mhurhangee/ep-ind-claims huggingface dataset:
A magnetoresistive device, comprising: an intermediate region, wherein the intermediate region includes at least one dielectric layer that forms a tunnel barrier; a magnetically fixed region (20; 120) on one side of the intermediate region; and a magnetically free region on an opposite side of the intermediate region, wherein the magnetically free region includes at least a first ferromagnetic region (34: 36) and a second ferromagnetic region (42; 46) separated by a non-magnetic insertion region, wherein one of the first ferromagnetic region (34; 36) and the second ferromagnetic region (42; 46) includes at least a boron-rich ferromagnetic layer and at least one boron-free ferromagnetic layer, and wherein another of the first ferromagnetic region (34; 36) and the second ferromagnetic region (42; 46) includes a boron-containing ferromagnetic layer and a ferromagnetic layer including iron or cobalt contacting each other, characterized in that the boron-rich ferromagnetic layer is in direct contact with the tunnel barrier of the intermediate region. an intermediate region, wherein the intermediate region includes at least one dielectric layer that forms a tunnel barrier; a magnetically fixed region (20; 120) on one side of the intermediate region; and a magnetically free region on an opposite side of the intermediate region, wherein the magnetically free region includes at least a first ferromagnetic region (34: 36) and a second ferromagnetic region (42; 46) separated by a non-magnetic insertion region, wherein one of the first ferromagnetic region (34; 36) and the second ferromagnetic region (42; 46) includes at least a boron-rich ferromagnetic layer and at least one boron-free ferromagnetic layer, and wherein another of the first ferromagnetic region (34; 36) and the second ferromagnetic region (42; 46) includes a boron-containing ferromagnetic layer and a ferromagnetic layer including iron or cobalt contacting each other, characterized in that the boron-rich ferromagnetic layer is in direct contact with the tunnel barrier of the intermediate region.
A method of selecting fish from species within the family Salmonidae with one or more improved traits, said method comprising the step of identifying in a sample, the presence of sequence variations within the nucleic acid or amino acid sequences encoding one or more of the proteins/sequences selected from the group consisting of: (i) CAST2 (SEQ ID NO: 7/8); (ii) cAPN1a (SEQ ID NO: 1/2); (iii) MYOD1b (SEQ ID NO: 3/4); (iv) MYF5 (SEQ ID NO: 5/6); (v) CAPN11 (SEQ ID NO: 9); (vi) CAPN3 (SEQ ID NO: 10/11); (vii) DY714774 (SEQ ID NO: 12); and (viii) AGKD01012360 (SEQ ID NO: 13) wherein the presence of variations in the nucleic acid or amino acid sequences encoding any of (i)-(viii) above, are associated with improved traits, optionally wherein, (a) the improved trait is assessed relative to the corresponding trait in a control fish or flesh sample or by reference to the corresponding trait in an unselected population of fish; and (b) the sequence variation is determined relative to the sequence of a reference sequence. (i) CAST2 (SEQ ID NO: 7/8); (ii) cAPN1a (SEQ ID NO: 1/2); (iii) MYOD1b (SEQ ID NO: 3/4); (iv) MYF5 (SEQ ID NO: 5/6); (v) CAPN11 (SEQ ID NO: 9); (vi) CAPN3 (SEQ ID NO: 10/11); (vii) DY714774 (SEQ ID NO: 12); and (viii) AGKD01012360 (SEQ ID NO: 13) (b) the sequence variation is determined relative to the sequence of a reference sequence.
An unmanned aerial vehicle comprising: a frame elongated along a frame axis (A F), the frame comprising a leading side and an aft side, the frame further comprising a left end portion and a right end portion; a first forward rotor assembly connected to the left end portion of the frame; a second forward rotor assembly connected to the right end portion of the frame, the first forward rotor assembly and the second forward rotor assembly being positioned on the leading side of the frame; a first aft rotor assembly connected to the left end portion of the frame; a second aft rotor assembly connected to the right end portion of the frame, the first aft rotor assembly and the second aft rotor assembly being positioned on the aft side of the frame; a first aft boom connecting the first aft rotor assembly to the left end portion of the frame; a second aft boom connecting the second aft rotor assembly to the right end portion of the frame; a compartment connected to the frame, the compartment comprising a leading side; a curved leading-edge fairing disposed on the frame, wherein a portion of the curved leading-edge fairing extends to cover the leading side of the compartment, and wherein the curved leading-edge fairing reduces drag during flight in a forward direction to enable a substantially level flight profile; a pair of outboard rotor assemblies (70, 80) disposed on a pair of outboard booms (72, 82); and a pair of forward boom fairings (120, 150) disposed on the pair of outboard booms (72, 82). a frame elongated along a frame axis (A F), the frame comprising a leading side and an aft side, the frame further comprising a left end portion and a right end portion; a first forward rotor assembly connected to the left end portion of the frame; a second forward rotor assembly connected to the right end portion of the frame, the first forward rotor assembly and the second forward rotor assembly being positioned on the leading side of the frame; a first aft rotor assembly connected to the left end portion of the frame; a second aft rotor assembly connected to the right end portion of the frame, the first aft rotor assembly and the second aft rotor assembly being positioned on the aft side of the frame; a first aft boom connecting the first aft rotor assembly to the left end portion of the frame; a second aft boom connecting the second aft rotor assembly to the right end portion of the frame; a compartment connected to the frame, the compartment comprising a leading side; a curved leading-edge fairing disposed on the frame, wherein a portion of the curved leading-edge fairing extends to cover the leading side of the compartment, and wherein the curved leading-edge fairing reduces drag during flight in a forward direction to enable a substantially level flight profile; a pair of outboard rotor assemblies (70, 80) disposed on a pair of outboard booms (72, 82); and a pair of forward boom fairings (120, 150) disposed on the pair of outboard booms (72, 82).
Device for triggering the filling of a sprinkler system with water in a vacuum system, comprising at least one actuator comprising a body in which a water inlet pipe and a water outlet pipe open out, both able to be put in communication, a member of the actuator being able to allow/prevent the water inlet pipe being put in communication with the water outlet pipe so that the prevention of the communication of the two pipes maintains the sprinkler system under vacuum while putting the two pipes in communication triggers the filling of the sprinkler system with water, the triggering device comprising: - a master actuator sensitive to the pressure present in the sprinkler system and able to move a yoke from a first position to a second position; - a means for locking the member of the actuator in position, preventing the two pipes from being put in communication; - a transmission member between said yoke and said locking means able to allow the member of the actuator to pass into the position allowing the putting of the two pipes in communication when the yoke is in said second position, characterised in that said master actuator comprises a membrane able to move between a first position corresponding to a state of the sprinkler system being under vacuum and a second position corresponding to an opening of the sprinkler system to atmospheric pressure, said first and second positions of the membrane corresponding to said first and second positions of the yoke. - a master actuator sensitive to the pressure present in the sprinkler system and able to move a yoke from a first position to a second position; - a means for locking the member of the actuator in position, preventing the two pipes from being put in communication; - a transmission member between said yoke and said locking means able to allow the member of the actuator to pass into the position allowing the putting of the two pipes in communication when the yoke is in said second position,
A composite reed for a wind instrument which has a matrix made of a polymer material and a plurality of reinforcing fibers made of another polymer material, embedded inside said matrix, said other polymer material being a thermoplastic polymer material; characterized in that the reinforcing fibers of said plurality of fibers are continuous fibers extending parallel to one another inside said matrix along the longitudinal direction of the reed and over its entire length, and in that said a polymer material is a thermoplastic polymer material, said a polymer material and that said another polymer material belong to the polyolefin family.
A solenoid pump for apparatus for delivering and dispensing beverages, such as automatic coffee percolators and dispensers for hot and/or cold beverages, said solenoid pump including: - a plunger, having an alternative motion and - a kit of seals, comprising: - a sealing pad between said pump sleeve and said pump plunger, - a check valve after the plunger, and - a conventional gasket, said solenoid pump being characterized in that: - the sealing pad consists of a C-ring provided with two round lips defining an outer race, - the material of the C-ring consists of PTFE extruded with glass fibers of a length in the range of 30 to 80 microns, comprises 95% to 75% by weight of PTFE and 5% to 25% by weight of fiberglass, - said conventional gasket is arranged within said outer race, and - the check valve comprises a ball of aluminium oxide. - a plunger, having an alternative motion and - a kit of seals, comprising: - a sealing pad between said pump sleeve and said pump plunger, - a check valve after the plunger, and - a conventional gasket, - a sealing pad between said pump sleeve and said pump plunger, - a check valve after the plunger, and - a conventional gasket, - the sealing pad consists of a C-ring provided with two round lips defining an outer race, - the material of the C-ring consists of PTFE extruded with glass fibers of a length in the range of 30 to 80 microns, comprises 95% to 75% by weight of PTFE and 5% to 25% by weight of fiberglass, - said conventional gasket is arranged within said outer race, and - the check valve comprises a ball of aluminium oxide.
A user device, UE, for a wireless communication system, the wireless communication system including a plurality of user devices, UEs, wherein the UE (UE-A) is to communicate with one or more further UEs (UE-B) using a sidelink, SL, interface, like a PC5 interface, wherein the UE (UE-A) is to send to the further UE (UE-B) one or more reports or assistance information messages, AIMs, to provide the further UE (UE-B) with one or more of the following: • resource allocation related assistance information, • link related assistance information, • distance related assistance information, • geographical area related assistance information, • group related assistance information, • relay related assistance information, characterized in that the UE (UE-A) is to send or transmit the one or more AlMs as a part of a data transmission, which is indicated by parameters in the accompanying control message, like a SCI, and the indication in the control message comprises one of the following: • a beta_offset_indicator in a first stage SCI, • a parameter to be set by the UE (UE-A) in a first stage SCI or second stage SCI for indicating the presence of the AIM in the PSSCH. wherein the UE (UE-A) is to communicate with one or more further UEs (UE-B) using a sidelink, SL, interface, like a PC5 interface, wherein the UE (UE-A) is to send to the further UE (UE-B) one or more reports or assistance information messages, AIMs, to provide the further UE (UE-B) with one or more of the following: • resource allocation related assistance information, • link related assistance information, • distance related assistance information, • geographical area related assistance information, • group related assistance information, • relay related assistance information, • resource allocation related assistance information, • link related assistance information, • distance related assistance information, • geographical area related assistance information, • group related assistance information, • relay related assistance information, characterized in that the UE (UE-A) is to send or transmit the one or more AlMs as a part of a data transmission, which is indicated by parameters in the accompanying control message, like a SCI, and the indication in the control message comprises one of the following: • a beta_offset_indicator in a first stage SCI, • a parameter to be set by the UE (UE-A) in a first stage SCI or second stage SCI for indicating the presence of the AIM in the PSSCH. • a beta_offset_indicator in a first stage SCI, • a parameter to be set by the UE (UE-A) in a first stage SCI or second stage SCI for indicating the presence of the AIM in the PSSCH.
An apparatus comprising: a mud skip, wherein the mud skip comprises a frame; a container configured to store drilling waste; a lid coupled to the container; and at least one arm coupled to the lid and configured to lift or lower the lid when moved, wherein the at least one arm comprises a counterweight, and wherein the at least one arm extends outwardly and upwardly beyond the top of the container, wherein the mud skip is configured to be stacked with another mud skip, wherein the container includes a groove formed on a bottom surface of the container for receiving an upwardly extending section of an arm of another mud skip.
Method for concentrating light by coupling light into a thin film waveguide (2, 3, 4) arranged on a substrate via at least one of its parallel surfaces, the method further comprising the step of exciting in the thin-film-waveguide (2, 3, 4) at least one lateral guided mode propagating in a direction being parallel to the surface of the thin film waveguide (2, 3, 4) and perpendicular to the normal vector of the substrate surface by interaction of the incident light with a nanopatterned discontinuous excitation layer characterized in exciting the lateral guided mode having at least one node being the minimum of intensity in the intensity profile regarded in the direction of mode confinement of the excited mode within the waveguide, preferably exactly one node, by breaking the planarity of the thin film waveguide and enabling a change of the propagation direction of the incident light in the interaction with the nanopatterned discontinuous excitation layer being arranged in the thin film waveguide (2, 3, 4) between two layers (2, 4) of transparent dielectric material of a larger refractive index compared to the substrate at the position of the at least one node of the guided lateral mode.
A method in a communication device for executing a software updating process within the communication device, the method comprising: - initiating a data capturing procedure, using at least one sensor which is accessible to the communication device, in response to determining, based on internal analysis, without considering any user interaction, that software updating is required; - comparing data acquired during the initiated data capturing procedure to predefined conditions for initiating a software updating process; - initiating the software updating process within the communication device in response to determining, by the communication device, during the comparing, that the environment of the at least one sensor or the at least one sensor has been manipulated such that the acquired data is forced_to fall within a specific interval, pattern or in a specific way in relation to a threshold value. - initiating a data capturing procedure, using at least one sensor which is accessible to the communication device, in response to determining, based on internal analysis, without considering any user interaction, that software updating is required; - comparing data acquired during the initiated data capturing procedure to predefined conditions for initiating a software updating process; - initiating the software updating process within the communication device in response to determining, by the communication device, during the comparing, that the environment of the at least one sensor or the at least one sensor has been manipulated such that the acquired data is forced_to fall within a specific interval, pattern or in a specific way in relation to a threshold value.
An isolated antibacterial polypeptide that has an amino acid sequence chosen from the group consisting of SEQ ID NO:17 (DinQ ORF-V peptide with N-terminal Met), SEQ ID NO:19 (G10K variant of DinQ ORF-V peptide), SEQ ID NO:20 (L23I variant of DinQ ORF-V peptide), SEQ ID NO:21 (I7V variant of DinQ ORF-V peptide), SEQ ID NO:22 (L12I, I13V double mutant variant of DinQ ORF-V peptide) and SEQ ID NO: 11 (DinQ ORF-V peptide).
A waveguide assembly (104; 304; 604) for a loudspeaker (100; 300; 600), the waveguide assembly comprising: a plurality of panels (112; 312; 612); and a plurality of trays (114; 314; 614), which together with the plurality of panels at least partially defines a waveguide, wherein one or more of the panels are arranged to be movable relative to the trays to adjust a coverage pattern of the waveguide assembly, wherein the waveguide assembly further comprises a coupling member for acoustically coupling one or more electro-acoustic transducers to the waveguide assembly, and wherein the plurality of panels includes a pair of fixed panels that remain stationary relative to the trays and a plurality of displaceable panels that are movable relative to the trays to allow adjustment of the coverage pattern, the waveguide assembly being characterised in that the one or more of the panels arranged to be movable comprise displaceable panels, the waveguide assembly further comprising one or more motors coupled to the displaceable panels. a plurality of panels (112; 312; 612); and a plurality of trays (114; 314; 614), which together with the plurality of panels at least partially defines a waveguide, wherein one or more of the panels are arranged to be movable relative to the trays to adjust a coverage pattern of the waveguide assembly, wherein the waveguide assembly further comprises a coupling member for acoustically coupling one or more electro-acoustic transducers to the waveguide assembly, and wherein the plurality of panels includes a pair of fixed panels that remain stationary relative to the trays and a plurality of displaceable panels that are movable relative to the trays to allow adjustment of the coverage pattern, the waveguide assembly being characterised in that the one or more of the panels arranged to be movable comprise displaceable panels, the waveguide assembly further comprising one or more motors coupled to the displaceable panels.
A copper alloy for electronic materials containing: Ni: 1.0-2.5% by mass; Co: 0.5-2.5% by mass; Si: 0.3-1.2% by mass; optionally up to 0.5% by mass of Cr; optionally a total of up to 0.5% by mass of one or more selected from Mg, Mn, Ag and P; optionally a total of up to 2.0% by mass of one or two selected from Sn and Zn; optionally a total of up to 2.0% by mass of one or more selected from As, Sb, Be, B, Ti, Zr, Al and Fe; and the balance being Cu and unavoidable impurities; and having an average crystal-grain diameter of 15-30 μm; wherein the average of the differences between a maximum crystal-grain diameter and a minimum crystal-grain diameter obtained in 15 fields of view, each field having an area of 0.5 mm 2, is 7 μm or smaller. Ni: 1.0-2.5% by mass; Co: 0.5-2.5% by mass; Si: 0.3-1.2% by mass; optionally up to 0.5% by mass of Cr; optionally a total of up to 0.5% by mass of one or more selected from Mg, Mn, Ag and P; optionally a total of up to 2.0% by mass of one or two selected from Sn and Zn; optionally a total of up to 2.0% by mass of one or more selected from As, Sb, Be, B, Ti, Zr, Al and Fe; and the balance being Cu and unavoidable impurities; and having an average crystal-grain diameter of 15-30 μm; wherein the average of the differences between a maximum crystal-grain diameter and a minimum crystal-grain diameter obtained in 15 fields of view, each field having an area of 0.5 mm 2, is 7 μm or smaller.
A method comprising employing at least one hardware processor of a computer system to: in response to receiving a robotic process automation, RPA, script indicating a target element of a user interface, UI,, perform an attempt to identify a runtime instance of the target element within a runtime instance of the UI, the runtime instance of the UI currently displaying an initial part of an electronic document; in response to a successful identification of the runtime instance of the target element, perform an action that reproduces a result of a human operator acting on the runtime instance of the target element; characterized in that if the attempt fails, determine whether a UI container (54a; 54b; 54c; 54d; 54e) currently displaying the initial part of the electronic document is scrollable; in response, if the UI container is scrollable, activate a scroll control (55a, 55b; 55c, 55d, 55e; 55f, 55g; 55h, 55k, 55m, 55n) to cause the runtime instance of the UI to display a subsequent part of the electronic document; in response to activating the scroll control, perform another attempt to identify the runtime instance of the target element within the runtime instance of the UI, the runtime instance of the UI currently displaying the subsequent part of the electronic document. in response to receiving a robotic process automation, RPA, script indicating a target element of a user interface, UI,, perform an attempt to identify a runtime instance of the target element within a runtime instance of the UI, the runtime instance of the UI currently displaying an initial part of an electronic document; in response to a successful identification of the runtime instance of the target element, perform an action that reproduces a result of a human operator acting on the runtime instance of the target element; characterized in that if the attempt fails, determine whether a UI container (54a; 54b; 54c; 54d; 54e) currently displaying the initial part of the electronic document is scrollable; in response, if the UI container is scrollable, activate a scroll control (55a, 55b; 55c, 55d, 55e; 55f, 55g; 55h, 55k, 55m, 55n) to cause the runtime instance of the UI to display a subsequent part of the electronic document; in response to activating the scroll control, perform another attempt to identify the runtime instance of the target element within the runtime instance of the UI, the runtime instance of the UI currently displaying the subsequent part of the electronic document.
An article comprising a layer of a pressure sensitive adhesive composition comprising (i) a polysiloxane adhesive, wherein the polysiloxane adhesive constitutes from 40 % to 75 % by weight of the adhesive composition, and (ii) one or more hydrocolloids dispersed in the polysiloxane adhesive, wherein the one or more hydrocolloids constitute from 25 % to 35 % by weight of the adhesive composition, and wherein the polysiloxane adhesive is a one-part adhesive and at least partially crosslinked.
A method for purifying a recombinant protein from a sample containing the recombinant protein and a second protein that binds to the protein, comprising subjecting the sample to a tentacle anion exchange matrix chromatography medium in a buffer at about pH 8, followed by eluting the recombinant protein bound to the chromatography medium in an eluant, wherein the tentacle anion exchange matrix chromatography medium contains trimethylammoniumethyl (TMAE), wherein the second protein is Protein A, and wherein the recombinant protein is etanercept.