mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, an indication that the UE is to use both a closed-loop multiple-input multiple-output, MIMO, scheme and a transparent diversity scheme for transmissions of uplink data using a plurality of antenna ports that include a plurality of groups of antenna ports, antenna ports within each group of antenna ports being phase coherent with each other antenna port belonging to the group of antenna ports and being phase incoherent with the antenna ports belonging to at least one other group of antenna ports; generating, from the uplink data, a plurality of output signals corresponding to the plurality of antenna ports based at least in part on applying the closed-loop MIMO scheme for the plurality of groups of antenna ports and the transparent diversity scheme among antenna ports belonging to different groups of antenna ports; and transmitting the plurality of output signals using the plurality of antenna ports. receiving, from a base station, an indication that the UE is to use both a closed-loop multiple-input multiple-output, MIMO, scheme and a transparent diversity scheme for transmissions of uplink data using a plurality of antenna ports that include a plurality of groups of antenna ports, antenna ports within each group of antenna ports being phase coherent with each other antenna port belonging to the group of antenna ports and being phase incoherent with the antenna ports belonging to at least one other group of antenna ports; generating, from the uplink data, a plurality of output signals corresponding to the plurality of antenna ports based at least in part on applying the closed-loop MIMO scheme for the plurality of groups of antenna ports and the transparent diversity scheme among antenna ports belonging to different groups of antenna ports; and transmitting the plurality of output signals using the plurality of antenna ports.
A device for connection between a recipient provided with a neck closed off by a penetrable stopper and a container intended to be equipped with a needle, said device comprising a base provided with means for assembly on the recipient, which defines a central bore and on which the container can be mounted, characterized in that: - a needle, belonging to a subassembly engaged in the central bore that is part of the connection device and intended to be mounted on the container, is positioned in the central bore, in a direction parallel to a longitudinal axis of said bore, - a sealing sleeve is positioned in the central bore, around the needle and in contact therewith, - the base is a single component and comprises a member penetrating the stopper that extends, from an intermediate wall of the base, opposite the central bore, parallel to central axis of the bore and as far as a distal end, - the penetrating member is hollow and its inner volume is in communication with the central bore, on the one hand, and with a volume radially surrounding the distal end of the penetrating member, on the other hand. - a needle, belonging to a subassembly engaged in the central bore that is part of the connection device and intended to be mounted on the container, is positioned in the central bore, in a direction parallel to a longitudinal axis of said bore, - a sealing sleeve is positioned in the central bore, around the needle and in contact therewith, - the base is a single component and comprises a member penetrating the stopper that extends, from an intermediate wall of the base, opposite the central bore, parallel to central axis of the bore and as far as a distal end, - the penetrating member is hollow and its inner volume is in communication with the central bore, on the one hand, and with a volume radially surrounding the distal end of the penetrating member, on the other hand.
A tire provided with a mark on a tire side portion, wherein the mark includes a first mark located on an outer side in a tire radial direction, and a second mark located inward of the first mark in the tire radial direction, each of the first mark and the second mark includes a recess that is recessed from a side profile surface of the tire side portion, and a depth of the recess of the first mark from the side profile surface is smaller than a depth of the recess of the second mark from the side profile surface, characterized in that the mark includes a character string in which a plurality of characters is arranged, the characters are formed by the recesses, and the character string includes a first character string provided in the first mark, and a second character string provided in the second mark. the mark includes a first mark located on an outer side in a tire radial direction, and a second mark located inward of the first mark in the tire radial direction, each of the first mark and the second mark includes a recess that is recessed from a side profile surface of the tire side portion, and a depth of the recess of the first mark from the side profile surface is smaller than a depth of the recess of the second mark from the side profile surface, characterized in that the mark includes a character string in which a plurality of characters is arranged, the characters are formed by the recesses, and the character string includes a first character string provided in the first mark, and a second character string provided in the second mark.
Method for establishing a communication between at least one caller terminal and a called terminal, comprising: • a step for detection by the caller terminal of a user interaction requesting the establishment of a communication with the called terminal, • a step for obtaining a first piece of communication context information relating to the caller terminal, said first piece of communication context information comprising information on connectivity of the caller terminal, • a step for obtaining at least a second piece of communication context information relating to the called terminal, said second piece of communication context information comprising information on connectivity of the called terminal, • a step for determining a communication service to be used for establishing said requested communication with the called terminal, the determination being carried out based on at least the first piece of communication context information and the second piece of communication context information, • a step for sending, to the called terminal, a communication request according to the communication service determined, the method comprising, when the called terminal is connected to a third communications network which is different from a second communications network over which the communication service determined is implemented, a step for sending, by the caller terminal, for the attention of the called terminal, a request for connection of the called terminal to the second communications network, such that the called terminal connects to the second communications network. • a step for detection by the caller terminal of a user interaction requesting the establishment of a communication with the called terminal, • a step for obtaining a first piece of communication context information relating to the caller terminal, said first piece of communication context information comprising information on connectivity of the caller terminal, • a step for obtaining at least a second piece of communication context information relating to the called terminal, said second piece of communication context information comprising information on connectivity of the called terminal, • a step for determining a communication service to be used for establishing said requested communication with the called terminal, the determination being carried out based on at least the first piece of communication context information and the second piece of communication context information, • a step for sending, to the called terminal, a communication request according to the communication service determined,
A patient table including a table top, a lower frame, an intermediate frame, which is arranged between the table top and the lower frame and pivotally connected to the lower frame by a lower joint of the intermediate frame so as to turn in relation to the lower frame and to the table top by an upper joint of the intermediate frame so as to turn in relation to the table top, a lower actuator, which at its lower end is pivotally connected to the lower frame by a lower joint of the lower actuator and at its upper end to the table top by an upper joint of the lower actuator, and an upper actuator, which at its lower end is pivotally connected to the lower frame or the intermediate frame by a lower joint of the upper actuator and at its upper end to the table top by an upper joint of the upper actuator, the lower joint of the lower actuator being at a distance from the lower joint of the intermediate frame and the upper joint of the upper actuator being at a distance from the upper joint of the intermediate frame, wherein the lower joint of the intermediate frame, the lower joint of the lower actuator and the lower joint of the upper actuator are at a horizontal distance from a first end of the lower frame that is less than half of the length of the lower frame, and wherein the upper joint of the lower actuator is further away from the first end of the lower frame, when seen in a horizontal direction, than the lower joint of the lower actuator, the upper joint of the upper actuator is further away from the first end of the lower frame, when seen in the horizontal direction, than the lower joint of the upper actuator, and the upper joint of the intermediate frame is further away from the first end of the lower frame, when seen in the horizontal direction, than the lower joint of the intermediate frame.
A method for estimating abrasion resistance, the method comprising: irradiating a sulfur compound-containing polymer composite material with high intensity X-rays; measuring an X-ray absorption in a small region of the polymer composite material while varying an energy of the X-rays, whereby a dispersion state and a chemical state of the sulfur compound are analyzed; and quantifying an inhomogeneous state of cross-link degradation in the polymer composite material based on the dispersion state and the chemical state; wherein the X-ray absorption is measured by micro XAFS analysis comprising micro NEXAFS, STXM, and XPEEM; characterised in that the quantifying the inhomogeneous state of cross-link degradation is performed by calculating a degree of inhomogeneity of cross-link degradation using the following (Relationship 1): (Degree of inhomogeneity of cross-link degradation) = SO A /SO M wherein SO A represents a sulfur oxide content of a sulfur-aggregated portion in the polymer composite material, and SO M represents a sulfur oxide content of a matrix portion in the polymer composite material; and wherein the method estimates that the closer a value of SO A /SO M is to 1.0, the better the abrasion resistance of the polymer composite material is. irradiating a sulfur compound-containing polymer composite material with high intensity X-rays; measuring an X-ray absorption in a small region of the polymer composite material while varying an energy of the X-rays, whereby a dispersion state and a chemical state of the sulfur compound are analyzed; and quantifying an inhomogeneous state of cross-link degradation in the polymer composite material based on the dispersion state and the chemical state; wherein the X-ray absorption is measured by micro XAFS analysis comprising micro NEXAFS, STXM, and XPEEM; characterised in that the quantifying the inhomogeneous state of cross-link degradation is performed by calculating a degree of inhomogeneity of cross-link degradation using the following (Relationship 1): (Degree of inhomogeneity of cross-link degradation) = SO A /SO M wherein SO A represents a sulfur oxide content of a sulfur-aggregated portion in the polymer composite material, and SO M represents a sulfur oxide content of a matrix portion in the polymer composite material; and wherein the method estimates that the closer a value of SO A /SO M is to 1.0, the better the abrasion resistance of the polymer composite material is.
Transmission system, in particular for a motor vehicle, comprising about an axis of rotation at least: - an input hub (2; 102) which is arranged so as to be linked in rotation with a driving shaft, and - a dual wet clutch mechanism comprising: ∘ an input member (3; 103) that is linked in rotation with the input hub (2; 102) and is formed in particular by a disc carrier (40; 60; 140) for the purpose of transmitting the torque from the driving shaft; ∘ at least one first clutch and one second clutch, each comprising a multi-disc assembly (50; 150; 70; 170) and a reaction member (30a; 30b; 130a; 130b), the multi-disc assembly coming to bear against a contact zone (32a; 32b; 132a; 132b) of the reaction member when the associated clutch is closed, characterized in that each reaction member (30a; 30b; 130a; 130b) comprises a junction portion (31a; 31b; 131a; 131b) on the input member, and in an axial direction along the axis of rotation, the contact zone (32a; 32b; 132a; 132b) associated with one of the clutches is closer to the junction portion of the reaction member associated with the other clutch than to the junction portion associated with the reaction member this clutch. - an input hub (2; 102) which is arranged so as to be linked in rotation with a driving shaft, and - a dual wet clutch mechanism comprising: ∘ an input member (3; 103) that is linked in rotation with the input hub (2; 102) and is formed in particular by a disc carrier (40; 60; 140) for the purpose of transmitting the torque from the driving shaft; ∘ at least one first clutch and one second clutch, each comprising a multi-disc assembly (50; 150; 70; 170) and a reaction member (30a; 30b; 130a; 130b), the multi-disc assembly coming to bear against a contact zone (32a; 32b; 132a; 132b) of the reaction member when the associated clutch is closed, ∘ an input member (3; 103) that is linked in rotation with the input hub (2; 102) and is formed in particular by a disc carrier (40; 60; 140) for the purpose of transmitting the torque from the driving shaft; ∘ at least one first clutch and one second clutch, each comprising a multi-disc assembly (50; 150; 70; 170) and a reaction member (30a; 30b; 130a; 130b), the multi-disc assembly coming to bear against a contact zone (32a; 32b; 132a; 132b) of the reaction member when the associated clutch is closed,
Spreading device for a dough processing plant, having a rotationally drivable spreading roller and a spreading material housing which can be filled with spreading material, in particular flour, wherein the spreading material housing comprises at least one discharge opening, at which the spreading material can be transferred onto an upwardly facing surface portion of the rotating spreading roller, and wherein the spreading material can be spread from a downwardly facing surface portion of the rotating spreading roller onto a dough located thereunder, wherein the spreading device comprises a storage container in which a supply of spreading material can be accommodated, wherein the storage container comprises at least one discharge opening at which the spreading material can be removed, and wherein the storage container is arranged to the side of the spreading roller, and wherein the spreading material can be conveyed from the storage container to the spreading material housing by a transverse conveying device, characterized in that a return conveying device is additionally provided in the spreading material housing, with which the spreading material can be conveyed from the spreading material housing back into the storage container.
A self-propelled agricultural working machine with working units (7, 11, 14) and a combustion engine which drives them, for which the working parameters as well as operational parameters can be adjusted, as well as a controlling and regulating device which monitors the working parameters as well as the operational parameters of the working units (7, 11, 14) and of the combustion engine by means of sensors (22, 23, 25, 26, 32, 34) and compares them with parameters representing the quality of the working process, characterized in that the controlling and regulating device is designed in a manner such that as engine overloading begins, at least one working parameter of at least one working unit (7, 11, 14) is automatically adjusted as a function of the rotational speed (n mot) of the combustion engine in a manner such that - a consumer is operated at reduced power or is switched off, and if this is not possible, - in order to maintain the quality of the working process, the rotational speed of at least one working unit (7, 11, 14) is increased. - a consumer is operated at reduced power or is switched off, and if this is not possible, - in order to maintain the quality of the working process, the rotational speed of at least one working unit (7, 11, 14) is increased.
A method for producing formed textile multilayer-composites from at least two single layers and/or single layer composites, comprising the steps: i. heating the at least two single layer and/or single layer composites ii. concealing the single layers and/or single layer composites to an overall composite iii. forming of the overall composite in a forming press with forming tool arranged therein, characterized in that a) the heating of at least two single layers and/or single layer composites is carried out independently form each other and the heated layers are joined together before concealing, and b) the overall composite is spatially stretched in at least one direction before forming, wherein the extent of the stretching is different over the course of an axis perpendicular to the stretching direction inside the stretching plane, wherein the stretching is carried out with the aid of grippers which are arranged along a side of the overall composite and individually controllable, wherein in this way the extent of the stretching can be determined individually for each gripper, so that over the side on which the grippers are arranged it can be spatially stretched in a direction perpendicular to these side in different extent. i. heating the at least two single layer and/or single layer composites ii. concealing the single layers and/or single layer composites to an overall composite iii. forming of the overall composite in a forming press with forming tool arranged therein, a) the heating of at least two single layers and/or single layer composites is carried out independently form each other and the heated layers are joined together before concealing, and b) the overall composite is spatially stretched in at least one direction before forming, wherein the extent of the stretching is different over the course of an axis perpendicular to the stretching direction inside the stretching plane, wherein the stretching is carried out with the aid of grippers which are arranged along a side of the overall composite and individually controllable, wherein in this way the extent of the stretching can be determined individually for each gripper, so that over the side on which the grippers are arranged it can be spatially stretched in a direction perpendicular to these side in different extent.
A method for automating column packing comprising: determining a slurry concentration for a slurry of a chromatography medium; determining a column volume in a chromatography column; determining a compression factor for the chromatography medium in the chromatography column; calculating a volume of the slurry needed for packing the column with the determined compression factor, said calculation being based on the determined column volume, the determined compression factor and the determined slurry concentration; configuring the calculated volume of the slurry in a slurry tank; positioning the chromatography column for delivery and packing of the calculated volume of the slurry to the chromatography column; monitoring the delivery of the calculated volume of the slurry to the chromatography column; and automatically terminating the packing of the column by terminating the delivery of the slurry to the chromatography column when the volume of the slurry is equivalent to the calculated volume of slurry. determining a slurry concentration for a slurry of a chromatography medium; determining a column volume in a chromatography column; determining a compression factor for the chromatography medium in the chromatography column; calculating a volume of the slurry needed for packing the column with the determined compression factor, said calculation being based on the determined column volume, the determined compression factor and the determined slurry concentration; configuring the calculated volume of the slurry in a slurry tank; positioning the chromatography column for delivery and packing of the calculated volume of the slurry to the chromatography column; monitoring the delivery of the calculated volume of the slurry to the chromatography column; and automatically terminating the packing of the column by terminating the delivery of the slurry to the chromatography column when the volume of the slurry is equivalent to the calculated volume of slurry.
A composition comprising at least 1000 unique oligonucleotide species, each unique oligonucleotide species comprising a barcode region and a uniform region, the barcode region comprising a molecule barcode comprising at least 7 nucleotides, wherein the uniform region is 3' of the barcode region, the uniform region comprising a target-specific region 3' of the barcode region, the target-specific region comprising at least 10 nucleotides complementary to a target nucleic acid, wherein the unique oligonucleotide species comprise different nucleic acid sequences in their barcode regions, and wherein: (a) the composition consists essentially of unique oligonucleotide species wherein each molecule barcode has a G content of less than 50%; and/or (b) the molecule barcodes of all of the unique oligonucleotide species in the composition collectively have a G content of no more than 12.5%, wherein the barcode region further comprises a sample barcode comprising at least 3 nucleotides. wherein the uniform region is 3' of the barcode region, the uniform region comprising a target-specific region 3' of the barcode region, the target-specific region comprising at least 10 nucleotides complementary to a target nucleic acid, wherein the unique oligonucleotide species comprise different nucleic acid sequences in their barcode regions, and wherein: (a) the composition consists essentially of unique oligonucleotide species wherein each molecule barcode has a G content of less than 50%; and/or (b) the molecule barcodes of all of the unique oligonucleotide species in the composition collectively have a G content of no more than 12.5%, (a) the composition consists essentially of unique oligonucleotide species wherein each molecule barcode has a G content of less than 50%; and/or (b) the molecule barcodes of all of the unique oligonucleotide species in the composition collectively have a G content of no more than 12.5%, wherein the barcode region further comprises a sample barcode comprising at least 3 nucleotides.