mhurhangee/ep-ind-claims huggingface dataset:
A method of assessing a calibration of a multi-axis ultrasonic scanner, the method comprising: providing a calibration verification tool, the tool comprising a plurality of mutually oblique plates defining a plurality of mutually oblique planar surfaces, the surfaces being at predefined angles with respect to one another; providing a digital model of the tool defined in a coordinate reference frame of the multi-axis ultrasonic scanner; registering, by the multi-axis ultrasonic scanner, the tool within the coordinate reference frame of the multi-axis ultrasonic scanner; using the digital model, controlling the multi-axis ultrasonic scanner to measure a physical property of a plate of the tool, thereby determining a reference signal; for each plate in the plurality of mutually oblique plates, using the digital model, controlling the multi-axis ultrasonic scanner to measure the physical property of that plate; for each plate in the plurality of mutually oblique plates, using the reference signal and the measured physical property of that plate, determining an orientation within the coordinate reference frame of at least part of the multi-axis ultrasonic scanner when the physical property of that plate was measured; and using the determined orientations, verifying whether or not the multi-axis ultrasonic scanner is calibrated such that one or more predetermined criteria are satisfied. providing a calibration verification tool, the tool comprising a plurality of mutually oblique plates defining a plurality of mutually oblique planar surfaces, the surfaces being at predefined angles with respect to one another; providing a digital model of the tool defined in a coordinate reference frame of the multi-axis ultrasonic scanner; registering, by the multi-axis ultrasonic scanner, the tool within the coordinate reference frame of the multi-axis ultrasonic scanner; using the digital model, controlling the multi-axis ultrasonic scanner to measure a physical property of a plate of the tool, thereby determining a reference signal; for each plate in the plurality of mutually oblique plates, using the digital model, controlling the multi-axis ultrasonic scanner to measure the physical property of that plate; for each plate in the plurality of mutually oblique plates, using the reference signal and the measured physical property of that plate, determining an orientation within the coordinate reference frame of at least part of the multi-axis ultrasonic scanner when the physical property of that plate was measured; and using the determined orientations, verifying whether or not the multi-axis ultrasonic scanner is calibrated such that one or more predetermined criteria are satisfied.
Use of a compound selected from the group consisting of a protein, digoxigenin, cholesterol, a primary amine, a hydrocarbon spacer of length of 3 to 120 carbons, a PEG molecule, biotin, a biotin derivative, fluorescein or a fluorescein derivative, or any combination thereof, for protecting a DNA dendrimer against nuclease degradation in a bodily fluid, wherein the compound is attached to the dendrimer.
A friction stir welding apparatus for use in friction stir welding performed on a butted portion where a second workpiece is butted against a first workpiece such that the second workpiece is upright on the first workpiece, the friction stir welding apparatus comprising: a rotary tool configured to be plunged into one inner corner of a pair of inner corners (33a, 33b) that are positioned, at the butted portion, on both sides of the second workpiece, respectively; characterized in that it further comprises: an inner corner presser configured to press the other inner corner of the pair of inner corners; and a mover configured to move the rotary tool and the inner corner presser along a direction in which the butted portion extends, wherein the inner corner presser includes a pressing roller configured to press the other inner corner while rolling in a state where the inner corner presser is being moved by the mover. an inner corner presser configured to press the other inner corner of the pair of inner corners; and a mover configured to move the rotary tool and the inner corner presser along a direction in which the butted portion extends, wherein the inner corner presser includes a pressing roller configured to press the other inner corner while rolling in a state where the inner corner presser is being moved by the mover.
A cut resistant yarn comprising a blend of first and second staple fibers, wherein: a) the first staple fibers are polymer-fibers, each first staple fiber comprising a polymer body encasing a hard component, said hard component being a plurality of hard fibers, said hard fibers having an average diameter of at most 25 microns, and wherein said hard component is at least harder than the first staple fibers if not provided with the hard fibers; and b) the second staple fibers are different to the first staple fibers, the first staple fibers are staple fibers of ultrahigh molecular weight polyethylene and the second staple fibers are staple fibers of polyamide, characterized in that the weight ratio of the first to second staple fibers is from 46:54 to 99:1. a) the first staple fibers are polymer-fibers, each first staple fiber comprising a polymer body encasing a hard component, said hard component being a plurality of hard fibers, said hard fibers having an average diameter of at most 25 microns, and wherein said hard component is at least harder than the first staple fibers if not provided with the hard fibers; and b) the second staple fibers are different to the first staple fibers, the first staple fibers are staple fibers of ultrahigh molecular weight polyethylene and the second staple fibers are staple fibers of polyamide, characterized in that the weight ratio of the first to second staple fibers is from 46:54 to 99:1.
A method, performed by a user equipment, UE, of managing a session in a wireless communication system, the method comprising: transmitting, to an access and mobility management function, AMF, a first uplink, UL, non-access stratum, NAS, transport message including a packet data unit, PDU, session establishment request; receiving a downlink, DL, NAS transport message from the AMF; and transmitting, based on a value of a back-off timer included in the DL NAS transport message, a second UL NAS transport message including the PDU session establishment request, characterized in that the DL NAS transport message includes information about a cause of a failure in forwarding of the PDU session establishment request that has not been forwarded, among a plurality of PDU session establishment requests for which forwarding from the AMF to a session management function, SMF, has been attempted. transmitting, to an access and mobility management function, AMF, a first uplink, UL, non-access stratum, NAS, transport message including a packet data unit, PDU, session establishment request; receiving a downlink, DL, NAS transport message from the AMF; and transmitting, based on a value of a back-off timer included in the DL NAS transport message, a second UL NAS transport message including the PDU session establishment request, characterized in that the DL NAS transport message includes information about a cause of a failure in forwarding of the PDU session establishment request that has not been forwarded, among a plurality of PDU session establishment requests for which forwarding from the AMF to a session management function, SMF, has been attempted.
Drive system of an agricultural or industrial utility vehicle, preferably of a tractor, having a drive assembly which generates a mechanical torque and has an internal combustion engine, having a first and a second electrical machine (20, 22), having a first mechanical output interface which serves to drive at least one vehicle axle, and having a second mechanical output interface in the form of a power take-off shaft, wherein an electrical machine (20, 22) has a rotor (32, 34) which is connected in a rotationally fixed manner to a shaft (38, 40), wherein the drive assembly is in torque flow with the shaft of the first electrical machine, wherein a work device which can be coupled to the vehicle can be mechanically driven by way of the second output interface, wherein the shaft of the second electrical machine can be connected in a reversible manner to the first mechanical output interface, and wherein a third electrical machine is provided, it being possible to connect the shaft of the said third electrical machine in a reversible manner to the first mechanical output interface, characterized in that the shafts (40, 42) of the second and third electrical machines (22, 24) can be synchronously coupled to one another with the aid of a gearbox shifting point which is additionally provided for this purpose and is directly connected to the shaft of the second electrical machine, as a result of which one of the second and third electrical machines (22, 24) can be moved to a load-free state and the other electrical machine (22, 24) ensures driving of the vehicle without torque interruption during this time.
A fuel tank protector valve comprising: a housing having a first port and a second port, and defining an internal chamber having a transversely oriented divider defining a plurality of apertures for fluid flow from the first port to the second port, wherein the divider separates the internal chamber into a first check valve chamber and a second check valve chamber; a first seal disk positioned in the first check valve chamber and normally biased to an open position by a first biasing member having a first biasing force; and a second seal disk positioned in the second check valve chamber and normally biased to a closed position by a second biasing member having a second biasing force; wherein, when the first seal disk and the second seal disk move to a closed position, the direction of movement is toward one another; wherein the second biasing force is set to a preselected pressure differential that moves the second seal disk to an open position before the first seal disk moves to a closed position; wherein, when the first seal disk is in the open position, fluid flows from the first port through the first check valve chamber and acts on the second seal disk to move the second seal disk to the open position when the preselected pressure differential is exceeded, wherein the first and second biasing members (226, 236) are independently tunable to set the first biasing force and the second biasing force, and wherein the first biasing member is seated against the divider and is compressed against the divider by an adjustable first fastener. a housing having a first port and a second port, and defining an internal chamber having a transversely oriented divider defining a plurality of apertures for fluid flow from the first port to the second port, wherein the divider separates the internal chamber into a first check valve chamber and a second check valve chamber; a first seal disk positioned in the first check valve chamber and normally biased to an open position by a first biasing member having a first biasing force; and a second seal disk positioned in the second check valve chamber and normally biased to a closed position by a second biasing member having a second biasing force; wherein, when the first seal disk and the second seal disk move to a closed position, the direction of movement is toward one another; wherein the second biasing force is set to a preselected pressure differential that moves the second seal disk to an open position before the first seal disk moves to a closed position; wherein, when the first seal disk is in the open position, fluid flows from the first port through the first check valve chamber and acts on the second seal disk to move the second seal disk to the open position when the preselected pressure differential is exceeded, wherein the first and second biasing members (226, 236) are independently tunable to set the first biasing force and the second biasing force, and wherein the first biasing member is seated against the divider and is compressed against the divider by an adjustable first fastener.
A device (102; 502; 4202; 4302), comprising: a screen (106; 506; 4206; 4306); cameras (516; 4207; 4307); and, a processor configured to cause a graphical user interface (108; 508; 4208) to be presented on the screen and wherein the graphical user interface is configured to: receive input from the cameras, the input related to a non-touch user command performed by a user and detected by the cameras, interpret the input as a bump gesture (300; 700) to combine a first data visualization (110; 510) and a second data visualization (110; 510), wherein the bump gesture performed by the user consists of the user selecting the first data visualization and the second data visualization with two hands or one or more fingers from each hand and simultaneously moving the two hands or the one or more fingers toward one another, and responsive to the bump gesture, automatically generate a third data visualization (400; 800) that represents a combination of data from the first and second data visualizations. a screen (106; 506; 4206; 4306); cameras (516; 4207; 4307); and, a processor configured to cause a graphical user interface (108; 508; 4208) to be presented on the screen and wherein the graphical user interface is configured to: receive input from the cameras, the input related to a non-touch user command performed by a user and detected by the cameras, interpret the input as a bump gesture (300; 700) to combine a first data visualization (110; 510) and a second data visualization (110; 510), wherein the bump gesture performed by the user consists of the user selecting the first data visualization and the second data visualization with two hands or one or more fingers from each hand and simultaneously moving the two hands or the one or more fingers toward one another, and responsive to the bump gesture, automatically generate a third data visualization (400; 800) that represents a combination of data from the first and second data visualizations. receive input from the cameras, the input related to a non-touch user command performed by a user and detected by the cameras, interpret the input as a bump gesture (300; 700) to combine a first data visualization (110; 510) and a second data visualization (110; 510), wherein the bump gesture performed by the user consists of the user selecting the first data visualization and the second data visualization with two hands or one or more fingers from each hand and simultaneously moving the two hands or the one or more fingers toward one another, and responsive to the bump gesture, automatically generate a third data visualization (400; 800) that represents a combination of data from the first and second data visualizations.
A method for lubricating a driveline device, comprising supplying thereto a composition comprising: (a) an oil of lubricating viscosity; (b) 2 to 3.5 percent by weight on an active chemical basis of an oil-soluble quaternary ammonium compound comprising a hydrocarbyl-substituted imide or amide, further containing a quaternary nitrogen atom and a hydrocarbylsulfate anion; and (c) a thiadiazole compound. (a) an oil of lubricating viscosity; (b) 2 to 3.5 percent by weight on an active chemical basis of an oil-soluble quaternary ammonium compound comprising a hydrocarbyl-substituted imide or amide, further containing a quaternary nitrogen atom and a hydrocarbylsulfate anion; and (c) a thiadiazole compound.
An electric vehicle comprising: an electric motor which generates a driving power for driving a wheel; a battery case accommodating a battery storing a DC power to be supplied to the electric motor, in a battery space in an interior of the battery case; and an inverter which converts the DC power supplied from the battery into an AC power and supplies the AC power to the electric motor, wherein the inverter is placed above the battery to overlap with the battery case when viewed from above, characterized in that the inverter is fastened to an upper case of the battery case, said upper case being detachably mounted to a middle case of the battery case. an electric motor which generates a driving power for driving a wheel; a battery case accommodating a battery storing a DC power to be supplied to the electric motor, in a battery space in an interior of the battery case; and an inverter which converts the DC power supplied from the battery into an AC power and supplies the AC power to the electric motor, wherein the inverter is placed above the battery to overlap with the battery case when viewed from above, characterized in that the inverter is fastened to an upper case of the battery case, said upper case being detachably mounted to a middle case of the battery case.
A breathing apparatus having an inspiratory valve, an expiratory valve, and a control unit that is adapted to determine a change in transpulmonary pressure (ΔPtp) in a patient when connected to said breathing apparatus, wherein said control unit is operable to a) set said breathing apparatus in a first mode of operation for ventilating said patient with a first Positive End Expiratory Pressure (PEEP) level by controlling said inspiratory valve and expiratory valve; b) set said breathing apparatus in a second mode of operation for ventilating said patient with a second PEEP level starting from said first PEEP level, wherein said second PEEP level is based on a target PEEP level different from said first PEEP level, by controlling said inspiratory valve and expiratory valve; characterized in that the control unit is further operable to c) determine a change in end-expiratory lung volume (ΔEELV) from a difference of end-expiratory lung volume (EELV) present at said first PEEP level and said second PEEP level; and determine said change in transpulmonary pressure (ΔPtp) based on said change in end-expiratory lung volume (ΔEELV) and a difference between said first PEEP level and said second PEEP level (ΔPEEP), and wherein said first and/or second mode of operation comprise at least one breathing cycle. a) set said breathing apparatus in a first mode of operation for ventilating said patient with a first Positive End Expiratory Pressure (PEEP) level by controlling said inspiratory valve and expiratory valve; b) set said breathing apparatus in a second mode of operation for ventilating said patient with a second PEEP level starting from said first PEEP level, wherein said second PEEP level is based on a target PEEP level different from said first PEEP level, by controlling said inspiratory valve and expiratory valve; characterized in that the control unit is further operable to c) determine a change in end-expiratory lung volume (ΔEELV) from a difference of end-expiratory lung volume (EELV) present at said first PEEP level and said second PEEP level; and determine said change in transpulmonary pressure (ΔPtp) based on said change in end-expiratory lung volume (ΔEELV) and a difference between said first PEEP level and said second PEEP level (ΔPEEP), and wherein said first and/or second mode of operation comprise at least one breathing cycle.
An effluent container comprising: a first sheet of material having at least four sides; a second sheet of material also having at least four sides attached to the first sheet of material on at least three sides such that a fourth side of both the first and second sheets (20, 22) are not attached and form an open end to the container, the container having an interior and a single opening at the open end; a first liner attached to the first sheet of material; a second liner attached to the second sheet of material; a closure structure located on the fourth side of both the first and second sheets (20, 22) and configured to allow the container to be closed onto a structure; an attaching structure attached to the fourth side of both the first and second sheets (20, 22) and configured to provide attaching points for attaching the container to the structure; and a drain located on one of the sheets (20, 22) at an end opposite the open end, the drain configured to provide selective fluid communication between the interior of the container and an outside of the container; characterized in that the opening is adapted for encompassing an open end of said structure, such that the container is adapted for receiving effluent from the open end of the structure in a hydroblasting operation; wherein the container is constructed of material configured to withstand fluid pressured to 40,000 PSI (275,790.29 kPa). a first sheet of material having at least four sides; a second sheet of material also having at least four sides attached to the first sheet of material on at least three sides such that a fourth side of both the first and second sheets (20, 22) are not attached and form an open end to the container, the container having an interior and a single opening at the open end; a first liner attached to the first sheet of material; a second liner attached to the second sheet of material; a closure structure located on the fourth side of both the first and second sheets (20, 22) and configured to allow the container to be closed onto a structure; an attaching structure attached to the fourth side of both the first and second sheets (20, 22) and configured to provide attaching points for attaching the container to the structure; and a drain located on one of the sheets (20, 22) at an end opposite the open end, the drain configured to provide selective fluid communication between the interior of the container and an outside of the container; characterized in that the opening is adapted for encompassing an open end of said structure, such that the container is adapted for receiving effluent from the open end of the structure in a hydroblasting operation; wherein the container is constructed of material configured to withstand fluid pressured to 40,000 PSI (275,790.29 kPa).