mhurhangee/ep-ind-claims huggingface dataset:
An agricultural vehicle having a structural frame supporting vehicle components within the interior of the vehicle, the vehicle further comprising at least one panel provided on the frame, the panel at least partially covering a portion of the vehicle interior, the panel comprising: a substantially rigid sub-frame, and a flexible sheet material supported by said sub-frame; wherein the panel comprises a closure mechanism coupled with at least a portion of the flexible sheet material, such that an operator can open the closure mechanism to at least partly remove a portion of the flexible sheet material, to provide access to an interior of the vehicle covered by the panel, characterised in that the agricultural vehicle is a combine harvester, and in that the panel covers at least a portion of a processor system of the harvester. a substantially rigid sub-frame, and a flexible sheet material supported by said sub-frame; wherein the panel comprises a closure mechanism coupled with at least a portion of the flexible sheet material, such that an operator can open the closure mechanism to at least partly remove a portion of the flexible sheet material, to provide access to an interior of the vehicle covered by the panel, characterised in that the agricultural vehicle is a combine harvester, and in that the panel covers at least a portion of a processor system of the harvester.
A method for producing a printed product by means of a printing process, for which values to be ensured for a plurality of print quality features are defined, having: providing a web- or sheet-shaped printing material, printing the printing material with a predetermined print image arrangement, which represents at least one printed product, printing the printing material with a primary print control strip between adjacent printed products of the print image arrangement, wherein the primary print control strip includes information for regulating process parameters for the printing of the printing material with the print image arrangement, and printing the printing material with at least one secondary print control strip (30, 40) perpendicular and/or parallel to the primary print control strip, wherein the at least one secondary print control strip (30, 40) is printed onto the printing material in such a way that the secondary print control strip (30, 40) is partially or completely contained in the finished printed product, and wherein the respective secondary print control strip (30, 40) is separate from the primary print control strip and contains information with regard to actual values of the print quality features in the print image arrangement on the printing material. providing a web- or sheet-shaped printing material, printing the printing material with a predetermined print image arrangement, which represents at least one printed product, printing the printing material with a primary print control strip between adjacent printed products of the print image arrangement, wherein the primary print control strip includes information for regulating process parameters for the printing of the printing material with the print image arrangement, and printing the printing material with at least one secondary print control strip (30, 40) perpendicular and/or parallel to the primary print control strip, wherein the at least one secondary print control strip (30, 40) is printed onto the printing material in such a way that the secondary print control strip (30, 40) is partially or completely contained in the finished printed product, and wherein the respective secondary print control strip (30, 40) is separate from the primary print control strip and contains information with regard to actual values of the print quality features in the print image arrangement on the printing material.
A solution comprising lithium diphenylphosphide and an organic solvent and kept under an inert argon atmosphere with positive pressure, wherein the solvent yields a more stable solution than when the solution contains tetrahydrofuran as a solvent and comprises at least one of diethylether, 2-methyltetrahydrofuran or dimethoxymethane.
A composition for use as support therapy in antitumor chemotherapeutic treatments; said composition comprising the bacterial strain Lactobacillus pentosus LPS01 with number of deposit DSM 21980, deposited on 11.14.2008 by Probiotical SpA.
A compound of the formula: or a pharmaceutically acceptable salt thereof, optionally in a pharmaceutically acceptable carrier, in an effective amount for use to treat the 2019 coronavirus disease (COVD-19) in a host in need thereof, wherein the host is a human.
A compound harmonic drive comprising: an inner ring gear including a first set of gear teeth; a flex spline including a flex spline inner ring and a flex spline outer ring, the flex spline inner ring forms a second set of gear teeth that engage the first set of gear teeth and the flex spline outer ring forms a third set of gear teeth; an outer ring gear including a fourth set of gear teeth that are engaged by the third set of gear teeth; a wave generator, wherein the compound harmonic drive rotates about an axis and each set of gear teeth (120a, 120b, 120c, 120d) is axially aligned with each other and radially offset from each other about the axis, characterized by that the wave generator is disposed between the flex spline inner ring and the flex spline outer ring. an inner ring gear including a first set of gear teeth; a flex spline including a flex spline inner ring and a flex spline outer ring, the flex spline inner ring forms a second set of gear teeth that engage the first set of gear teeth and the flex spline outer ring forms a third set of gear teeth; an outer ring gear including a fourth set of gear teeth that are engaged by the third set of gear teeth; a wave generator, wherein the compound harmonic drive rotates about an axis and each set of gear teeth (120a, 120b, 120c, 120d) is axially aligned with each other and radially offset from each other about the axis, characterized by that the wave generator is disposed between the flex spline inner ring and the flex spline outer ring.
A lubricant deterioration sensor, comprising: an examination section in which lubricant to be detected enters; a light emitting element configured to emit detection light to the examination section; a first light receiving element configured to obtain a detection value that represents color information of the detection light traveled through the lubricant; a calibration unit (26, 27, 31) configured to calibrate a measurement range of the detection value in accordance with the lubricant to be detected; a determination unit configured to determine a deterioration degree of the lubricant based on the detection value; and a housing in which the examination section, the light emitting element, and the first light receiving element are disposed, characterized in that the calibration unit (26, 27, 31), and the determination unit are also disposed in the housing, and the determination unit is configured to obtain a plurality of the detection values in a unit of time and to use a mode of the detection values in the unit of time among the detection values that fluctuate to perform deterioration determination. an examination section in which lubricant to be detected enters; a light emitting element configured to emit detection light to the examination section; a first light receiving element configured to obtain a detection value that represents color information of the detection light traveled through the lubricant; a calibration unit (26, 27, 31) configured to calibrate a measurement range of the detection value in accordance with the lubricant to be detected; a determination unit configured to determine a deterioration degree of the lubricant based on the detection value; and a housing in which the examination section, the light emitting element, and the first light receiving element are disposed, characterized in that the calibration unit (26, 27, 31), and the determination unit are also disposed in the housing, and the determination unit is configured to obtain a plurality of the detection values in a unit of time and to use a mode of the detection values in the unit of time among the detection values that fluctuate to perform deterioration determination.
A system for determining a physical metric comprising: a local signal generator configured to provide a local signal; a receiver configured to receive a signal having properties corresponding to those in a signal transmitted by a trusted remote source (22,24); a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; and a motion compensation unit configured to provide motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement; the system characterised by further comprising a signal analysis unit configured to determine whether the received signal includes a component received in a direction that is different to a line-of-sight direction between the receiver and the trusted remote source, wherein the determination is based on the signal strength of the received signal and the signal to noise ratio of the correlation signal; and a metric determination unit configured to determine a physical metric associated with the receiver based on the determination made by the signal analysis unit. a local signal generator configured to provide a local signal; a receiver configured to receive a signal having properties corresponding to those in a signal transmitted by a trusted remote source (22,24); a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; and a motion compensation unit configured to provide motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement; the system characterised by further comprising a signal analysis unit configured to determine whether the received signal includes a component received in a direction that is different to a line-of-sight direction between the receiver and the trusted remote source, wherein the determination is based on the signal strength of the received signal and the signal to noise ratio of the correlation signal; and a metric determination unit configured to determine a physical metric associated with the receiver based on the determination made by the signal analysis unit.
Tip for furniture, comprising a body and a base, the tip being composed only of the body and the base and in that the base is press-fitted into said body, the body and the base being tiltable to each other, wherein the body comprises a ring provided with a plurality of grooves, a stem of said base being housed in said ring, wherein said base comprises a curved surface complementary to a flange of said body, characterized in that the curved surface of the base is always in contact with a curved surface of the flange, at two points when the body is not in the tilted position with respect to the base or at one point when the body is in the tilted position with respect to the base, and in that said stem comprises a curved outer wall and a stop, said stop abutting the inner part of the ring when the body tilts to its maximum tilted position with respect to the base. wherein the body comprises a ring provided with a plurality of grooves, a stem of said base being housed in said ring, wherein said base comprises a curved surface complementary to a flange of said body, characterized in that the curved surface of the base is always in contact with a curved surface of the flange, at two points when the body is not in the tilted position with respect to the base or at one point when the body is in the tilted position with respect to the base, and in that said stem comprises a curved outer wall and a stop, said stop abutting the inner part of the ring when the body tilts to its maximum tilted position with respect to the base.
An apparatus (100, 400) for ear examination of a subject, the apparatus characterised in that it comprises, - a removable front chamber; and - a main frame having a first portion and a second portion, the first portion being adjacent to the second portion, the first portion comprising: a proximal end designed to adapt an ear funnel which is configured to at least partly contact an ear of the subject, and a distal end configured to receive at least partly the removable front chamber therein, and the second portion comprising a housing to accommodate electronic components, and a gripping means on an external surface of the housing, wherein the removable front chamber is configured to be removably coupled with the main frame to allow access to an ear canal of the subject. - a removable front chamber; and - a main frame having a first portion and a second portion, the first portion being adjacent to the second portion, the first portion comprising: a proximal end designed to adapt an ear funnel which is configured to at least partly contact an ear of the subject, and a distal end configured to receive at least partly the removable front chamber therein, and the second portion comprising a housing to accommodate electronic components, and a gripping means on an external surface of the housing, wherein the removable front chamber is configured to be removably coupled with the main frame to allow access to an ear canal of the subject.
Method for the regulation of an automation network by at least one central consumer on the basis of confidential measurement data that are captured on one or on a multiplicity of local producers, comprising the following method steps: - by the producer: measurement or provision of the measurement data from a multiplicity of sensors and classification of the measurement data into security levels - checking of an admissibility of consumer-generated processing commands on the basis of the respectively classified security level by the producer and, in the event of a positive check: - by the producer: processing of the measurement data on the basis of the processing commands checked as admissible for the purpose of producing an analysis result data record - transmission of the analysis result data record to the consumer for the purpose of regulating the automation network. - by the producer: measurement or provision of the measurement data from a multiplicity of sensors and classification of the measurement data into security levels - checking of an admissibility of consumer-generated processing commands on the basis of the respectively classified security level by the producer and, in the event of a positive check: - by the producer: processing of the measurement data on the basis of the processing commands checked as admissible for the purpose of producing an analysis result data record - transmission of the analysis result data record to the consumer for the purpose of regulating the automation network.
A cell sample liquid feeding bag comprising at least: an outflow port from which cell sample liquid flows out; a bottom portion at least partly including a slope; and a first inner tube, characterized in that a cross-sectional shape of the bottom portion has a substantially V-shape; the bottom portion includes a reservoir configured to store cells; and the first inner tube extends from the outflow port toward the reservoir to a bottom of the V-shape, not contacting the reservoir, and is configured to feed cell sample liquid from a reservoir side toward an outflow port side of the first inner tube and to whirl up the cells when a liquid is ejected toward the reservoir. an outflow port from which cell sample liquid flows out; a bottom portion at least partly including a slope; and a first inner tube, characterized in that a cross-sectional shape of the bottom portion has a substantially V-shape; the bottom portion includes a reservoir configured to store cells; and the first inner tube extends from the outflow port toward the reservoir to a bottom of the V-shape, not contacting the reservoir, and is configured to feed cell sample liquid from a reservoir side toward an outflow port side of the first inner tube and to whirl up the cells when a liquid is ejected toward the reservoir.
A gas turbine engine nacelle comprising: an inner skin terminating at a trailing edge defining an exhaust outlet of a fixed area fan exhaust nozzle; and a radially outer skin surrounding said inner skin and terminating at a recess formed by an interruption in the axial continuity of the outer surface of the nacelle at the termination of the outer skin, the recess extending forwardly under the outer skin into a closed cavity formed as an undercut under said outer skin. an inner skin terminating at a trailing edge defining an exhaust outlet of a fixed area fan exhaust nozzle; and a radially outer skin surrounding said inner skin and terminating at a recess formed by an interruption in the axial continuity of the outer surface of the nacelle at the termination of the outer skin, the recess extending forwardly under the outer skin into a closed cavity formed as an undercut under said outer skin.
A deflectable biopsy device for collecting a tissue biopsy, comprising: a cannula comprising a wall between a proximal end and a distal end defining a cannula lumen therebetween; and a sampling member slidably disposed within said cannula lumen, said sampling member comprising a sampling cavity wherein the cannula, when in an unconstrained configuration includes a preformed bend having a first shape positioned between the proximal and distal ends, wherein said preformed bend is constrainable by a constraining force to alter the first shape of said preformed bend to a second shape and wherein, upon release of the constraining force, said preformed bend substantially returns to the first shape; and characterised in that the cannula is configured such that it can be extended over the sampling cavity thereby severing a tissue biopsy and retaining it in the sampling cavity covered by the cannula, the sampling member thereby being cooperable with the cannula to collect the tissue biopsy in said sampling cavity. a cannula comprising a wall between a proximal end and a distal end defining a cannula lumen therebetween; and a sampling member slidably disposed within said cannula lumen, said sampling member comprising a sampling cavity wherein the cannula, when in an unconstrained configuration includes a preformed bend having a first shape positioned between the proximal and distal ends, wherein said preformed bend is constrainable by a constraining force to alter the first shape of said preformed bend to a second shape and wherein, upon release of the constraining force, said preformed bend substantially returns to the first shape; and characterised in that the cannula is configured such that it can be extended over the sampling cavity thereby severing a tissue biopsy and retaining it in the sampling cavity covered by the cannula, the sampling member thereby being cooperable with the cannula to collect the tissue biopsy in said sampling cavity.
A method of verifying operation of a meter for reading electrochemical test devices, comprising: obtaining a reference output signal indicative of a response generated at an electrochemical test device when the electrochemical test device reacts with a reference test fluid, wherein the reference test fluid is a bodily fluid sample and a non-control fluid; applying with the meter an algorithm to the reference output signal so as to obtain a reference test result, wherein the algorithm is for use in estimating an unknown concentration of an analyte in a sample of the reference test fluid; and determining whether the reference test result is valid on the basis of a predetermined range of acceptable readings so as to verify operation of the meter, further comprising storing the reference output signal in a memory of the meter. obtaining a reference output signal indicative of a response generated at an electrochemical test device when the electrochemical test device reacts with a reference test fluid, wherein the reference test fluid is a bodily fluid sample and a non-control fluid; applying with the meter an algorithm to the reference output signal so as to obtain a reference test result, wherein the algorithm is for use in estimating an unknown concentration of an analyte in a sample of the reference test fluid; and determining whether the reference test result is valid on the basis of a predetermined range of acceptable readings so as to verify operation of the meter, further comprising storing the reference output signal in a memory of the meter.
An assembly for an electric machine comprising: a core having a plurality of teeth extending radially inward from the core, the plurality of teeth defining a plurality of slots for receiving coils; a plurality of coils, each coil wrapping around a respective tooth; a separator in one of the slots including a first leg joined at an angle to a second leg for separating adjacent coils within the slot; an insert between the first leg and the second leg for at least partially filling a space between the first leg and the second leg; and characterized by a potting filling space within the slot between the separator, the plurality of coils, and the insert, and wherein the first leg is connected to a second leg of an adjacent separator by a cord. a core having a plurality of teeth extending radially inward from the core, the plurality of teeth defining a plurality of slots for receiving coils; a plurality of coils, each coil wrapping around a respective tooth; a separator in one of the slots including a first leg joined at an angle to a second leg for separating adjacent coils within the slot; an insert between the first leg and the second leg for at least partially filling a space between the first leg and the second leg; and characterized by a potting filling space within the slot between the separator, the plurality of coils, and the insert, and wherein the first leg is connected to a second leg of an adjacent separator by a cord.
A frame formation method includes the following steps: at least one frame is received at the input port of the software defined network input switch; for at least one received frame, the output network switch and the end output port are determined; the most preferable path to the output port is calculated and encoded with at least one MPLS transport tag; the above-mentioned frame is modified by: - saving the field of the embedded protocol identifier, EPI; - replacing the EPI field with a predefined constant; - adding an MPLS Ethertype tag containing the saved EPI; - adding at least one MPLS transport tag that encodes the most preferable path; the modified frame is sent to the next switch according to the most preferable path. at least one frame is received at the input port of the software defined network input switch; for at least one received frame, the output network switch and the end output port are determined; the most preferable path to the output port is calculated and encoded with at least one MPLS transport tag; the above-mentioned frame is modified by: - saving the field of the embedded protocol identifier, EPI; - replacing the EPI field with a predefined constant; - adding an MPLS Ethertype tag containing the saved EPI; - adding at least one MPLS transport tag that encodes the most preferable path; - saving the field of the embedded protocol identifier, EPI; - replacing the EPI field with a predefined constant; - adding an MPLS Ethertype tag containing the saved EPI; - adding at least one MPLS transport tag that encodes the most preferable path; the modified frame is sent to the next switch according to the most preferable path.