at least one tissue securing suture extend out of the proximal opening of the cannula, the cavity includes a first bore having a first cross section and a second bore having a second cross section different from the first cross section, characterized in that the member is rigid and attached to the anchor body and fixed against movement by the anchor body relative to the longitudinal axis of the anchor body; and that the first bore is adapted to receive the driver and the second bore is adapted to receive the rigid member. an anchor body including a distal end, a proximal end, a length extending along a longitudinal axis, and a cavity, wherein the cavity extends at least partially along the length of the anchor body and from an opening located at the proximal end of the anchor body; at least one tissue securing suture looped around a member, wherein the at least one tissue securing suture includes a first end and a second end that extend out of the opening located at the proximal end of the anchor body; and a driver having a cannula, wherein the cannula has a distal opening and a proximal opening, the driver is receivable in a portion of the cavity, and the first end and the second end of the at least one tissue securing suture extend out of the proximal opening of the cannula, the cavity includes a first bore having a first cross section and a second bore having a second cross section different from the first cross section, the member is rigid and attached to the anchor body and fixed against movement by the anchor body relative to the longitudinal axis of the anchor body; and that the first bore is adapted to receive the driver and the second bore is adapted to receive the rigid member.
Use of a cermetic layer, applied to the base material and/or on the substrate, as ballistic-effect protection layer in a ballistic protection system, where the cermetic layer consists of a fraction of hard material phase and a balance of binder phase, where the fraction of hard material phase in wt% is 60-98, the hard material phase consists of components including a carbide, such as tungsten carbide, chromium carbide, titanium carbide, tantalum carbide, niobium carbide, vanadium carbide, silicon carbide, etc., and also mixtures of these, and the binder phase is suitably cobalt (Co) or cobalt alloys, nickel (Ni) or nickel alloys and iron (Fe) or iron alloys.
A host device, comprising: a plurality of master interfaces corresponding to a plurality of point-to-point, P2P, links for coupling to a corresponding plurality of first slave devices, wherein each first slave device includes a slave interface for coupling through a corresponding P2P link to a corresponding master interface on the host device; and characterised by a node aggregator configured to assign a unique link ID to each P2P link upon initiation of an enumeration process for the plurality of first slave devices, the node aggregator being further configured to receive a unique node ID equalling a concatenation of a slave bit and the unique link ID for the corresponding P2P link from each first slave device's slave interface, and wherein the node aggregator is further configured to address each first slave device through the corresponding master interface with a message including the first slave device's unique node ID, each message further including a bit-optimized address to be assigned to the first slave device, the bit-optimized address for each first slave device being shorter than the unique node ID for each first slave device. a plurality of master interfaces corresponding to a plurality of point-to-point, P2P, links for coupling to a corresponding plurality of first slave devices, wherein each first slave device includes a slave interface for coupling through a corresponding P2P link to a corresponding master interface on the host device; and characterised by a node aggregator configured to assign a unique link ID to each P2P link upon initiation of an enumeration process for the plurality of first slave devices, the node aggregator being further configured to receive a unique node ID equalling a concatenation of a slave bit and the unique link ID for the corresponding P2P link from each first slave device's slave interface, and wherein the node aggregator is further configured to address each first slave device through the corresponding master interface with a message including the first slave device's unique node ID, each message further including a bit-optimized address to be assigned to the first slave device, the bit-optimized address for each first slave device being shorter than the unique node ID for each first slave device.
A titanium sheet, wherein, the titanium which is used for producing the titanium sheet is selected from the group consisting of JIS1, JIS2, ASTM Gr. 1, ASTM Gr. 2, ASTM Gr. 16, ASTM Gr. 17, ASTM Gr. 30, and ASTM Gr. 7, wherein, when a carbon concentration of a base material is C b (mass%) and a carbon concentration at a depth d μm from a surface is C d (mass%), the depth d (carbon concentrated layer thickness) satisfying C d /C b > 1.5 is 1.0 μm or more and less than 10.0 μm, wherein a Vickers hardness HV 0.025 at a load of 0.245 N in the surface is 200 or more, a Vickers hardness HV 0.05 at a load of 0.49 N in the surface is lower than HV 0.025, and a difference between HV 0.025 and HV 0.05 is 30 or more, wherein a Vickers hardness HV 1 at a load of 9.8 N in the surface is 150 or less.
A composition comprising at least the following: A) an olefin multi-block copolymer; B) a silicone rubber; C) a tackifier; wherein the olefin multi-block copolymer of component A is present in an amount ≥ 50 wt%, based on the weight of the composition. A) an olefin multi-block copolymer; B) a silicone rubber; C) a tackifier;