mhurhangee/ep-ind-claims huggingface dataset:
A signal transmission method of a user equipment in a multi-node system including a plurality of nodes and a base station coupled to each of the plurality of nodes and capable of controlling each node, the method comprising: estimating a channel for at least one node by receiving a reference signal from the at least one node among the plurality of nodes; selecting a preferred rank and precoding matrix index by applying at least one precoding matrix to the estimated channel; selecting one of a plurality of codeword-to-layer mappings (CLMs) by applying a precoding matrix indicated by the rank and the precoding matrix index; and transmitting the selected rank, the selected precoding matrix index, and a CLM indicator to the BS, wherein the plurality of CLMs are determined to be plural in number according to the total number of layers of the at least one node and the number of codewords transmitted in the at least one node, and the CLM indicator indicates the CLM selected from the plurality of CLMs. estimating a channel for at least one node by receiving a reference signal from the at least one node among the plurality of nodes; selecting a preferred rank and precoding matrix index by applying at least one precoding matrix to the estimated channel; selecting one of a plurality of codeword-to-layer mappings (CLMs) by applying a precoding matrix indicated by the rank and the precoding matrix index; and transmitting the selected rank, the selected precoding matrix index, and a CLM indicator to the BS, wherein the plurality of CLMs are determined to be plural in number according to the total number of layers of the at least one node and the number of codewords transmitted in the at least one node, and the CLM indicator indicates the CLM selected from the plurality of CLMs.
A method for wireless communications by a network entity comprising: providing configuration information to a user equipment, UE, indicating a sequence of target beams and timing information to try each target beam in the sequence of target beams; and attempting to communicate with the UE using one or more of the target beams according to the timing information, in response to a beam failure that includes failing to receive an acknowledgement from the UE of a beam switch signal sent by the network entity. providing configuration information to a user equipment, UE, indicating a sequence of target beams and timing information to try each target beam in the sequence of target beams; and attempting to communicate with the UE using one or more of the target beams according to the timing information, in response to a beam failure that includes failing to receive an acknowledgement from the UE of a beam switch signal sent by the network entity.
A refrigerant composition comprising: a. 11-22 weight percent difluoromethane; b. 46-59 weight percent pentafluoroethane; and c. 21-35 weight percent 2,3,3,3-tetrafluoropropene. a. 11-22 weight percent difluoromethane; b. 46-59 weight percent pentafluoroethane; and c. 21-35 weight percent 2,3,3,3-tetrafluoropropene.
An apparatus for forming a package, comprising: one or more forming boxes coupled to a rotating plate that rotates the forming boxes through at least first, second, and third stations (122, 124, 126) of the apparatus, wherein the forming boxes each include a plurality of walls that cooperate to define an internal volume and surround a circumferential and/or lateral portion of the package and are each open on opposed first and second ends; characterized in that the apparatus further comprises: a dead plate disposed beneath the second ends of the forming boxes in at least the first and second stations (122, 124), and is not disposed beneath the second ends of the forming boxes in the third station when a fourth station is not present, is not disposed beneath the second ends of the forming boxes in the fourth station when the fourth station is present, said dead plate defining a bottom wall for said forming boxes; and a flap folding plate disposed above the first end of the forming box at the second station and coupled to an actuator that actuates the flap folding plate towards the forming box as the forming box transitions from the first station to the second station or when the forming box is positioned at the second station. a dead plate disposed beneath the second ends of the forming boxes in at least the first and second stations (122, 124), and is not disposed beneath the second ends of the forming boxes in the third station when a fourth station is not present, is not disposed beneath the second ends of the forming boxes in the fourth station when the fourth station is present, said dead plate defining a bottom wall for said forming boxes; and a flap folding plate disposed above the first end of the forming box at the second station and coupled to an actuator that actuates the flap folding plate towards the forming box as the forming box transitions from the first station to the second station or when the forming box is positioned at the second station.
Packaging for a set of bottles of longitudinal axis XX, comprising at least one first cord disposed in a first plane P1 substantially perpendicular to the axis XX and enclosing said bottles; a second cord disposed in a second plane P2 substantially parallel to said first plane P1, enclosing said bottles and situated at a distance D, measured along the axis XX, from said first plane P1; a handle formed by a cord which, in the tensioned state, is disposed in a plane P4, referred to as handle plane, perpendicular to said first and second planes, said at least one first cord and/or said at least one second cord being able to be engaged in grooves present on the outer surface of said bottles such that said handle is connected to said first cord at at least two points by knots or any equivalent means, the two points belonging to a plane containing the centre of gravity of the packaging containing said bottles, and characterized in that it further comprises at least one third cord disposed in a third plane P3 perpendicular to said first and second planes and to said handle plane P4, said at least one third cord not being situated in the plane P4 and being tensioned between the first and the second cord and disposed between at least two bottles.
An infrared sensor element for detection of different conformations of the secondary structure of a candidate biomarker protein undergoing conformational transitions associated with disease progression, wherein said infrared sensor element comprises a germanium internal reflection element being of trapezoid or parallelogram shape, which provides for more than one passage of the infrared light through the reflection element, wherein the germanium internal reflection element is transparent in the infrared with sufficient signal to noise ratio to detect the amide I band of the different conformations in a complex fluid, and at least one receptor for the biomarker protein being an antibody capable of specific binding to the candidate biomarker protein independent of the conformation of the secondary structure of the candidate biomarker protein, wherein the antibody is being directly grafted to at least one surface of said internal germanium reflection element by silanization with silane linkers or by thiolation with thiol linkers, reacting freely accessible amine groups of said at least one receptor with amine-reactive groups on the silane/thiol linkers, and blocking remaining amine-reactive groups on the silane/thiol linkers with casein, wherein said silane linkers or thiol linkers have a chain length of not more than 20 atoms, wherein the candidate biomarker protein is amyloid-beta peptide and the antibody is capable of specific and conformationally independent binding to the central epitope of the amyloid-beta peptide, or the candidate biomarker protein is alpha-synuclein and the antibody is an antibody specifically binding the alpha-synuclein peptide without conformational specificity.
The device for dispensing an air-dischargeable substance, having an air inlet, a discharge nozzle through which substance-loaded air can be discharged, an outflow region, in which a chamber containing substance to be discharged can be arranged in a chamber receptacle, a first air guide duct leading from the outflow region to the discharge nozzle, a second air guide duct leading from the air inlet to the outflow region, wherein a partition is formed in the outflow region between the first and second air guide ducts (6, 7), and the partition is made of a hard material, wherein, furthermore, a free end face of the partition facing the chamber is provided with a soft material, the chamber has a film cover in a cover for a chamber cavity containing substance, and the partition is in sealing contact with the film cover by means of this soft material.
Combustion chamber assembly, especially for a vehicle heater, comprising - a first housing area with an ignition element mount, wherein an ignition element is supported at the ignition element mount, - a second housing area defining a fluid flow space to the outside with an ignition element access opening, wherein the ignition element can be moved to the ignition element mount through the ignition element access opening or/and an electric line for the ignition element extends through the ignition element access opening, - an elastically deformable closing element for closing the ignition element access opening, wherein the closing element comprises a meshing area interacting with a wall of the second housing area, which wall surrounds the ignition element access opening, wherein the meshing area comprises an inner meshing area supported in relation to an inner surface of the wall, which said inner surface faces the fluid flow space, wherein the inner meshing area comprises an inner contact surface surrounding a closing element longitudinal axis ring-like, and being oriented substantially at right angles to the closing element longitudinal axis and away from the fluid flow space and wherein the closing element comprises a closing element bottom with an outer bottom surface oriented outwardly, in the direction away from the fluid flow space, characterized in that the outer bottom surface is offset in relation to the inner contact surface of the inner meshing area in the direction of the closing element longitudinal axis towards the fluid flow space. - a first housing area with an ignition element mount, wherein an ignition element is supported at the ignition element mount, - a second housing area defining a fluid flow space to the outside with an ignition element access opening, wherein the ignition element can be moved to the ignition element mount through the ignition element access opening or/and an electric line for the ignition element extends through the ignition element access opening, - an elastically deformable closing element for closing the ignition element access opening, wherein the closing element comprises a meshing area interacting with a wall of the second housing area, which wall surrounds the ignition element access opening, wherein the meshing area comprises an inner meshing area supported in relation to an inner surface of the wall, which said inner surface faces the fluid flow space, wherein the inner meshing area comprises an inner contact surface surrounding a closing element longitudinal axis ring-like, and being oriented substantially at right angles to the closing element longitudinal axis and away from the fluid flow space and wherein the closing element comprises a closing element bottom with an outer bottom surface oriented outwardly, in the direction away from the fluid flow space,
A processing method for implementing high-frequency communication performed by an originally connected base station, comprising: sending, according to the position of the user equipment UE a scan request message to a target to-be-accessed base station when user equipment, UE, served by the originally connected base station is in a coverage hole state; receiving scan acknowledgment information sent by the target to-be-accessed base station; sending information about the UE to the target to-be-accessed base station, wherein the information about the UE comprises a UE identifier, a UE scanning period, UE positioning information, and a beam identifier; wherein the high frequency refers to a millimeter wave frequency; wherein the coverage hole state comprises that received uplink signal quality of the UE is less than a preset signal quality threshold, that channel quality fed back by the UE is less than a channel quality threshold, that no feedback from the UE is received within a preset time, that a bit error rate of receiving data of the UE reaches a preset bit error rate threshold, or that received data signal quality of the UE deteriorates into a state in which demodulation cannot be performed; wherein the target to-be-accessed base station refers to a base station to which a beam that covers a position of the UE belongs. sending, according to the position of the user equipment UE a scan request message to a target to-be-accessed base station when user equipment, UE, served by the originally connected base station is in a coverage hole state; receiving scan acknowledgment information sent by the target to-be-accessed base station; sending information about the UE to the target to-be-accessed base station, wherein the information about the UE comprises a UE identifier, a UE scanning period, UE positioning information, and a beam identifier; wherein the high frequency refers to a millimeter wave frequency; wherein the coverage hole state comprises that received uplink signal quality of the UE is less than a preset signal quality threshold, that channel quality fed back by the UE is less than a channel quality threshold, that no feedback from the UE is received within a preset time, that a bit error rate of receiving data of the UE reaches a preset bit error rate threshold, or that received data signal quality of the UE deteriorates into a state in which demodulation cannot be performed; wherein the target to-be-accessed base station refers to a base station to which a beam that covers a position of the UE belongs.
A device for delivering volatilized material to a user, comprising: a heat delivery component comprising an elongate body having proximal and distal ends, and a heat sink, and a detachable volatilization component on the proximal end of the body, comprising a source of volatilizable material extending longitudinally of the body, and characterised by a heat pipe extending along and within the body and thermally coupled at one end to the heat sink, the heat pipe extending longitudinally into and in heat transfer communication with the volatizable material along a portion of the length of the heat pipe and the volatizable material. a heat delivery component comprising an elongate body having proximal and distal ends, and a heat sink, and a detachable volatilization component on the proximal end of the body, comprising a source of volatilizable material extending longitudinally of the body, and characterised by a heat pipe extending along and within the body and thermally coupled at one end to the heat sink, the heat pipe extending longitudinally into and in heat transfer communication with the volatizable material along a portion of the length of the heat pipe and the volatizable material.
A monitor for use with an absorbent article having a wetness sensor, the monitor comprising a power management system, the power management system comprising an integrally activated and deactivated power circuit, the power circuit comprising a battery, wherein the monitor may be transitioned from an open condition to a closed condition for releasable attachment to an absorbent article, wherein the power circuit is open when the monitor is in an open condition and wherein the power circuit is closed when the monitor is in a closed condition; characterized in that the monitor further comprises an attachment leg pivotally connected by a hinge to a housing, the power circuit further comprising a first contact associated with the hinge and a second contact associated with the housing, the first contact being electrically connected with the second contact to close the power circuit when the monitor is in the closed condition and the first contact being electrically disconnected with the second contact to open the power circuit when the monitor is in the open condition.
A system for regeneration of a PNA nitrogen oxides NOx adsorber material arranged in an exhaust line, upstream of a selective catalytic reduction SCR catalytic converter, said PNA adsorber material forming with said SCR catalytic converter a PNA-SCR decontamination system able to eliminate nitrogen oxides NOx contained in exhaust gases emitted by an internal combustion engine into said exhaust line, said system including: • an estimating module able to determine a level of destruction (Td[NOx]), by said decontamination system PNA-SCR, of the NOx emitted by said engine, • a comparator module able to compare the level of destruction (Td[NOx]) determined against a threshold level value (Tds), • a control unit able to control a heating of said exhaust line as a function of the result of the comparison, such as when the heating of the exhaust line is activated, characterized in that said control unit is able to determine the level of regeneration of the PNA material, and is able to adjust a quantity of selective reduction reagent to be injected into the exhaust line as a function of this rate of regeneration to permit an elimination of the desorbed NOx towards the SCR catalytic converter. • an estimating module able to determine a level of destruction (Td[NOx]), by said decontamination system PNA-SCR, of the NOx emitted by said engine, • a comparator module able to compare the level of destruction (Td[NOx]) determined against a threshold level value (Tds), • a control unit able to control a heating of said exhaust line as a function of the result of the comparison, such as when the heating of the exhaust line is activated,
A modular vehicle (1, 100), comprising: a base body (10, 110) having a frame, a motor adapted to propel the vehicle, and a cavity region (20, 120) adapted to accommodate a removable modular component therewithin; a first removable modular component (50, 150) adapted to be locked and unlocked from said cavity region (20, 120) of the base body, wherein said first removable modular component provides substantial added structural rigidity to the frame when installed within the base body; and locking mechanisms (40, 55, 140, 142) that fasten said first removable modular component (50, 150) to said base body (10, 110) and that permit said first removable modular component (50, 150) to be removed and replaced with a second removable modular component when said locking mechanisms are unlocked, characterized in that said locking mechanisms include a central locking unit located at the center of a floor at said cavity region and a plurality of locking mechanisms distributed at locations along each edge where the first removable modular component (50, 150) meets the base body. a base body (10, 110) having a frame, a motor adapted to propel the vehicle, and a cavity region (20, 120) adapted to accommodate a removable modular component therewithin; a first removable modular component (50, 150) adapted to be locked and unlocked from said cavity region (20, 120) of the base body, wherein said first removable modular component provides substantial added structural rigidity to the frame when installed within the base body; and locking mechanisms (40, 55, 140, 142) that fasten said first removable modular component (50, 150) to said base body (10, 110) and that permit said first removable modular component (50, 150) to be removed and replaced with a second removable modular component when said locking mechanisms are unlocked, characterized in that said locking mechanisms include a central locking unit located at the center of a floor at said cavity region and a plurality of locking mechanisms distributed at locations along each edge where the first removable modular component (50, 150) meets the base body.
A decorative sheet comprising: a decorative base layer comprising one or more inorganic non-combustible fillers at a weight percentage of between 10% and 50%.; an adhesive layer disposed on a surface of the decorative base layer; and a transparent layer disposed on an opposing surface of the base layer from the adhesive layer, wherein the decorative sheet has a thickness of between 85 micrometers and 250 micrometers and has a gross heat of combustion of 4.0 megajoules per square meter or less when measured by oxygen bomb calorimetry using standard GB/T 14402-2007, and wherein the adhesive layer comprises a pressure sensitive adhesive. a decorative base layer comprising one or more inorganic non-combustible fillers at a weight percentage of between 10% and 50%.; an adhesive layer disposed on a surface of the decorative base layer; and a transparent layer disposed on an opposing surface of the base layer from the adhesive layer, wherein the decorative sheet has a thickness of between 85 micrometers and 250 micrometers and has a gross heat of combustion of 4.0 megajoules per square meter or less when measured by oxygen bomb calorimetry using standard GB/T 14402-2007, and wherein the adhesive layer comprises a pressure sensitive adhesive.
A combination of a conveying device for conveying slaughter animals suspended from product carriers of the conveying device, during which conveyance the slaughter animals describe a path, and a removing device disposed along said path for removing selected slaughter animals from the product carriers, the conveying device comprising a guide extending along a transport path, product carriers for the slaughter animals, which are movable in a direction of movement along the guide, each product carrier comprising at least one groove inclined according to a direction of inclination for holding at least one held part of a slaughter animal therein, wherein the at least one groove has an open upper end and a lower end and is laterally oriented relative to the conveying device, at least at the location of the removing device, the removing device comprising a pusher element, moving means for moving the pusher element to and fro between a passive position, in which the pusher element is located outside the path of slaughter animals, and an active position, in which the pusher element is located in the path of at least one held part of a selected slaughter animal in the active position, or at least during movement from the passive position to the active position, for pushing the at least one held part of the selected slaughter animal from the at least one groove of a product carrier via the upper open end of said at least one groove, characterised in that the removing device comprises a further pusher element as well as further moving means for moving the further pusher element to and fro between a further passive position, in which the further pusher element is located outside the path of slaughter animals, and a further active position, in which the further pusher element is located in the path of the at least one held part of the selected slaughter animal, or at least during its movement from the further passive position to the further active position, for pushing the at least one held part of the selected slaughter animal from the lower end, in the direction of the upper end, to an intermediate position, wherein the pusher element is designed to push the at least one held part of a slaughter animal from the intermediate position, via the upper end of the at least one groove of a product carrier, out of said at least one groove in the active position or during its movement from the passive position to the active position.