mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: sending link data from a node in a network to a control entity; when a selected node of the network is part of a tree of multicast transmission, querying, by the selected node, the control entity for a multicast Many Tree assignment; receiving and storing the multicast Many Tree assignment from the control entity at the selected node, characterized in that the multicast Many Tree assignment comprises a plurality of reverse path forwarding assignments each having priority relative to one another; and determining whether the highest priority tree defined by the plurality of reverse path forwarding assignments is the same as the tree of multicast transmission which the selected node is part of; and in the case where the highest priority tree defined by the plurality of reverse path forwarding assignments is not the same as the tree of multicast transmission which the selected node is part of, joining, by the selected node, the highest priority multicast Many Tree from the plurality of reverse path forwarding assignments. sending link data from a node in a network to a control entity; when a selected node of the network is part of a tree of multicast transmission, querying, by the selected node, the control entity for a multicast Many Tree assignment; receiving and storing the multicast Many Tree assignment from the control entity at the selected node, characterized in that the multicast Many Tree assignment comprises a plurality of reverse path forwarding assignments each having priority relative to one another; and determining whether the highest priority tree defined by the plurality of reverse path forwarding assignments is the same as the tree of multicast transmission which the selected node is part of; and in the case where the highest priority tree defined by the plurality of reverse path forwarding assignments is not the same as the tree of multicast transmission which the selected node is part of, joining, by the selected node, the highest priority multicast Many Tree from the plurality of reverse path forwarding assignments.
A nucleic acid encoding a synthetic HIV envelope protein comprising the amino acid sequence of SEQ ID NO: 8, or SEQ ID NO:8 having one or more mutations selected from the group consisting of (i) I529P, (ii) K480E, and (iii) a combination of EK479-480RRRR, I529P, A471C and T575C.
A method for adjusting bandwidth, comprising: using a slice logical port as a bandwidth borrowing logical port in response to monitoring that the slice logical port meets a preset bandwidth borrowing condition; searching for, in a physical port to which the bandwidth borrowing logical port belongs, a slice logical port that meets a preset bandwidth lending condition to act as a bandwidth lending logical port (S 1020); and extracting bandwidth from a bandwidth of the bandwidth lending logical port according to a preset bandwidth lending rule and allocating the extracted bandwidth to the bandwidth borrowing logical port; characterized in that, the preset bandwidth borrowing condition comprises that: an actual flow rate of services borne by the slice logical port is greater than a maximum flow rate threshold corresponding to the slice logical port; the preset bandwidth lending condition comprises that: the actual flow rate of services borne by the slice logical port is less than a minimum flow rate threshold corresponding to the slice logical port. using a slice logical port as a bandwidth borrowing logical port in response to monitoring that the slice logical port meets a preset bandwidth borrowing condition; searching for, in a physical port to which the bandwidth borrowing logical port belongs, a slice logical port that meets a preset bandwidth lending condition to act as a bandwidth lending logical port (S 1020); and extracting bandwidth from a bandwidth of the bandwidth lending logical port according to a preset bandwidth lending rule and allocating the extracted bandwidth to the bandwidth borrowing logical port; characterized in that, the preset bandwidth borrowing condition comprises that: an actual flow rate of services borne by the slice logical port is greater than a maximum flow rate threshold corresponding to the slice logical port; the preset bandwidth lending condition comprises that: the actual flow rate of services borne by the slice logical port is less than a minimum flow rate threshold corresponding to the slice logical port.
Particle sensor (100; 100a) comprising a particle charging device for charging particles in a fluid flow, and a sensor device for detecting a temporal profile of a sensor signal (S1; S1') having information about charged particles (P') in the fluid flow, characterized in that the particle sensor (100; 100a) is configured to determine an evaluation time window depending on at least one first variable characterizing a velocity of the fluid flow and to evaluate the temporal profile of the sensor signal (S1; S1') at least in a time range characterized by the evaluation time window.
A wall plug for composite waterproofing systems with a hollow cylindrical main body, wherein the main body has an opening at a first end in the axial direction for receiving a screw, wherein the main body has a pasty sealant exclusively in its interior, wherein an outer wall of the main body has a plurality of apertures and/or weakenings, and wherein the apertures and/or weakenings extend in the axial direction of the main body for between 10 mm and 15 mm; and/or wherein the apertures and/or weakenings extend in the axial direction over between 20% and 70% of the total length of the main body (10; 10') or over between 30% and 60% of the total length of the main body (10; 10') or over between 40% and 50% of the total length of the main body (10; 10').
A bronze alloy containing copper (Cu), tin (Sn), bismuth (Bi), nickel (Ni), sulfur, and iron (Fe), wherein: the bronze alloy contains 8 to 15 mass% of Sn, 0.5 to 5.0 mass% of Bi, 0.5 to 5.0 mass% of Ni, 0.08 to 1.2 mass% of S, 0.5 to 6.0 mass% of Fe, and a balance consists of Cu and inevitable impurities, wherein a mass ratio of an Fe content to an Ni content (Fe/Ni) is 0.7 to 1.5; and the bronze alloy has a eutectoid structure in which a fine flaky copper-tin-based intermetallic compound precipitates in the α-copper and an iron-nickel-based intermetallic compound and a copper-iron-based sulfide complex are dispersed. the bronze alloy contains 8 to 15 mass% of Sn, 0.5 to 5.0 mass% of Bi, 0.5 to 5.0 mass% of Ni, 0.08 to 1.2 mass% of S, 0.5 to 6.0 mass% of Fe, and a balance consists of Cu and inevitable impurities, wherein a mass ratio of an Fe content to an Ni content (Fe/Ni) is 0.7 to 1.5; and the bronze alloy has a eutectoid structure in which a fine flaky copper-tin-based intermetallic compound precipitates in the α-copper and an iron-nickel-based intermetallic compound and a copper-iron-based sulfide complex are dispersed.
A system for depositing a fluid onto a substrate in a controlled manner for additive manufacturing, said system comprising: - a nanoinjector comprising: • a tank for storing said fluid, • a non-deformable projection having an ejection opening for extracting said fluid from said tank, - a mechanical resonator attached to said nanoinjector, said mechanical resonator being suitable for detecting contact between said projection and said substrate, - a means for controlling said mechanical resonator, which control means is connected to: - a means for energizing said mechanical resonator, which energization means is suitable for making said mechanical resonator oscillate at an oscillation frequency (fi), such that said projection oscillates between a low position in which said projection is in contact with said substrate and a high position in which said projection and said substrate are not in contact, - a detector means suitable for detecting said oscillation of said mechanical resonator, and - a regulating means suitable for adjusting said contact between said projection and said substrate by controlling said oscillation of said mechanical resonator, said regulating means being connected to a first movement means for said regulation, which movement means is suitable for at least bringing together or moving apart, along a z-axis, said substrate and said nanoinjector. - a nanoinjector comprising: • a tank for storing said fluid, • a non-deformable projection having an ejection opening for extracting said fluid from said tank, • a tank for storing said fluid, • a non-deformable projection having an ejection opening for extracting said fluid from said tank, - a mechanical resonator attached to said nanoinjector, said mechanical resonator being suitable for detecting contact between said projection and said substrate, - a means for controlling said mechanical resonator, which control means is connected to: - a means for energizing said mechanical resonator, which energization means is suitable for making said mechanical resonator oscillate at an oscillation frequency (fi), such that said projection oscillates between a low position in which said projection is in contact with said substrate and a high position in which said projection and said substrate are not in contact, - a detector means suitable for detecting said oscillation of said mechanical resonator, and - a regulating means suitable for adjusting said contact between said projection and said substrate by controlling said oscillation of said mechanical resonator, said regulating means being connected to a first movement means for said regulation, which movement means is suitable for at least bringing together or moving apart, along a z-axis, said substrate and said nanoinjector.
A pharmaceutical composition in the form of an immediate release soft gelatin capsule comprising the active agent 17-beta-N-[2,5-bis(trifluoromethyl)]phenylcarbamoyl-4-aza-5-alpha-androst-1-en-3-one, wherein the soft gelatin capsule comprises, preferably consists essentially of, a fill and a capsule shell: wherein the fill of the soft gelatin capsule comprises the active agent 17-beta-N-[2,5-bis(trifluoromethyl)]phenylcarbamoyl-4-aza-5-alpha-androst-1-en-3-one, and at least a pharmaceutically acceptable excipient or excipients; and wherein the shell of the soft gelatin capsule comprises an acid gelatin, preferably an acid gelatin having less than 150 g Bloom of gel strength.
Finisher arrangement for a towed piste grooming device, in particular for a snow piste grooming device, consisting at least in some sections of elastically yielding material and provided on its underside facing a piste surface with profiling sections (4, 5) which during towed operation impress a profiled pattern into said piste surface, where said profiling sections (4, 5) are distributed over a width of the finisher arrangement transversely to the towing direction, characterized in that the profiling sections (4, 5) distributed over the width of the finisher arrangement transversely to the towing direction have differently shaped profiling sections, where at least one first profiling section is provided which has a greater width and a lower depth in comparison with the second profiling sections.
Method for producing luminescence diode chips provided with a luminescence conversion material comprising at least one phosphor, comprising the following steps: - providing a layer composite comprising a luminescence diode layer sequence for a multiplicity of luminescence diode chips which has on a main surface for each luminescence diode chip at least one electrical contact area for electrically connecting the luminescence diode chips; - applying the luminescence conversion material to the main surface of the layer composite; and - selectively removing the luminescence conversion material from at least portions of the contact areas, wherein the luminescence conversion material is applied by means of a powder coating process, characterized in that the luminescence conversion material firstly is applied by means of an electrostatic powder spraying process and is heated in order to obtain adhesion to the main surface. - providing a layer composite comprising a luminescence diode layer sequence for a multiplicity of luminescence diode chips which has on a main surface for each luminescence diode chip at least one electrical contact area for electrically connecting the luminescence diode chips; - applying the luminescence conversion material to the main surface of the layer composite; and - selectively removing the luminescence conversion material from at least portions of the contact areas, wherein the luminescence conversion material is applied by means of a powder coating process,
A method for communication beam transition in a multiple-input multiple-output, MIMO, communication system, comprising: exchanging information between a first communication device (105; 115) and a second communication device (115; 105) on a first communication beam; receiving beam information on the first communication device (105; 115) from the second communication device (115; 105) on the first communication beam; sending from the first communication device (105; 115) to the second communication device (115; 105) a beam switch command on the first communication beam, the beam switch command requesting a transition from the first communication beam to a second communication beam; simultaneously sending information from the first communication device (105; 115) to the second communication device (115; 105) on the first communication beam and the second communication beam by synthesizing a distorted communication beam having the first communication beam and the second communication beam; and ceasing sending information from the first communication device to the second communication device on the first communication beam when transition to the second communication beam is completed by the first communication device and the second communication device. exchanging information between a first communication device (105; 115) and a second communication device (115; 105) on a first communication beam; receiving beam information on the first communication device (105; 115) from the second communication device (115; 105) on the first communication beam; sending from the first communication device (105; 115) to the second communication device (115; 105) a beam switch command on the first communication beam, the beam switch command requesting a transition from the first communication beam to a second communication beam; simultaneously sending information from the first communication device (105; 115) to the second communication device (115; 105) on the first communication beam and the second communication beam by synthesizing a distorted communication beam having the first communication beam and the second communication beam; and ceasing sending information from the first communication device to the second communication device on the first communication beam when transition to the second communication beam is completed by the first communication device and the second communication device.
A speaker comprising: a diaphragm having a major and a minor axis; and a damper (40, 40A, 40B, 40C, 40D) configured to adjust vibration of the diaphragm and comprising a first and second metal plate (41, 42) that are symmetrical with each other with respect to a major-axis direction of the diaphragm, wherein the damper comprises a first deformation prevention member bent downward at a first inner edge of the first metal plate; and a second deformation prevention member bent downward at a second inner edge of the second metal plate; wherein the first and second deformation prevention members extend along the major-axis direction of the diaphragm, arranged to prevent a deformation of the diaphragm; and wherein the first and second inner edges of the first and second metal plates (41, 42) extend along the major-axis direction. a diaphragm having a major and a minor axis; and a damper (40, 40A, 40B, 40C, 40D) configured to adjust vibration of the diaphragm and comprising a first and second metal plate (41, 42) that are symmetrical with each other with respect to a major-axis direction of the diaphragm, wherein the damper comprises a first deformation prevention member bent downward at a first inner edge of the first metal plate; and a second deformation prevention member bent downward at a second inner edge of the second metal plate; wherein the first and second deformation prevention members extend along the major-axis direction of the diaphragm, arranged to prevent a deformation of the diaphragm; and wherein the first and second inner edges of the first and second metal plates (41, 42) extend along the major-axis direction.
Housing that can be at least partially arranged in a wet area of a motor vehicle for receiving an electronics unit, with a base element and a carrier element arranged on the base element, a cavity which is at least partially defined by the base element and the carrier element, at least one plug contact which is arranged on the carrier element and connected to the electronics unit, characterised in that the carrier element is designed with a holding part through which the plug contact at least partially extends and a plug part as a two component injection moulded component, wherein the holding part is a component of the carrier element and wherein the second component is the plug part, which is injection moulded both at the holding part and also at the plug contact, and a seam between the holding part and the plug part, wherein one end of the seam is located in a plug interior and wherein the second end of the seam lies within the cavity.
A naphtha reforming catalyst, comprising a sulfate ion-containing alumina support and following components with the content calculated on the basis of the support: VIII group metal 0.1-2.0% by weight, as the metal, VIIB group metal 0.1-3.0% by weight, as the metal, Sulfate ion 0.45-3.0% by weight, halogen 0.5-3.0% by weight, wherein said sulfate ion-containing alumina support has content of sodium of 0.008% to 0.03% by weight, and in said catalyst, the ratio of the pore volume of the pores with a pore radius between 3 nm and 10 nm to the total pore volume is from 60% to 85%; the ratio of the pore volume of the pores with a pore radius smaller than 3 nm to the total pore volume is not more than 36%; and the ratio of the pore volume of the pores with a pore radius larger than 10 nm to the total pore volume is more than 2%, wherein the pore volume is measured in accordance with ASTM D 4641-12.
A trispecific molecule comprising (i) a first binding site formed by an αCD33 scFv, which is capable of specifically binding to a cell surface molecule at the cell surface of a tumor cell; (ii) a second binding site formed by αCD3 scFv, which is capable of specifically binding to a cell surface molecule at the cell surface of an immune cell/immune cells; and (iii) a third binding site formed by the extracellular domain of PD1, which is capable of specifically binding to a checkpoint molecule at the cell surface of said tumor cell, wherein one or more than one copy of the extracellular domain of PD1 is present in the molecule. (i) a first binding site formed by an αCD33 scFv, which is capable of specifically binding to a cell surface molecule at the cell surface of a tumor cell; (ii) a second binding site formed by αCD3 scFv, which is capable of specifically binding to a cell surface molecule at the cell surface of an immune cell/immune cells; and (iii) a third binding site formed by the extracellular domain of PD1, which is capable of specifically binding to a checkpoint molecule at the cell surface of said tumor cell, wherein one or more than one copy of the extracellular domain of PD1 is present in the molecule.
An apparatus for classifying touch events, the apparatus comprising: a touch sensitive surface configured to generate a touch event when an object or finger touches the touch sensitive surface, wherein the touch event entails a mechanical vibration generated upon contact with the surface; a touch event detector configured to detect the mechanical vibration caused by the touch event; and a touch event classifier configured to classify the touch event to identify the object used for the touch event, characterised in that: the touch event classifier includes a segmentation unit configured to sample the mechanical vibration signal caused by the touch event and the touch event classifier is configured to classify the touch event using at least the feature of a center of mass of a frequency domain representation of the sampled mechanical vibration signal calculated from the mechanical vibration signal caused by the touch event. a touch sensitive surface configured to generate a touch event when an object or finger touches the touch sensitive surface, wherein the touch event entails a mechanical vibration generated upon contact with the surface; a touch event detector configured to detect the mechanical vibration caused by the touch event; and a touch event classifier configured to classify the touch event to identify the object used for the touch event, characterised in that: the touch event classifier includes a segmentation unit configured to sample the mechanical vibration signal caused by the touch event and the touch event classifier is configured to classify the touch event using at least the feature of a center of mass of a frequency domain representation of the sampled mechanical vibration signal calculated from the mechanical vibration signal caused by the touch event.
A hydrogel contact lens wherein the peripheral zone of the hydrogel contact lens includes a plurality of raised portions on the surface of the lens proximal to the ocular surface; characterized in that the hydrogel contact lens further comprises an ocular insert, wherein the raised portions are arranged along the circumference of the ocular insert; wherein the ocular insert is supported or encapsulated by the hydrogel contact lens; wherein the hydrogel contact lens further comprises gap portions, formed between adjacent raised portions, to prevent unwanted adhesion to the ocular surface and to allow for oxygen transmission and tear flow. characterized in that the hydrogel contact lens further comprises an ocular insert, wherein the raised portions are arranged along the circumference of the ocular insert; wherein the ocular insert is supported or encapsulated by the hydrogel contact lens; wherein the hydrogel contact lens further comprises gap portions, formed between adjacent raised portions, to prevent unwanted adhesion to the ocular surface and to allow for oxygen transmission and tear flow.
A fluid mixing structure for mixing at least two fluidic components, said fluid mixing structure having a flow inlet port and a flow outlet port and comprising a contraction zone, an expansion zone, and a retention zone, arranged in this order in an inflow direction of a fluid flow to flow through said fluid mixing structure and being composed of said at least two fluidic components, and a flow splitter arranged in a space formed by said expansion zone and said retention zone to split said fluid flow in a first sub fluid flow and a second sub fluid flow flowing in a first flow path and a second flow path, respectively, formed in the fluid mixing structure, and to mix said first and second sub fluid flows within said space to generate and discharge a homogenized fluid flow, wherein said flow splitter is arranged and configured to let any flow element of each of said first and second sub fluid flows prior to their mixing have a non-zero average flow component in said inflow direction characterized in that: in a longitudinal section of said fluid mixing structure, said flow splitter has a polygonal shape or a shape of a flame.