mhurhangee/ep-ind-claims huggingface dataset:
Automatic heel unit (1, 101) for a ski binding, in particular a touring ski binding, comprising a base for fitting the automatic heel unit (1, 101) on a ski and a heel downholder (3, 103) having a heel downholding structure (4, 104) for holding down a ski boot that is held in the ski binding in a heel region of the ski boot, wherein the heel downholder (3, 103) is mounted so as to be movable in relation to the base, and wherein a) the automatic heel unit (1, 101) has a holding configuration in which the heel downholder (3, 103) is located in a holding position and the heel downholding structure (4, 104) may interact with the heel region of the ski boot that is held in the ski binding in such a manner that the heel region of the ski boot is held down in a lowered position, and wherein b) the automatic heel unit (1, 101) has a step-in configuration in which the heel downholder (3, 103) is located in a step-in position and the heel region of the ski boot is released by the heel downholding structure (4, 104), characterized in that the automatic heel unit (1, 101) comprises a forwardly overhanging heel support structure (6, 106), which is configured separately and spatially separated from the heel downholding structure (4, 104), for engaging in a recess in the heel region of the ski boot that is held in the ski binding in the holding configuration of the automatic heel unit (1, 101), for supporting the heel region of the ski boot that is held in the ski binding in the holding configuration of the automatic heel unit (1, 101) only in one direction that is horizontally transverse to the ski, or only both in a direction that is horizontally transverse to the ski as well as in a direction that is downward toward the ski, such that due to the support by the heel support structure (6, 106) in the holding configuration of the automatic heel unit (1, 101), the heel region of the ski boot cannot be moved sideways away from the automatic heel unit (1, 101), wherein a cross section that runs horizontally through the forwardly overhanging heel support structure (6, 106) has two forward pointing brackets (10.1, 10.2, 110.1, 110.2) that are disposed beside one another. a) the automatic heel unit (1, 101) has a holding configuration in which the heel downholder (3, 103) is located in a holding position and the heel downholding structure (4, 104) may interact with the heel region of the ski boot that is held in the ski binding in such a manner that the heel region of the ski boot is held down in a lowered position, and wherein b) the automatic heel unit (1, 101) has a step-in configuration in which the heel downholder (3, 103) is located in a step-in position and the heel region of the ski boot is released by the heel downholding structure (4, 104),
A method for processing video data, the method comprising: for a first group of one or more blocks of the video data, updating one or more context statuses for a binary arithmetic coder, wherein each context status of the one or more context statuses comprises values for context variables and wherein updating the one or more context statuses for the binary arithmetic coder comprises updating the values for the context variables; storing the updated one or more context statuses for the binary arithmetic coder at a bit depth of K; for a second group of one or more blocks of the video data, initializing the binary arithmetic coder with values for context variables for one of the one or more stored context statuses, wherein the first group of one or more blocks of the video data comprise one or more previously coded blocks relative to the second group of one or more blocks of the video data; wherein initializing the binary arithmetic coder comprises: i) setting an initialized status value for an i-th context model for the second group of one or more blocks of the video data to a stored value << (N - K)), wherein << denotes a left-shift operation, and ii) initializing the i-th context; coding the second group of one or more blocks of the video data with the initialized binary arithmetic coder using a context status at a bit depth of N, wherein N and K are both positive integer values, and wherein K is smaller than N; and outputting the second group of one or more coded blocks. for a first group of one or more blocks of the video data, updating one or more context statuses for a binary arithmetic coder, wherein each context status of the one or more context statuses comprises values for context variables and wherein updating the one or more context statuses for the binary arithmetic coder comprises updating the values for the context variables; storing the updated one or more context statuses for the binary arithmetic coder at a bit depth of K; for a second group of one or more blocks of the video data, initializing the binary arithmetic coder with values for context variables for one of the one or more stored context statuses, wherein the first group of one or more blocks of the video data comprise one or more previously coded blocks relative to the second group of one or more blocks of the video data; wherein initializing the binary arithmetic coder comprises: i) setting an initialized status value for an i-th context model for the second group of one or more blocks of the video data to a stored value << (N - K)), wherein << denotes a left-shift operation, and ii) initializing the i-th context; i) setting an initialized status value for an i-th context model for the second group of one or more blocks of the video data to a stored value << (N - K)), wherein << denotes a left-shift operation, and ii) initializing the i-th context; coding the second group of one or more blocks of the video data with the initialized binary arithmetic coder using a context status at a bit depth of N, wherein N and K are both positive integer values, and wherein K is smaller than N; and outputting the second group of one or more coded blocks.
A method for wireless communication performed by a user equipment, UE, comprising: receiving an indication of an association between a plurality of physical cell identifiers, PCIs, and one or more transmission configuration indicator, TCI, states; receiving, using one or more receive beams associated with a TCI state, a downlink transmission from a plurality of transmission reception points, TRPs, identifiable by the plurality of PCIs; identifying, based at least in part on the TCI state and the association between the plurality of PCIs and the one or more TCI states, a first PCI of the plurality of PCIs to use to process the received downlink transmission; and processing the received downlink transmission using the identified first PCI. receiving an indication of an association between a plurality of physical cell identifiers, PCIs, and one or more transmission configuration indicator, TCI, states; receiving, using one or more receive beams associated with a TCI state, a downlink transmission from a plurality of transmission reception points, TRPs, identifiable by the plurality of PCIs; identifying, based at least in part on the TCI state and the association between the plurality of PCIs and the one or more TCI states, a first PCI of the plurality of PCIs to use to process the received downlink transmission; and processing the received downlink transmission using the identified first PCI.
Use of a composition comprising at least one mannosylerythritol lipid being a Pseudozyma aphidis 4-O-ß-D-mannopyranosyl-meso-erythritol comprising C10:0, C10:1 and C14:1 for removing greasy and/or oil type deposits at temperatures in the range of from 5 to 35°C. at least one mannosylerythritol lipid being a Pseudozyma aphidis 4-O-ß-D-mannopyranosyl-meso-erythritol comprising C10:0, C10:1 and C14:1 for removing greasy and/or oil type deposits at temperatures in the range of from 5 to 35°C.
A cell wherein a non-natural amino acid has been site-specifically incorporated into a gene product required for replication, wherein said cell is capable of replication in the presence of said non-natural amino acid, and has limited or no replication capability in the absence of said non-natural amino acid.
Pressure indicator for a pressure line of a geothermal installation, in particular for a geothermal heat pipe, with a display element for optical display of the pressure in the pressure line and at least one connection element for pressure-tight connection with the pressure line, wherein the display element is mounted displaceably, and the display element can be subjected to pressure and is displaceable against the spring pressure of a spring of the pressure indicator, characterised in that the pressure indicator has a use breakaway element for proving first use of the pressure indicator and/or that the pressure indicator has an overpressure breakaway element for proving exceeding of a maximum permitted overpressure.
A method comprising: inferring activity of one or more cellular signaling pathway(s) in tissue of a medical subject based at least on the expression level(s) of one or more target gene(s) of the cellular signaling pathway(s) measured in an extracted sample of the tissue of the medical subject, wherein the inferring comprises: inferring activity of the cellular signaling pathway(s) in the tissue of the medical subject by evaluating at least a portion of a probabilistic model (40-1,..., 40-7), preferably a Bayesian network (40-1,..., 40-7), representing the cellular signaling pathway(s) for a set of inputs including at least the expression level(s) of the one or more target genes of the cellular signaling pathway(s) measured in the extracted sample of the tissue of the medical subject; estimating a level in the tissue of the medical subject of at least one transcription factor element, the at least one TF element controlling transcription of the one or more target gene(s) of the cellular signaling pathway(s), the estimating being based at least in part on conditional probabilities relating the at least one TF element and the expression level(s) of the one or more target gene(s) of the cellular signaling pathway(s) measured in the extracted sample of the tissue of the medical subject; and inferring activity of the cellular signaling pathway(s) based on the estimated level in the tissue sample of the transcription factor element; wherein the inferring is performed by a digital processing device using the probabilistic model (40-1,..., 40-7) of the cellular signaling pathway(s). inferring activity of the cellular signaling pathway(s) in the tissue of the medical subject by evaluating at least a portion of a probabilistic model (40-1,..., 40-7), preferably a Bayesian network (40-1,..., 40-7), representing the cellular signaling pathway(s) for a set of inputs including at least the expression level(s) of the one or more target genes of the cellular signaling pathway(s) measured in the extracted sample of the tissue of the medical subject; estimating a level in the tissue of the medical subject of at least one transcription factor element, the at least one TF element controlling transcription of the one or more target gene(s) of the cellular signaling pathway(s), the estimating being based at least in part on conditional probabilities relating the at least one TF element and the expression level(s) of the one or more target gene(s) of the cellular signaling pathway(s) measured in the extracted sample of the tissue of the medical subject; and inferring activity of the cellular signaling pathway(s) based on the estimated level in the tissue sample of the transcription factor element; wherein the inferring is performed by a digital processing device using the probabilistic model (40-1,..., 40-7) of the cellular signaling pathway(s).
A method for optimizing a link latency on a communication interface in a communication network comprising a first communication network node and a second communication network node communicating with said first communication network node on said communication interface and sending framed data packets having frame numbers to a plurality of user equipments over a radio interface, characterised in that the method comprises in said second communication network node the steps of: - measuring a transmission delay on said communication interface; - requesting downlink data from said first communication network node, said downlink data having an adjusted frame number based on said measured transmission delay. - measuring a transmission delay on said communication interface; - requesting downlink data from said first communication network node, said downlink data having an adjusted frame number based on said measured transmission delay.
Method for improving the performances of an armoured AC cable having a cable length L and cable losses when an alternate current I is transported, the armoured AC cable comprising at least one core comprising an electric conductor having a cross section area X sized for operating the armoured AC cable to transport an alternate current I at a maximum allowable working conductor temperature θ, as determined by the cable losses, the armoured AC cable further comprising an armour surrounding the at least one core, the armour comprising ferromagnetic wires, the method comprising: - reducing the cable losses by permanently magnetizing the ferromagnetic wires so as to generate in the wires a remanent magnetic field; - sizing the cross section area X of each electric conductor with a reduced value, this reduced value being determined and made possible by the value of the reduced cable losses, and/or - rating the armoured AC cable at the maximum allowable working conductor temperature θ to transport said alternate current I with an increased value, this increased value being determined and made possible by the value of the reduced cable losses. - reducing the cable losses by permanently magnetizing the ferromagnetic wires so as to generate in the wires a remanent magnetic field; - sizing the cross section area X of each electric conductor with a reduced value, this reduced value being determined and made possible by the value of the reduced cable losses, and/or - rating the armoured AC cable at the maximum allowable working conductor temperature θ to transport said alternate current I with an increased value, this increased value being determined and made possible by the value of the reduced cable losses.
Method for dispensing a spray, in particular of a plant protectant agent, onto a field by means of an agricultural spraying apparatus, having the steps: - acquiring a field section of the field with plants by means of an optical and/or infrared acquisition unit; - identifying at least one row of plants in the acquired field section by means of a processing unit; - defining a plant area, which encompasses the at least one identified row of plants, using the at least one identified row of plants, and a weed area, which differs from the plant area, in a specified evaluation section of the acquired field section by means of the processing unit; - ascertaining a plant parameter of the weed area in the specified evaluation section of the acquired field section by means of the processing unit; and - dispensing the spray onto the weed area of the specified evaluation section in a manner dependent on the ascertained plant parameter by means of spray nozzles of the agricultural spraying apparatus. - acquiring a field section of the field with plants by means of an optical and/or infrared acquisition unit; - identifying at least one row of plants in the acquired field section by means of a processing unit; - defining a plant area, which encompasses the at least one identified row of plants, using the at least one identified row of plants, and a weed area, which differs from the plant area, in a specified evaluation section of the acquired field section by means of the processing unit; - ascertaining a plant parameter of the weed area in the specified evaluation section of the acquired field section by means of the processing unit; and - dispensing the spray onto the weed area of the specified evaluation section in a manner dependent on the ascertained plant parameter by means of spray nozzles of the agricultural spraying apparatus.
Folding child's pushchair, made up of a structural assembly that is capable of folding in the middle, by means of joints that join a first structural part made up of front uprights and a second structural part formed by arms that make up a handle structure for handling the pushchair, wherein the joints are made up of hinge joints that are composed of parts in the form of discs attached to each other, and comprise a first part that is attached to the corresponding front upright, a second part that is attached to the corresponding arm of the handle structure and an independent part, to which a crossbar is attached, for supporting the child using the pushchair, this independent part having a perpendicular tab running through the first and second parts (7 and 8) through grooves (17 and 18) facing each other, a mobile latch part connected to the second part being pushed by a spring towards the hinge joint, and a fixed part, with respect to which the latch part can be locked and unlocked to block and unblock the rotation of the hinge joint, wherein the first part, the second part and the independent part each comprise a central through hole, the central through holes being coaxial, said folding child's pushchair being characterised in that said fixed part comprises a through hole coaxial with the central through holes and is arranged in a recess formed in the first part facing the second part, the recess being formed such that the central through hole of the first part opens into the recess and the fixed part is in contact with the second part.
An apparatus for a local platooning controller of a vehicle, the apparatus comprising a transceiver module configured to receive information related to a control command from a global platooning controller, and transmit feedback information to the global platooning controller; and a control module configured to control the transceiver module characterised in that the controller is further configured to determine information related to a deviation between control information received with information related to the control command from the global platooning controller and an actual state of the vehicle, and effect transmission of feedback information based on the information related to the deviation.
A scanner for inspecting a component, the scanner comprising: a main body comprising a clamp attachable to a trailing edge of the component; a first flexible arm moveably attached to the main body about a first side of the component; a first probe pivotally attached to the first flexible arm; a first axial actuator in mechanical communication with the first flexible arm so that the first probe can slide along the first side of the component; a second flexible arm moveably attached to the main body about a second side of the component; a second probe pivotally attached to the second flexible arm; a second axial actuator in mechanical communication with the second flexible arm so that the second probe can slide along the second side of the component; and a radial actuator in mechanical communication with the first flexible arm and the second flexible arm. a main body comprising a clamp attachable to a trailing edge of the component; a first flexible arm moveably attached to the main body about a first side of the component; a first probe pivotally attached to the first flexible arm; a first axial actuator in mechanical communication with the first flexible arm so that the first probe can slide along the first side of the component; a second flexible arm moveably attached to the main body about a second side of the component; a second probe pivotally attached to the second flexible arm; a second axial actuator in mechanical communication with the second flexible arm so that the second probe can slide along the second side of the component; and a radial actuator in mechanical communication with the first flexible arm and the second flexible arm.
A plate cylinder, wherein the plate cylinder has at least one channel, in which is arranged at least one clamping device (21; 61), wherein said at least one clamping device (21; 61) has at least one radially outer clamping element (22; 62) which is immovably arranged relative to a main body (37; 71) of the at least one clamping device (21; 61) and wherein the at least one clamping device (21; 61) has at least two pressure elements (23; 63) that are radially arranged further inward than the at least one radially outer clamping element (22; 62) and wherein the at least one clamping device (21; 61) has at least one adjusting element (24; 64) by means of which the at least two pressure elements (23; 63) are at least partially movable at least in and/or against a clamping direction (B; C) relative to the at least one respective radially outer clamping element (22; 62) and wherein the at least one clamping device (21; 61) has at least one radially inner clamping element (26; 66) which by means of the at least two pressure elements (23; 63) in the clamping device (B; C) can be applied and/or is applied with a force to the at least one radially outer clamping element (22; 62) and together with the at least one radially outer clamping element (22; 62) is arranged forming a clamp gap (27; 67), characterized in that in the circumferential direction relative to the plate cylinder the at least one adjusting element (24; 64) is arranged between the at least two pressure elements (23; 63) and that by means of an activation of the at least one adjusting element (24; 64) at least by means of an extension of the at least one adjusting element (24; 64) in a direction orthogonal to an axial direction relative to the plate cylinder and orthogonal to the clamping direction (B; C) a shortening of the at least two pressure elements (23; 63) relative to at least the clamping direction (B; C) can be effected.