mhurhangee/ep-ind-claims huggingface dataset:
A multi-cell uplink coordinated communication method performed by a second base station, the second base station comprising a receiving unit, a sending unit and a processing unit, the method comprising: • receiving, by the receiving unit, retransmission scheduling information from a first base station and that is for a first user equipment, UE, to retransmit first data, wherein an exchange latency between the second base station and the first base station is greater than or equal to a first threshold and less than or equal to a second threshold, wherein the first base station is a base station to which a serving cell of the first UE belongs, and the second base station is a base station to which a coordinating cell of the first UE belongs; • receiving, by the receiving unit, the first data retransmitted by the first UE; and • decoding, by the processing unit, the first data according to the retransmission scheduling information, characterized in that before the decoding of the first data according to the retransmission scheduling information, the method further comprises: • if the processing unit determines, according to time domain information in the retransmission scheduling information, that there is a second UE to be scheduled in a subframe corresponding to the time domain information, and the second UE causes interference to the first UE, skipping, by the processing unit, scheduling the second UE at a location of the subframe. • receiving, by the receiving unit, retransmission scheduling information from a first base station and that is for a first user equipment, UE, to retransmit first data, wherein an exchange latency between the second base station and the first base station is greater than or equal to a first threshold and less than or equal to a second threshold, wherein the first base station is a base station to which a serving cell of the first UE belongs, and the second base station is a base station to which a coordinating cell of the first UE belongs; • receiving, by the receiving unit, the first data retransmitted by the first UE; and • decoding, by the processing unit, the first data according to the retransmission scheduling information, • if the processing unit determines, according to time domain information in the retransmission scheduling information, that there is a second UE to be scheduled in a subframe corresponding to the time domain information, and the second UE causes interference to the first UE, skipping, by the processing unit, scheduling the second UE at a location of the subframe.
A method of encoding an audio signal, the method comprising adjusting linear prediction coefficients, LPCs, of an encoder of audio signals, wherein adjusting LPCs of the encoder comprises: determining, at the encoder, a linear prediction, LP, gain based on an LP gain operation that uses a first value for an LP order, the LP gain associated with an energy level of an LP synthesis filter; comparing the LP gain to a threshold; and reducing the LP order from the first value to a second value if the LP gain is greater than the threshold. determining, at the encoder, a linear prediction, LP, gain based on an LP gain operation that uses a first value for an LP order, the LP gain associated with an energy level of an LP synthesis filter; comparing the LP gain to a threshold; and reducing the LP order from the first value to a second value if the LP gain is greater than the threshold.
A method of wireless communication performed by a scheduled entity, the method comprising: detecting bursty interference by monitoring code block-wise error events; reporting the bursty interference to a scheduling entity to trigger bursty interference management, BIM; receiving, from the scheduling entity, a configuration of a plurality of null resource elements configured for the BIM, the plurality of null resource elements having a time domain density of at least one in every two symbols among at least half of all symbols in a slot; receiving a downlink communication comprising the plurality of null resource elements embedded within a set of resource elements allocated for a reference signal; demodulating the downlink communication; and performing a plurality of null-based interference measurements on the downlink communication during demodulation of the downlink communication, wherein the plurality of null-based interference measurements are based on the plurality of null resource elements embedded within the resource elements allocated for the reference signal; and wherein the reference signal comprises a phase tracking reference signal, PTRS. detecting bursty interference by monitoring code block-wise error events; reporting the bursty interference to a scheduling entity to trigger bursty interference management, BIM; receiving, from the scheduling entity, a configuration of a plurality of null resource elements configured for the BIM, the plurality of null resource elements having a time domain density of at least one in every two symbols among at least half of all symbols in a slot; receiving a downlink communication comprising the plurality of null resource elements embedded within a set of resource elements allocated for a reference signal; demodulating the downlink communication; and performing a plurality of null-based interference measurements on the downlink communication during demodulation of the downlink communication, wherein the plurality of null-based interference measurements are based on the plurality of null resource elements embedded within the resource elements allocated for the reference signal; and wherein the reference signal comprises a phase tracking reference signal, PTRS.
A consumer product comprising at least one water-soluble unit dose article, a first container, and a second container (12, 50); wherein the at least one water-soluble unit dose article comprises at least one water-soluble film orientated to create at least one unit dose internal compartment, wherein the at least one unit dose internal compartment comprises a detergent composition; and wherein the first container comprises a first container internal compartment in which the at least one water-soluble unit dose article is contained; wherein the first container comprises a first container interior surface and a first container exterior surface; wherein the first container interior surface faces the first container internal compartment; wherein at least part of the first container interior surface is constructed from paper-based material, so that the at least one water-soluble film of the at least one unit dose article directly contacts the paper-based material of said first container interior surface; and wherein the second container (12, 50) comprises a second container internal compartment in which the first container is contained; wherein the second container comprises a second container interior surface and a second container exterior surface; wherein the second container interior surface faces the second container internal compartment and the first container exterior surface of the first container; wherein at least part of the second container interior surface is constructed from a plastic-based material. wherein the at least one water-soluble unit dose article comprises at least one water-soluble film orientated to create at least one unit dose internal compartment, wherein the at least one unit dose internal compartment comprises a detergent composition; and wherein the first container comprises a first container internal compartment in which the at least one water-soluble unit dose article is contained; wherein the first container comprises a first container interior surface and a first container exterior surface; wherein the first container interior surface faces the first container internal compartment; wherein at least part of the first container interior surface is constructed from paper-based material, so that the at least one water-soluble film of the at least one unit dose article directly contacts the paper-based material of said first container interior surface; and wherein the second container (12, 50) comprises a second container internal compartment in which the first container is contained; wherein the second container comprises a second container interior surface and a second container exterior surface; wherein the second container interior surface faces the second container internal compartment and the first container exterior surface of the first container; wherein at least part of the second container interior surface is constructed from a plastic-based material.
A liquid pharmaceutical composition for intravitreal injection comprising a) a histidine hydrochloride/L-histidine buffer, b) a non-ionic surfactant, c) an anti-VEGF antibody or antigen-binding fragment thereof, and d) optionally, an inorganic salt, wherein the composition does not contain saccharides, wherein the anti-VEGF antibody or antigen-binding fragment thereof is ranibizumab and wherein the pH of the composition is between 5.5 and 6.2. a) a histidine hydrochloride/L-histidine buffer, b) a non-ionic surfactant, c) an anti-VEGF antibody or antigen-binding fragment thereof, and d) optionally, an inorganic salt,
A dishwasher comprising a body; a washing tub which is provided in the body and wherein the washing process is performed; a filter group provided at the base of the washing tub and having a main strainer which strains the dirt particles breaking off from the kitchen items placed into the washing tub and a microfilter and a coarse filter which are positioned under the main strainer; a plurality of spray arms which provide the delivery of water to the kitchen items in the washing tub; a circulation pump which enables the water to be guided to the spray arms; and a mechanical water guiding valve which enables the water to be guided to the desired spray arms in order, characterized by the mechanical water guiding valve having a gear group composed of a plurality of gears which provide the disintegration of the dirt particles that cannot be filtered by the filter group.
An air knife chamber comprising: a chamber body having an inlet opening through which substrates enter and an outlet opening through which the substrates are discharged; a partition wall provided between the inlet opening and the outlet opening inside the chamber body to divide the internal space of the chamber body into a front portion communicating with the inlet opening and a rear portion communicating with the outlet opening, and having a slit through which the substrates are capable of passing; a blocking member provided to the partition wall above the slit; and air knives adapted to spray a high-pressure gas to remove water present in the substrates, wherein the blocking member prevents the water flowing down along the partition wall from falling onto the substrates, wherein the air knives are positioned close to the slit at the rear of the partition wall so that the high-pressure gas is capable of being sprayed toward the front portion through the slit, wherein the blocking member inclines downwardly, wherein the water flowing down along the partition wall flows down along the blocking member and falls in front of the slit, characterized in that the blocking member inclines downward at an angle of 20° to 35° to the horizontal, and in that the blocking member is positioned at a height of 9 cm to 11 cm from the underlying substrate and has a length of 9 cm to 13 cm. a chamber body having an inlet opening through which substrates enter and an outlet opening through which the substrates are discharged; a partition wall provided between the inlet opening and the outlet opening inside the chamber body to divide the internal space of the chamber body into a front portion communicating with the inlet opening and a rear portion communicating with the outlet opening, and having a slit through which the substrates are capable of passing; a blocking member provided to the partition wall above the slit; and air knives adapted to spray a high-pressure gas to remove water present in the substrates, wherein the blocking member prevents the water flowing down along the partition wall from falling onto the substrates, wherein the air knives are positioned close to the slit at the rear of the partition wall so that the high-pressure gas is capable of being sprayed toward the front portion through the slit, wherein the blocking member inclines downwardly, wherein the water flowing down along the partition wall flows down along the blocking member and falls in front of the slit, characterized in that the blocking member inclines downward at an angle of 20° to 35° to the horizontal, and in that the blocking member is positioned at a height of 9 cm to 11 cm from the underlying substrate and has a length of 9 cm to 13 cm.
A machine with high efficiency for sorting and stacking crates with foldable side walls, said machine consisting of at least one conveyor belt, on which there is provided at the inlet end at least one detection station for the purpose of recognizing the crate models fed in, and at least one restraining stop which is pivotable or acts vertically on the conveyor belt, with a corresponding displacement station for moving the crates one way or back and forth transversely to the conveyor belt, and with a corresponding stacking device, wherein the number of stacking devices arranged on the conveyor belt corresponds to the number of different crate models that can be processed, wherein the stacking devices are provided on one or both longitudinal sides of the conveyor belt in the region of the displacement station, characterized in that the upper part of each stacking device comprises a rigid frame which has, on the side opposite that on which the crates to be stacked and moving at high speed through the displacement station are fed in, a stop plate which is mounted such as to be pivotable about a horizontal axis and which, in the vertical position, bears against or is connected to a damping element held on the fixed frame, and in that horizontal restraining supports are provided on both sides of the frame, parallel to the feed direction of the crates and transversely to the conveyor belt, said restraining supports being equipped with vertical guides which are movable between a retracted, inactive position outside of the free vertical passage of the crates to be stacked and an extended, active intercepting and restraining position, the movement being effected by way of pneumatic or hydraulic, horizontally acting cylinder pairs, and in that the crates in the stacking device fall onto a vertically movable loading surface or loading fork.
A combustor panel comprising: an attachment feature having a central longitudinal axis and configured to extend through a combustor shell, wherein the attachment feature comprises: a tip portion configured to be disposed outward of a diffuser-facing side of the combustor shell; and a base portion configured to be disposed between a cold side of the combustor panel and the diffuser-facing side of the combustor shell; wherein: the base portion comprises a plurality of base legs extending from the cold side of the combustor panel, wherein the plurality of base legs are circumferentially distributed around the central longitudinal axis of the attachment feature; characterised in that the plurality of base legs extend from a tapered portion of the base portion of the attachment feature; wherein the tapered portion converges toward the central longitudinal axis in a direction from the tip portion toward the base portion; wherein the tapered portion has a conical shape; and the attachment feature and the plurality of base legs are integrally formed with the combustor panel. an attachment feature having a central longitudinal axis and configured to extend through a combustor shell, wherein the attachment feature comprises: a tip portion configured to be disposed outward of a diffuser-facing side of the combustor shell; and a base portion configured to be disposed between a cold side of the combustor panel and the diffuser-facing side of the combustor shell; wherein: the base portion comprises a plurality of base legs extending from the cold side of the combustor panel, wherein the plurality of base legs are circumferentially distributed around the central longitudinal axis of the attachment feature; a tip portion configured to be disposed outward of a diffuser-facing side of the combustor shell; and a base portion configured to be disposed between a cold side of the combustor panel and the diffuser-facing side of the combustor shell; wherein: the base portion comprises a plurality of base legs extending from the cold side of the combustor panel, wherein the plurality of base legs are circumferentially distributed around the central longitudinal axis of the attachment feature; the plurality of base legs extend from a tapered portion of the base portion of the attachment feature; wherein the tapered portion converges toward the central longitudinal axis in a direction from the tip portion toward the base portion; wherein the tapered portion has a conical shape; and the attachment feature and the plurality of base legs are integrally formed with the combustor panel.
An elevator call registration system comprising: a lobby detection device configured to read out identification information of an elevator user from a storage medium which is carried by the elevator user through a radio communication at a prescribed readout cycle in an elevator lobby; a car detection device configured to read out the identification information of the elevator user from a storage medium which is carried by the elevator user through a radio communication at a prescribed readout cycle inside of an elevator car; and a call registration processing device configured to register the identification information read out by the lobby detection device and to perform a call registration of the elevator car to the elevator lobby when the identification information read out by the lobby detection device has not been registered, and when it is detected that identification information being the same as registered identification information has not been read out by the car detection device, to delete the registration of the registered identification information after a prescribed grace period elapses subsequent to detecting that the identification information being the same as the registered identification information has not been read out by the car detection device. a lobby detection device configured to read out identification information of an elevator user from a storage medium which is carried by the elevator user through a radio communication at a prescribed readout cycle in an elevator lobby; a car detection device configured to read out the identification information of the elevator user from a storage medium which is carried by the elevator user through a radio communication at a prescribed readout cycle inside of an elevator car; and a call registration processing device configured to register the identification information read out by the lobby detection device and to perform a call registration of the elevator car to the elevator lobby when the identification information read out by the lobby detection device has not been registered, and when it is detected that identification information being the same as registered identification information has not been read out by the car detection device, to delete the registration of the registered identification information after a prescribed grace period elapses subsequent to detecting that the identification information being the same as the registered identification information has not been read out by the car detection device.
A provisional system for a knee arthroplasty comprising: a first provisional component (212, 268) having a proximal surface and a distal surface opposing the proximal surface, one of the distal surface and the proximal surface configured to be disposed on a resected surface of a bone; a second provisional component configured to be disposed in a first recess beneath the resected surface of the bone, wherein the second provisional component is configured to simulate a shape of at least one of a sleeve component, a cone component or a keel component of an implant; a stem provisional assembly configured to be disposed in a second recess, the stem provisional assembly configured to be engageable in vivo to position the first provisional component on the resected surface of the bone; and a fastener, wherein the fastener includes a passage to allow access to the stem provisional assembly from adjacent the first provisional component, characterised in that each of the fastener, the first provisional component (212, 268), the second provisional component and the stem provisional assembly is configured to enable the fastener to couple the first provisional component, the second provisional component and the stem provisional assembly together as an assembly. a first provisional component (212, 268) having a proximal surface and a distal surface opposing the proximal surface, one of the distal surface and the proximal surface configured to be disposed on a resected surface of a bone; a second provisional component configured to be disposed in a first recess beneath the resected surface of the bone, wherein the second provisional component is configured to simulate a shape of at least one of a sleeve component, a cone component or a keel component of an implant; a stem provisional assembly configured to be disposed in a second recess, the stem provisional assembly configured to be engageable in vivo to position the first provisional component on the resected surface of the bone; and a fastener, wherein the fastener includes a passage to allow access to the stem provisional assembly from adjacent the first provisional component, characterised in that each of the fastener, the first provisional component (212, 268), the second provisional component and the stem provisional assembly is configured to enable the fastener to couple the first provisional component, the second provisional component and the stem provisional assembly together as an assembly.
Cassette stack composed of individual cassettes, preferably for receiving preparations for laboratory analyses, wherein the individual cassettes each have a rectangular base and at least four side walls, of which one side wall has a printable inscription field, wherein the cassettes are held together in stack form via a common cord, wherein all the cassettes are provided with an opening or clearance through which the common cord runs, and wherein the cord has a resistance element under the lowest cassette of the cassette stack, wherein the opening or clearance is arranged in the area of the side wall having the printable inscription field, this side wall being a double wall composed of an outer wall, which has the printable inscription field, and of an inner wall, and the opening or clearance is located between the two walls (25, 26), characterized in that the opening is moreover a latching element for closing the cassette by means of a lid.