mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: collecting probe data transmitted from a plurality of vehicles (107a-n) traveling on a road segment; processing the probe data to determine a plurality of vehicle behaviors indicating a given type of location, wherein the plurality of vehicle behaviors are based on a combined speed distribution profile (401, 421) across the plurality of vehicles having a percentile of vehicles, above a threshold percentile, having a speed below a threshold speed, and a proportion of vehicles of the plurality of vehicles, above a threshold proportion, returning to the road segment periodically, and wherein the given type of location comprises a truck loading zone or a warehouse parking lot; flagging the road segment as being associated with the given type of location based on the vehicle behavior; and updating a geographic database to indicate the given type of location based on the flagging. collecting probe data transmitted from a plurality of vehicles (107a-n) traveling on a road segment; processing the probe data to determine a plurality of vehicle behaviors indicating a given type of location, wherein the plurality of vehicle behaviors are based on a combined speed distribution profile (401, 421) across the plurality of vehicles having a percentile of vehicles, above a threshold percentile, having a speed below a threshold speed, and a proportion of vehicles of the plurality of vehicles, above a threshold proportion, returning to the road segment periodically, and wherein the given type of location comprises a truck loading zone or a warehouse parking lot; wherein the plurality of vehicle behaviors are based on a combined speed distribution profile (401, 421) across the plurality of vehicles having a percentile of vehicles, above a threshold percentile, having a speed below a threshold speed, and a proportion of vehicles of the plurality of vehicles, above a threshold proportion, returning to the road segment periodically, and wherein the given type of location comprises a truck loading zone or a warehouse parking lot; flagging the road segment as being associated with the given type of location based on the vehicle behavior; and updating a geographic database to indicate the given type of location based on the flagging.
A feed system of a fiber web machine, including: - a feed line for taking stock towards a headbox of a fiber web machine, - foam generation equipment adapted in the feed line for the feeding of one or more agents into the stock for foam forming, characterized in that the feed system further comprises: - measuring equipment (15.1) for the determination of the density of the stock adapted in the feed line before the foam generation equipment and measuring equipment (15.2) for the determination of the density of stock adapted after the foam generation equipment, - control equipment, which is adapted to control the foam generation equipment for the feeding of one or more agents into the stock for foam forming on the basis of said density determination. - a feed line for taking stock towards a headbox of a fiber web machine, - foam generation equipment adapted in the feed line for the feeding of one or more agents into the stock for foam forming, characterized in that the feed system further comprises: - measuring equipment (15.1) for the determination of the density of the stock adapted in the feed line before the foam generation equipment and measuring equipment (15.2) for the determination of the density of stock adapted after the foam generation equipment, - control equipment, which is adapted to control the foam generation equipment for the feeding of one or more agents into the stock for foam forming on the basis of said density determination.
A method of communicating amongst a group of radio devices (110, 115, 120, 125, 130) in a wireless communication network, the method comprising: sensing frequency spectrum by each radio device within the group, characterised in that the method further comprises: identifying a set of usable frequencies from the sensed frequency spectrums for each radio device based on predetermined criteria; determining a common frequency set from the sets of identified usable frequencies; determining, for each radio device, an active frequency set from the common frequency set based on hardware capability of each radio device; selecting a lowest cardinality frequency set from the active frequency sets for communication amongst the group of radio devices; and the group of radio devices performing simultaneous communication over a plurality of frequencies in the lowest cardinality frequency set. identifying a set of usable frequencies from the sensed frequency spectrums for each radio device based on predetermined criteria; determining a common frequency set from the sets of identified usable frequencies; determining, for each radio device, an active frequency set from the common frequency set based on hardware capability of each radio device; selecting a lowest cardinality frequency set from the active frequency sets for communication amongst the group of radio devices; and the group of radio devices performing simultaneous communication over a plurality of frequencies in the lowest cardinality frequency set.
A vehicular lamp, comprising; a semiconductor light source unit having a light emitting chip; a lens disposed on a front side of the light source unit; and a reflector disposed at a position between the lens and the light source unit and on a lower side of the light emitting chip in a vertical direction, characterized in that a length of the lens is shorter in the vertical direction than in a horizontal direction, the reflector has a reflecting surface that forms a plurality of virtual focal points (F) intersecting a vertical axis passing through a light emission center of the light emitting chip, the reflecting surface performs light distribution control for radiating light from a light emission surface of the lens lower than a lens optical axis in the vertical direction, and when a point light source is assumed on the lens optical axis, the lens is configured to perform light distribution control of first direct light on the lens optical axis from the point light source upward on the light emission surface of the lens.
A method for repetition detection in media data, comprising: selecting a subset of offset values in a set of offset values in media data using a first type of one or more types of features extractable from the media data, the subset of offset values comprising values selected from the set of offset values based on one or more selection criteria; wherein selecting comprises extracting, from the media data, one or more first features for the first feature type; computing first distance values for a first repetition detection measure based on the one or more first features; applying the first distance values for the first repetition detection measure to select the subset of offset values; identifying a set of candidate seed time points based on similarity/distance analysis of a second type of the one or more types of features at the subset of offset values; wherein identifying comprises: extracting, from the media data, one or more second features for the second feature type; wherein the second features type and the first feature type differ in relation to one or more of time resolution or frequency resolution; computing second distance values for a second repetition detection measure based on the one or more second features; and applying the second distance values for the second repetition detection measure to identify the set of candidate seed time points. selecting a subset of offset values in a set of offset values in media data using a first type of one or more types of features extractable from the media data, the subset of offset values comprising values selected from the set of offset values based on one or more selection criteria; wherein selecting comprises extracting, from the media data, one or more first features for the first feature type; computing first distance values for a first repetition detection measure based on the one or more first features; applying the first distance values for the first repetition detection measure to select the subset of offset values; identifying a set of candidate seed time points based on similarity/distance analysis of a second type of the one or more types of features at the subset of offset values; wherein identifying comprises: extracting, from the media data, one or more second features for the second feature type; wherein the second features type and the first feature type differ in relation to one or more of time resolution or frequency resolution; computing second distance values for a second repetition detection measure based on the one or more second features; and applying the second distance values for the second repetition detection measure to identify the set of candidate seed time points. extracting, from the media data, one or more second features for the second feature type; wherein the second features type and the first feature type differ in relation to one or more of time resolution or frequency resolution; computing second distance values for a second repetition detection measure based on the one or more second features; and applying the second distance values for the second repetition detection measure to identify the set of candidate seed time points.
Domestic oven having an oven muffle and thermal insulation for the oven muffle, wherein the oven muffle comprises lateral walls (3, 4) and the thermal insulation has at least one thermal insulation body (5, 6) for the oven muffle, wherein - the at least one thermal insulation body (5, 6) has an outer thermal insulation layer (9, 10) and an inner thermal insulation layer (7, 8), - the inner thermal insulation layers (7, 8) substantially fully cover the lateral walls (3, 4) of the oven muffle and - the outer thermal insulation layer (9, 10) is more rigid than the inner thermal insulation layer (7, 8), characterised in that - the thermal insulation has a set with at least two thermal insulation bodies (5, 6) and - the inner thermal insulation layers (7, 8) have an elastically-acting thermal insulation material. - the at least one thermal insulation body (5, 6) has an outer thermal insulation layer (9, 10) and an inner thermal insulation layer (7, 8), - the inner thermal insulation layers (7, 8) substantially fully cover the lateral walls (3, 4) of the oven muffle and - the outer thermal insulation layer (9, 10) is more rigid than the inner thermal insulation layer (7, 8), - the thermal insulation has a set with at least two thermal insulation bodies (5, 6) and - the inner thermal insulation layers (7, 8) have an elastically-acting thermal insulation material.
A method of preparing compound 190, or salt thereof, the method comprising: (a) forming a reaction mixture comprising compound 170, compound 181, a palladium catalyst, and a solvent system comprising a base, and wherein the equivalent ratio of the palladium catalyst to compound 170 is from 0.001: 1 to less than 0.005:1; and (b) reacting the reaction mixture to form a reaction product mixture comprising compound 190 according to the following scheme: wherein the Pd catalyst comprises a palladium species containing an SPhos phosphine ligand and at least one palladium-carbon bond, and wherein the Pd catalyst is a cationic palladium species comprising an inorganic or organic counterion X, wherein X is selected from a halogen, a carboxylate, a sulfonate, and an inorganic anion, wherein: (i) the fragment giving rise to the palladium-carbon bond is an allyl of the formula wherein each of R 6 to R 10 is H; wherein the yield of compound 190, or salt thereof, is at least 50% based on compound 170. (a) forming a reaction mixture comprising compound 170, compound 181, a palladium catalyst, and a solvent system comprising a base, and wherein the equivalent ratio of the palladium catalyst to compound 170 is from 0.001: 1 to less than 0.005:1; and (b) reacting the reaction mixture to form a reaction product mixture comprising compound 190 according to the following scheme: wherein the Pd catalyst comprises a palladium species containing an SPhos phosphine ligand and at least one palladium-carbon bond, and wherein the Pd catalyst is a cationic palladium species comprising an inorganic or organic counterion X, wherein X is selected from a halogen, a carboxylate, a sulfonate, and an inorganic anion, wherein: (i) the fragment giving rise to the palladium-carbon bond is an allyl of the formula wherein each of R 6 to R 10 is H; (i) the fragment giving rise to the palladium-carbon bond is an allyl of the formula wherein the yield of compound 190, or salt thereof, is at least 50% based on compound 170.
A direct-connect detection device (542; 544; 552; 598; 652; 664) for detecting presence with respect to an automated furniture item (548, 560, 614, 644, 648), said detection device (542; 544; 552; 598; 652; 664) comprising: a device body (530; 484) configured to couple to at least one of a plurality of conductive components (570, 572, 574, 576, 578, 580, 582, 584, 586, 588, 590, 592, 594, 596, 616, 618, 620, 622, 624, 626, 650, 658, 666) of the automated furniture item (548, 560, 614, 644, 648), said device body (530; 484) comprising: at least one first mounting component (496, 556, 554, 594, 596) comprising at least one mounting port having a conductive sensing surface, wherein the conductive sensing surface is adapted to capacitively couple to the at least one of the plurality of conductive components (570, 572, 574, 576, 578, 580, 582, 584, 586, 588, 590, 592, 594, 596, 616, 618, 620, 622, 624, 626, 650, 658, 666) of the automated furniture item (548, 560, 614, 644, 648), at least one second mounting component (498, 510) comprising at least one mounting port having a non-sensing surface, and wherein the device body (530; 484) is configured to be secured to the at least one of the plurality of conductive components (570, 572, 574, 576, 578, 580, 582, 584, 586, 588, 590, 592, 594, 596, 616, 618, 620, 622, 624, 626, 650, 658, 666) of the automated furniture item (548, 560, 614, 644, 648) via the at least one first mounting component (496, 556, 554, 594, 596) and the at least one second mounting component; and at least one coupling port (520, 522, 534, 536, 538, 540) configured to couple the direct-connect detection device (542; 544; 552; 598; 652; 664) to at least one automated furniture item feature; and at least one capacitive sensing control component (444, 518) configured to detect presence with respect to the plurality of conductive components (570, 572, 574, 576, 578, 580, 582, 584, 586, 588, 590, 592, 594, 596, 616, 618, 620, 622, 624, 626, 650, 658, 666).
An engineered immune cell comprising a first nucleic acid comprising a nucleotide sequence encoding a chimeric antigen receptor and a second nucleic acid comprising a nucleotide sequence encoding an antibody linked to a localizing domain, wherein the antibody binds to: a factor in a CD3/T-cell receptor complex selected from the group consisting of CD3ε, TCRα, TCRβ, TCR7, TCRδ, CD3δ, CD37, or CD3ζ; or a receptor that downregulates immune response selected from the group consisting of programmed cell death protein 1 (PD-1), cytotoxic T-lymphocyte-associated protein 4 (CTLA-4), T-cell immunoglobulin and mucin-domain containing-3, killer immunoglobulin-like receptor 2DL1, KIR2DL2/DL3, and NKG2A; and wherein the antibody linked to the localizing domain downregulates the cell surface expression of the factor or receptor. wherein the antibody binds to: a factor in a CD3/T-cell receptor complex selected from the group consisting of CD3ε, TCRα, TCRβ, TCR7, TCRδ, CD3δ, CD37, or CD3ζ; or a receptor that downregulates immune response selected from the group consisting of programmed cell death protein 1 (PD-1), cytotoxic T-lymphocyte-associated protein 4 (CTLA-4), T-cell immunoglobulin and mucin-domain containing-3, killer immunoglobulin-like receptor 2DL1, KIR2DL2/DL3, and NKG2A; and a factor in a CD3/T-cell receptor complex selected from the group consisting of CD3ε, TCRα, TCRβ, TCR7, TCRδ, CD3δ, CD37, or CD3ζ; or a receptor that downregulates immune response selected from the group consisting of programmed cell death protein 1 (PD-1), cytotoxic T-lymphocyte-associated protein 4 (CTLA-4), T-cell immunoglobulin and mucin-domain containing-3, killer immunoglobulin-like receptor 2DL1, KIR2DL2/DL3, and NKG2A; and wherein the antibody linked to the localizing domain downregulates the cell surface expression of the factor or receptor.
Copper alloy consisting of Cu, Ni, Al, Zn, Si, Fe, P, and Mn, especially usable for the manufacture of molds for the production of glass containers, characterized in that it has the following chemical composition by weight percentage: Cu = 68.0-73%, Fe = 0.500-1.00%, Ni = 14.00 to 16.00%, Al= 4.00 to 5.50%, Mn = 0-0.400%, Si = 1.00 to 1.50%, Zn = 6.00 to 7.50%, P <0.05%, the copper alloy optionally comprising Sn, Pb and/or Cr with Sn<0.10%, Pb<0.10%, Cr<0.10%.
Method for operating a dishwasher comprising at least two washing regions (10, 20) arranged one on top of the other, in each of which a spray arm (11, 21) is arranged, said dishwasher further comprising a steam generation unit having a steam outlet opening arranged in one of the washing regions, the spray arms (11, 21) being alternately operated in the different washing regions (10, 20), the steam generation unit not being operated when the spray arm that is arranged in the first washing region is active, characterised in that the steam generation unit is at least intermittently operated when the spray arm that is arranged in the second washing region is active.
Vehicle axle assembly, comprising a hub (12; 12a - 12r; 12y; 12z; 12za), which is mounted on a cylindrical axle body (14; 14a - 14r; 14y; 14z; 14za) so that it can rotate about a central longitudinal axis, and an axially inner shaft sealing ring (36; 36a - 36q; 114r; 36y; 36z; 36za) and an axially outer shaft sealing ring (38; 38a - 38o; 112p; 112q; 118r; 38y; 38z; 38za) for indirect or direct sealing between the axle body (14; 14a - 14r; 14y; 14z; 14za) and the hub (12' 12a - 12r; 12y; 12z; 12za), comprising - an annular chamber (34; 34a - 34r; 34y; 34z; 34za) that is formed between the two shaft sealing rings, the axle body (14; 14a - 14r; 14y; 14z; 14za) and the hub (12; 12a - 12r; 12y; 12z; 12za); - a first pressure medium line (28; 28a - 28r; 28y; 28z; 28za) that extends through the axle body (14; 14a - 14r; 14y; 14z; 14za) or one of the two shaft sealing rings and opens out into the annular chamber (34; 34a - 34r; 34y; 34z; 34za); and - a second pressure medium line (40; 40a - 40r; 40y; 40z; 40za) that extends out of the annular chamber (34; 34a - 34r; 34y; 34z; 34za) through the hub (12; 12a - 12r; 12y; 12z; 12za) and is designed to be connected to a wheel that is secured on the hub (12; 12a - 12r; 12y; 12z; 12za), wherein at least one of the shaft sealing rings adjacent to the annular chamber (34; 34a - 34r; 34y; 34z; 34za) is provided radially inside or radially outside with a collar (60a - 60g; 60l - 60o; 60y; 60z; 60za, 62a - 62d; 62l - 62o; 62y; 62z; 62za), characterized in that at least one of the shaft sealing rings (36y; 36z; 36za, 38y; 38z; 38za) has at least one channel (176y; 176z; 176za, 178y; 178z; 178za), which extends out of an inner hollow space (168y; 168z; 168za, 170y; 170z; 170za) of the shaft sealing ring (36y; 36z; 36za, 38y; 38z; 38za) in substantially radial direction to a lateral portion of the shaft sealing ring (36y; 36z; 36za, 38y; 38z; 38za) that is situated in a region between the collar (60y; 60z; 60za, 62y; 62z; 62za) and a main sealing lip (50y; 50z; 50za, 52y; 52z; 52za) of the shaft sealing ring (36y; 36z; 36za, 38y; 38z; 38za). - an annular chamber (34; 34a - 34r; 34y; 34z; 34za) that is formed between the two shaft sealing rings, the axle body (14; 14a - 14r; 14y; 14z; 14za) and the hub (12; 12a - 12r; 12y; 12z; 12za); - a first pressure medium line (28; 28a - 28r; 28y; 28z; 28za) that extends through the axle body (14; 14a - 14r; 14y; 14z; 14za) or one of the two shaft sealing rings and opens out into the annular chamber (34; 34a - 34r; 34y; 34z; 34za); and - a second pressure medium line (40; 40a - 40r; 40y; 40z; 40za) that extends out of the annular chamber (34; 34a - 34r; 34y; 34z; 34za) through the hub (12; 12a - 12r; 12y; 12z; 12za) and is designed to be connected to a wheel that is secured on the hub (12; 12a - 12r; 12y; 12z; 12za),
A memory device, comprising: - at least one spintronic element comprising at least one ferromagnetic layer and at least one non-magnetic layer with strong spin-orbit interfaced with the ferromagnetic layer, the spintronic element being adapted for representing a state from among at least n states associated with the spintronic element, n > 1, each of the n states being associated with at least one corresponding characteristic of a set of magnetic skyrmions in the spintronic element, said set of magnetic skyrmions being in the ferromagnetic layer, the characteristic associated with a state n°i being distinct from said characteristic associated with a state n°j when the states n°i and j are two distinct states from among the n states, - state writing means adapted for receiving a identifier corresponding to a state from among said at least n states and adapted for modifying the set of the magnetic skyrmions in the spintronic element so that the characteristic of the modified set of skyrmions is equal to a predefined value associated with the state identified by the corresponding received identifier, characterized in that - for each state of the n states, the associated characteristic is a non-zero respective number of magnetic skyrmion(s) present in the spintronic element and/or a respective electric resistance level of the set of the magnetic skyrmion(s) associated to the chiral configuration of each magnetic skyrmion of said set of magnetic skyrmions - at least one spintronic element comprising at least one ferromagnetic layer and at least one non-magnetic layer with strong spin-orbit interfaced with the ferromagnetic layer, - state writing means adapted for receiving a identifier corresponding to a state from among said at least n states and adapted for modifying the set of the magnetic skyrmions in the spintronic element so that the characteristic of the modified set of skyrmions is equal to a predefined value associated with the state identified by the corresponding received identifier, - for each state of the n states, the associated characteristic is a non-zero respective number of magnetic skyrmion(s) present in the spintronic element and/or a respective electric resistance level of the set of the magnetic skyrmion(s) associated to the chiral configuration of each magnetic skyrmion of said set of magnetic skyrmions