mhurhangee/ep-ind-claims huggingface dataset:
A computing device for providing integration cone tracing, the computing device comprising: a processor configured to: arrange a scene having a plurality of scene objects into a scene bounding hierarchy; intersect a cone with the scene bounding hierarchy to determine an intersecting set of scene objects from the plurality of scene objects; compute an integration result for the intersecting set of scene objects by a directional sampling within the cone, wherein the integration result is computed using the directional sampling by ray tracing within the cone; and shade an output image based on the integration result; wherein the computing of the integration result includes at least one of (a) and (b): (a) comparing a size of the set of scene objects to a size of the cone to determine a level-of-detail; and (b) estimating a radiance or a variance of an integrand. arrange a scene having a plurality of scene objects into a scene bounding hierarchy; intersect a cone with the scene bounding hierarchy to determine an intersecting set of scene objects from the plurality of scene objects; compute an integration result for the intersecting set of scene objects by a directional sampling within the cone, wherein the integration result is computed using the directional sampling by ray tracing within the cone; and shade an output image based on the integration result; wherein the computing of the integration result includes at least one of (a) and (b): (a) comparing a size of the set of scene objects to a size of the cone to determine a level-of-detail; and (b) estimating a radiance or a variance of an integrand. (a) comparing a size of the set of scene objects to a size of the cone to determine a level-of-detail; and (b) estimating a radiance or a variance of an integrand.
A method for transmitting metadata for omnidirectional content including a plurality of viewpoints, the method comprising: identifying the metadata for the omnidirectional content including the plurality of viewpoints; and transmitting the identified metadata, wherein the metadata includes information about an identifier, ID, of a viewpoint group including at least two viewpoints of the plurality of viewpoints, each viewpoint in the viewpoint group being adjacent to each other in a same content scene, and each viewpoint in the viewpoint group being aligned with respect to coordinate axes of a default viewpoint in the viewpoint group. wherein the coordinate axes of the default viewpoint are shared as a common reference coordinate system between the at least two viewpoints in the viewpoint group, wherein the each viewpoint in the viewpoint group is aligned with respect to coordinate axes of the default viewpoint in the viewpoint group based on yaw, pitch, and roll rotation angles, respectively, of X, Y, and Z axes of a global coordinate system of the each viewpoint relative to the common reference coordinate system; and wherein each viewpoint corresponds to a location from which a corresponding omnidirectional image is captured by a corresponding camera. identifying the metadata for the omnidirectional content including the plurality of viewpoints; and transmitting the identified metadata, wherein the metadata includes information about an identifier, ID, of a viewpoint group including at least two viewpoints of the plurality of viewpoints, each viewpoint in the viewpoint group being adjacent to each other in a same content scene, and each viewpoint in the viewpoint group being aligned with respect to coordinate axes of a default viewpoint in the viewpoint group. wherein the coordinate axes of the default viewpoint are shared as a common reference coordinate system between the at least two viewpoints in the viewpoint group, wherein the each viewpoint in the viewpoint group is aligned with respect to coordinate axes of the default viewpoint in the viewpoint group based on yaw, pitch, and roll rotation angles, respectively, of X, Y, and Z axes of a global coordinate system of the each viewpoint relative to the common reference coordinate system; and wherein each viewpoint corresponds to a location from which a corresponding omnidirectional image is captured by a corresponding camera.
A lubricant composition, containing composite ester containing polyester produced by condensation of at least: - trivalent or more polyol; - a mixture of at least one of a polymerization reaction mixture of an unsaturated C 18-22 -fatty acid which contains at least 75 mass% of a divalent C 36-44 -carboxylic acid or a mixture obtained by performing hydrogenation with respect to the polymerization reaction mixture; and - monool of the formula R-OH wherein R is branched C ≥10 -alkyl, wherein the feed ratio of the number of moles of hydroxyl groups of /the number of moles of carboxylic acid groups of /the number of moles of hydroxyl groups of is 1/(1.5-2.0)/(0.7-1.5), and wherein the content of the composite ester is 0.1 to 5 mass% based on the total mass of the lubricant composition. - trivalent or more polyol; - a mixture of at least one of a polymerization reaction mixture of an unsaturated C 18-22 -fatty acid which contains at least 75 mass% of a divalent C 36-44 -carboxylic acid or a mixture obtained by performing hydrogenation with respect to the polymerization reaction mixture; and - monool of the formula R-OH wherein R is branched C ≥10 -alkyl,
Dishwasher, in particular an automatic cleaning and/or disinfection machine for tubular items to be cleaned, comprising a washing chamber for receiving at least one carrier, and a coupling device for introducing rinsing and/or disinfection liquid and/or drying air into a connecting piece arranged on the carrier, characterised by a traction means (21, 23) for moving the coupled connecting piece towards the coupling device.
Port needle having - a bearing for resting the port needle on the patient, - a feed line, and - a needle with a tip, which needle can be brought into at least two positions, namely a puncture position and a retracted position, wherein the needle is secured on a needle holder, on which the feed line is preferably also secured, which needle holder is releasably connected to a device for locking the needle holder in the puncture position, which device is connected to the bearing, - a safety section, which shields the tip of the needle at least in the retracted position and thus forms a needle-prick protection device, characterized in that second latching elements are provided, which latch the needle in the puncture position, and the force needed to release the connection between the needle holder and the device for locking the needle holder is at least 5 N. - a bearing for resting the port needle on the patient, - a feed line, and - a needle with a tip, which needle can be brought into at least two positions, namely a puncture position and a retracted position, wherein the needle is secured on a needle holder, on which the feed line is preferably also secured, which needle holder is releasably connected to a device for locking the needle holder in the puncture position, which device is connected to the bearing, - a safety section, which shields the tip of the needle at least in the retracted position and thus forms a needle-prick protection device,
A float valve for maintaining a fluid level within a reservoir above a minimum level, the float valve further comprising: an actuating arm pivotable between a first pivotal position to open the valve when the minimum fluid level is reached, and a second pivotal position to close the valve, a weighted element of negative buoyancy, a line coupleable to the actuating arm and to the weighted element, and a float (16,30) comprising a hollow body having a longitudinal axis and a transverse axis, wherein the float is asymmetric along its transverse axis, has a greater volume at or towards one end of its longitudinal axis and a smaller volume towards the other end of its longitudinal axis, and means along the length of the float for attaching the float to a line, the float (16,30) attachable to the line between the actuating arm and the weighted element to cause the arm to pivot to the first pivotal position and open the valve when the minimum fluid level is reached and the float (16,30) is no longer fully supported by the fluid within the reservoir characterised in that the float (16,30) is slidably attachable to the line such that the float is slidable on the line as the fluid level changes, and wherein the float is attachable to the line in either a first orientation in which said greater volume is closer to the actuating arm than said smaller volume, or a second orientation in which said smaller volume is closer to the actuating arm than said greater volume. an actuating arm pivotable between a first pivotal position to open the valve when the minimum fluid level is reached, and a second pivotal position to close the valve, a weighted element of negative buoyancy, a line coupleable to the actuating arm and to the weighted element, and a float (16,30) comprising a hollow body having a longitudinal axis and a transverse axis, wherein the float is asymmetric along its transverse axis, has a greater volume at or towards one end of its longitudinal axis and a smaller volume towards the other end of its longitudinal axis, and means along the length of the float for attaching the float to a line, the float (16,30) attachable to the line between the actuating arm and the weighted element to cause the arm to pivot to the first pivotal position and open the valve when the minimum fluid level is reached and the float (16,30) is no longer fully supported by the fluid within the reservoir characterised in that the float (16,30) is slidably attachable to the line such that the float is slidable on the line as the fluid level changes, and wherein the float is attachable to the line in either a first orientation in which said greater volume is closer to the actuating arm than said smaller volume, or a second orientation in which said smaller volume is closer to the actuating arm than said greater volume.
A cutting tool made of a composite sintered body of a TiCN-based cermet and WC-based cemented carbide, wherein (a), in the cutting tool, a planar shape of a rake face is a multangular shape, and an angle formed by the rake face and a flank face is less than 90 degrees, (b) the rake face including a cutting edge of the cutting tool is configured of WC-based cemented carbide including 4% to 17% by mass of iron group metal components with a remainder being WC as a principal hard phase component, (c) a thickness of the WC-based cemented carbide is 0.05 to 0.3 times a thickness of the composite sintered body, and (d), in the cutting tool, the TiCN-based cermet is configured of one or more TiCN-based cermet layers, in a case in which content proportions of constituent components of the cermet are represented by content proportions of metal components, the TiCN-based cermet layer adjacent to the WC-based cemented carbide includes at least 4% to 25% by mass of the iron group metal components, less than 15% by mass of W, 2% to 15% by mass of Mo, 2% to 10% by mass of Nb, and 0.2% to 2% by mass of Cr, and Co and Ni which are the iron group metal components satisfy a content proportion of Co relative to a total content of Co and Ni being 0.5 to 0.8 (in terms of mass ratio). wherein (a), in the cutting tool, a planar shape of a rake face is a multangular shape, and an angle formed by the rake face and a flank face is less than 90 degrees, (b) the rake face including a cutting edge of the cutting tool is configured of WC-based cemented carbide including 4% to 17% by mass of iron group metal components with a remainder being WC as a principal hard phase component, (c) a thickness of the WC-based cemented carbide is 0.05 to 0.3 times a thickness of the composite sintered body, and (d), in the cutting tool, the TiCN-based cermet is configured of one or more TiCN-based cermet layers, in a case in which content proportions of constituent components of the cermet are represented by content proportions of metal components, the TiCN-based cermet layer adjacent to the WC-based cemented carbide includes at least 4% to 25% by mass of the iron group metal components, less than 15% by mass of W, 2% to 15% by mass of Mo, 2% to 10% by mass of Nb, and 0.2% to 2% by mass of Cr, and Co and Ni which are the iron group metal components satisfy a content proportion of Co relative to a total content of Co and Ni being 0.5 to 0.8 (in terms of mass ratio).
An electronic cigarette having a heater, the heater comprising a ribbon of electrically resistive mesh material wound about a filamentary wick, said wick in communication with a liquid supply including liquid material, said heater configured to vaporize liquid material, wherein the ribbon is wrapped about the wick, so as to provide surface to surface contact between the heater and the wick.
A transmitter configured to be attached to a tire valve and transmit a data signal to a receiver, the transmitter comprising: a trigger receiving unit configured to receive a trigger signal transmitted from an ID registration device, the trigger signal containing a command to the transmitter; a specification storage unit configured to store multiple types of specifications; an ID storing unit configured such that an ID code contained in the trigger signal received by the trigger receiving unit is written into the ID storing unit; characterized in that the transmitter comprises: a linking information storing unit configured to store linking information that links each of the specifications and ID codes to each other; and a controlling unit configured to cause, based on the linking information, the transmitter to operate in accordance with the specification which is linked to the ID code stored in the ID storing unit. a trigger receiving unit configured to receive a trigger signal transmitted from an ID registration device, the trigger signal containing a command to the transmitter; a specification storage unit configured to store multiple types of specifications; an ID storing unit configured such that an ID code contained in the trigger signal received by the trigger receiving unit is written into the ID storing unit; characterized in that the transmitter comprises: a linking information storing unit configured to store linking information that links each of the specifications and ID codes to each other; and a controlling unit configured to cause, based on the linking information, the transmitter to operate in accordance with the specification which is linked to the ID code stored in the ID storing unit. a linking information storing unit configured to store linking information that links each of the specifications and ID codes to each other; and a controlling unit configured to cause, based on the linking information, the transmitter to operate in accordance with the specification which is linked to the ID code stored in the ID storing unit.
Radial pneumatic vehicle tire having at least one component made of at least one electrically non-conductive rubber mixture, comprising bead regions with bead cores, a carcass insert, which runs around the bead cores and has turn-ups, which extend in the direction of sidewalls, and a rim rubber (7, 7'), which forms the outer surface of the bead region, runs along the carcass turn-up and consists of a rim rubber part (7a, 7'a) made of an electrically non-conductive rubber mixture and a rim rubber part (7b, 7'b) made of an electrically conductive rubber mixture, which connects to the rim at least one electrically conductive component that runs in the tire and forms or plays a part in forming an electrically conducting connection to the outer side of the tire, characterized in that the electrically non-conducting rim rubber part (7a, 7'a) extends in the direction of the sidewall beyond the rim flange and in contact with it and consists of a rubber mixture having a low hysteresis, wherein a rubber mixture having a low hysteresis is understood as being one whose rebound resilience at room temperature, according to DIN 53512, is at least 40%, wherein the electrically conductive rim rubber part plays a part in forming the bead toe and comes into contact with the bead-seating surface of the rim.
A lubricant dispenser configured to fill a lubricant reservoir of a wind turbine, comprising: - a carrier configured to receive a lubricant container, wherein the carrier comprises at least a first support for supporting one end of the lubricant container and a second support for supporting a second end of the lubricant container; - a flow connection having a first end configured to be coupled to the lubricant container and a second end configured to be coupled to the lubricant reservoir; and - a squeeze mechanism that is mechanically coupled to the second support and that is actuatable to move the second support towards the first support such that a lubricant container disposed between the first and second supports (21, 22) is squeezed so that the content of the lubricant container is discharged through the flow connection, wherein the squeeze mechanism comprises a manual actuator which is configured to effect the movement of the second support, wherein the manual actuator comprises a lever arm that has a first end for actuation, characterized in that a second end of the lever arm is coupled to the second support, the lever arm being pivotably coupled to a frame of the lubricant dispenser at a pivot point. - a carrier configured to receive a lubricant container, wherein the carrier comprises at least a first support for supporting one end of the lubricant container and a second support for supporting a second end of the lubricant container; - a flow connection having a first end configured to be coupled to the lubricant container and a second end configured to be coupled to the lubricant reservoir; and - a squeeze mechanism that is mechanically coupled to the second support and that is actuatable to move the second support towards the first support such that a lubricant container disposed between the first and second supports (21, 22) is squeezed so that the content of the lubricant container is discharged through the flow connection, wherein the squeeze mechanism comprises a manual actuator which is configured to effect the movement of the second support, wherein the manual actuator comprises a lever arm that has a first end for actuation, characterized in that a second end of the lever arm is coupled to the second support, the lever arm being pivotably coupled to a frame of the lubricant dispenser at a pivot point.
Household appliance comprising a housing, a drying chamber for drying wet articles therein, a first air conduit for guiding process air drawn into said housing to dry the articles and a heat pump (12, 13, 14, 15, 16, 17), said heat pump (12, 13, 14, 15, 16, 17) comprising a heat sink for transferring heat into said heat pump (12, 13, 14, 15, 16, 17), a heat source coupled to said first air conduit for transferring heat from said heat pump (12, 13, 14, 15, 16, 17) into the process air, and a heat transfer device (12, 15, 16, 17) for transferring heat from said heat sink to said heat source, wherein said heat sink is coupled to a second air conduit for guiding secondary air drawn into said housing, for transferring heat from the secondary air into said heat pump (12, 13, 14, 15, 16, 17), and wherein said second air conduit is coupled to said heat transfer device (12, 15, 16, 17) for transferring heat dissipated from said heat transfer device (12, 15, 16, 17) to the secondary air, characterized in that said first air conduit and said second air conduit are combined into a single exhaust conduit for exhausting the process air and the secondary air out of said housing.
A computer-implemented method of assessing tissue function, the method comprising: receiving a patient-specific tissue model generated from patient-specific imaging of at least a portion of a patient's tissue; receiving a patient-specific vascular model generated from patient-specific imaging of at least a portion of a patient's vasculature; receiving an estimate of blood supplied from the patient-specific vascular model to a portion of the patient-specific tissue model; modeling a tissue characteristic as a function of blood flow or supply; and determining a patient-specific tissue characteristic using the estimate of blood supplied to the portion of the patient-specific tissue model and the function modeling the relationship between the tissue characteristic and blood flow or supply. receiving a patient-specific tissue model generated from patient-specific imaging of at least a portion of a patient's tissue; receiving a patient-specific vascular model generated from patient-specific imaging of at least a portion of a patient's vasculature; receiving an estimate of blood supplied from the patient-specific vascular model to a portion of the patient-specific tissue model; modeling a tissue characteristic as a function of blood flow or supply; and determining a patient-specific tissue characteristic using the estimate of blood supplied to the portion of the patient-specific tissue model and the function modeling the relationship between the tissue characteristic and blood flow or supply.
A computer-implemented method for determining a course of motion between an artefact and a scanning probe for measuring the artefact, the artefact and scanning probe being moveable relative to each other in at least one linear and one rotational degree of freedom, the scanning probe being mounted on a head which provides said at least one rotational degree of freedom, the method comprising: receiving geometric data representing the artefact; receiving geometric data representing the scanning probe; and obtaining data representing a predetermined measurement path on the artefact; characterised in that the method comprises determining, from the geometric data representing the artefact and the scanning probe, a course of motion between the artefact and scanning probe which comprises varying the relative angular orientation between the scanning probe and artefact about said at least one rotational degree of freedom as they relatively move in a position sensing relationship so as to measure the artefact along the predetermined measurement path on the artefact in which said determining of the course of motion comprises determining a plurality of different possible courses of motion, each describing how the orientation of the scanning probe can be varied along the predetermined measurement path, and then selecting a course of motion from the plurality of courses of motion, which comply with one or more optimisation criteria. receiving geometric data representing the artefact; receiving geometric data representing the scanning probe; and obtaining data representing a predetermined measurement path on the artefact; characterised in that the method comprises determining, from the geometric data representing the artefact and the scanning probe, a course of motion between the artefact and scanning probe which comprises varying the relative angular orientation between the scanning probe and artefact about said at least one rotational degree of freedom as they relatively move in a position sensing relationship so as to measure the artefact along the predetermined measurement path on the artefact in which said determining of the course of motion comprises determining a plurality of different possible courses of motion, each describing how the orientation of the scanning probe can be varied along the predetermined measurement path, and then selecting a course of motion from the plurality of courses of motion, which comply with one or more optimisation criteria.