mhurhangee/ep-ind-claims huggingface dataset:
A multichannel DC-DC converter comprising a multilayer body inside of which a plurality of coil conductors are formed, a plurality of land electrodes that are provided on a main surface of the multilayer body and that are electrically connected to the plurality of coil conductors via connection wiring lines, and a control IC that is connected to the plurality of land electrodes and that has a plurality of input terminals or output terminals, wherein the connection wiring line that is connected to the coil conductor having the smallest load current among the plurality of coil conductors is the longest connection wiring line.
Use of a root-knot nematode resistance marker for identifying a root-knot nematode resistance locus from chromosome 4 of a tomato plant identified by Accession No. FERM BP-22251, which marker is at least one SNP marker selected from the group consisting of: (a) YK66, (b) TY38, (c) AR02, and (d) HT12, wherein: (a) is a polynucleotide consisting of a base sequence of SEQ ID NO: 21; (b) is a polynucleotide consisting of a base sequence of SEQ ID NO: 22; (c) is a polynucleotide consisting of a base sequence of SEQ ID NO: 23; and (d) is a polynucleotide consisting of a base sequence of SEQ ID NO: 24. (a) is a polynucleotide consisting of a base sequence of SEQ ID NO: 21; (b) is a polynucleotide consisting of a base sequence of SEQ ID NO: 22; (c) is a polynucleotide consisting of a base sequence of SEQ ID NO: 23; and (d) is a polynucleotide consisting of a base sequence of SEQ ID NO: 24.
A laminate comprising: coated or uncoated paper or paperboard; and a 5- to 35-μm thick layer of a film adhered to the coated or uncoated paper or paperboard; wherein the film comprises a) from 3 to 25 weight percent of a polymeric binder; b) from 5 to 35 weight percent TiO 2; and c) from 0.1 to 2 weight percent tetrapotassium pyrophosphate; wherein the polymeric binder comprises vinyl acetate, vinyl-acrylic, styrene-acrylic, or styrene-butadiene polymer; and wherein the weight percentages are all based on the weight of the film.
Apparatus for energy generation, where the apparatus for energy generation comprises a reformer, a gas purification membrane and a fuel cell, where the reformer is configured for producing hydrogen, where the gas purification membrane is configured for separating hydrogen from the gas mixture produced in the reformer, where the fuel cell is configured for generating electric energy by reaction of hydrogen separated off by means of the gas purification membrane, where the apparatus for energy generation comprises a conversion apparatus for converting carbon monoxide into methane, characterized in that the conversion apparatus is arranged between the gas purification membrane and the fuel cell, where the conversion apparatus and the gas purification membrane are thermally coupled, where the conversion apparatus and the gas purification membrane are arranged within a common housing, where the conversion apparatus is arranged above the gas purification membrane.
A packed bed for a heat exchanger, comprising a frame; a first fin layer disposed within the frame; a second fin layer disposed within the frame; a first perforated sheet disposed between the first fin layer and the second fin layer; and a sorbent material (16a, 16b) disposed within a volume of at least one of the first fin layer or the second fin layer.
A method for configuring, by a user equipment, UE, (10, 900) measurements in a wireless communication system, the method comprising: receiving (S100, S210, S310, S330), by the UE (10, 900), a reference signal, RS, indicator from a network; characterized in that: the method further comprises evaluating, by the UE (10, 900), whether a measurement report triggering event is satisfied by only using a measurement result based on an RS indicated by the RS indicator, the RS indicator indicates one of a cell-specific reference signal, CRS, and a discovery reference signal, DRS, whether the measurement report triggering event is satisfied is evaluated by only using a measurement result based on the CRS, when the RS indicator indicates the CRS, whether the measurement report triggering event is satisfied is evaluated by only using a measurement result based on the DRS, when the RS indicator indicates the DRS. receiving (S100, S210, S310, S330), by the UE (10, 900), a reference signal, RS, indicator from a network; characterized in that: the method further comprises evaluating, by the UE (10, 900), whether a measurement report triggering event is satisfied by only using a measurement result based on an RS indicated by the RS indicator, the RS indicator indicates one of a cell-specific reference signal, CRS, and a discovery reference signal, DRS, whether the measurement report triggering event is satisfied is evaluated by only using a measurement result based on the CRS, when the RS indicator indicates the CRS, whether the measurement report triggering event is satisfied is evaluated by only using a measurement result based on the DRS, when the RS indicator indicates the DRS. the method further comprises evaluating, by the UE (10, 900), whether a measurement report triggering event is satisfied by only using a measurement result based on an RS indicated by the RS indicator, the RS indicator indicates one of a cell-specific reference signal, CRS, and a discovery reference signal, DRS, whether the measurement report triggering event is satisfied is evaluated by only using a measurement result based on the CRS, when the RS indicator indicates the CRS, whether the measurement report triggering event is satisfied is evaluated by only using a measurement result based on the DRS, when the RS indicator indicates the DRS.
A grooming appliance comprising: a grooming mechanism for grooming a user; a motor arranged to operate the grooming mechanism; characterized by a controller configured to modulate a data signal into sound produced by the grooming appliance during the operation of the grooming mechanism by the motor, in order to transmit information relating to the grooming appliance. a grooming mechanism for grooming a user; a motor arranged to operate the grooming mechanism; characterized by a controller configured to modulate a data signal into sound produced by the grooming appliance during the operation of the grooming mechanism by the motor, in order to transmit information relating to the grooming appliance.
A shampoo comprising: an aqueous dispersion comprising a metallocene catalyzed polyolefin and an ethylene acrylic acid copolymer; a cationic polymer; and at least one cosmetically acceptable surfactant, emollient, or cosmetic active, wherein the metallocene catalyzed polyolefin comprises an ethylene octene copolymer, and provided that the shampoo contains less than 0.09 wt % of silicone, and preferably is substantially free of silicone. an aqueous dispersion comprising a metallocene catalyzed polyolefin and an ethylene acrylic acid copolymer; a cationic polymer; and at least one cosmetically acceptable surfactant, emollient, or cosmetic active, wherein the metallocene catalyzed polyolefin comprises an ethylene octene copolymer, and provided that the shampoo contains less than 0.09 wt % of silicone, and preferably is substantially free of silicone.
A method of tracking pose of a hand or body by a hand or body pose tracker comprising an input interface, a processor, a memory holding candidate poses, a layered prediction engine and a stochastic optimizer, said method comprising: receiving, by the input interface, an image depicting the hand or body; inputting, by the processor, at least part of the image to the layered prediction engine comprising a machine learning system, trained to obtain a distribution over poses of the hand or body, the at least part of the image depicting the hand or body; obtaining, by the processor, the distribution over poses of the hand or body, the at least part of the image depicting the hand or body, from the layered prediction engine; accessing, by the stochastic optimizer, a pool of candidate poses of the hand or body, from the memory, and iteratively refining, by the stochastic optimizer, the candidate poses by randomly adjusting the pose of a sub-set of the candidate poses by making local random perturbations and/or by replacing a subset of parameters of a pose candidate with parameters from another pose candidate; periodically replacing, by the processor, a sub-set of the candidate poses in the pool with samples from the distribution over poses of the hand or body; and selecting, by the processor, a candidate pose from the pool as the current tracked pose. receiving, by the input interface, an image depicting the hand or body; inputting, by the processor, at least part of the image to the layered prediction engine comprising a machine learning system, trained to obtain a distribution over poses of the hand or body, the at least part of the image depicting the hand or body; obtaining, by the processor, the distribution over poses of the hand or body, the at least part of the image depicting the hand or body, from the layered prediction engine; accessing, by the stochastic optimizer, a pool of candidate poses of the hand or body, from the memory, and iteratively refining, by the stochastic optimizer, the candidate poses by randomly adjusting the pose of a sub-set of the candidate poses by making local random perturbations and/or by replacing a subset of parameters of a pose candidate with parameters from another pose candidate; periodically replacing, by the processor, a sub-set of the candidate poses in the pool with samples from the distribution over poses of the hand or body; and selecting, by the processor, a candidate pose from the pool as the current tracked pose.
Closure consisting of a screw cap and a tamper-evident band, the screw cap having at least one cylindrical cap shell with an internal thread and being connected at the lower, open end of the cap shell to the circumferential tamper-evident band along easily tearable weakening lines (13, 14) to the lower edge of the cap shell, wherein the tamper-evident band after tearing along the weakening lines (13, 14) remains non-detachably connected to the cap shell via retaining bands (15, 16), wherein the retaining bands (15, 16) are formed by two separate weakening lines (13, 14) which are each interrupted at least once in the circumferential direction, overlap in the circumferential direction and run at an axial distance from one another at least in the overlapping region, wherein the interruption sections (11, 12) of both weakening lines (13, 14) being bridged by the respective other weakening line (14, 13) at an axial distance, characterized in that at least two overlapping regions on both sides of the interruption section of the upper weakening line extending in each case over a circumferential angle of the tamper-evident band of at least 60° and less than 160°, wherein the axial spacing of the weakening lines (13, 14) in the overlapping region is between 1 and 4 mm.
A method of displaying video data, said method comprising the steps: generating a plurality of queries to determine a video data source from a plurality of video data sources; storing each of the queries, each query being stored in association with a corresponding one of a plurality of layouts, wherein each layout represents an arrangement of video windows for displaying video data; selecting one of the queries for display; matching the selected query with metadata from one or more of the plurality of video data sources based on criteria of the query; and displaying the video data corresponding to one or more of the video data sources by video windows in a layout stored in association with the selected query, wherein the metadata from the one or more of the plurality of video data sources matches the query, wherein said displaying step re-evaluates the query to determine if the metadata corresponding to the video data displayed by a video window matches the criteria of the query, and wherein said displaying step removes (605, 703, 804) said video window (505, 509) displaying the video data in an event that the metadata corresponding to the video data displayed by said video window does not match the criteria of the query, and adds a new video window (1004, 1109, 1110) displaying new video data in an event that the metadata corresponding to the new video data matches the criteria of the query. generating a plurality of queries to determine a video data source from a plurality of video data sources; storing each of the queries, each query being stored in association with a corresponding one of a plurality of layouts, wherein each layout represents an arrangement of video windows for displaying video data; selecting one of the queries for display; matching the selected query with metadata from one or more of the plurality of video data sources based on criteria of the query; and displaying the video data corresponding to one or more of the video data sources by video windows in a layout stored in association with the selected query, wherein the metadata from the one or more of the plurality of video data sources matches the query, wherein said displaying step re-evaluates the query to determine if the metadata corresponding to the video data displayed by a video window matches the criteria of the query, and wherein said displaying step removes (605, 703, 804) said video window (505, 509) displaying the video data in an event that the metadata corresponding to the video data displayed by said video window does not match the criteria of the query, and adds a new video window (1004, 1109, 1110) displaying new video data in an event that the metadata corresponding to the new video data matches the criteria of the query.
An imaging apparatus, comprising: a first imaging modality (102 2) configured to move between a scanning position and a first non-scanning position, the first imaging modality (102 2) having a scan axis along which the first imaging modality is configured to translate to the scanning position; a second imaging modality (102 N) that is configured to move between the scanning position and a second non-scanning position, the second imaging modality (102 N) being a different configuration of the same imaging modality as the first imaging modality, with one being a clinical imaging modality and the other being a non-clinical imaging modality configured as a research or prototype imaging modality; and a slide mechanism (214, 902) affixed to at least one of an examination room floor, an examination room ceiling, an examination room wall, or other component, wherein both the first and the second imaging modalities are slideably coupled to the slide mechanism and are configured to slide via the slide mechanism to the scanning position; wherein the first and the second imaging modalities are configured to alternatively move to the scanning position to scan a subject or object. a first imaging modality (102 2) configured to move between a scanning position and a first non-scanning position, the first imaging modality (102 2) having a scan axis along which the first imaging modality is configured to translate to the scanning position; a second imaging modality (102 N) that is configured to move between the scanning position and a second non-scanning position, the second imaging modality (102 N) being a different configuration of the same imaging modality as the first imaging modality, with one being a clinical imaging modality and the other being a non-clinical imaging modality configured as a research or prototype imaging modality; and a slide mechanism (214, 902) affixed to at least one of an examination room floor, an examination room ceiling, an examination room wall, or other component, wherein both the first and the second imaging modalities are slideably coupled to the slide mechanism and are configured to slide via the slide mechanism to the scanning position; wherein the first and the second imaging modalities are configured to alternatively move to the scanning position to scan a subject or object.
Device for producing knitted fabric with a knitting machine and a roving drawing and strengthening unit, which comprises a roving supply unit with at least one roving, an auxiliary thread supply unit with at least one auxiliary thread, a stretching unit coupled to the roving supply unit for supplying the roving and the auxiliary thread supply unit for supplying the auxiliary thread, which comprises subsequently arranged stretching roller pairs (601, 602, 603) in the roving conveying direction of the roving, a spinning nozzle device provided downstream from the stretching unit in a roving conveying direction of the device forming a fiber strengthening segment by applying compressed air, and an end thread gripping roller pair rotatable in opposite directions provided downstream from the spinning nozzle device in the roving conveying direction, delimiting the fiber strengthening segment, characterized in that between the auxiliary thread supply unit and the stretching unit, at least one auxiliary thread gripping roller pair rotatable in opposite directions, comprising an adjustable rotational speed is provided, which comprises two auxiliary thread gripping rollers (51a, 51b) pressed to each other or pressable, between whose auxiliary thread gripping rollers (51a, 51b), the auxiliary thread is being led towards the stretching unit, wherein the auxiliary thread gripping roller pair forms a clamping feedthrough for the at least one auxiliary thread and wherein the rotational speed of the auxiliary thread gripping rollers (51a, 51b) of the auxiliary thread gripping roller pair can be adjusted for supporting the accumulation of the roving on the auxiliary thread in such a way that a thread tension of the auxiliary thread exiting the auxiliary thread gripping roller pair is smaller than 2 cN.
Method for thermal treatment of metallic components, comprising, for each of the components: a) heating the component in a first furnace, b) holding the component at an outlet of the first furnace, so that a first region of the component outside the first furnace cools down, while a second region of the component remains within the first furnace, c) transferring the component from the first furnace to a temperature control station, d) subjecting the component to locally different thermal treatment in the temperature control station. a) heating the component in a first furnace, b) holding the component at an outlet of the first furnace, so that a first region of the component outside the first furnace cools down, while a second region of the component remains within the first furnace, c) transferring the component from the first furnace to a temperature control station, d) subjecting the component to locally different thermal treatment in the temperature control station.
A method of determining the orientation of a robotic machine at a worksite, comprising: providing a target on said machine, and, while the robotic machine is stationary: moving said target to a first position on said machine, determining the location of said first position in said worksite, moving said target to a second position on said machine, determining the location of said second position in said worksite, said first and second positions being known with respect to said machine, and defining a vector therebetween of a known orientation with respect to said machine, and determining the orientation of said vector with respect to said worksite; wherein the steps of determining the location of said first position in said worksite and determining the location of said second position in said worksite are performed by a robotic total station, that is positioned at a known location at the worksite and directs a beam of laser light at said target when said target is in said first position and said second position. moving said target to a first position on said machine, determining the location of said first position in said worksite, moving said target to a second position on said machine, determining the location of said second position in said worksite, said first and second positions being known with respect to said machine, and defining a vector therebetween of a known orientation with respect to said machine, and determining the orientation of said vector with respect to said worksite; wherein the steps of determining the location of said first position in said worksite and determining the location of said second position in said worksite are performed by a robotic total station, that is positioned at a known location at the worksite and directs a beam of laser light at said target when said target is in said first position and said second position.
Screed assembly of an asphalt paving machine comprising a heating control system for a screed, the screed including a plurality of screed plates (36,46,48,38) including first and second screed plates (36,46,48,38), the heating control system comprising: a controller; the first screed plate (36,46,48,38) coupled to a first temperature sensor (88,90,92,94) and at least one first heating element, the first temperature sensor (88,90,92,94) and at least one first heating element being linked to the controller, the at least one first heating element heating the first screed plate (36,46,48,36) under control of the controller and according to a first algorithm; the second screed plate (36,46,48,38) coupled to a second temperature sensor (88,90,92,94) and at least one second heating element, the second temperature sensor (88,90,92,94) and at least one second heating element being linked to the controller, the at least one second heating element heating the second screed plate (36,46,48,38) under control of the controller and according to a second algorithm; characterized in that, if the first temperature sensor (88,90,92,94) fails, the controller operates the at least one first heating element according to the second algorithm and signals generated by the second temperature sensor (88,90,92,94). a controller;
A computer-implemented method performed by a computing device (105, 205) that includes a display (110, 210), a touch-sensitive keyboard and a trackpad (125, 225), wherein the touch-sensitive keyboard comprises a space bar (130, 230) and wherein the trackpad is at an area outside the space bar, the method comprising: determining a context of the computing device, wherein determining the context of the computing device comprises determining that a complete word precedes a location of a cursor; receiving a touch input on the trackpad; designating, by the computing device and based on the previously-determined context of the computing device, the touch input on the trackpad to be a selection of the space bar (130, 230) of the touch-sensitive keyboard; and providing, for output to the display (110, 210) of the computing device and based on the computing device having designated the touch input on the trackpad to be a selection of the space bar, an indication of the selection of the space bar. determining a context of the computing device, wherein determining the context of the computing device comprises determining that a complete word precedes a location of a cursor; receiving a touch input on the trackpad; designating, by the computing device and based on the previously-determined context of the computing device, the touch input on the trackpad to be a selection of the space bar (130, 230) of the touch-sensitive keyboard; and providing, for output to the display (110, 210) of the computing device and based on the computing device having designated the touch input on the trackpad to be a selection of the space bar, an indication of the selection of the space bar.