mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, via radio resource control, RRC, signaling from a base station, information on monitoring of a pre-emption indication based on a pre-emption related radio network temporary identifier, RNTI, assigned by the base station and dedicated for the monitoring of the pre-emption indication in a physical downlink control channel, PDCCH; receiving , from the base station, the pre-emption indication in the PDCCH by monitoring the PDCCH based on the pre-emption related RNTI, wherein the pre-emption indication indicates an orthogonal frequency division multiplexing, OFDM, symbol and a physical resource block, PRB, of a resource to be used for an ultra-reliable and low latency communication, URLLC, transmission to another terminal; and receiving, from the base station, downlink data, wherein the resource indicated by the pre-emption indication are not used for receiving the downlink data. receiving, via radio resource control, RRC, signaling from a base station, information on monitoring of a pre-emption indication based on a pre-emption related radio network temporary identifier, RNTI, assigned by the base station and dedicated for the monitoring of the pre-emption indication in a physical downlink control channel, PDCCH; receiving , from the base station, the pre-emption indication in the PDCCH by monitoring the PDCCH based on the pre-emption related RNTI, wherein the pre-emption indication indicates an orthogonal frequency division multiplexing, OFDM, symbol and a physical resource block, PRB, of a resource to be used for an ultra-reliable and low latency communication, URLLC, transmission to another terminal; and receiving, from the base station, downlink data, wherein the resource indicated by the pre-emption indication are not used for receiving the downlink data.
Method for presenting a surrounding area of a vehicle , comprising: - creating a projection surface as a three-dimensional landscape in a virtual space , wherein the projection surface is formed corresponding to the surrounding area of the vehicle and wherein an obstacle in the surrounding area of the vehicle is presented as an occupied region in the virtual space and the projection surface is correspondingly deformed in an occupied region, - providing a video sequence for an output device, characterized in that the method has the following steps: - generating a moving virtual element in the virtual space that has the form of a surface and moves through the three-dimensional landscape in accordance with a prescribed movement path , wherein an intersection line of the virtual element with the projection surface as the three-dimensional landscape is ascertained for each position along the prescribed movement path , wherein the intersection line in the occupied region , in which an obstacle is presented, touches the presented obstacle, and - repeatedly imaging the projection surface as the three-dimensional landscape from the view of a virtual camera , arranged in the virtual space , in a virtual camera image , wherein a video sequence is generated from a sequence of virtual camera images , wherein the intersection line is presented in frames of the video sequence and the virtual element propagates in the virtual space similar to a wavefront. - creating a projection surface as a three-dimensional landscape in a virtual space , wherein the projection surface is formed corresponding to the surrounding area of the vehicle and wherein an obstacle in the surrounding area of the vehicle is presented as an occupied region in the virtual space and the projection surface is correspondingly deformed in an occupied region, - providing a video sequence for an output device, characterized in that the method has the following steps: - generating a moving virtual element in the virtual space that has the form of a surface and moves through the three-dimensional landscape in accordance with a prescribed movement path , wherein an intersection line of the virtual element with the projection surface as the three-dimensional landscape is ascertained for each position along the prescribed movement path , wherein the intersection line in the occupied region , in which an obstacle is presented, touches the presented obstacle, and - repeatedly imaging the projection surface as the three-dimensional landscape from the view of a virtual camera , arranged in the virtual space , in a virtual camera image , wherein a video sequence is generated from a sequence of virtual camera images , wherein the intersection line is presented in frames of the video sequence and the virtual element propagates in the virtual space similar to a wavefront.
A corona ignition assembly comprising: an igniter central electrode surrounded by a firing end insulator , said firing end insulator being formed of a ceramic material; a high voltage center electrode coupled to said igniter central electrode ; a high voltage insulator surrounding said high voltage center electrode , said high voltage insulator being formed of an insulating material different from said ceramic material of said firing end insulator ; characterized by a sleeve disposed radially between said high voltage center electrode and said firing end insulator and radially between said high voltage center electrode and said high voltage insulator , and said sleeve being formed of a semi-conductive material and having a resistivity of 0.5 Ohm/mm to 100 Ohm/mm. an igniter central electrode surrounded by a firing end insulator , said firing end insulator being formed of a ceramic material; a high voltage center electrode coupled to said igniter central electrode ; a high voltage insulator surrounding said high voltage center electrode , said high voltage insulator being formed of an insulating material different from said ceramic material of said firing end insulator ; characterized by a sleeve disposed radially between said high voltage center electrode and said firing end insulator and radially between said high voltage center electrode and said high voltage insulator , and said sleeve being formed of a semi-conductive material and having a resistivity of 0.5 Ohm/mm to 100 Ohm/mm.
A treatment method for resource recycling of hexavalent chromium-containing residues wherein the treatment method comprises steps as follows: 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing the separated solid residues with water and then drying; and 6) recycling the chromium-containing supernatant for returning to a work section, or for a treatment of recycling chromium, characterized in that the mineralizers are sodium chlorate, sodium perchlorate and hydrochloric acid. 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing the separated solid residues with water and then drying; and 6) recycling the chromium-containing supernatant for returning to a work section, or for a treatment of recycling chromium, characterized in that the mineralizers are sodium chlorate, sodium perchlorate and hydrochloric acid.
An assembly of matter selected from insulation products comprising mineral fibers and composite wood boards comprising cellulosic particle or sheet material, bonded together by a curable binder composition comprising a polysaccharide and an azetidinium crosslinker and possibly reaction product resulting from the cross-linking between polysaccharide and azetidinium crosslinker, or by a binder obtained by subjecting to curing conditions an aqueous curable binder composition comprising a polysaccharide and an azetidinium crosslinker and possibly reaction product resulting from the cross-linking between polysaccharide and azetidinium crosslinker, wherein the weight ratio on a dry basis of polysaccharide to azetidinium cross-linker is comprised between 99/1 to 60/40.
Vertical take-off and landing aircraft for transporting passengers or loads, having a plurality of, preferably similar and redundant, electric motors (3, 3a-m) and propellers (2, 2a-f) arranged substantially in one plane, wherein each propeller is assigned its own electric motor for driving the propeller, there being provided for the attitude regulation of the aircraft at least one attitude sensor (8a, 8aa-an) in operative signalling communication with at least one signal-processing unit (8b, 8ba-bn), which signal-processing unit is constructed and configured for automatically carrying out attitude regulation, taking into account measured data of the attitude sensor, by regulating the speed of at least some of the electric motors (3, 3a-m), preferably by action of signals on speed controllers (8da-8dm) assigned to the respective electric motors, so that the aircraft, without control inputs by a pilot or by remote control, is at all times positioned with the plane defined by the propellers (2, 2a-f) substantially horizontal in space, characterised in that the electric motors (3, 3a-m) and propellers (2, 2a-f) are arranged in at least one hexagonal basic pattern and the number of electric motors (3, 3a-m) and propellers (2, 2a-f) is at least twelve in each case.
A method implemented by a first node in a network, the method comprising: sending a first link state message to other nodes in the network, wherein the first link state message comprises a mode field set to indicate centralized link state flooding reduction, wherein the centralized link state flooding reduction mode directs a selection of a leader node in the network based on the first link state message, the leader node computes the flooding topology, floods the flooding topology to the other nodes, and the other nodes receive and use the flooding topology from the leader node; obtaining data indicating connectivity of a plurality of nodes in the network; computing the flooding topology according to the data indicating connectivity of the plurality of nodes, wherein the first node is selected as the leader node; sending the flooding topology, so that the flooding topology is used by nodes receiving the flooding topology to transmit a link state message over the flooding topology without transmitting such link state message through network links that are excluded from the flooding topology. sending a first link state message to other nodes in the network, wherein the first link state message comprises a mode field set to indicate centralized link state flooding reduction, wherein the centralized link state flooding reduction mode directs a selection of a leader node in the network based on the first link state message, the leader node computes the flooding topology, floods the flooding topology to the other nodes, and the other nodes receive and use the flooding topology from the leader node; obtaining data indicating connectivity of a plurality of nodes in the network; computing the flooding topology according to the data indicating connectivity of the plurality of nodes, wherein the first node is selected as the leader node; sending the flooding topology, so that the flooding topology is used by nodes receiving the flooding topology to transmit a link state message over the flooding topology without transmitting such link state message through network links that are excluded from the flooding topology.
Apparatus for manufacturing a cosmetic product, comprising a mixing machine which comprises a removable receiving device , the mixing machine comprising - a support defining a receiving casing which is capable of receiving the receiving device , the receiving device being configured to receive first and second capsules containing a first formulation and a second formulation, respectively, the two capsules being fluidly connected, - an actuating system , which is movable inside the receiving casing to exert a pressure force on the receiving device and/or on the first and/or the second capsule , - a clamping mechanism which is movable relative to the support and configured * in an insertion position, not to interfere with the insertion and removal of the receiving device comprising capsules in the receiving casing , and * in a clamping position, to clamp a portion of a capsule (3.5) wherein the clamping mechanism is a clamping wheel (54.1) which is rotatably movable about a clamping wheel axis (54.2). - a support defining a receiving casing which is capable of receiving the receiving device , the receiving device being configured to receive first and second capsules containing a first formulation and a second formulation, respectively, the two capsules being fluidly connected, - an actuating system , which is movable inside the receiving casing to exert a pressure force on the receiving device and/or on the first and/or the second capsule , - a clamping mechanism which is movable relative to the support and configured * in an insertion position, not to interfere with the insertion and removal of the receiving device comprising capsules in the receiving casing , and * in a clamping position, to clamp a portion of a capsule (3.5) * in an insertion position, not to interfere with the insertion and removal of the receiving device comprising capsules in the receiving casing , and * in a clamping position, to clamp a portion of a capsule (3.5)
A computer implemented method for analyzing operation of cells of a communications network, the method comprising: obtaining data comprising performance indicators data from a first cell and a group of reference cells for a selected time period; identifying, for the first cell, a first change point of first performance indicators, calculating magnitude of the change of the first performance indicators at the first change point, and defining the calculated magnitude as a first magnitude; identifying, for the group of reference cells, a group of reference change points of the first performance indicators, calculating magnitudes of the changes of the group of reference change points, and defining the calculated magnitudes as a group of reference magnitudes; comparing the first magnitude to the group of reference magnitudes to determine the relevance of the change point of the first cell; and providing output indicating the first change point of the first cell in response to detecting that said change point is determined relevant, or otherwise, providing output indicating that no relevant change points are identified. obtaining data comprising performance indicators data from a first cell and a group of reference cells for a selected time period; identifying, for the first cell, a first change point of first performance indicators, calculating magnitude of the change of the first performance indicators at the first change point, and defining the calculated magnitude as a first magnitude; identifying, for the group of reference cells, a group of reference change points of the first performance indicators, calculating magnitudes of the changes of the group of reference change points, and defining the calculated magnitudes as a group of reference magnitudes; comparing the first magnitude to the group of reference magnitudes to determine the relevance of the change point of the first cell; and providing output indicating the first change point of the first cell in response to detecting that said change point is determined relevant, or otherwise, providing output indicating that no relevant change points are identified.
Gantry washing facility , with at least one outer body (2.1, 2.2) designed as a vertical pillar of a washing gantry, in which at least one operating unit , in particular at least one operating element and/or a media container and/or an electronic, pneumatic or hydraulic component, is housed or can be housed, characterized in that the outer body (2.1, 2.2) comprises at least one pull-out means by which the at least one operating unit is translatorically movable between a closed position in which the operating unit is housed in the outer body (2.1, 2.2) and an opened position in which the operating unit is at least partially accessible from the outside.
A composition for use in treating a posterior segment ocular disease or disorder, wherein said posterior segment ocular disease involves the retina, retinal blood vessels, retinal nerves or optic nerve in a human or veterinary animal in need of treatment of said disease or disorder, said composition comprising (a) at least one collagen mimetic peptide (CMP) comprising the amino acid sequence of SEQ ID NO:6, and (b) one or more pharmaceutically suitable carriers.
Method for producing a peat substitute (TE) from a fibre suspension (FS) containing fibres from renewable raw materials, such as, in particular, a fibre suspension (FS) containing agricultural residues (LR), in which a first solids fraction (FF1) is separated from a first filtrate (F1) in at least a first solids separation step and a second solids fraction (FF2) is separated from a second filtrate (F2) in a second solids separation step downstream of the first solids separation step, in a hygienisation step, the solids fraction (FF2) obtained is hygienised, and the peat substitute (TE) is provided after the hygienisation step, wherein during the method acid (S) is added to the fibre suspension (FS) in an acidification step before the two solids separation steps in order to dissolve precipitated salts, after the acidification step in the first solids separation step, the first solids fraction (FF1) is separated from the first filtrate (F1) with the salts dissolved therein, and after the first solids separation step a washing step takes place in which the first solids fraction (FF1) is mixed with rinsing water (SW) characterized in that the first filtrate (F1) created in the first solids separation step is prepared in a treatment sequence and used as rinsing water (SW) in the washing step, and the hygienisation step is carried out downstream of the solids separation steps. a first solids fraction (FF1) is separated from a first filtrate (F1) in at least a first solids separation step and a second solids fraction (FF2) is separated from a second filtrate (F2) in a second solids separation step downstream of the first solids separation step, in a hygienisation step, the solids fraction (FF2) obtained is hygienised, and the peat substitute (TE) is provided after the hygienisation step, wherein during the method acid (S) is added to the fibre suspension (FS) in an acidification step before the two solids separation steps in order to dissolve precipitated salts, after the acidification step in the first solids separation step, the first solids fraction (FF1) is separated from the first filtrate (F1) with the salts dissolved therein, and after the first solids separation step a washing step takes place in which the first solids fraction (FF1) is mixed with rinsing water (SW) characterized in that the first filtrate (F1) created in the first solids separation step is prepared in a treatment sequence and used as rinsing water (SW) in the washing step, and the hygienisation step is carried out downstream of the solids separation steps.
A method for wireless communication, comprising: a) transmitting , by a communication apparatus , a timing request to a subset of a plurality of network devices, wherein the timing request comprises a respective expected response time for each of the subset of the plurality of network devices, and wherein the expected response time corresponds to a transmission time of a timing measurement that is received from the corresponding network device of the plurality of network devices; b) receiving , at a plurality of times, a plurality of timing measurements from each of the subset of the plurality of network devices, wherein each of the plurality of times is based on the corresponding expected response time, and the plurality of timing measurements comprises a respective time of arrival, ToA, timestamp and a respective time of departure, ToD, timestamp; c) determining a location information of the communication apparatus based on an estimate of a round trip delay that is computed using a difference of the respective ToA and ToD timestamps from the plurality of timing measurements; repeating steps a) and b) a number of times, wherein a ToA timestamp and a ToD timestamp is received each of the number of times from each of the subset of the plurality of network devices, and wherein the round trip delay is computed for each of the number of times for each of the subset of the plurality of network devices; and ceasing repeating steps a) and b) when a difference between consecutive round trip delays is less than a threshold. a) transmitting , by a communication apparatus , a timing request to a subset of a plurality of network devices, wherein the timing request comprises a respective expected response time for each of the subset of the plurality of network devices, and wherein the expected response time corresponds to a transmission time of a timing measurement that is received from the corresponding network device of the plurality of network devices; b) receiving , at a plurality of times, a plurality of timing measurements from each of the subset of the plurality of network devices, wherein each of the plurality of times is based on the corresponding expected response time, and the plurality of timing measurements comprises a respective time of arrival, ToA, timestamp and a respective time of departure, ToD, timestamp; c) determining a location information of the communication apparatus based on an estimate of a round trip delay that is computed using a difference of the respective ToA and ToD timestamps from the plurality of timing measurements; repeating steps a) and b) a number of times, wherein a ToA timestamp and a ToD timestamp is received each of the number of times from each of the subset of the plurality of network devices, and wherein the round trip delay is computed for each of the number of times for each of the subset of the plurality of network devices; and ceasing repeating steps a) and b) when a difference between consecutive round trip delays is less than a threshold.