mhurhangee/ep-ind-claims huggingface dataset:
An ablation system (900, 1000), the system comprising: a distributed sensor (910, 1011-1019) including a fiber optic sensor configured to provide a plurality of temperature measurements corresponding to a plurality of points in a measurement range, the fiber optic sensor including an optical fiber that extends through the measurement range and is configured to measure a shape of the fiber optic sensor along the measurement range; an ablation probe (930, 1030); a thermal energy source (920, 1020) configured to apply thermal energy to the body tissue along the measurement range; and one or more processors (940, 1040) configured to: capture a baseline heat flux measurement at a target site; initiate, by the ablation probe, an ablation procedure on target tissue at the target site; capture a post-ablation heat flux measurement associated at the target site; and determine whether the target tissue was successfully ablated by comparing the baseline heat flux measurement to the post-ablation heat flux measurement, wherein the capturing of the baseline heat flux measurement comprises: receiving the plurality of temperature measurements from the distributed sensor; and determining an amount of thermal energy applied by the thermal energy source at each of the plurality of points. a distributed sensor (910, 1011-1019) including a fiber optic sensor configured to provide a plurality of temperature measurements corresponding to a plurality of points in a measurement range, the fiber optic sensor including an optical fiber that extends through the measurement range and is configured to measure a shape of the fiber optic sensor along the measurement range; an ablation probe (930, 1030); a thermal energy source (920, 1020) configured to apply thermal energy to the body tissue along the measurement range; and one or more processors (940, 1040) configured to: capture a baseline heat flux measurement at a target site; initiate, by the ablation probe, an ablation procedure on target tissue at the target site; capture a post-ablation heat flux measurement associated at the target site; and determine whether the target tissue was successfully ablated by comparing the baseline heat flux measurement to the post-ablation heat flux measurement, capture a baseline heat flux measurement at a target site; initiate, by the ablation probe, an ablation procedure on target tissue at the target site; capture a post-ablation heat flux measurement associated at the target site; and determine whether the target tissue was successfully ablated by comparing the baseline heat flux measurement to the post-ablation heat flux measurement, wherein the capturing of the baseline heat flux measurement comprises: receiving the plurality of temperature measurements from the distributed sensor; and determining an amount of thermal energy applied by the thermal energy source at each of the plurality of points. receiving the plurality of temperature measurements from the distributed sensor; and determining an amount of thermal energy applied by the thermal energy source at each of the plurality of points.
A copolymer comprising as comonomers in copolymerized form at least one ethylenically unsaturated mono- or dicarboxylic acid, at least one ethylenically unsaturated compound which has at least one structural unit of the general formula I per molecule: where the variables are defined as follows: R 1 is different or identical and selected from hydrogen, C 1 -C 30 -alkyl, C 3 -C 10 -cycloalkyl, C 6 -C 30 -aryl and C 7 -C 30 -aralkyl, A 1 is different or identical and selected from C 2 -C 10 -alkylene, C 6 -C 10 -arylene and C 7 -C 10 -aralkylene, n is different or identical and selected from zero to 200, m is different or identical and selected from 1 to 6, at least one further comonomer. at least one ethylenically unsaturated mono- or dicarboxylic acid, at least one ethylenically unsaturated compound which has at least one structural unit of the general formula I per molecule: where the variables are defined as follows: R 1 is different or identical and selected from hydrogen, C 1 -C 30 -alkyl, C 3 -C 10 -cycloalkyl, C 6 -C 30 -aryl and C 7 -C 30 -aralkyl, A 1 is different or identical and selected from C 2 -C 10 -alkylene, C 6 -C 10 -arylene and C 7 -C 10 -aralkylene, n is different or identical and selected from zero to 200, m is different or identical and selected from 1 to 6, at least one further comonomer. R 1 is different or identical and selected from hydrogen, C 1 -C 30 -alkyl, C 3 -C 10 -cycloalkyl, C 6 -C 30 -aryl and C 7 -C 30 -aralkyl, A 1 is different or identical and selected from C 2 -C 10 -alkylene, C 6 -C 10 -arylene and C 7 -C 10 -aralkylene, n is different or identical and selected from zero to 200, m is different or identical and selected from 1 to 6, at least one further comonomer.
A method comprising: opening a receiving window in a device (20-27, 50-57) to receive a transmitted advertisement packet that is transmitted according to a Bluetooth Low Energy wireless system standard; identifying an address of the advertisement packet when the receiving window is open to perform an initiating operation to connect to a remote device; identifying an address of the advertisement packet when the receiving window is open to perform a scanning operation; and performing the scanning operation and the initiating operation utilizing the same receiving window. opening a receiving window in a device (20-27, 50-57) to receive a transmitted advertisement packet that is transmitted according to a Bluetooth Low Energy wireless system standard; identifying an address of the advertisement packet when the receiving window is open to perform an initiating operation to connect to a remote device; identifying an address of the advertisement packet when the receiving window is open to perform a scanning operation; and performing the scanning operation and the initiating operation utilizing the same receiving window.
A method of screening a subject having cancer for susceptibility to an immune checkpoint inhibitor, comprising: assaying cancer associated macrophage-like cells (CAMLs) and epithelial to mesenchymal transition CTCs (EMTCTCs) isolated from a subject having cancer for PD-L1 expression, wherein when PD-L1 expression is detected, the subject is deemed susceptible to an immune checkpoint inhibitor, or the subject is predicted to be responsive to treatment with an immune checkpoint inhibitor, or administration of a therapeutically effective amount of an immune checkpoint inhibitor to the subject is selected as a treatment for the subject, or the subject is identified as a subject to receive an immune checkpoint inhibitor treatment. assaying cancer associated macrophage-like cells (CAMLs) and epithelial to mesenchymal transition CTCs (EMTCTCs) isolated from a subject having cancer for PD-L1 expression, wherein when PD-L1 expression is detected, the subject is deemed susceptible to an immune checkpoint inhibitor, or the subject is predicted to be responsive to treatment with an immune checkpoint inhibitor, or administration of a therapeutically effective amount of an immune checkpoint inhibitor to the subject is selected as a treatment for the subject, or the subject is identified as a subject to receive an immune checkpoint inhibitor treatment.
A gas turbine engine, comprising: an actuator; a drive driven by the actuator; a drive shaft driven by the drive, the drive shaft having a first drive gear and a second drive gear; a first variable vane stage with a first vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis of the one of the multiple of variable vanes aligned planar with the drive shaft, the first vane drive bevel gear being meshed with the first drive gear, including a first drive arm connected to a first unison ring and a link between each of the multiple of variable vanes and the first unison ring; and a second variable vane stage with a second vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis of the one of the multiple of variable vanes aligned planar with the drive shaft, the second vane drive bevel gear being meshed with the second drive gear, the second vane drive bevel gear including a second drive arm connected to a second unison ring and a link between each of a multiple of variable vanes and the second unison ring, characterised in that: the drive is a harmonic drive, and the gas turbine engine further comprises a third drive gear on the drive shaft, and a third variable vane stage with a third vane drive bevel gear mounted to a static structure of the gas turbine engine, wherein the third vane drive bevel gear is connected to a third unison ring through a bridge mounted to the third unison ring. an actuator; a drive driven by the actuator; a drive shaft driven by the drive, the drive shaft having a first drive gear and a second drive gear; a first variable vane stage with a first vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis of the one of the multiple of variable vanes aligned planar with the drive shaft, the first vane drive bevel gear being meshed with the first drive gear, including a first drive arm connected to a first unison ring and a link between each of the multiple of variable vanes and the first unison ring; and a second variable vane stage with a second vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis of the one of the multiple of variable vanes aligned planar with the drive shaft, the second vane drive bevel gear being meshed with the second drive gear, the second vane drive bevel gear including a second drive arm connected to a second unison ring and a link between each of a multiple of variable vanes and the second unison ring,
A carbon-containing anode material which is capable of the insertion and extraction of alkali metal ions and which has a carbon structure comprising: a) a core that comprises one or more primary carbon-containing materials selected from i) templated porous carbon material, and/or ii) activated carbon material, in which the activated carbon material has a specific surface area of from 200 m 2 /g to 1000 m 2 /g, as determined using nitrogen gas BET analysis; and b) an outer surface comprising one or more carbonised materials chemically bonded on the one or more primary carbon-containing materials, wherein the carbon-containing anode material has an open micropore specific surface area of 0 m 2 /g to 5 m 2 /g, as determined using nitrogen gas BET analysis. a) a core that comprises one or more primary carbon-containing materials selected from i) templated porous carbon material, and/or ii) activated carbon material, in which the activated carbon material has a specific surface area of from 200 m 2 /g to 1000 m 2 /g, as determined using nitrogen gas BET analysis; and b) an outer surface comprising one or more carbonised materials chemically bonded on the one or more primary carbon-containing materials, wherein the carbon-containing anode material has an open micropore specific surface area of 0 m 2 /g to 5 m 2 /g, as determined using nitrogen gas BET analysis.
A method of fracturing a portion of a subterranean formation so as to form a high porosity propped fracture comprising: creating at least one fracture within a portion of a subterranean formation using hydraulic pressure; placing a slurry comprising a fracturing fluid, plastic proppant particulates having a specific gravity greater than 1, and a weighting agent into at least a portion of the created fracture; and, depositing the plastic proppant particulates into a portion of the fracture. creating at least one fracture within a portion of a subterranean formation using hydraulic pressure; placing a slurry comprising a fracturing fluid, plastic proppant particulates having a specific gravity greater than 1, and a weighting agent into at least a portion of the created fracture; and, depositing the plastic proppant particulates into a portion of the fracture.
A compaction machine comprising: a compaction plate; an imbalance mass assembly operably coupled to the compaction plate, the imbalance mass assembly comprising an imbalance mass shaft and an imbalance mass affixed to the imbalance mass shaft; a first electric motor comprising a first electric motor shaft that is operably coupled to the imbalance mass shaft at a first end of the imbalance mass shaft; characterized in that the compaction machine comprises a second electric motor comprising a second electric motor shaft that is operably coupled to the imbalance mass shaft at a second end of the imbalance mass shaft, the first end of the imbalance mass shaft being disposed opposite the second end of the imbalance mass shaft. a compaction plate; an imbalance mass assembly operably coupled to the compaction plate, the imbalance mass assembly comprising an imbalance mass shaft and an imbalance mass affixed to the imbalance mass shaft; a first electric motor comprising a first electric motor shaft that is operably coupled to the imbalance mass shaft at a first end of the imbalance mass shaft; characterized in that the compaction machine comprises a second electric motor comprising a second electric motor shaft that is operably coupled to the imbalance mass shaft at a second end of the imbalance mass shaft, the first end of the imbalance mass shaft being disposed opposite the second end of the imbalance mass shaft.
Electrical machine having - a rotor which has a single radial cooling slot, with - the rotor having axially running cooling ducts which issue into the radial cooling slot in said rotor, with - first cooling ducts of the axially running cooling ducts running, by way of their central axis, at a lower radial level relative to the axis of the rotor than second cooling ducts of the axially running cooling ducts, and - a spacer being arranged in the radial cooling slot, it being possible for a first cooling stream to be conducted from one of the first cooling ducts to one of the second cooling ducts by said spacer, characterized in that - the cooling slot divides the rotor in the center, and - a second cooling stream can be introduced into one of the axially running cooling ducts and can be directed radially to the outside by the spacer, with the third cooling ducts being located at the same radial level as the second cooling ducts. - a rotor which has a single radial cooling slot, with - the rotor having axially running cooling ducts which issue into the radial cooling slot in said rotor, with - first cooling ducts of the axially running cooling ducts running, by way of their central axis, at a lower radial level relative to the axis of the rotor than second cooling ducts of the axially running cooling ducts, and - a spacer being arranged in the radial cooling slot, it being possible for a first cooling stream to be conducted from one of the first cooling ducts to one of the second cooling ducts by said spacer, - the cooling slot divides the rotor in the center, and - a second cooling stream can be introduced into one of the axially running cooling ducts and can be directed radially to the outside by the spacer, with the third cooling ducts being located at the same radial level as the second cooling ducts.
A method for controlling a scanning probe microscope having a probe with a tip for interacting with a sample, and a nanoscanner for retaining said sample or said probe, comprising the steps of: monitoring the extension of said nanoscanner along a first direction, along which said tip is moved towards said sample, and adjusting a level of said probe along said first direction by means of an additional actuator, when said nanoscanner exhibits an extension below or above a threshold value, the method characterized in that it further comprises the steps of monitoring a current angle (α) between a second direction and the normal of a surface of said sample at a point of said surface, wherein said probe is moving along said second direction towards said point in a vertical approach, and controlling said additional actuator and at least a second additional actuator such that said current angle (α) approaches a predefined desired angle, wherein said desired angle is zero; and wherein said sample is a tissue sample.
An epicyclic gear train, for an aircraft capable of hovering, comprising: - a sun gear rotating about a first axis and having external teeth; - a fixed ring gear having internal teeth and positioned coaxially with said first axis and radially outwards with respect to said sun gear; - a number of planet gears, which have respective external teeth, are interposed between and mesh with the teeth (8, 10) of said sun gear and said ring gear, and rotate about respective second axes, in turn revolving about said first axis; and - lubricant feed means comprising a number of nozzles arranged about said first axis and said sun gear to produce a flow of said lubricant; characterized in that said flow is an annular flow. - a sun gear rotating about a first axis and having external teeth; - a fixed ring gear having internal teeth and positioned coaxially with said first axis and radially outwards with respect to said sun gear; - a number of planet gears, which have respective external teeth, are interposed between and mesh with the teeth (8, 10) of said sun gear and said ring gear, and rotate about respective second axes, in turn revolving about said first axis; and - lubricant feed means comprising a number of nozzles arranged about said first axis and said sun gear to produce a flow of said lubricant;
A cooking appliance support comprising: a frame having a first side and a second side; a first span and a second span, the first span and second span coupling the first side and the second side of the frame, the first span and the second span each defining at least one groove (124, 125); a first bracket and a second bracket coupled to the first side of the frame, the first bracket and the second bracket each defining a channel, the channel defining a first notch and a second notch; and a shelf including a plurality of pegs, the shelf removably coupled to the frame in one of a first location or a second location, the first location including at least two pegs engaging the at least one groove (124, 125) of the first span and the second span, the second location including the at least two pegs engaging the channels of the first bracket and the second bracket. a frame having a first side and a second side; a first span and a second span, the first span and second span coupling the first side and the second side of the frame, the first span and the second span each defining at least one groove (124, 125); a first bracket and a second bracket coupled to the first side of the frame, the first bracket and the second bracket each defining a channel, the channel defining a first notch and a second notch; and a shelf including a plurality of pegs, the shelf removably coupled to the frame in one of a first location or a second location, the first location including at least two pegs engaging the at least one groove (124, 125) of the first span and the second span, the second location including the at least two pegs engaging the channels of the first bracket and the second bracket.
Panel comprising a panel core, a panel top side having a utility layer, a panel underside and edge pairs provided in paired relationship at mutually opposite panel edges (1, 1'), wherein at least a first edge pair is provided with complementary locking means (2, 3), of which one locking means on a groove side of the edge pair is in the form of a locking groove and the complementary locking means on a tongue side of the edge pair is in the form of a locking tongue which fits together in positively locking relationship with the locking groove so that similar panels can be locked to each other, wherein the locking tongue of a first panel with said panel in an inclined position can be fitted to the locking groove of a second similar panel and then the two panels can be locked together in positively locking relationship by a rotational joining movement of the panels relative to each other so that the positively locking engagement which can be achieved counteracts movement of the locked panel edges (1, 1') away from each other, more specifically in a direction which is in the plane of the locked panels and at the same time perpendicular to the locked panel edges (1, 1'), wherein the locking tongue at its tongue top side has a contact surface (17, 28) which is directed towards the panel top side and wherein the upper groove wall has a contacting surface which is of such a configuration that in the locked state of two panels it fits together with the contact surface (17, 28) of the tongue top side, characterised in that at the front on the locking tongue a rounded portion tangentially adjoins the contact surface (17, 28), the rounded portion forms a free end of round cross-section of the locking tongue, a round transition to the tongue underside is created, that the rounded portion of the locking tongue is of a radius equal to or greater than the distal extent of the contact surface (17, 28), and that the rounded portion of the locking tongue merges into an outwardly curved contour extending along the tongue underside.
Wheel hub arrangement for a driving wheel of a vehicle, wherein the wheel hub arrangement is provided with a planetary gear train comprising: - a centrally arranged sun gear wheel fixed to a drive shaft that extends in an axial direction of the wheel hub arrangement, - a set of planet gear wheels distributed circumferentially around and meshing with the sun gear wheel, - a ring gear wheel member (14, 15) extending circumferentially around the planet gear wheels and being provided with a ring gear wheel meshing with the planet gear wheels, - a stationary planet wheel carrier, - an annular rolling-element bearing arranged between the ring gear wheel member (14, 15) and the planet wheel carrier, wherein the ring gear wheel member (14, 15) is configured to be fixed to the driving wheel of the vehicle, characterized in that the planet wheel carrier is provided with an annular depression that forms at least a part of an inner bearing race for the rolling elements of the rolling-element bearing. wherein the wheel hub arrangement is provided with a planetary gear train comprising: - a centrally arranged sun gear wheel fixed to a drive shaft that extends in an axial direction of the wheel hub arrangement, - a set of planet gear wheels distributed circumferentially around and meshing with the sun gear wheel, - a ring gear wheel member (14, 15) extending circumferentially around the planet gear wheels and being provided with a ring gear wheel meshing with the planet gear wheels, - a stationary planet wheel carrier, - an annular rolling-element bearing arranged between the ring gear wheel member (14, 15) and the planet wheel carrier, - a centrally arranged sun gear wheel fixed to a drive shaft that extends in an axial direction of the wheel hub arrangement, - a set of planet gear wheels distributed circumferentially around and meshing with the sun gear wheel, - a ring gear wheel member (14, 15) extending circumferentially around the planet gear wheels and being provided with a ring gear wheel meshing with the planet gear wheels, - a stationary planet wheel carrier, - an annular rolling-element bearing arranged between the ring gear wheel member (14, 15) and the planet wheel carrier, wherein the ring gear wheel member (14, 15) is configured to be fixed to the driving wheel of the vehicle, characterized in that the planet wheel carrier is provided with an annular depression that forms at least a part of an inner bearing race for the rolling elements of the rolling-element bearing.