mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a first node (20b, 20c, 20d) of a wireless communication system, of accessing a shared media, for directive signal transmission from the first node (20b, 20c, 20d), the method comprising: - receiving, from a second node (20a, 10a'), a pilot signal (30a, 30a') announcing a directive signal transmission to or from the second node (20a, 10a'); - characterized by predicting, based on information in the received pilot signal (30a, 30a'), a collision rate between an intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission, the information defining channel resources used by the announced directive signal transmission, wherein the step of predicting the collision rate comprises estimating interference between the intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission to or from the second node (20a, 10a'); and - accessing the shared media based on the predicted collision rate. - receiving, from a second node (20a, 10a'), a pilot signal (30a, 30a') announcing a directive signal transmission to or from the second node (20a, 10a'); - characterized by predicting, based on information in the received pilot signal (30a, 30a'), a collision rate between an intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission, the information defining channel resources used by the announced directive signal transmission, wherein the step of predicting the collision rate comprises estimating interference between the intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission to or from the second node (20a, 10a'); and - accessing the shared media based on the predicted collision rate.
A component for a string instrument, namely a guitar bridge or a tremolo for a guitar, having a first region, a second region, a third region, a fourth region, a fifth region, a sixth region and a seventh region for transmitting acoustic waves between a first body, which is a guitar string, and a second body, which is a guitar body, wherein the first region, the second region, the third region, the fourth region, the fifth region, the sixth region and the seventh region comprise the same material and are connected to one another for transmitting the acoustic waves among one another, wherein the component is monolithic, wherein the first region, the second region, the third region, the fourth region, the fifth region, the sixth region and the seventh region form component densities which vary with respect to one another so that, as a result, at least one acoustic property of the transmitted acoustic waves is adapted or adaptable, wherein the second region, the third region, the fourth region, the fifth region, the sixth region and the seventh region each comprise a different hollow structure which forms a honeycomb structure, and wherein the second region, the third region, the fourth region, the fifth region, the sixth region and the seventh region each have a first connecting element for receiving one guitar string in each case.
A cylindrical electrophotographic photosensitive member, wherein a circumferential surface of the electrophotographic photosensitive member has concave portions that are independent of one another, and each of the concave portions has an opening, characterized in that a contour of the opening has an apex having an angle α of more than 0° and 90° or less on at least one of circumferential directions of the electrophotographic photosensitive member, and has a largest width in an axial direction of the electrophotographic photosensitive member of 20 μm or more and 80 μm or less, a width of the contour in the axial direction of the electrophotographic photosensitive member decreasing from a portion having the largest width toward the apex, and when viewing each of the concave portions in the axial direction of the electrophotographic photosensitive member, each of the concave portions has a depth that decreases from a deepest point of each of the concave portions toward the apex.
A vehicle travel control apparatus, comprising: a sensor (14,16) that obtains preceding vehicle information representing a status of a preceding vehicle; a communication apparatus (18,19) that obtains preceding vehicle acceleration/deceleration information, which is generated in the preceding vehicle, via communication with the preceding vehicle; and a controller that generates a feed-back target value related to a target acceleration/deceleration value of a host vehicle based on the preceding vehicle information and a feed-forward target value related to the target acceleration/deceleration value of the host vehicle based on the preceding vehicle acceleration/deceleration information, and controls acceleration/deceleration of the host vehicle based on the sum of the generated feed-back and feed-forward target values, characterized in that the controller corrects the preceding vehicle acceleration/deceleration information according to a travel scene to generate the feed-forward target value. a sensor (14,16) that obtains preceding vehicle information representing a status of a preceding vehicle; a communication apparatus (18,19) that obtains preceding vehicle acceleration/deceleration information, which is generated in the preceding vehicle, via communication with the preceding vehicle; and a controller that generates a feed-back target value related to a target acceleration/deceleration value of a host vehicle based on the preceding vehicle information and a feed-forward target value related to the target acceleration/deceleration value of the host vehicle based on the preceding vehicle acceleration/deceleration information, and controls acceleration/deceleration of the host vehicle based on the sum of the generated feed-back and feed-forward target values, characterized in that the controller corrects the preceding vehicle acceleration/deceleration information according to a travel scene to generate the feed-forward target value.
A line duct for leading a line through a through opening in a wall or floor element, having a duct sleeve through which said line can be led through along a central axis of said duct sleeve, and a flange member for contacting a side face of said wall or floor element, wherein said duct sleeve has a tiltable bearing at said flange member, namely for changing a tilt angle between said duct sleeve central axis and a surface normal lying perpendicularly to a plane defined by the flange-member-contact and thus to said side face of said wall or floor element when said line duct is mounted, wherein said duct sleeve can be tilted in said bearing between two end positions and can be brought into a central position in between, wherein said duct sleeve central axis lies in the same tilt plane when being in said end positions and in said central position, characterized in that said duct sleeve central axis is, in said central position, tilted with respect to said surface normal by at least 10°.
An analysis process for non-destructively analyzing a cork stopper for the presence of 2,4,6-trichloroanisole, comprising the succession of the following steps: - introduction of said stopper into a container, - hermetic closure of said container, - heating of said container containing said stopper under conditions allowing vaporization of 2,4,6-trichloroanisole that might be present in said stopper, - collection of a gaseous sample of the atmosphere surrounding said stopper in said container, and - and analysis of said gaseous sample for the presence of 2,4,6-trichloroanisole, characterized in that the gaseous sample collected in the container is injected directly into the analysis module. - introduction of said stopper into a container, - hermetic closure of said container, - heating of said container containing said stopper under conditions allowing vaporization of 2,4,6-trichloroanisole that might be present in said stopper, - collection of a gaseous sample of the atmosphere surrounding said stopper in said container, and - and analysis of said gaseous sample for the presence of 2,4,6-trichloroanisole,
A liquid electrolyte battery having a mixing device, said liquid electrolyte battery comprising - a battery case, - an electrode stack, - an electrolyte having an electrolyte level and - a mixing device, and said mixing device comprises the following features: - a channel plate arranged vertically in the battery case in the installed state, - a drainage plate arranged horizontally in the battery case in the installed state and extending from a side wall of the battery case to an opposite side wall of said battery case in the installed state, and - a hinge connecting the channel plate to the drainage plate, wherein - the drainage plate can be pivoted by at least 180 degrees from its horizontal position and over the top edge of the side wall of the battery case, from which the drainage plate extends in the installed state. - a battery case, - an electrode stack, - an electrolyte having an electrolyte level and - a mixing device, - a channel plate arranged vertically in the battery case in the installed state, - a drainage plate arranged horizontally in the battery case in the installed state and extending from a side wall of the battery case to an opposite side wall of said battery case in the installed state, and - a hinge connecting the channel plate to the drainage plate, wherein - the drainage plate can be pivoted by at least 180 degrees from its horizontal position and over the top edge of the side wall of the battery case, from which the drainage plate extends in the installed state.
Method for adjusting the working height of spinners (6a - 6d) of a rake, wherein the spinners (6a - 6d) are each adjusted individually, in groups or jointly during the adjustment of the working height relative to an agricultural useful area along an adjustment path by means of a height adjusting device (8a - 8b), characterized in that the adjustment path is stored in a control device divided into preferably equal lifting intervals, that an operator enters an integer number of lifting intervals at an input unit (20, 30) for adjusting the working height, and that the control device then controls the height adjusting device (8a - 8d) in such a way that the working height is automatically adjusted by the number of lifting intervals.
Tyre for a wheel intended to equip a manually transportable vehicle, comprising a composition based on at least one diene elastomer, at least one reinforcing filler, and a crosslinking system comprising at least one radical polymerization initiator, and a cocrosslinking agent selected from the group consisting of (meth)acrylate compounds, maleimide compounds, allyl compounds, vinyl compounds and their mixtures.
A finger configured to be mounted on a bat of a reel of an agricultural harvesting head, the bat defining a mating aperture configured to receive a portion of the finger, the finger comprising: an elongate lower finger portion configured to engage upper portions of crop plants; an upper clamp portion integrally formed with the elongate lower finger portion, wherein the upper clamp portion defines a central region configured to receive the bat, the upper clamp portion further comprising a strap comprising a polymer that is configured to wrap around the bat and to be attached to the bat, and an alignment pin disposed on an inner surface of the strap and extending into the central region wherein the alignment pin is configured to be received within a mating aperture in the bat, wherein an outer surface of the alignment pin comprises a material having greater wear resistance or greater tensile strength than the upper clamp portion, characterized in that said alignment pin comprises a ring that is disposed about a central portion of the alignment pin to provide a more wear resistant and stronger outer surface for the alignment pin, that the central portion of the alignment pin is molded out of the same material and in the same process as the elongate lower finger portion and the upper clamp portion, that the ring comprises a more wear resistant and stronger material than the material that forms the upper clamp portion and the central portion and that the outer surface of the ring is arranged to abut the interior surface of the mating aperture. an elongate lower finger portion configured to engage upper portions of crop plants; an upper clamp portion integrally formed with the elongate lower finger portion, wherein the upper clamp portion defines a central region configured to receive the bat, the upper clamp portion further comprising a strap comprising a polymer that is configured to wrap around the bat and to be attached to the bat, and an alignment pin disposed on an inner surface of the strap and extending into the central region wherein the alignment pin is configured to be received within a mating aperture in the bat, wherein an outer surface of the alignment pin comprises a material having greater wear resistance or greater tensile strength than the upper clamp portion, characterized in that said alignment pin comprises a ring that is disposed about a central portion of the alignment pin to provide a more wear resistant and stronger outer surface for the alignment pin, that the central portion of the alignment pin is molded out of the same material and in the same process as the elongate lower finger portion and the upper clamp portion, that the ring comprises a more wear resistant and stronger material than the material that forms the upper clamp portion and the central portion and that the outer surface of the ring is arranged to abut the interior surface of the mating aperture.
A system to determine at least one parameter for an injection procedure to be performed on a patient in combination with an imaging procedure, the injection procedure including injection of a contrast enhancement fluid that includes a contrast enhancing agent therein adapted to enhance contrast of images obtained with an imaging system, the system comprising: (a) a model formulated for processing one discrete data point from each of at least two time enhancement curves to determine at least two physiological variables of the patient and therewith enabling determination of the at least one parameter, each of the at least two time enhancement curves being associated with one region of interest corresponding thereto and each of the discrete data points constituting a pair of measurements on the time enhancement curve corresponding thereto, the pair of measurements in each of the discrete data points being a peak enhancement and an associated time to peak enhancement, the at least two time enhancement curves measured using the imaging system and resulting from a scan of the regions of interest as a test bolus of the contrast enhancement fluid injected into the patient flows therethrough; (b) an input system for inputting the discrete data points into the system for use by the model; and (c) at least one processor in communicative connection with the input system from which to receive the discrete data points, the at least one processor for enabling execution of the model wherein the at least one parameter for the injection procedure to be performed on the patient in combination with the imaging procedure is determined based at least in part upon substitution of the one discrete data point from each of the two time enhancement curves into the model. (a) a model formulated for processing one discrete data point from each of at least two time enhancement curves to determine at least two physiological variables of the patient and therewith enabling determination of the at least one parameter, each of the at least two time enhancement curves being associated with one region of interest corresponding thereto and each of the discrete data points constituting a pair of measurements on the time enhancement curve corresponding thereto, the pair of measurements in each of the discrete data points being a peak enhancement and an associated time to peak enhancement, the at least two time enhancement curves measured using the imaging system and resulting from a scan of the regions of interest as a test bolus of the contrast enhancement fluid injected into the patient flows therethrough; (b) an input system for inputting the discrete data points into the system for use by the model; and (c) at least one processor in communicative connection with the input system from which to receive the discrete data points, the at least one processor for enabling execution of the model wherein the at least one parameter for the injection procedure to be performed on the patient in combination with the imaging procedure is determined based at least in part upon substitution of the one discrete data point from each of the two time enhancement curves into the model.
A method of searching for a cell in a cognitive system, characterized in that, wherein the method comprises: determining, by a terminal, different categories of frequencies among frequencies supported by the cognitive system, wherein the frequencies of the cognitive system are categorized into a first category of authorized frequencies, an authorised frequency being a frequency allocated fixedly to the cognitive system, a first category of unauthorized frequencies, a second category of authorized frequencies and a second category of unauthorized frequencies in an order of descending priorities; and performing, by the terminal, cell search and cell camping at the frequencies supported by the cognitive system in an order of descending priorities; wherein the second category of authorized frequencies comprises the other authorized frequencies than the first category of authorized frequencies among the authorized frequencies supported by the cognitive system, and the second category of unauthorized frequencies comprises the other unauthorized frequencies than the first category of unauthorized frequencies among the unauthorized frequencies supported by the cognitive system. determining, by a terminal, different categories of frequencies among frequencies supported by the cognitive system, wherein the frequencies of the cognitive system are categorized into a first category of authorized frequencies, an authorised frequency being a frequency allocated fixedly to the cognitive system, a first category of unauthorized frequencies, a second category of authorized frequencies and a second category of unauthorized frequencies in an order of descending priorities; and performing, by the terminal, cell search and cell camping at the frequencies supported by the cognitive system in an order of descending priorities; wherein the second category of authorized frequencies comprises the other authorized frequencies than the first category of authorized frequencies among the authorized frequencies supported by the cognitive system, and the second category of unauthorized frequencies comprises the other unauthorized frequencies than the first category of unauthorized frequencies among the unauthorized frequencies supported by the cognitive system.
A vehicle rear outlet structure comprising: an outer member (10, 19a, 23a, 110) constituting an outer surface of a rear vehicle body (2, 22, 32) and defining a flow path space inside of the vehicle body; and wherein the flow path space communicates with an air intake opening configured to introduce air flowing along an underside of the vehicle body, the outer member (10, 19a, 23a, 110) is provided with an air outlet opening (13, 25, 113) through which the flow path space and a space outside of the vehicle body communicate with each other, characterized by a protrusion portion (14, 114) provided on an outer surface of the outer member (10, 19a, 23a, 110) to protrude in an outboard direction, wherein the protrusion portion (14, 114) is arranged forward of the air outlet opening (13, 25, 113) in a vehicle longitudinal direction and continuously in a vertical direction of the vehicle, such that a flow of air flowing along the outer surface of the outer member (10, 19a, 23a, 110) sucks out air in the flow path space through the air outlet opening (13, 25, 113) to an outboard side thereof, and a cross-sectional shape of a passage flow path in which air is introduced from the air intake opening, passes through the flow path space, and is discharged to a negative-pressure region located on the outboard side of the air outlet opening (13, 25, 113) is set such that a flow path cross-sectional area of the flow path space gradually decreases toward the downstream in the direction of air passage. an outer member (10, 19a, 23a, 110) constituting an outer surface of a rear vehicle body (2, 22, 32) and defining a flow path space inside of the vehicle body; and wherein the flow path space communicates with an air intake opening configured to introduce air flowing along an underside of the vehicle body, the outer member (10, 19a, 23a, 110) is provided with an air outlet opening (13, 25, 113) through which the flow path space and a space outside of the vehicle body communicate with each other, characterized by a protrusion portion (14, 114) provided on an outer surface of the outer member (10, 19a, 23a, 110) to protrude in an outboard direction, wherein the protrusion portion (14, 114) is arranged forward of the air outlet opening (13, 25, 113) in a vehicle longitudinal direction and continuously in a vertical direction of the vehicle, such that a flow of air flowing along the outer surface of the outer member (10, 19a, 23a, 110) sucks out air in the flow path space through the air outlet opening (13, 25, 113) to an outboard side thereof, and a cross-sectional shape of a passage flow path in which air is introduced from the air intake opening, passes through the flow path space, and is discharged to a negative-pressure region located on the outboard side of the air outlet opening (13, 25, 113) is set such that a flow path cross-sectional area of the flow path space gradually decreases toward the downstream in the direction of air passage.
An upconversion composition, comprising an organic triplet photosensitizer molecule and an organic emitter molecule, wherein the composition is characterized by an upconversion upon excitation in the red region of 500 nm to 600 nm or far red region of 600 nm to 700 nm with an emission in the deep blue region of 410 nm to 550 nm, wherein each of the triplet photosensitizer and emitter molecules comprises no metallic elements, wherein the triplet photosensitizer molecule has the structural formula: wherein each of R 1 and R 2 is independently selected from the group consisting of: H, bromo, iodio, alkynyl, alkyl, alkenyl, azide, PEG, amino, carboxyl acid and hydroxyl; R 3 is selected from the group consisting of: bromo and iodio; R 4 is an arylethynyl group, optionally selected from the group consisting of: phenylethynyl, naphthalene ethynyl, carbazole ethynyl and fluorenyl ethynyl; and each R 5 is independently selected from the group consisting of: H and alkyl, and wherein the organic emitter molecule is 9-phenylacetylene anthracene. each of R 1 and R 2 is independently selected from the group consisting of: H, bromo, iodio, alkynyl, alkyl, alkenyl, azide, PEG, amino, carboxyl acid and hydroxyl; R 3 is selected from the group consisting of: bromo and iodio; R 4 is an arylethynyl group, optionally selected from the group consisting of: phenylethynyl, naphthalene ethynyl, carbazole ethynyl and fluorenyl ethynyl; and each R 5 is independently selected from the group consisting of: H and alkyl, and wherein the organic emitter molecule is 9-phenylacetylene anthracene.