mhurhangee/ep-ind-claims huggingface dataset:
Method for identifying undesired telephone calls, preferably in a VoIP network, in which the telephone calls coming in for a telephone subscriber, the callee, from at least one calling telephone subscriber, the caller, are subjected to a test, wherein in the framework of said test for incoming calls, the time of the receipt of each call is determined and in each case the probability that it is an undesired call is determined, by developing, for each caller, a statistical profile of the temporal structure of undesired calls over a predefinable period of time, - wherein the time of the receipt and/or the time of the end of the undesired calls are recorded, - wherein the time of the receipt of an undesired call is related to the times of the receipt and/or the times of the end of the previous undesired calls, and - wherein an average value of the interval of time between the receipt of an undesired call and the receipt and/or the end of the previous undesired call is calculated, and for an incoming call, relating the time of the receipt of the call, or a parameter dependent thereon, to said temporal structure of previous undesired calls and, based thereupon, assigning said incoming call a probability that it is an undesired call, characterized in that said incoming call is qualified as an undesired call in case the interval of time between the time of receipt of said incoming call and the time of the end of the previous call falls within a confidence interval around said average value of plus or minus the variance of said average value. - wherein the time of the receipt and/or the time of the end of the undesired calls are recorded, - wherein the time of the receipt of an undesired call is related to the times of the receipt and/or the times of the end of the previous undesired calls, and - wherein an average value of the interval of time between the receipt of an undesired call and the receipt and/or the end of the previous undesired call is calculated, and
High lift system for a wing of an aircraft, comprising a carriage and a high lift flap which is mounted on the carriage, wherein the carriage is mounted by means of a high lift mounting on a rail such that it can be displaced along a movement direction, wherein the rail is provided to be fitted to the wing, wherein the high lift mounting has a sliding bearing with trapezoidally shaped sliding blocks, which have a trapezoidal contact surface facing the rail, and wherein an angle of the contact surface which results between a longitudinal edge of the contact surface extending in the movement direction and side edges of the contact surface is acute.
Switch in the form of a snap-action switch, having - at least one fixed contact pair (3, 3'), - a contact bridge unit having at least one contact bridge (5, 5') for connecting two fixed contacts of the at least one fixed contact pair (3, 3'), - a drive unit for moving the contact bridge unit arranged thereon along a switching direction from a first switching position into a second switching position, - an actuating unit for actuating the drive unit, and - a transmission element for transmitting an actuating movement introduced by the actuating unit into a drive movement of the drive unit, characterized in that the drive movement of the drive unit is limited laterally by means of a boundary in such a way that the drive unit can be pivoted to a limited extent during the drive movement in a transverse direction which runs transversely with respect to the switching direction, and in that the boundary and/or at least one of at least two boundary elements of the boundary, which boundary elements are arranged on opposite sides of the drive unit for limiting the drive movement on both sides in the transverse direction, is/are formed in one piece with the housing, wherein the boundary and/or the at least one boundary element is/are integrated into the housing as a bulge and/or elevation. - at least one fixed contact pair (3, 3'), - a contact bridge unit having at least one contact bridge (5, 5') for connecting two fixed contacts of the at least one fixed contact pair (3, 3'), - a drive unit for moving the contact bridge unit arranged thereon along a switching direction from a first switching position into a second switching position, - an actuating unit for actuating the drive unit, and - a transmission element for transmitting an actuating movement introduced by the actuating unit into a drive movement of the drive unit, in that the drive movement of the drive unit is limited laterally by means of a boundary in such a way that the drive unit can be pivoted to a limited extent during the drive movement in a transverse direction which runs transversely with respect to the switching direction, and in that the boundary and/or at least one of at least two boundary elements of the boundary, which boundary elements are arranged on opposite sides of the drive unit for limiting the drive movement on both sides in the transverse direction, is/are formed in one piece with the housing, wherein the boundary and/or the at least one boundary element is/are integrated into the housing as a bulge and/or elevation.
A method to be performed at a first Neighbor Awareness Networking, NAN, device (102, 140, 160, 180), the method comprising: setting up a NAN Data Path, NDP, with a second NAN device (102, 140, 160, 180) based on an exchange of a data path request and a data path response with the second NAN device, the NDP for data communication of a unicast service between the first NAN device and the second NAN device; setting a type subfield of an NDP attribute to include a predefined type value to indicate termination of the NDP; and transmitting to the second NAN device a termination NAN Action Frame, NAF, to terminate the NDP, the termination NAF comprising the NDP attribute. setting up a NAN Data Path, NDP, with a second NAN device (102, 140, 160, 180) based on an exchange of a data path request and a data path response with the second NAN device, the NDP for data communication of a unicast service between the first NAN device and the second NAN device; setting a type subfield of an NDP attribute to include a predefined type value to indicate termination of the NDP; and transmitting to the second NAN device a termination NAN Action Frame, NAF, to terminate the NDP, the termination NAF comprising the NDP attribute.
A refrigeration cycle apparatus, comprising: a refrigeration cycle circuit that has a compressor, a condenser, an expansion device, and an evaporator that are connected through a pipe, the refrigeration cycle circuit being configured to allow refrigerant to circulate in the refrigeration cycle circuit; and a controller configured to determine whether the refrigerant leaks or whether the expansion device malfunctions on a basis of a degree of subcooling at an outlet of the condenser and a degree of superheat at an outlet of the evaporator or a degree of superheat at a suction port of the compressor, in a case where the degree of subcooling at the outlet of the condenser is less than or equal to a preset first threshold, and the degree of superheat at the outlet of the evaporator is less than a preset second threshold, the controller being configured to determine that the expansion device malfunctions. a refrigeration cycle circuit that has a compressor, a condenser, an expansion device, and an evaporator that are connected through a pipe, the refrigeration cycle circuit being configured to allow refrigerant to circulate in the refrigeration cycle circuit; and a controller configured to determine whether the refrigerant leaks or whether the expansion device malfunctions on a basis of a degree of subcooling at an outlet of the condenser and a degree of superheat at an outlet of the evaporator or a degree of superheat at a suction port of the compressor, in a case where the degree of subcooling at the outlet of the condenser is less than or equal to a preset first threshold, and the degree of superheat at the outlet of the evaporator is less than a preset second threshold, the controller being configured to determine that the expansion device malfunctions.
A semiconductor die assembly (100, 900), comprising: a package support substrate; a first semiconductor die having a peripheral region and a stacking region; a second semiconductor die attached to the stacking region of the first semiconductor die such that the peripheral region is lateral of the second semiconductor die; a thermal transfer unit having a first portion attached to the peripheral region of the first semiconductor die; characterised in that the thermal transfer unit further comprises: a second portion attached to the first portion by an adhesive, and a cavity defined by the first and second portions (131, 132), wherein the second semiconductor die is within the cavity such that the second semiconductor die is spaced apart from the first portion by a gap; and an underfill material in the cavity, wherein the underfill material has a fillet that fills at least a lower region of the gap between the first portion of the thermal transfer unit and the second semiconductor die. a package support substrate; a first semiconductor die having a peripheral region and a stacking region; a second semiconductor die attached to the stacking region of the first semiconductor die such that the peripheral region is lateral of the second semiconductor die; a thermal transfer unit having a first portion attached to the peripheral region of the first semiconductor die; characterised in that the thermal transfer unit further comprises: a second portion attached to the first portion by an adhesive, and a cavity defined by the first and second portions (131, 132), wherein the second semiconductor die is within the cavity such that the second semiconductor die is spaced apart from the first portion by a gap; and an underfill material in the cavity, wherein the underfill material has a fillet that fills at least a lower region of the gap between the first portion of the thermal transfer unit and the second semiconductor die.
A transition device with joining means for joining athletic appliances, wherein the transition device at least includes a length extending in a longitudinal direction, an extension spring member and a joining part with joining means, the joining part including at least two flaps, each flap including at least a first side, a second side, a first edge and a second edge, wherein at least the first edge of each flap is connected with the extension spring member and wherein at least the first side or second side of each flap includes joining means
Method for coating plastics substrates with an aqueous coating composition comprising at least one organic polymer as binder, the coating composition being applied to the surface of the plastics substrate and being subsequently cured, characterized in that the plastics substrate is pretreated before the coating composition is applied, the pretreatment comprising the two following separate steps in the order stated: heat-treating a plastics substrate at an ambient temperature in the range from 60°C to 160°C for a period in the range from 1 minute to 20 minutes, flaming the surface of the plastics substrate pretreated as per step, there being a period of up to 90 minutes between the ending of step and the beginning of step. heat-treating a plastics substrate at an ambient temperature in the range from 60°C to 160°C for a period in the range from 1 minute to 20 minutes, flaming the surface of the plastics substrate pretreated as per step,
A transgenic plant, or a portion of a plant, or a plant material, or a plant seed, or a plant cell comprising a heterologous nucleotide sequence comprising: one or more polynucleotide sequences having at least 80% sequence identity over the full length of the nucleotide sequence of SEQ ID NO:1; and a promoter that controls expression of the one or more polynucleotide sequences, wherein, (a) the promoter overexpresses the one or more polynucleotide sequences in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell; (b) the transgenic plant, portion of a plant, plant material, plant seed, or plant cell has increased expression of the one or more polynucleotide sequences, compared to a non-transgenic plant; and (c) the increased expression of the one or more polynucleotide sequences increases photosynthetic activity or total content of photosynthetic pigments in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell compared to the non-transgenic plant. (a) the promoter overexpresses the one or more polynucleotide sequences in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell; (b) the transgenic plant, portion of a plant, plant material, plant seed, or plant cell has increased expression of the one or more polynucleotide sequences, compared to a non-transgenic plant; and (c) the increased expression of the one or more polynucleotide sequences increases photosynthetic activity or total content of photosynthetic pigments in the transgenic plant, portion of a plant, plant material, plant seed, or plant cell compared to the non-transgenic plant.
An epoxy resin composition comprising constituents,, and below, and satisfying conditions (i) and (ii): a tri- or higher functional epoxy resin an aromatic amine an imidazole compound 0.20 ≤ b / a ≤ 0.60 0.002 ≤ c / a ≤ 0.014 (where, a (mol) denotes a number of epoxy groups in 100 g of entire of the epoxy resin composition, b (mol) denotes a number of active hydrogen contained in the constituent, and c (mol) denotes a number of imidazole rings contained in the constituent). a tri- or higher functional epoxy resin an aromatic amine an imidazole compound 0.20 ≤ b / a ≤ 0.60 0.002 ≤ c / a ≤ 0.014 (where, a (mol) denotes a number of epoxy groups in 100 g of entire of the epoxy resin composition, b (mol) denotes a number of active hydrogen contained in the constituent, and c (mol) denotes a number of imidazole rings contained in the constituent).
Motor vehicle air conditioning loop in which a refrigerant fluid flows, and comprising, in the direction of flow of the refrigerant fluid: • a compressor, • a first heat exchanger arranged downstream of the compressor, • a first expansion device arranged downstream of the first heat exchanger, and • a second heat exchanger arranged downstream of the first expansion device, the said air conditioning loop further comprising a heat storage circuit connecting a first junction point arranged downstream of the first heat exchanger, between the said first heat exchanger and the expansion device, and a second junction point arranged upstream of the compressor, between the second heat exchanger and the said compressor, the said heat storage circuit comprising: • a second expansion device arranged downstream of the first junction point, • a thermal battery arranged downstream of the second expansion device, • a bypass branch for bypassing the first heat exchanger and connecting a fifth junction point, arranged upstream of the first heat exchanger, and a sixth junction point, arranged between the second expansion device and the thermal battery, characterized in that the said heat storage circuit further comprises a connecting branch connecting a third junction point, arranged between the thermal battery and the second junction point, and a fourth junction point, arranged between the first junction point and the first expansion device. • a compressor, • a first heat exchanger arranged downstream of the compressor, • a first expansion device arranged downstream of the first heat exchanger, and • a second heat exchanger arranged downstream of the first expansion device, • a second expansion device arranged downstream of the first junction point, • a thermal battery arranged downstream of the second expansion device, • a bypass branch for bypassing the first heat exchanger and connecting a fifth junction point, arranged upstream of the first heat exchanger, and a sixth junction point, arranged between the second expansion device and the thermal battery,
A fibrous structure comprising a plurality of filaments wherein at least one of the filaments comprises a thermoplastic polymer, and a plurality of solid additives wherein the solid additives comprise fibers, the fibrous structure further comprising: (a) a continuous network region, wherein the solid additives are present in the continuous network region at a first average weight % as measured according to the TGA Test Method; and (b) a plurality of discrete zones, wherein the solid additives are present in one or more of the discrete zones at a second average weight % different from the first average weight % as measured according to the TGA Test Method; wherein the discrete zones are dispersed throughout the continuous network region, and wherein the first average weight % is from 10% to 90% as measured according to the TGA Test Method and the second average weight % is from 10% to 90% as measured according to the TGA Test Method; and wherein the filaments are present in the fibrous structure at a level of less than 90% by weight of the fibrous structure on a dry basis and the solid additives are present in the fibrous structure at a level of greater than 10% by weight of the fibrous structure on a dry basis; and wherein the ratio of the first average weight % to the second average weight % is less than 1 as measured according to the TGA Test Method. (a) a continuous network region, wherein the solid additives are present in the continuous network region at a first average weight % as measured according to the TGA Test Method; and (b) a plurality of discrete zones, wherein the solid additives are present in one or more of the discrete zones at a second average weight % different from the first average weight % as measured according to the TGA Test Method;
process for reducing pollutants in waste gases in the thermal material treatment of clinker production, in which the waste gases have a temperature of greater than or equal to 150°C when they enter a dedusting device, characterised in that a) a part of the furnace exhaust gases is led to the raw mill and another part of the furnace exhaust gases is led past the raw mill via a mill bypass, and b) the exhaust gas exiting the raw mill and the exhaust gas exiting the mill bypass are combined upstream of the dedusting device, and after the merging of the two exhaust gas flows and before entering a zone I) for catalytic denitrification, II) for the oxidation of CO and hydrocarbons, or III) for catalytic denitrification and the oxidation of CO and hydrocarbons no further heating is necessary. a) a part of the furnace exhaust gases is led to the raw mill and another part of the furnace exhaust gases is led past the raw mill via a mill bypass, and b) the exhaust gas exiting the raw mill and the exhaust gas exiting the mill bypass are combined upstream of the dedusting device, I) for catalytic denitrification, II) for the oxidation of CO and hydrocarbons, or III) for catalytic denitrification and the oxidation of CO and hydrocarbons no further heating is necessary.
Method for retrofitting a self-propelled road finisher having at least one paving screed and preferably comprising a wheeled running gear unit for travelling on roads, in particular public roads, wherein the at least one paving screed is at least partially supported by an undercarriage, characterized in that the undercarriage is coupled to the road finisher by hitching thereto and is arrested below the paving screed, and the undercarriage is connected by bars to supporting arms of the road finisher.
An additively manufactured build assembly comprising: a first component; a second component spaced apart from the first component; and a support structure coupling the first component and the second component to fix the relative position of the first component and the second component; wherein the support structure defines one or more channels for removal of additive powder or airflow measurement; wherein the first component and the second component each define a plurality of internal passages, wherein the one or more channels of the support structure are fluidly coupled to the internal passages. a first component; a second component spaced apart from the first component; and a support structure coupling the first component and the second component to fix the relative position of the first component and the second component; wherein the support structure defines one or more channels for removal of additive powder or airflow measurement; wherein the first component and the second component each define a plurality of internal passages, wherein the one or more channels of the support structure are fluidly coupled to the internal passages.
System for the measurement of analytes in exhaled air, comprising a mouthpiece and a device for the measurement of analytes in exhaled air, the mouthpiece having a gas path for a conduction of exhaled air to the device, the mouthpiece comprising a film, the film being arranged such that it blocks the conduction of the exhaled air through the gas path, the mouthpiece being separably connectable to the device, characterized in that the device comprises a pressure sensor and is configured to enable the device for a measurement of specified analytes in the exhaled air when a pressure profile measured via the pressure sensor meets one or more specified conditions.
A computer implemented method for tracking a site in a series of images, the method comprising identifying a site to be tracked; selecting a plurality of sets of noncollinear locations, wherein each corresponds to the locations of at least one of the other sets rotated about a common centre of the locations, and the locations of each set are centred on the identified site, and each set comprises at least three non-collinear locations distributed around the site in the reference image; selecting, from the reference image, a region of image data around each of the at least three non collinear locations of each set; comparing each selected region with a second image and, based on these comparisons, identifying for each selected region a corresponding location in the second image, determining a single common affine transformation for each set to map the locations of that set from the reference image onto the corresponding locations in the second image to obtain a plurality of affine transformations and determining a location of a site in the second image that corresponds to the identified site in the reference image based on the plurality of common affine transforms.