mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film obtained by forming a coating layer on at least one face of a substrate film, wherein said coating layer contains an oxazoline group, comprises an acrylic resin, and has a thickness of 5 to 150 nm and a relation of the thickness of the coating layer with the ratio (P1/P2) of the peak-intensity of the peak having the absorption maximum in a region of 1655 ± 10 cm -1 and the peak-intensity of the peak having the absorption maximum in a region of 1580 ± 10 cm -1 in the total reflection infrared absorption spectrum of the coating layer satisfies the following inequality. 0.035 ≤ P 1 / P 2 / D ≤ 0.15
Mammal sex hormone-binding globulin and/or any fragment thereof for use in the treatment and/or prevention of hepatic steatosis in mammals, wherein the fragment: (a) comprises from 10 to 200 amino acids from a sequence having a percentage of homology or identity of at least 80% with respect to any of the sequences SEQ ID NO: 1 to 5, and (b) maintains the function of lowering lipid content in an animal cell as the entire mammal sex hormone-binding globulin.
A method of cleaning an electrostatic printhead which has one or more ejection tips from which, in use, ink is ejected, the method comprising: stopping a prior flow of ink to a region around the ejection tip(s) for, in use, printing; causing a pressure differential to occur at the tip region thereby causing the ink meniscus to retreat from the tip; and passing a rinse into the tip region to clean the tip. stopping a prior flow of ink to a region around the ejection tip(s) for, in use, printing; causing a pressure differential to occur at the tip region thereby causing the ink meniscus to retreat from the tip; and passing a rinse into the tip region to clean the tip.
A connector for connecting a component to a heat sink, characterized in that said connector is formed as a female part of a bayonet coupling enclosing an opening for receiving one of the component and the heat sink, wherein said bayonet coupling of said connector in use is arranged to ensure direct thermal contact between said component and said heat sink in said opening, wherein said component is a lighting module or another heat sink.
Electric machine comprising a stator and a rotor arranged at least partially within the stator, said rotor comprising a shaft, the shaft having on at least one end face at least one opening extending in a direction along the axis of rotation (x) of the shaft, wherein at least one heat-conducting element is inserted into the opening, characterized in that the heat-conducting element is entirely made of a material with a higher thermal conductivity than the material of the shaft and occupies at least 95% of the sectional area of the opening.
A computer-implemented method for determining resources responsible for events, the method comprising: receiving data associated with a resource, the resource comprising a database; identifying, based on the data associated with the resource, first actors that have accessed the resource, wherein the first actors comprise a plurality of accounts; determining, based on the first actors, a number of unique actors that have accessed the resource, wherein the number of unique actors is a number of unique users of the plurality of accounts; identifying, from the first actors, a set of affected actors that have been affected by an event, wherein an event comprises a database breach; identifying, from the set of affected actors, a subset of resource-affected actors comprising the affected actors that accessed the resource prior to being affected by the event; determining a number of resource-affected actors in the subset of resource-affected actors; determining an event score for the resource based on the number of unique actors and the number of resource-affected actors, wherein the event score comprises a lower bound of a confidence interval of a binomial proportion of the number of resource-affected actors to the number of unique actors; and determining whether the resource is responsible for the event based on the event score for the resource. receiving data associated with a resource, the resource comprising a database; identifying, based on the data associated with the resource, first actors that have accessed the resource, wherein the first actors comprise a plurality of accounts; determining, based on the first actors, a number of unique actors that have accessed the resource, wherein the number of unique actors is a number of unique users of the plurality of accounts; identifying, from the first actors, a set of affected actors that have been affected by an event, wherein an event comprises a database breach; identifying, from the set of affected actors, a subset of resource-affected actors comprising the affected actors that accessed the resource prior to being affected by the event; determining a number of resource-affected actors in the subset of resource-affected actors; determining an event score for the resource based on the number of unique actors and the number of resource-affected actors, wherein the event score comprises a lower bound of a confidence interval of a binomial proportion of the number of resource-affected actors to the number of unique actors; and determining whether the resource is responsible for the event based on the event score for the resource.
Drain fitting for a toilet tank, comprising a valve body with a sealing element that cooperates with a valve seat, wherein the valve body with the sealing element can be moved from the valve seat along the central axis from a rest position into a flushing position and from the flushing position into the rest position, a valve housing, in which the valve body can be moveably mounted, and a retaining unit with a continuous discharge opening, wherein said valve seat extends around the discharge opening and wherein, as viewed in the installed position above the valve seat, the retaining unit has a bearing section for supporting the valve housing, wherein the drain fitting also comprises an adjustable throttle element for the adjustable throttling of the flushing water stream that is flowing out through the discharge opening, wherein the throttling element has at least one upper throttle segment with a throttle surface and at least one lower throttle segment with a throttle surface, and wherein the throttle segments (11, 13) can be displaced relative to each other such that the cross-section of the throttle element can be modified, characterized in that the throttle surface of the at least one upper throttle segment has the shape of a segment of a lateral surface of a cone, and in that the throttle surface of the at least one lower throttle segment has the shape of a segment of a lateral surface of a cone.
A mobile mining machine comprising a front frame, a rear frame, and an articulated joint between the front frame and the rear frame, the mobile mining machine comprising an oscillation bearing arrangement, the oscillation bearing arrangement comprising: an inner frame structure connected to the rear frame of the mobile mining machine; an outer frame structure connected to the front frame of the mobile mining machine; a first bearing structure arranged between the inner frame structure and the outer frame structure, the first bearing structure is a tapered plain bearing comprising a first bushing, a first inner seat arranged between the inner frame structure and the first bushing, and a first outer seat arranged between the outer frame structure and the first bushing; a second bearing structure arranged between the inner frame structure and the outer frame structure, the second bearing structure is a tapered plain bearing comprising a second bushing, a second inner seat arranged between the inner frame structure and the second bushing, and a second outer seat arranged between the outer frame structure and the second bushing; wherein the oscillation bearing arrangement is arranged to allow a relative tilting movement between the inner frame structure and the outer frame structure along a longitudinal axis of the mobile mining machine. an inner frame structure connected to the rear frame of the mobile mining machine; an outer frame structure connected to the front frame of the mobile mining machine; a first bearing structure arranged between the inner frame structure and the outer frame structure, the first bearing structure is a tapered plain bearing comprising a first bushing, a first inner seat arranged between the inner frame structure and the first bushing, and a first outer seat arranged between the outer frame structure and the first bushing; a second bearing structure arranged between the inner frame structure and the outer frame structure, the second bearing structure is a tapered plain bearing comprising a second bushing, a second inner seat arranged between the inner frame structure and the second bushing, and a second outer seat arranged between the outer frame structure and the second bushing; wherein the oscillation bearing arrangement is arranged to allow a relative tilting movement between the inner frame structure and the outer frame structure along a longitudinal axis of the mobile mining machine.
A method for performing wireless communication by a first device, the method comprising: receiving, from a second device, a first sidelink control information, SCI, including information related to a resource reservation period of the second device, in a slot; determining a size of a selection window based on a remaining packet delay budget; obtaining a value of N by applying a CEILING function to a value obtained by dividing the size of the selection window by the resource reservation period; determining that resources are reserved by the second device, in N slots spaced apart by a unit of the resource reservation period, after the slot in which the first SCI is received; and selecting a resource for SL communication within the selection window, based on the determination, wherein the N is a positive integer. receiving, from a second device, a first sidelink control information, SCI, including information related to a resource reservation period of the second device, in a slot; determining a size of a selection window based on a remaining packet delay budget; obtaining a value of N by applying a CEILING function to a value obtained by dividing the size of the selection window by the resource reservation period; determining that resources are reserved by the second device, in N slots spaced apart by a unit of the resource reservation period, after the slot in which the first SCI is received; and selecting a resource for SL communication within the selection window, based on the determination, wherein the N is a positive integer.
A system for deploying a blocker door of a nacelle, comprising: a gear box comprising one or more gears, the gear box configured to be coupled to a translating sleeve of the nacelle and to convert linear motion of the translating sleeve to rotational motion; a first door crank; a first door link pivotally attached to the first door crank; a first blocker door coupled to the first door link; and a first driveshaft coupled to the gear box and to the first door crank and configured to transfer the rotational motion from the gear box to the first door crank, such that translation of the translating sleeve in an aft direction drives the first door link via the first door crank to move the first blocker door into a bypass air duct defined by the nacelle. a gear box comprising one or more gears, the gear box configured to be coupled to a translating sleeve of the nacelle and to convert linear motion of the translating sleeve to rotational motion; a first door crank; a first door link pivotally attached to the first door crank; a first blocker door coupled to the first door link; and a first driveshaft coupled to the gear box and to the first door crank and configured to transfer the rotational motion from the gear box to the first door crank, such that translation of the translating sleeve in an aft direction drives the first door link via the first door crank to move the first blocker door into a bypass air duct defined by the nacelle.
A method for execution in a mobile device, the method comprising: determining a location of the mobile device; obtaining first location based information to be sent to a first apparatus, the first location based information concerning the location of the mobile device; obtaining second location based information to be sent to a second apparatus when required by the second apparatus, the second location based information concerning the location of the mobile device; combining the first location based information and any second location based information into a message; and sending the message to a network node. determining a location of the mobile device; obtaining first location based information to be sent to a first apparatus, the first location based information concerning the location of the mobile device; obtaining second location based information to be sent to a second apparatus when required by the second apparatus, the second location based information concerning the location of the mobile device; combining the first location based information and any second location based information into a message; and sending the message to a network node.
A blade comprising: a blade body, the blade body comprising: a cavity defined, at least partially, by a first interior surface of the blade body and by a second interior surface of the blade body opposite the first interior surface of the blade body; a first rib extending from the first interior surface of the blade body; a second rib extending from the first interior surface of the blade body; a third rib extending from the second interior surface of the blade body; wherein the third rib is located between the first rib and the second rib; a bulkhead rib traversing the cavity, wherein the bulkhead rib separates a radially inward portion of the cavity from a radially outward portion of the cavity; and a viscoelastic material disposed in the radially inward portion of the cavity and characterized in that the first rib and the second rib terminate prior to the second interior surface and the third rib terminates prior to the first interior surface. a blade body, the blade body comprising: a cavity defined, at least partially, by a first interior surface of the blade body and by a second interior surface of the blade body opposite the first interior surface of the blade body; a first rib extending from the first interior surface of the blade body; a second rib extending from the first interior surface of the blade body; a third rib extending from the second interior surface of the blade body; wherein the third rib is located between the first rib and the second rib; a bulkhead rib traversing the cavity, wherein the bulkhead rib separates a radially inward portion of the cavity from a radially outward portion of the cavity; and a cavity defined, at least partially, by a first interior surface of the blade body and by a second interior surface of the blade body opposite the first interior surface of the blade body; a first rib extending from the first interior surface of the blade body; a second rib extending from the first interior surface of the blade body; a third rib extending from the second interior surface of the blade body; wherein the third rib is located between the first rib and the second rib; a bulkhead rib traversing the cavity, wherein the bulkhead rib separates a radially inward portion of the cavity from a radially outward portion of the cavity; and a viscoelastic material disposed in the radially inward portion of the cavity and characterized in that the first rib and the second rib terminate prior to the second interior surface and the third rib terminates prior to the first interior surface.
An apparatus configured to be employed in a base station comprising: processing circuitry configured to: process a user equipment, UE, capability information that indicates a support for a cell reference signal, CRS, muting; provide CRS muting configuration parameters via a system information block, SIB, or a UE-dedicated radio resource control, RRC, signaling, based on the UE capability information; wherein, based on the CRS muting configuration parameters, muting is generated only outside of: a narrow band, NB, or a wide band, WB, plus / minus X physical resource blocks, PRBs, wherein X is a non-negative integer, and a central six PRBs plus/minus Y PRBs on each side of the central six PRBs, wherein Y is a non-negative integer; and a radio frequency, RF, interface, configured to provide, to RF circuitry, data for transmission related to the CRS muting. processing circuitry configured to: process a user equipment, UE, capability information that indicates a support for a cell reference signal, CRS, muting; provide CRS muting configuration parameters via a system information block, SIB, or a UE-dedicated radio resource control, RRC, signaling, based on the UE capability information; wherein, based on the CRS muting configuration parameters, muting is generated only outside of: a narrow band, NB, or a wide band, WB, plus / minus X physical resource blocks, PRBs, wherein X is a non-negative integer, and a central six PRBs plus/minus Y PRBs on each side of the central six PRBs, wherein Y is a non-negative integer; and process a user equipment, UE, capability information that indicates a support for a cell reference signal, CRS, muting; provide CRS muting configuration parameters via a system information block, SIB, or a UE-dedicated radio resource control, RRC, signaling, based on the UE capability information; wherein, based on the CRS muting configuration parameters, muting is generated only outside of: a narrow band, NB, or a wide band, WB, plus / minus X physical resource blocks, PRBs, wherein X is a non-negative integer, and a central six PRBs plus/minus Y PRBs on each side of the central six PRBs, wherein Y is a non-negative integer; and a radio frequency, RF, interface, configured to provide, to RF circuitry, data for transmission related to the CRS muting.
A heat exchanger comprising: a hollow tube comprising a first aluminum alloy extending along an axis from a tube inlet to a tube outlet; a first plurality of fins comprising a second aluminum alloy extending outwardly from an outer surface of the tube; a first fluid flow path through hollow tube from the tube inlet to the tube outlet; and a second fluid flow path across an outer surface of the hollow tube through spaces between adjacent fins; characterised in that the heat exchanger further comprises a second plurality of fins comprising a third aluminium alloy extending outwardly from the outer surface of the tube, interspersed along the axis with the fins comprising the second aluminium alloy, wherein the third aluminium alloy comprises an alloying element selected from tin, indium, gallium, or combinations thereof, wherein the third aluminum alloy is less noble than each of the first aluminum alloy and the second aluminum alloy. a hollow tube comprising a first aluminum alloy extending along an axis from a tube inlet to a tube outlet; a first plurality of fins comprising a second aluminum alloy extending outwardly from an outer surface of the tube; a first fluid flow path through hollow tube from the tube inlet to the tube outlet; and a second fluid flow path across an outer surface of the hollow tube through spaces between adjacent fins; characterised in that the heat exchanger further comprises a second plurality of fins comprising a third aluminium alloy extending outwardly from the outer surface of the tube, interspersed along the axis with the fins comprising the second aluminium alloy, wherein the third aluminium alloy comprises an alloying element selected from tin, indium, gallium, or combinations thereof, wherein the third aluminum alloy is less noble than each of the first aluminum alloy and the second aluminum alloy.
An apparatus for monitoring the subcortical responsiveness of a patient, the apparatus comprising: - first means (41-43; 45) for acquiring at least one first physiological measurement signal from a patient; - second means (43, 45) for deriving at least one second measurement signal from the at least one first physiological measurement signal, each second measurement signal being indicative of pain-related activity in the patient; - stimulator means (43, 46) for supplying a predetermined stimulus signal to the patient; - third means (41-43, 45) for monitoring at least one response caused by the stimulus signal in the at least one second measurement signal, the third means being synchronized with the stimulator means; and - fourth means (43, 45), responsive to the third means, for determining an indicator of subcortical responsiveness based upon the at least one response, said indicator being indicative of the patient's level of antinociception, characterized in that - the first means (41-43; 45) are adapted to acquire one of the signals in a group including an RRI signal, a plethysmographic signal, an EMG signal, a blood pressure signal, and a signal representing skin conductivity, thereby to acquire each first physiological measurement signal; and - the second means (43, 45) are adapted to derive a pain-related feature from each first physiological measurement signal to obtain the at least one second measurement signal. - first means (41-43; 45) for acquiring at least one first physiological measurement signal from a patient; - second means (43, 45) for deriving at least one second measurement signal from the at least one first physiological measurement signal, each second measurement signal being indicative of pain-related activity in the patient; - stimulator means (43, 46) for supplying a predetermined stimulus signal to the patient; - third means (41-43, 45) for monitoring at least one response caused by the stimulus signal in the at least one second measurement signal, the third means being synchronized with the stimulator means; and - fourth means (43, 45), responsive to the third means, for determining an indicator of subcortical responsiveness based upon the at least one response, said indicator being indicative of the patient's level of antinociception, - the first means (41-43; 45) are adapted to acquire one of the signals in a group including an RRI signal, a plethysmographic signal, an EMG signal, a blood pressure signal, and a signal representing skin conductivity, thereby to acquire each first physiological measurement signal; and - the second means (43, 45) are adapted to derive a pain-related feature from each first physiological measurement signal to obtain the at least one second measurement signal.