mhurhangee/ep-ind-claims huggingface dataset:
Attachment for a floor drain, in particular for a floor drain of a walk-in shower, comprising a pipe socket element having a flange and an annular recess, an annular-disc-shaped element rotatably inserted into the annular recess, and a frame which is intended for a grate, is substantially square and can be placed onto the annular-disc-shaped element, the annular-disc-shaped element comprising an eccentrically arranged through hole which is widened at the top by means of a further recess, characterised in that the frame for the grate is formed in one piece and rests in the recess in the annular-disc-shaped element directly on the annular-disc-shaped element, the lateral dimensions of this further recess being substantially larger than the dimensions of the frame placed therein, and therefore the frame can be moved substantially horizontally in the further recess in various directions which are transverse to one another.
Computer-implemented method for operating a mobile agent in an environment on the basis of a pose of the mobile agent, wherein a localization of the mobile agent for the operation of the mobile agent is carried out with the following steps: - capturing sensor data regarding walls and/or objects located in an environment, wherein the sensor data indicate the alignment and distance of the walls and/or objects in an agent-fixed agent coordinate system; - determining (S11-S18) the pose of the mobile agent in the environment with the aid of a SLAM algorithm taking into account a Manhattan orientation, wherein the SLAM algorithm provides a minimization of an error function which is dependent on measurement errors of the sensor data and dependent on the Manhattan orientation, wherein the SLAM algorithm corresponds to a graph-based SLAM algorithm on the basis of a SLAM graph having nodes and transformation edges (TK, M), wherein the SLAM graph contains pose nodes that each indicate a pose of the mobile agent determined from the sensor data, and transformation edges between each two pose nodes, wherein the transformation edges indicate a pose change, determined from the sensor data, between the poses assigned to the respectively two pose nodes, characterized in that depending on the Manhattan orientation a Manhattan node and at least one Manhattan edge between the Manhattan node and one of the pose nodes are added, wherein the SLAM algorithm uses an error function which is ascertained from the SLAM graph and which takes account of the error probabilities assigned to the nodes (P, MK) and edges (TK, M) in order to determine the corrected poses assigned to the nodes (P, MK) of the SLAM graph. - capturing sensor data regarding walls and/or objects located in an environment, wherein the sensor data indicate the alignment and distance of the walls and/or objects in an agent-fixed agent coordinate system; - determining (S11-S18) the pose of the mobile agent in the environment with the aid of a SLAM algorithm taking into account a Manhattan orientation, wherein the SLAM algorithm provides a minimization of an error function which is dependent on measurement errors of the sensor data and dependent on the Manhattan orientation, wherein the SLAM algorithm corresponds to a graph-based SLAM algorithm on the basis of a SLAM graph having nodes and transformation edges (TK, M), wherein the SLAM graph contains pose nodes that each indicate a pose of the mobile agent determined from the sensor data, and transformation edges between each two pose nodes, wherein the transformation edges indicate a pose change, determined from the sensor data, between the poses assigned to the respectively two pose nodes, characterized in that depending on the Manhattan orientation a Manhattan node and at least one Manhattan edge between the Manhattan node and one of the pose nodes are added, wherein the SLAM algorithm uses an error function which is ascertained from the SLAM graph and which takes account of the error probabilities assigned to the nodes (P, MK) and edges (TK, M) in order to determine the corrected poses assigned to the nodes (P, MK) of the SLAM graph.
An electrode configured to operate in a discharge lamp, the electrode comprising: an electrode head portion comprising a plurality of raised features attached to said electrode head portion, the plurality of raised features being spaced apart to increase emissivity of the electrode, characterized in that the electrode head portion is arranged such that the average pitch of the plurality of raised features is between 124% and 151 %, wherein the average pitch is understood to mean the sum of the ratio of the distances between consecutive raised features to the width of the raised features divided by the number of pairs of raised features, in that the plurality of raised features comprise a plurality of wires, and in that each of the plurality of wires form an axial section attached to the electrode head portion.
A method for wireless communications by an apparatus, comprising: generating a frame for transmission on a plurality of channels, the frame having: first information comprising at least one of preamble, channel estimation, or header information decodable and for processing by first and second types of devices, and wherein the first information is repeated in each of the plurality of channels during transmission of the frame occupying a first time interval, second information comprising at least one of preamble, channel estimation, or header information decodable and for processing by the second type of device, and wherein the second information occupies frequency gaps between the plurality of channels during transmission of the frame, wherein the second information occupies a second time interval, wherein the first and second time intervals at least partially overlap in time, and a portion spanning the plurality of channels and the frequency gaps including data; and outputting the frame for transmission. generating a frame for transmission on a plurality of channels, the frame having: first information comprising at least one of preamble, channel estimation, or header information decodable and for processing by first and second types of devices, and wherein the first information is repeated in each of the plurality of channels during transmission of the frame occupying a first time interval, second information comprising at least one of preamble, channel estimation, or header information decodable and for processing by the second type of device, and wherein the second information occupies frequency gaps between the plurality of channels during transmission of the frame, wherein the second information occupies a second time interval, wherein the first and second time intervals at least partially overlap in time, and a portion spanning the plurality of channels and the frequency gaps including data; and first information comprising at least one of preamble, channel estimation, or header information decodable and for processing by first and second types of devices, and wherein the first information is repeated in each of the plurality of channels during transmission of the frame occupying a first time interval, second information comprising at least one of preamble, channel estimation, or header information decodable and for processing by the second type of device, and wherein the second information occupies frequency gaps between the plurality of channels during transmission of the frame, wherein the second information occupies a second time interval, wherein the first and second time intervals at least partially overlap in time, and a portion spanning the plurality of channels and the frequency gaps including data; and outputting the frame for transmission.
A multilayer thermal insulation composite comprising: at least one superinsulation layer comprising a superinsulation material comprising one or more of an aerogel, microfiber glass or microporous silica; and at least one inorganic heat absorbing layer. at least one superinsulation layer comprising a superinsulation material comprising one or more of an aerogel, microfiber glass or microporous silica; and at least one inorganic heat absorbing layer.
A method of wireless communication, comprising: participating, by a data transmitter, in a contention resolution process during a contention interval with a data receiver for access to a shared communication channel, wherein the data transmitter transmits a precoded contention reservation signal precoded with tentative rank parameters, and the tentative rank parameters are rank parameters including: a tentative rank indicator and tentative transmission beamforming parameters; receiving, by the data transmitter, post-contention feedback from the data receiver after the contention interval, wherein the post-contention feedback includes post-contention rank parameters based on one or more sets of precoded contention reservation signals detected to be above a threshold energy level during the contention interval and transmitted from one or more nodes that won access to the shared communication channel, the one or more nodes include the data transmitter; setting, by the data transmitter, data transmission rank parameters according to post-contention feedback received from the data receiver; and transmitting, by the data transmitter, data to the data receiver using the data transmission rank parameters. participating, by a data transmitter, in a contention resolution process during a contention interval with a data receiver for access to a shared communication channel, wherein the data transmitter transmits a precoded contention reservation signal precoded with tentative rank parameters, and the tentative rank parameters are rank parameters including: a tentative rank indicator and tentative transmission beamforming parameters; receiving, by the data transmitter, post-contention feedback from the data receiver after the contention interval, wherein the post-contention feedback includes post-contention rank parameters based on one or more sets of precoded contention reservation signals detected to be above a threshold energy level during the contention interval and transmitted from one or more nodes that won access to the shared communication channel, the one or more nodes include the data transmitter; setting, by the data transmitter, data transmission rank parameters according to post-contention feedback received from the data receiver; and transmitting, by the data transmitter, data to the data receiver using the data transmission rank parameters.
Diagnosis method for an air flowmeter in a supercharged internal-combustion engine that includes at least a low-pressure partial recirculation system for exhaust gases at the intake of the engine, and that may also include a high-pressure partial recirculation system for exhaust gases at the intake of the engine, said method comprising at least one step of interrupting exhaust gas recycling, followed by a main diagnosis step in which: a first air flow rate value (Q HFM) for air entering the engine is measured by the flowmeter, a second air flow rate value (Qair) is calculated using a filling model of the cylinders of the engine, and the flowmeter is deemed to be in good condition or faulty respectively if the absolute value of the difference between said first value and said second value is less than or greater than a threshold, the method being characterized in that - the method comprises, prior to interruption of exhaust gas recycling, a step in which at least one pre-diagnosis of the flowmeter is carried out, in which a criterion representing the difference between the real air flow rate (Qair) and the air flow rate measured by the flowmeter (Q HFM) is compared with two thresholds, the pre-diagnosis determining that the flowmeter is in good condition if said difference is less than the lesser of the two thresholds, and that the flowmeter is faulty if said difference is greater than the greater of the two thresholds, said pre-diagnosis reaching no conclusion if said difference is between the two thresholds, - the exhaust gas recirculation interruption step and the main diagnosis step only being implemented if said pre-diagnosis reaches no conclusion. - the method comprises, prior to interruption of exhaust gas recycling, a step in which at least one pre-diagnosis of the flowmeter is carried out, in which a criterion representing the difference between the real air flow rate (Qair) and the air flow rate measured by the flowmeter (Q HFM) is compared with two thresholds, the pre-diagnosis determining that the flowmeter is in good condition if said difference is less than the lesser of the two thresholds, and that the flowmeter is faulty if said difference is greater than the greater of the two thresholds, said pre-diagnosis reaching no conclusion if said difference is between the two thresholds, - the exhaust gas recirculation interruption step and the main diagnosis step only being implemented if said pre-diagnosis reaches no conclusion.
Carrier for panel heating elements with an electrical heating layer applied to at least a part of a carrier surface and with at least two electrodes (8, 8') provided for connection to a voltage source, which electrodes are connected to the heating layer such that a current path for a heating current is formed between the electrodes, wherein the heating layer is electrically divided by: - one or a plurality of first separating zones, which have, in each case, at least one free zone end, and are implemented such that the current path changes its direction of flow on the free zone ends, and - one or a plurality of second separating zones, which are implemented such that the current path changing its direction of flow on the free zone ends is divided at least in sections into a plurality of electrically parallel current subpaths, wherein one or a plurality of second separating zones are associated with at least one free zone end of a first separating zone, wherein the second separating zones are arranged in an aligned extension of the first separating zone. - one or a plurality of first separating zones, which have, in each case, at least one free zone end, and are implemented such that the current path changes its direction of flow on the free zone ends, and - one or a plurality of second separating zones, which are implemented such that the current path changing its direction of flow on the free zone ends is divided at least in sections into a plurality of electrically parallel current subpaths,
A method of operation of a radio network node operating according to a Time Division Duplexing, TDD, scheme in a cellular communications network, comprising: transmitting, a first uplink grant that assigns first radio resources for a first multiple transmit time interval uplink transmission; transmitting, a second uplink grant during a gap in the first radio resources assigned for the first multiple transmit time interval uplink transmission; wherein the first radio resources comprise a set of consecutive subframes, and the gap comprises a gap subframe within the set of consecutive subframes; and wherein the gap is a time domain gap, and a position of the gap is a position relative to an end of the first radio resources assigned for the first multiple transmit time interval uplink transmission by the first uplink grant. transmitting, a first uplink grant that assigns first radio resources for a first multiple transmit time interval uplink transmission; transmitting, a second uplink grant during a gap in the first radio resources assigned for the first multiple transmit time interval uplink transmission; wherein the first radio resources comprise a set of consecutive subframes, and the gap comprises a gap subframe within the set of consecutive subframes; and wherein the gap is a time domain gap, and a position of the gap is a position relative to an end of the first radio resources assigned for the first multiple transmit time interval uplink transmission by the first uplink grant.
An insulated gate bipolar transistor, comprising: a substrate having a first conductivity type; a drift layer having a second conductivity type opposite the first conductivity type; a well region in the drift layer and having the first conductivity type; an epitaxial channel adjustment layer on the drift layer and having the second conductivity type and having a thickness of about 0.25 μm or more; an emitter region extending from a surface of the epitaxial channel adjustment layer through the epitaxial channel adjustment layer and into the well region, the emitter region having the second conductivity type and at least partially defining a channel region in the well region adjacent to the emitter region; a gate oxide layer on the channel region; and a gate on the gate oxide layer wherein the first conductivity type is n-type and the second conductivity type is p-type, characterised in that a distance from a bottom of the emitter region to a bottom of the well region is 0.45 μm or more. a substrate having a first conductivity type; a drift layer having a second conductivity type opposite the first conductivity type; a well region in the drift layer and having the first conductivity type; an epitaxial channel adjustment layer on the drift layer and having the second conductivity type and having a thickness of about 0.25 μm or more; an emitter region extending from a surface of the epitaxial channel adjustment layer through the epitaxial channel adjustment layer and into the well region, the emitter region having the second conductivity type and at least partially defining a channel region in the well region adjacent to the emitter region; a gate oxide layer on the channel region; and a gate on the gate oxide layer wherein the first conductivity type is n-type and the second conductivity type is p-type,
Mould for injection moulding a flexible implant shell for use in body implants, comprising: a mould core having a stalk and a convex bulbous element; and two mould halves (2, 2'), wherein each mould half is arranged for mating with the other mould half at respective confronting surfaces, each surface comprising a concavity (3,3') forming, in the mould halves, a mould cavity for mating with the bulbous element; characterised in that said mould core comprises: a first stem forming a first portion of the stalk and a proximal portion of the convex bulbous element; and a second stem forming a second portion of the stalk and a distal portion of the convex bulbous element; arranged such that one of the stems is displaceable relative to the other stem for opening a gap at the bulbous element, between the first stem and the second stem, for injecting an ejection gas for ejecting the moulded shell. a mould core having a stalk and a convex bulbous element; and two mould halves (2, 2'), wherein each mould half is arranged for mating with the other mould half at respective confronting surfaces, each surface comprising a concavity (3,3') forming, in the mould halves, a mould cavity for mating with the bulbous element; characterised in that said mould core comprises: a first stem forming a first portion of the stalk and a proximal portion of the convex bulbous element; and a second stem forming a second portion of the stalk and a distal portion of the convex bulbous element; arranged such that one of the stems is displaceable relative to the other stem for opening a gap at the bulbous element, between the first stem and the second stem, for injecting an ejection gas for ejecting the moulded shell. a first stem forming a first portion of the stalk and a proximal portion of the convex bulbous element; and a second stem forming a second portion of the stalk and a distal portion of the convex bulbous element; arranged such that one of the stems is displaceable relative to the other stem for opening a gap at the bulbous element, between the first stem and the second stem, for injecting an ejection gas for ejecting the moulded shell.
A system for the transmission of data to a plurality of user devices (104,106,108) from one or more sources, said user devices located within an area defined by the range of wireless transmission apparatus so as to receive data transmitted wirelessly within said defined area and processing the same in order to allow video and/or audio to be generated on the user device (104,106,108), said user device including means to allow user interaction via the device in order to select, from a service of a group of available programmes or programme channels, a programme to be viewed and/or listened to via the respective user device, and the said group of available programmes or channels is selected with reference to predefined criteria by a server (20,120) which receives data from the one or more sources and said server is located at a satellite uplink facility remote from the said area to transmit the data via satellite IP to the wireless transmission apparatus so as to transmit data wirelessly within the defined area, the data for the programmes in the said group of programmes or channels is multicast wirelessly from the wireless transmission apparatus within the said defined area so that the data for all of the group of programmes or channels is available to be selected and received by all of the user devices (104,106,108) located within the defined area characterised in that the same data as that required for the said group of programmes which is wirelessly provided to the defined wireless range area is blocked from being transmitted via a broadband internet connection to the said area so as to prevent duplication of data being provided to the area and reduce the amount of data being carried by the said broadband internet connection.
Crop collecting device comprising a resilient shaft which is mounted in a height adjustable manner relative to a frame (11, 52) and which is moved over a contoured ground by means of at least one travel means (16a, 16b, 16c), which resilient shaft carries at least one collecting tool, with a bearing being provided for said resilient shaft and at least one bearing element (20a, 20b, 30) is connected to said travel means (16a, 16b, 16c), characterized in that said bearing element (20a, 20b, 30) is designed to have at least two bearing points (21, 23, 31, 33) which are spaced apart from each other in the axial direction and which are rigidly connected to each other.
Device for impinging a material web with a liquor (20, 24), wherein the device has a wetting section, an application section, a squeezing section, and a liquor-collection assembly (27, 35), characterized in that the liquor-collection assembly (27, 35) has a first collection trough that is assigned to the application section, and a second collection trough that is assigned to the squeezing section.