mhurhangee/ep-ind-claims huggingface dataset:
A furniture system comprising: a chair including: a seat; a backrest coupled to the seat; and a base supporting the backrest and the seat, a plurality of sensors coupled to the chair, each sensor operable to detect a physical force imparted by a user on the chair, and generate an output signal indicative of the physical force; a processor coupled to the plurality of sensors, and the processor operable to: receive the output signals generated by the plurality of sensors; determine, based on at least one of the output signals, a current posture of the user sitting in the chair; and implement enterprise logic to: determine based upon the posture of the user when the user is distracted; send a push notification for encouraging the user to stay on task to the user in response to the determination that the user is distracted; and receive feedback from the user indicating that the enterprise logic improperly determined that the user was distracted. a chair including: a seat; a backrest coupled to the seat; and a base supporting the backrest and the seat, a seat; a backrest coupled to the seat; and a base supporting the backrest and the seat, a plurality of sensors coupled to the chair, each sensor operable to detect a physical force imparted by a user on the chair, and generate an output signal indicative of the physical force; a processor coupled to the plurality of sensors, and the processor operable to: receive the output signals generated by the plurality of sensors; determine, based on at least one of the output signals, a current posture of the user sitting in the chair; and implement enterprise logic to: determine based upon the posture of the user when the user is distracted; send a push notification for encouraging the user to stay on task to the user in response to the determination that the user is distracted; and receive feedback from the user indicating that the enterprise logic improperly determined that the user was distracted. receive the output signals generated by the plurality of sensors; determine, based on at least one of the output signals, a current posture of the user sitting in the chair; and implement enterprise logic to: determine based upon the posture of the user when the user is distracted; send a push notification for encouraging the user to stay on task to the user in response to the determination that the user is distracted; and receive feedback from the user indicating that the enterprise logic improperly determined that the user was distracted. determine based upon the posture of the user when the user is distracted; send a push notification for encouraging the user to stay on task to the user in response to the determination that the user is distracted; and receive feedback from the user indicating that the enterprise logic improperly determined that the user was distracted.
Scaffolding, comprising upright elements placed at distances from each other and ledger elements (20,21) connected thereto for forming successive scaffold sections there between, wherein at least one scaffold section is provided with a guard rail comprising at least one rail part (3,4), extending between successive upright elements and bounding the scaffold section on an exposed side, and comprising a set of uprights parts (1,2) which are laterally within reach of the user and extend in the height direction over successive scaffold section and that comprise releasable coupling means (9,10) that connect the guard rail releasably to the scaffolding, wherein locking means are provided having a locking body which is adjustable by a user between a release position, in which the guard rail is releasable from the scaffolding, and a locking position, in which the guard rail is connected firmly to the scaffolding, wherein said coupling means and said locking means extend from said said upright parts, wherein the locking body engages clampingly in the locking position on a ledger element (20,21) of the scaffolding counter to a spring tension of spring means, wherein said locking means are provided with at least one operating member which enables the user to move the locking body counter to said spring tension of said spring means from the locking position to the release position, wherein the coupling means comprise a set of first suspending brackets at the height of the locking means and a set of second suspending brackets extending thereunder, a distance between said sets of brackets at least substantially corresponding to a vertical distance between successive ledger elements of the scaffolding, and wherein said first suspending brackets each comprise a first hook body defining a first set of hook bodies, and said second suspending brackets each comprise a second hook body defining a second set of hook bodies, said hook bodies each engaging round a ledger element of the scaffolding, characterized in that each set of hook bodies is nestable within a corresponding set of hook bodies of a further guard rail, and in that the second hook bodies are longer than the first hook bodies, in particular at least one and a half times as long, more particularly at least twice as long.
A method for reducing feedback problems caused by electromagnetic interference in a hearing aid the method comprising: producing by means of a filter an equivalent of an electromagnetic feedback path in a system with a pickup coil and subtraction of the equivalent of the feedback signal from the input signal in order to obtain feedback reduction, where filter coefficients are determined prior to the use of the device in a normal calibration and verification process, and where the filter coefficients are stored permanently in the hearing aid.
A dishwasher comprising: a tub defining a wash space configured to accommodate a wash object, the wash space including a front surface that is open; a dry air supply part configured to generate dry airflow for drying the wash object and supply the dry airflow into the tub, the dry air supply part including: a heater housing having an air passage configured to allow the dry airflow to pass through, a heater disposed at the air passage, and configured to heat the dry airflow, and a support leg coupled to the heater housing, wherein a first penetration hole is defined at a bottom surface of the heater housing and configured to perform a drain function, and wherein the support leg is coupled to the heater housing through the first penetration hole. a tub defining a wash space configured to accommodate a wash object, the wash space including a front surface that is open; a dry air supply part configured to generate dry airflow for drying the wash object and supply the dry airflow into the tub, the dry air supply part including: a heater housing having an air passage configured to allow the dry airflow to pass through, a heater disposed at the air passage, and configured to heat the dry airflow, and a support leg coupled to the heater housing, a heater housing having an air passage configured to allow the dry airflow to pass through, a heater disposed at the air passage, and configured to heat the dry airflow, and a support leg coupled to the heater housing, wherein a first penetration hole is defined at a bottom surface of the heater housing and configured to perform a drain function, and wherein the support leg is coupled to the heater housing through the first penetration hole.
A bimodal polyethylene composition having improved ethylene enchainment comprising a high molecular weight polyethylene component and a low molecular weight polyethylene component formed together in a single reactor via a bimodal polymerization catalyst system comprising: a non-metallocene olefin polymerization catalyst; and a zirconocene catalyst of the Formula I: wherein R 1 is a C 1 to C 20 alkyl, aryl or aralkyl group, wherein R 2 is an C 1 to C 20 alkyl, aryl or aralkyl group, and wherein R 3 is a C 1 to C 20 alkyl or a hydrogen, and wherein each X is independently a halide, C 1 to C 20 alkyl, aralkyl group or hydrogen; wherein the low molecular weight polyethylene has a butyl branching frequency of from 0.43 to 0.72, wherein butyl branching frequency is measured as set out in the description. a non-metallocene olefin polymerization catalyst; and a zirconocene catalyst of the Formula I: wherein R 1 is a C 1 to C 20 alkyl, aryl or aralkyl group, wherein R 2 is an C 1 to C 20 alkyl, aryl or aralkyl group, and wherein R 3 is a C 1 to C 20 alkyl or a hydrogen, and wherein each X is independently a halide, C 1 to C 20 alkyl, aralkyl group or hydrogen; wherein the low molecular weight polyethylene has a butyl branching frequency of from 0.43 to 0.72, wherein butyl branching frequency is measured as set out in the description.
A rail wheel, comprising 1.1 a wheel hub revolving on a fixed shaft, and 1.2 an intermediate element which is detachably connected to the wheel hub in a torsion-proof manner, wherein 1.3 a hollow shaft is pressed in a torsion-proof manner onto the intermediate element; 1.4 the hollow shaft pressed onto the intermediate element forms an oil press fit with the intermediate element; 1.5 the hollow shaft is connected in a torsion-proof manner to a transmission element for transmitting a torque to the wheel hub, characterized in that 1.6 the hollow shaft is at least indirectly connected in a torsion-proof manner to at least one further component for transmitting a torque to the wheel hub, wherein the at least one further component is screwed via a further hollow shaft to the hollow shaft, and 1.7 the further hollow shaft is formed in a concave manner in its cross-section. 1.1 a wheel hub revolving on a fixed shaft, and 1.2 an intermediate element which is detachably connected to the wheel hub in a torsion-proof manner, wherein 1.3 a hollow shaft is pressed in a torsion-proof manner onto the intermediate element; 1.4 the hollow shaft pressed onto the intermediate element forms an oil press fit with the intermediate element; 1.5 the hollow shaft is connected in a torsion-proof manner to a transmission element for transmitting a torque to the wheel hub, characterized in that 1.6 the hollow shaft is at least indirectly connected in a torsion-proof manner to at least one further component for transmitting a torque to the wheel hub, wherein the at least one further component is screwed via a further hollow shaft to the hollow shaft, and 1.7 the further hollow shaft is formed in a concave manner in its cross-section.
A method for regulating a temperature T DPF in a particle filter which is situated downstream of an oxidation catalyst in an exhaust cleaning system and has an inlet temperature T in_DPF which is determined at a point between said oxidation catalyst and said particle filter, characterised in that - a relationship between said inlet temperature T in_DPF to said particle filter and said temperature T DPF in said particle filter is defined, which relationship indicates how said temperature T DPF in said particle filter changes relative to changes of said inlet temperature T in_DPF and is comprised in a model for a fuel combustion function of said oxidation catalyst, thereby depending on an amount of fuel, which during active regeneration of said particle filter is added to exhaust gases and is intended to burn up in said oxidation catalyst, but passes unburned through said oxidation catalyst and is oxidised by use of active material being coated on said particle filter, and - said inlet temperature T in_DPF to said particle filter is regulated during said active regeneration on the basis of said relationship so that said temperature T DPF in said particle filter is kept substantially around a predetermined target level for a defined period of time. - a relationship between said inlet temperature T in_DPF to said particle filter and said temperature T DPF in said particle filter is defined, which relationship indicates how said temperature T DPF in said particle filter changes relative to changes of said inlet temperature T in_DPF and is comprised in a model for a fuel combustion function of said oxidation catalyst, thereby depending on an amount of fuel, which during active regeneration of said particle filter is added to exhaust gases and is intended to burn up in said oxidation catalyst, but passes unburned through said oxidation catalyst and is oxidised by use of active material being coated on said particle filter, and - said inlet temperature T in_DPF to said particle filter is regulated during said active regeneration on the basis of said relationship so that said temperature T DPF in said particle filter is kept substantially around a predetermined target level for a defined period of time.
Device for synthesising core-shell nanoparticles by laser pyrolysis, characterised in that it comprises: - a reactor (100, 101, 102) comprising: • a first chamber for the synthesis of the core, which is equipped with an inlet for a core precursor; • a second chamber for the synthesis of the shell, which is equipped with an inlet for a shell precursor; and • at least one communication channel (3, 3', 3") between the two chambers (1, 2) for transmitting the nanoparticle cores to be formed in the first chamber in the direction of the second chamber; - an optical device (200, 201, 202, 203) for illuminating each of the two chambers (1, 2), said device comprising at least one laser (8, 80) capable of emitting a laser beam (10, 101) intended to interact with said precursors in order to form the core and the shell. - a reactor (100, 101, 102) comprising: • a first chamber for the synthesis of the core, which is equipped with an inlet for a core precursor; • a second chamber for the synthesis of the shell, which is equipped with an inlet for a shell precursor; and • at least one communication channel (3, 3', 3") between the two chambers (1, 2) for transmitting the nanoparticle cores to be formed in the first chamber in the direction of the second chamber; • a first chamber for the synthesis of the core, which is equipped with an inlet for a core precursor; • a second chamber for the synthesis of the shell, which is equipped with an inlet for a shell precursor; and • at least one communication channel (3, 3', 3") between the two chambers (1, 2) for transmitting the nanoparticle cores to be formed in the first chamber in the direction of the second chamber; - an optical device (200, 201, 202, 203) for illuminating each of the two chambers (1, 2), said device comprising at least one laser (8, 80) capable of emitting a laser beam (10, 101) intended to interact with said precursors in order to form the core and the shell.
A computer-implemented method, comprising: - processing a data stream comprising input point cloud having been split into input tiles and their respective bounding boxes; - sorting the bounding boxes according to a distance to a viewing location; - dividing a rendering framebuffer into screen-space rendering tiles; - projecting the bounding boxes to a screen space to determine which bounding boxes overlap with which rendering tiles; - storing indices of overlapping bounding boxes as a list per a corresponding screen-space rendering tile being overlapped; - reconstructing a screen space surface by rendering the points of the bounding boxes to screen-space rendering tile points, by fetching data of the input tile to which the stored indices of the bounding boxes refer to; - rendering the reconstructed screen space surface. - processing a data stream comprising input point cloud having been split into input tiles and their respective bounding boxes; - sorting the bounding boxes according to a distance to a viewing location; - dividing a rendering framebuffer into screen-space rendering tiles; - projecting the bounding boxes to a screen space to determine which bounding boxes overlap with which rendering tiles; - storing indices of overlapping bounding boxes as a list per a corresponding screen-space rendering tile being overlapped; - reconstructing a screen space surface by rendering the points of the bounding boxes to screen-space rendering tile points, by fetching data of the input tile to which the stored indices of the bounding boxes refer to; - rendering the reconstructed screen space surface.
A method of monitoring motion of an elevator car within an elevator system, the method comprising: detecting, using a sensing apparatus, a plurality of pairs of corresponding data within a selected period of time, each pair of corresponding data including a detected elevator car height and a landing corresponding to the detected elevator car height; transmitting the plurality of pairs of corresponding data to a remote device for processing; determining, using the remote device, which of the plurality of pairs of corresponding data have a greatest number of reoccurrences for each landing; and determining, using the remote device, that pairs of corresponding data of the plurality of pairs of corresponding data that have the greatest number of reoccurrences for each landing are correct pairs. detecting, using a sensing apparatus, a plurality of pairs of corresponding data within a selected period of time, each pair of corresponding data including a detected elevator car height and a landing corresponding to the detected elevator car height; transmitting the plurality of pairs of corresponding data to a remote device for processing; determining, using the remote device, which of the plurality of pairs of corresponding data have a greatest number of reoccurrences for each landing; and determining, using the remote device, that pairs of corresponding data of the plurality of pairs of corresponding data that have the greatest number of reoccurrences for each landing are correct pairs.
A gas turbine engine comprising: a compressor section (24; 100) including a plurality of stages; a combustor section fluidly connected to the compressor section; a turbine section fluidly connected to the combustor section; and a bleed structure (110; 200) radially outward of the plurality of stages, the bleed structure (110; 200) including a body structure (112; 212) having a first set of openings (116; 216) radially outward of a first stage, a second set of openings (118; 218) radially outward of a second stage, and a circumferential sleeve (114; 214) configured to cover the first set of openings (116; 216) in a first position and to cover the second set of openings (118; 218) in a second position, characterised in that the gas turbine engine further comprises: an actuator coupled to the circumferential sleeve (114; 214), the actuator being configured to actuate the circumferential sleeve (114; 214) between the first and second positions, wherein the circumferential sleeve (114; 214) further comprises at least one slot, the body structure (112; 212) includes a post protruding radially outward into the slot, and the slot is angled relative to an actuation arm of the actuator. a compressor section (24; 100) including a plurality of stages; a combustor section fluidly connected to the compressor section; a turbine section fluidly connected to the combustor section; and a bleed structure (110; 200) radially outward of the plurality of stages, the bleed structure (110; 200) including a body structure (112; 212) having a first set of openings (116; 216) radially outward of a first stage, a second set of openings (118; 218) radially outward of a second stage, and a circumferential sleeve (114; 214) configured to cover the first set of openings (116; 216) in a first position and to cover the second set of openings (118; 218) in a second position, characterised in that the gas turbine engine further comprises: an actuator coupled to the circumferential sleeve (114; 214), the actuator being configured to actuate the circumferential sleeve (114; 214) between the first and second positions, wherein the circumferential sleeve (114; 214) further comprises at least one slot, the body structure (112; 212) includes a post protruding radially outward into the slot, and the slot is angled relative to an actuation arm of the actuator.
A method of manufacturing a machining spindle shaft for a machining spindle having an ac induction motor for rotatingly driving the shaft relative to a main body of the spindle, wherein the shaft comprises a tool holder for holding a tool and comprises the rotor for the ac induction motor and the rotor comprises a winding comprising conductor portions (42a, 42b) inlayed into material of the shaft, wherein the shaft further comprises a retaining sleeve provided over at least a portion of the winding for holding the conductor portions (42a, 42b) in place against heating and/or centrifugal effects during rotation of the shaft in use, the method comprising the steps of: inlaying the conductor portions (42a, 42b) into the material of the shaft using a material deposition process to create the winding; machining the shaft after provision of the conductor portions, to remove excess conductor portion material and provide a final outer curved surface of the conductor portions, this machining also involving removal of material from a main body of the shaft to provide the final outer curved surface of the main body of the shaft; and providing the retaining sleeve over the winding. inlaying the conductor portions (42a, 42b) into the material of the shaft using a material deposition process to create the winding; machining the shaft after provision of the conductor portions, to remove excess conductor portion material and provide a final outer curved surface of the conductor portions, this machining also involving removal of material from a main body of the shaft to provide the final outer curved surface of the main body of the shaft; and providing the retaining sleeve over the winding.