mhurhangee/ep-ind-claims huggingface dataset:
A robot lawnmower comprising: a robot body; a drive system supporting the robot body and configured to maneuver the robot lawnmower over a lawn; a localizing system configured to determine perimeter positions (21a-f) of the robot lawnmower with respect to an origin; a teach monitor in communication with the localizing system and configured to determine whether the robot lawnmower is in a teachable state, with the robot lawnmower localized and on traversable terrain, or in an unteachable state; and a controller in communication with the drive system, the localizing system, and the teach monitor, the controller comprising: a data processing device; and non-transitory memory in communication with the data processing device; wherein the controller is configured to execute a teach routine when the controller is in a teach mode for tracing a confinement perimeter around the lawn as a human operator pilots the robot lawnmower with the robot lawnmower in the teachable state, while the teach routine stores perimeter positions (21a-f) determined by the localizing system in the non-transitory memory. a robot body; a drive system supporting the robot body and configured to maneuver the robot lawnmower over a lawn; a localizing system configured to determine perimeter positions (21a-f) of the robot lawnmower with respect to an origin; a teach monitor in communication with the localizing system and configured to determine whether the robot lawnmower is in a teachable state, with the robot lawnmower localized and on traversable terrain, or in an unteachable state; and a controller in communication with the drive system, the localizing system, and the teach monitor, the controller comprising: a data processing device; and non-transitory memory in communication with the data processing device; a data processing device; and non-transitory memory in communication with the data processing device; wherein the controller is configured to execute a teach routine when the controller is in a teach mode for tracing a confinement perimeter around the lawn as a human operator pilots the robot lawnmower with the robot lawnmower in the teachable state, while the teach routine stores perimeter positions (21a-f) determined by the localizing system in the non-transitory memory.
A conjugate of a cell-penetrating carrier peptide and an active ingredient, wherein the carrier peptide is a peptide comprising at least one amino acid sequence of SEQ ID NO:77, SEQ ID NO: 15, SEQ ID NO: 139, SEQ ID NO: 93, SEQ ID NO: 122, SEQ ID NO: 121, SEQ ID NO: 141, SEQ ID NO: 104, SEQ ID NO: 111, SEQ ID NO: 146, SEQ ID NO: 130, SEQ ID NO: 106, SEQ ID NO: 107, SEQ ID NO: 148, SEQ ID NO: 112, SEQ ID NO: 117, SEQ ID NO: 144, SEQ ID NO: 131, SEQ ID NO: 142, SEQ ID NO: 127, and SEQ ID NO: 113.
A method for manufacturing a rotor blade of a wind turbine, wherein the rotor blade is produced from half shells (20, 21) for a suction side and a pressure side that are joined to each other in the interior of the rotor blade by at least two webs (14, 14', 25) running in the longitudinal direction of the rotor blade, wherein the webs (14, 14', 25) are initially positioned on a first half shell and glued to the first half shell, and then the rotor blade is closed, wherein a second half shell is placed on the first half shell with the webs (14, 14', 25), or the first half shell with the webs (14, 14', 25) is placed on the second half shell, the half shells (20, 21) are glued to each other, and the webs (14, 14', 25) are glued to the second half shell, characterized in that the webs (14, 14', 25) are joined into a non-tipping web assembly (19, 19') by means of a plurality of cross-connecting devices (30 - 33, 40, 50) before the webs (14, 14', 25) are positioned on the first half shell, wherein some or all cross-connecting devices (30 - 33, 40, 50) are removed after closing the rotor blade.
A method for calibrating a superheat sensor, the superheat sensor being arranged in a refrigeration system comprising an expansion valve, an evaporator and a compressor, the expansion valve, the evaporator, the superheat sensor and the compressor being fluidly interconnected in a refrigerant path having refrigerant flowing therein, the method comprising the steps of: - increasing an amount of liquid refrigerant in the evaporator, - monitoring one or more parameters, said parameter(s) reflecting a superheat value of the refrigerant, - allowing the value of each of said parameter(s) to change, - when the value(s) of the monitored parameter(s) reaches a substantially constant level, defining the superheat value corresponding to said substantially constant level to be SH=0, and - calibrating the superheat sensor in accordance with the defined SH=0 level. - increasing an amount of liquid refrigerant in the evaporator, - monitoring one or more parameters, said parameter(s) reflecting a superheat value of the refrigerant, - allowing the value of each of said parameter(s) to change, - when the value(s) of the monitored parameter(s) reaches a substantially constant level, defining the superheat value corresponding to said substantially constant level to be SH=0, and - calibrating the superheat sensor in accordance with the defined SH=0 level.
A computer-implemented method for predicting eye gaze positions, comprising: determining, based on an image representing an eye of a user, a measured eye gaze position of the eye (308, 310); determining a first incremental change in the measured eye gaze position by processing the measured eye gaze position by a long short-term memory model that has been trained to generate incremental changes in eye gaze positions; determining a first predicted eye gaze position of the eye at a first future time based on the measured eye gaze position and the first incremental change in the measured eye gaze position; determining a second incremental change in the first predicted eye gaze position by processing the first predicted eye gaze position by the long short-term memory model; determining a second predicted eye gaze position of the eye at a second future time subsequent to the first future time based on the first predicted eye gaze position and the second incremental change in the first predicted eye gaze position; and outputting one or more of: the first predicted eye gaze position or the second predicted eye gaze position. determining, based on an image representing an eye of a user, a measured eye gaze position of the eye (308, 310); determining a first incremental change in the measured eye gaze position by processing the measured eye gaze position by a long short-term memory model that has been trained to generate incremental changes in eye gaze positions; determining a first predicted eye gaze position of the eye at a first future time based on the measured eye gaze position and the first incremental change in the measured eye gaze position; determining a second incremental change in the first predicted eye gaze position by processing the first predicted eye gaze position by the long short-term memory model; determining a second predicted eye gaze position of the eye at a second future time subsequent to the first future time based on the first predicted eye gaze position and the second incremental change in the first predicted eye gaze position; and outputting one or more of: the first predicted eye gaze position or the second predicted eye gaze position.
An isolated protein selected from the group consisting of: proteins comprising an amino acid sequence having at least 70% identity to the C-terminal domain of lung surfactant protein C precursor (CTproSP-C) from human (SEQ ID NO: 2), bovine (SEQ ID NO: 5), rhesus (SEQ ID NO: 6), mouse (SEQ ID NO: 7), mink (SEQ ID NO: 8), rabbit (SEQ ID NO: 9) or rat (SEQ ID NO: 10), and proteins comprising an amino acid sequence having at least 70% identity to the Brichos domain of CTproSP-C from human (SEQ ID NO: 4), bovine (SEQ ID NO: 12), rhesus (SEQ ID NO: 13), mouse (SEQ ID NO: 14), mink (SEQ ID NO: 15), rabbit (SEQ ID NO: 16) or rat (SEQ ID NO: 17), wherein the isolated protein decreases or reduces amyloid fibril formation and aggregation of amyloid beta peptide, for use in treatment of Alzheimer's disease in a mammal, including man. proteins comprising an amino acid sequence having at least 70% identity to the C-terminal domain of lung surfactant protein C precursor (CTproSP-C) from human (SEQ ID NO: 2), bovine (SEQ ID NO: 5), rhesus (SEQ ID NO: 6), mouse (SEQ ID NO: 7), mink (SEQ ID NO: 8), rabbit (SEQ ID NO: 9) or rat (SEQ ID NO: 10), and proteins comprising an amino acid sequence having at least 70% identity to the Brichos domain of CTproSP-C from human (SEQ ID NO: 4), bovine (SEQ ID NO: 12), rhesus (SEQ ID NO: 13), mouse (SEQ ID NO: 14), mink (SEQ ID NO: 15), rabbit (SEQ ID NO: 16) or rat (SEQ ID NO: 17), wherein the isolated protein decreases or reduces amyloid fibril formation and aggregation of amyloid beta peptide, for use in treatment of Alzheimer's disease in a mammal, including man.
A wind turbine with a nacelle, and a weather mast attached to the exterior of the nacelle the weather mast comprising a mast and a measuring apparatus connected to the mast, characterized by a working position and a service position of the weather mast, wherein the weather mast is arranged completely outside of the nacelle when in the working position and, in the service position, at least the measuring apparatus of the weather mast is arranged inside of the nacelle, wherein at least the measuring apparatus can be moved through an opening of the nacelle into the interior of the nacelle, characterized in that the weather mast comprising at least two hinges (11; 12; 13; 14; 17) such that at least one section of the mast, and the measuring apparatus of the weather mast, is swivelable into the service position.
A method for maintaining an Active Coordination Set, ACS, (406, 410, 414), by a user equipment, for wireless communication between the user equipment and base stations (120; 121, 122, 123, 124, 125, 126, 127) in the ACS, the method comprising: determining (705; 902), by the user equipment, that a link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter; based on the determining that the link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter, transmitting (715; 904) an uplink ACS sounding signal that is effective to cause candidate base stations to receive and decode the uplink ACS sounding signal; receiving (730; 906) decoding results for the uplink ACS sounding signal from the candidate base stations; determining (735; 908), using the decoding results, which of the candidate base stations to include in the ACS; sending (740, 745; 910) a message to an ACS Server, the message including an indication of which candidate base stations to include in the ACS; and jointly communicating with one or more of the base stations included in the ACS. determining (705; 902), by the user equipment, that a link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter; based on the determining that the link quality parameter for one or more of the base stations in the ACS has fallen below a threshold for the link quality parameter, transmitting (715; 904) an uplink ACS sounding signal that is effective to cause candidate base stations to receive and decode the uplink ACS sounding signal; receiving (730; 906) decoding results for the uplink ACS sounding signal from the candidate base stations; determining (735; 908), using the decoding results, which of the candidate base stations to include in the ACS; sending (740, 745; 910) a message to an ACS Server, the message including an indication of which candidate base stations to include in the ACS; and jointly communicating with one or more of the base stations included in the ACS.
Device (1, 1') for treating a porous filtration medium (22, 22'), comprising a receiving part (2, 2') placeable on a lower part with the porous filtration medium (22, 22'), wherein an outer wall (5, 5') of the receiving part (2, 2') is positionable outside an area, which is usable for a filtration, of the filtration medium (22, 22') and a fixing edge (11, 11'), which is arranged in the receiving part (2, 2'), is positionable on an edge of the filtration medium (22, 22'), characterised in that the receiving part (2, 2') comprises a filtration support which at its side remote from the filtration medium (22, 22') is connected with an outlet for reverse flushing and at its side facing the filtration medium (22, 22') faces the retentate side of the filtration medium (22, 22').
A composition that inhibits a TLR4, a TLR2, or both a TLR2 and TLR4 receptor and comprises a compound that has the formula, and concentration below: Compound Number Structure Concentration (μM) % inhibition over control TLR4 TLR2 1 1-10 Inhibition percentage in the range of 75-95% 75-100 Inhibition percentage in the range of 75-95% 2 1-10 Inhibition percentage in the range of 25-75% Inhibition percenta ge in the range of 15-25% 75-100 Inhibition percentage in the range of 75-95% Inhibition percenta ge in the range of 75-95% 3 1-10 Inhibition percentage in the range of 25-75% Inhibition percenta ge in the range of 25-75% 75-100 Inhibition percentage in the range of 75-95% Inhibition percenta ge in the range of 75-95% 6 1-10 Inhibition percentage in the range of 25-75% 75-100 Inhibition percentage in the range of 75-95% 7 1-10 Inhibition percentage in the range of 75-95% Inhibition percenta ge in the range of 25-75% 75-100 Inhibition percentage in the range of 75-95% Inhibition percenta ge in the range of 75-95% 11 1-10 Inhibition percentage in the range of 15-25% 75-100 Inhibition percentage in the range of 15-25% 14 1 Inhibition percentage in the range of 75-95% 100 Inhibition percentage in the range of 75-95% 23 1-10 Inhibition percentage in the range of 15-25% 75-100 Inhibition percentage in the range of 15-25% 32 1-10 Inhibition percentage in the range of 75-95% Inhibition percenta ge in the range of 75-95% 75-100 Inhibition percentage in the range of 75-95% Inhibition percenta ge in the range of 15-25% 35 1-10 Inhibition percentage in the range of 75-95% 75-100 38 1-10 75-100 Inhibition percenta ge in the range of 25-75%
A device for salvaging a motor vehicle that has been involved in an accident, particularly a burning motor vehicle, from a danger zone, wherein the device comprises an extensible telescopic cylinder, on the tip of which a movable platform provided with wheels or rollers is arranged, wherein at least one carrier, which can be moved from an idle position into a detent position, is mounted on the platform, wherein the carrier can be moved into the detent position in the region of the motor vehicle in a remotely controlled manner such that the motor vehicle is towed away as the device is retracted, and wherein an actuating device for actuating the at least one carrier is arranged along the telescopic cylinder, characterized in that the actuating device is a cable pull, on which an actuating means is arranged. wherein the device comprises an extensible telescopic cylinder, on the tip of which a movable platform provided with wheels or rollers is arranged, wherein at least one carrier, which can be moved from an idle position into a detent position, is mounted on the platform, wherein the carrier can be moved into the detent position in the region of the motor vehicle in a remotely controlled manner such that the motor vehicle is towed away as the device is retracted, and wherein an actuating device for actuating the at least one carrier is arranged along the telescopic cylinder, characterized in that the actuating device is a cable pull, on which an actuating means is arranged.
Vehicle power unit comprising a belt-type continuously variable transmission having a mechanism to control a belt wound diameter, said mechanism comprising a slide cylindrical body supported slidably on a primary shaft, a moving side feed screw member supported rotatably through a first bearing by the slide cylindrical body, a stationary side feed screw member meshing with the moving side feed screw member and latched on a transmission casing, and a second bearing arranged between the stationary side feed screw member and the primary shaft to provide a space (a) therebetween, into which the slide cylindrical body can enter in a low position of a moving sheave member of a primary sheave, characterized in that the slide cylindrical body is mounted on the moving sheave member, the second bearing is supported on the primary shaft with a bearing support member therebetween, and the bearing support member comprises a cylindrical-shaped holding portion, which holds the second bearing, and a flange portion, which defines a bottom wall of the holding portion, and wherein the holding portion axially overlaps an end of the slide cylindrical body opposite to the moving sheave member when the moving sheave member is disposed in the low position, and wherein the flange portion is supported by the primary shaft.
Car body panel comprising: a photovoltaic label, and a carrier substrate, wherein the photovoltaic label comprises a front side polymeric stabilisation foil, a front side polymeric lamination foil, a rear side polymeric lamination foil and, optionally, a rear side polymeric stabilisation foil, and wherein the photovoltaic label further comprises a solar cell arrangement interposed between both lamination foils (23, 25), wherein the carrier substrate comprises a recess area in which an outer surface of the carrier substrate is depressed in comparison to an outer surface in an area adjacent to the recess area, wherein the photovoltaic label is accommodated within the recess area, wherein lateral dimensions of the recess area and of the photovoltaic label are set such that a gap extends between an outer lateral circumference of the photovoltaic label and an outer lateral circumference of the recess area, characterized in that the car body panel further comprises a cover foil, wherein the cover foil comprises an opaque area, and wherein the cover foil is arranged at an outer surface of the car body panel such that its opaque area covers the gap as well as at least part of the outer surface of the carrier substrate in the area adjacent to the recess area. a photovoltaic label, and a carrier substrate, wherein the photovoltaic label comprises a front side polymeric stabilisation foil, a front side polymeric lamination foil, a rear side polymeric lamination foil and, optionally, a rear side polymeric stabilisation foil, and wherein the photovoltaic label further comprises a solar cell arrangement interposed between both lamination foils (23, 25), wherein the carrier substrate comprises a recess area in which an outer surface of the carrier substrate is depressed in comparison to an outer surface in an area adjacent to the recess area, wherein the photovoltaic label is accommodated within the recess area, wherein lateral dimensions of the recess area and of the photovoltaic label are set such that a gap extends between an outer lateral circumference of the photovoltaic label and an outer lateral circumference of the recess area, characterized in that the car body panel further comprises a cover foil, wherein the cover foil comprises an opaque area, and wherein the cover foil is arranged at an outer surface of the car body panel such that its opaque area covers the gap as well as at least part of the outer surface of the carrier substrate in the area adjacent to the recess area.
An optical coherence tomography apparatus, adapted for data collection, the apparatus comprising a laser having a laser cavity, the laser comprising a frequency tuning element in optical communication with the first gain element, the first gain element disposed within the laser cavity; and a second gain element disposed outside the laser cavity arranged such that the light generated by the laser is transmitted through the second gain element, each gain element having a different gain dependence on polarization.
A heat exchanger that is formed from a ceramic and performs heat exchange between a first fluid and a second fluid, the heat exchanger comprising: a plurality of first members comprising walls that have introduction holes on a first end side and discharge holes on a second end side, with spaces connecting the introduction holes and the discharge holes serving as first channels through which the first fluid flows; second members that communicate with the introduction holes at the first end side of the plurality of first members to introduce the first fluid to the first members; and third members that communicate with the discharge holes at the second end side of the plurality of first members to discharge the first fluid that has flowed through the first members, wherein spaces between the plurality of first members serve as second channels through which the second fluid flows, and in at least one adjacent pair of the introduction holes (5b, 5c), including a downstream-side introduction hole and an upstream-side introduction hole, a section that overlaps with an opening region of the upstream-side introduction hole exists in a wall comprising the downstream-side introduction hole, when viewed in a direction in which the first fluid flows, characterised in that the at least one of the plurality of first members includes a protruding area at a position on a center section thereof, in an area around an edge of the introduction hole or the discharge hole positioned on the downstream side of the first fluid, the edge being on an interior side of the first member. a plurality of first members comprising walls that have introduction holes on a first end side and discharge holes on a second end side, with spaces connecting the introduction holes and the discharge holes serving as first channels through which the first fluid flows; second members that communicate with the introduction holes at the first end side of the plurality of first members to introduce the first fluid to the first members; and third members that communicate with the discharge holes at the second end side of the plurality of first members to discharge the first fluid that has flowed through the first members, wherein spaces between the plurality of first members serve as second channels through which the second fluid flows, and in at least one adjacent pair of the introduction holes (5b, 5c), including a downstream-side introduction hole and an upstream-side introduction hole, a section that overlaps with an opening region of the upstream-side introduction hole exists in a wall comprising the downstream-side introduction hole, when viewed in a direction in which the first fluid flows, characterised in that the at least one of the plurality of first members includes a protruding area at a position on a center section thereof, in an area around an edge of the introduction hole or the discharge hole positioned on the downstream side of the first fluid, the edge being on an interior side of the first member.