mhurhangee/patent-ind-claim-en huggingface dataset:
A method for Physical Uplink Control Channel, PUCCH, transmission, comprising: determining , by a terminal device, a maximum code rate for transmission of a PUCCH from a set of maximum code rates of the PUCCH that comprise the maximum code rate, the maximum code rate for transmission of the PUCCH being determined according to a service priority corresponding to Uplink Control Information, UCI; encoding, by the terminal device, the UCI to be carried in the PUCCH according to the maximum code rate for transmission of the PUCCH; and transmitting, by the terminal device, the PUCCH. determining , by a terminal device, a maximum code rate for transmission of a PUCCH from a set of maximum code rates of the PUCCH that comprise the maximum code rate, the maximum code rate for transmission of the PUCCH being determined according to a service priority corresponding to Uplink Control Information, UCI; encoding, by the terminal device, the UCI to be carried in the PUCCH according to the maximum code rate for transmission of the PUCCH; and transmitting, by the terminal device, the PUCCH.
A method performed by a wireless transmit/receive unit, WTRU, the WTRU having a connected mode defined by a plurality of radio resource control, RRC, states including: a first state in which the WTRU is configured for reception only; a second state in which the WTRU is configured for both transmission using an uplink shared channel and reception using a downlink shared channel; and a third state in which the WTRU is configured for reception and is configured for transmission of only predefined initiation communications of predefined procedures wherein each predefined procedure is associated with a predefined WTRU event and wherein at least one respective predefined initiation communication requests a response that includes a cell radio network temporary identifier, C-RNTI; wherein the method comprises: the WTRU transitioning from the first state into the third state in response to one of the predefined WTRU events to transmit the respective predefined initiation communication; and the WTRU transitioning from the third state to the second state after receiving a response with a requested C-RNTI. a first state in which the WTRU is configured for reception only; a second state in which the WTRU is configured for both transmission using an uplink shared channel and reception using a downlink shared channel; and a third state in which the WTRU is configured for reception and is configured for transmission of only predefined initiation communications of predefined procedures wherein each predefined procedure is associated with a predefined WTRU event and wherein at least one respective predefined initiation communication requests a response that includes a cell radio network temporary identifier, C-RNTI; wherein the method comprises: the WTRU transitioning from the first state into the third state in response to one of the predefined WTRU events to transmit the respective predefined initiation communication; and the WTRU transitioning from the third state to the second state after receiving a response with a requested C-RNTI. the WTRU transitioning from the first state into the third state in response to one of the predefined WTRU events to transmit the respective predefined initiation communication; and the WTRU transitioning from the third state to the second state after receiving a response with a requested C-RNTI.
A membrane comprising: (a) a core layer comprising a composite of alternating thermoplastic polyurethane (TPU) and barrier microlayers; (b) optionally, at least one TPU structural layer bonded to the core layer; (c) at least one cap layer bonded to the core layer or structural layer; and (d) optionally, at least one tie layer between the core layer and the cap layer, or between the core layer and the optional structural layer when present, or between the optional structural layer when present and the cap layer, or any combination thereof; wherein the at least one cap layer comprises a polydiene polyol-based TPU; and wherein the at least one cap layer comprises a cure package, the cure package comprising molecular sulfur or peroxide curing agents. (a) a core layer comprising a composite of alternating thermoplastic polyurethane (TPU) and barrier microlayers; (b) optionally, at least one TPU structural layer bonded to the core layer; (c) at least one cap layer bonded to the core layer or structural layer; and (d) optionally, at least one tie layer between the core layer and the cap layer, or between the core layer and the optional structural layer when present, or between the optional structural layer when present and the cap layer, or any combination thereof; wherein the at least one cap layer comprises a polydiene polyol-based TPU; and wherein the at least one cap layer comprises a cure package, the cure package comprising molecular sulfur or peroxide curing agents.
An aerodynamic control device , comprising: a body defining a control surface ; at least one pneumatic motor carried by the body, the at least one pneumatic motor comprising a general U-shaped, sealed chamber , and at least one port configured to provide access into/out of the sealed chamber, wherein the at least one pneumatic motor is positioned with respect to the control surface such that pressurizing the sealed chamber via the port results in a change in configuration of at least a portion of the control surface, characterized in that the at least one pneumatic motor includes three or more pneumatic motors, and in that the body defines a cavity configured to house the three or more pneumatic motors in a side-by-side configuration. a body defining a control surface ; at least one pneumatic motor carried by the body, the at least one pneumatic motor comprising a general U-shaped, sealed chamber , and at least one port configured to provide access into/out of the sealed chamber, wherein the at least one pneumatic motor is positioned with respect to the control surface such that pressurizing the sealed chamber via the port results in a change in configuration of at least a portion of the control surface,
Starting element for the transmission of a torque from a drive-side rotational input of the starting element to an output hub , comprising: a hydrodynamic torque converter with a converter cover which is connected via a flexible plate to a drive unit, a turbine wheel which is coupled to the output hub fixedly so as to rotate with it, comprising a turbine shell with turbine blades which are arranged therein, a maximum extent of the turbine shell counter to an axial direction which runs from the flexible plate in the direction of the turbine shell ending at a first axial position ; a pump impeller which lies opposite the turbine wheel in the axial direction ; and a stator which is arranged between the turbine wheel and the pump impeller and is coupled via a stator flange to a freewheel which adjoins the output hub in an axial direction , a centre of the freewheel , which centre is fixed by way of a centre point of an axial extent of the freewheel , being situated at a second axial position ; characterized in that a difference between the first axial position and the second axial position is greater than 0 mm, with the result that the first axial position lies in the axial direction with regard to the flexible plate as a reference point behind the second axial position .
A method for the handling of piece goods being moved one after another in at least one row , in which - immediately consecutive piece goods in a row without spaces or with minimal spaces are transported as closed formation (F), - wherein, in a plurality of temporally consecutive steps, in each instance at least one transported piece good is seized in a clamping and/or force-locking and/or form-locking manner from the closed formation (F); is in each instance spatially separated from the closed formation (F) by lateral rotation out of a straight movement path (TB) of the closed formation (F); and is brought into a particular specified relative target position (P1, P2) and/or target alignment in relation to subsequent piece goods , - with the result that a palletizable layer or a pre-group for a palletizable layer is formed from the piece goods that have been brought and/or rotated in temporally consecutive steps into their particular target position (P1, P2) and/or target alignment, characterised in that in each instance non-seized piece goods of remaining piece goods being moved in a row are further transported interruption-free and/or at unchanged transport speed (v3) during the seizing in a clamping and/or force-locking and/or form-locking manner, during the spatial separation, and during the transfer of the at least one piece good into a specified relative target position (P1, P2) and/or target alignment. - immediately consecutive piece goods in a row without spaces or with minimal spaces are transported as closed formation (F), - wherein, in a plurality of temporally consecutive steps, in each instance at least one transported piece good is seized in a clamping and/or force-locking and/or form-locking manner from the closed formation (F); is in each instance spatially separated from the closed formation (F) by lateral rotation out of a straight movement path (TB) of the closed formation (F); and is brought into a particular specified relative target position (P1, P2) and/or target alignment in relation to subsequent piece goods , - with the result that a palletizable layer or a pre-group for a palletizable layer is formed from the piece goods that have been brought and/or rotated in temporally consecutive steps into their particular target position (P1, P2) and/or target alignment, characterised in that in each instance non-seized piece goods of remaining piece goods being moved in a row are further transported interruption-free and/or at unchanged transport speed (v3) during the seizing in a clamping and/or force-locking and/or form-locking manner, during the spatial separation, and during the transfer of the at least one piece good into a specified relative target position (P1, P2) and/or target alignment.
An access medium for use with a terminal , the access medium comprising: a passive e-paper display portion having received an externally written first access element ; and a memory resource storing a second access element , allowing authentication of the access medium to be determined by evaluation of the first access element and evaluation of the second access element by an external access manager within the terminal ; characterised in that : the first access element is written in a secure representation in an at least partially machine-readable form on the passive e-paper display portion ; and the access medium bears a one-time code which is exhausted after being used to authorize use of the access medium . a passive e-paper display portion having received an externally written first access element ; and a memory resource storing a second access element , allowing authentication of the access medium to be determined by evaluation of the first access element and evaluation of the second access element by an external access manager within the terminal ; characterised in that : the first access element is written in a secure representation in an at least partially machine-readable form on the passive e-paper display portion ; and the access medium bears a one-time code which is exhausted after being used to authorize use of the access medium . the first access element is written in a secure representation in an at least partially machine-readable form on the passive e-paper display portion ; and the access medium bears a one-time code which is exhausted after being used to authorize use of the access medium .
Streptolysin O (SLO) for use in a method for the treatment of the symptoms of t raumatic brain injury (TBI), wherein an effective amount streptolysin O (SLO) is administered to alleviate the symptoms of TBI and wherein microglial migration is inhibited in the hippocampus.
Vehicle axle for a wheel suspension, having a beam made of composite material and attachment parts made of metal, preferably light metal, the attachment parts being connected to the beam and being prepared for an attachment of a wheel carrier and for an attachment of at least one spring component and/or damper component, characterized in that the composite material is formed from plastic and reinforcing fibers integrated therein, and in that the beam is formed from at least two sub-beams (2.1, 2.2) made of composite material of the said type, which are arranged parallel to one another, the attachment parts having webs (3.1) which are arranged between the sub-beams and are bonded thereto. a beam made of composite material and attachment parts made of metal, preferably light metal, the attachment parts being connected to the beam and being prepared for an attachment of a wheel carrier and for an attachment of at least one spring component and/or damper component, characterized in that the composite material is formed from plastic and reinforcing fibers integrated therein, and in that the beam is formed from at least two sub-beams (2.1, 2.2) made of composite material of the said type, which are arranged parallel to one another, the attachment parts having webs (3.1) which are arranged between the sub-beams and are bonded thereto.
An apparatus for scanning material samples, the apparatus comprising: a collimated light source having a lens for emitting collimated light; a second mirror ; a plurality of first planar mirrors , wherein the light source is movable to directly illuminate each first planar mirror of the plurality of first planar mirrors , and wherein, for each first planar mirror, directly illuminating the first planar mirror comprises emitting light from the lens of the light source that is reflected by the second mirror to intersect the first planar mirror; a sample support configured to suspend a material sample between the plurality of first planar mirrors and the light source , wherein the sample support is positioned such that each of the first planar mirrors reflects a respective view of the material sample from a different perspective; a camera configured to capture a plurality of images of the plurality of first planar mirrors reflecting the material sample , each of the plurality of images being captured while the light source is positioned to directly illuminate each of the planar mirrors; wherein the first planar mirrors are arrayed so that respective surfaces of the first planar mirrors define an ellipsoid; wherein the sample support is configured to support the material such that a center of the material sample is positioned at a first focal point of an ellipse formed by taking a cross section of the ellipsoid that passes through a center of the ellipsoid and is along a semi-axis of the ellipsoid, and wherein the camera is positioned at a second focal point of the ellipse. a collimated light source having a lens for emitting collimated light; a second mirror ; a plurality of first planar mirrors , wherein the light source is movable to directly illuminate each first planar mirror of the plurality of first planar mirrors , and wherein, for each first planar mirror, directly illuminating the first planar mirror comprises emitting light from the lens of the light source that is reflected by the second mirror to intersect the first planar mirror; a sample support configured to suspend a material sample between the plurality of first planar mirrors and the light source , wherein the sample support is positioned such that each of the first planar mirrors reflects a respective view of the material sample from a different perspective; a camera configured to capture a plurality of images of the plurality of first planar mirrors reflecting the material sample , each of the plurality of images being captured while the light source is positioned to directly illuminate each of the planar mirrors; wherein the first planar mirrors are arrayed so that respective surfaces of the first planar mirrors define an ellipsoid; wherein the sample support is configured to support the material such that a center of the material sample is positioned at a first focal point of an ellipse formed by taking a cross section of the ellipsoid that passes through a center of the ellipsoid and is along a semi-axis of the ellipsoid, and wherein the camera is positioned at a second focal point of the ellipse.
A method for measuring a channel quality indicator, CQI, by a machine-type communication user equipment, MTC UE, in a wireless communication system, the method comprising: receiving at least one of a cell-specific reference signal, CRS, or a channel state information reference signal, CSI-RS, from a network; measuring a wideband CQI over plurality of narrowbands based on the received CRS or CSI-RS by averaging narrowband CQIs of the plurality of narrowbands; and transmitting the measured wideband CQI to the network, wherein the CSI-RS is related to one UE-specific zero-power CSI-RS configuration only for repetition levels related to coverage enhancement, CE, mode A, and wherein the CE mode A is a first operation mode for coverage enhancement. receiving at least one of a cell-specific reference signal, CRS, or a channel state information reference signal, CSI-RS, from a network; measuring a wideband CQI over plurality of narrowbands based on the received CRS or CSI-RS by averaging narrowband CQIs of the plurality of narrowbands; and transmitting the measured wideband CQI to the network, wherein the CSI-RS is related to one UE-specific zero-power CSI-RS configuration only for repetition levels related to coverage enhancement, CE, mode A, and wherein the CE mode A is a first operation mode for coverage enhancement.
A beam-end component welding fixture, comprising: a stand including a central horizontal axle mechanism and a housing ; a handle mounted on a first end portion of the axle mechanism; a rotatable plate structure mounted on a second end portion of the axle mechanism; and a column connecting simulator attached to the plate structure and configured to support a beam-end component, characterized in that the beam-end component is a collar-flange assembly, and the column connecting simulator includes a pair of collar corner simulators , wherein the pair of collar corner simulators forms a tapered channel for receiving a collar flange assembly, and wherein each collar corner simulator includes a stop member extending outward from a lower end portion for setting a precise vertical location of a collar flange assembly. a stand including a central horizontal axle mechanism and a housing ; a handle mounted on a first end portion of the axle mechanism; a rotatable plate structure mounted on a second end portion of the axle mechanism; and a column connecting simulator attached to the plate structure and configured to support a beam-end component, characterized in that the beam-end component is a collar-flange assembly, and the column connecting simulator includes a pair of collar corner simulators , wherein the pair of collar corner simulators forms a tapered channel for receiving a collar flange assembly, and wherein each collar corner simulator includes a stop member extending outward from a lower end portion for setting a precise vertical location of a collar flange assembly.
A method comprising: - decoding pictures from a bitstream, the bitstream comprising at least two scalability layers and at least two pictures being associated with access units; - storing decoded pictures in a decoded picture buffer; - decoding from the bitstream that a first picture is a base-layer picture for which a variable indicating a start of a layer-wise start-up process is set, said layer-wise start-up process comprising decoding of the base-layer picture and then decoding other layers step-wise so that the number of decoded layers are progressively increased; - decoding from the bitstream a first syntax element of the first picture, the first syntax element controlling whether or not to output pictures preceding, in decoding order, the first picture; - decoding from the bitstream a first indication which indicates an output layer; - decoding from the bitstream a second indication, which indicates at least one alternative output layer; - outputting a first picture of the one alternative output layer when no picture of the output layer is in an access unit containing the first picture; - outputting a second picture of the output layer, wherein the second picture is associated with a second access unit; and - in response to the first syntax element controlling not to output, removing, from the decoded picture buffer, those pictures in all layers that precede the first picture in decoding order. - decoding pictures from a bitstream, the bitstream comprising at least two scalability layers and at least two pictures being associated with access units; - storing decoded pictures in a decoded picture buffer; - decoding from the bitstream that a first picture is a base-layer picture for which a variable indicating a start of a layer-wise start-up process is set, said layer-wise start-up process comprising decoding of the base-layer picture and then decoding other layers step-wise so that the number of decoded layers are progressively increased; - decoding from the bitstream a first syntax element of the first picture, the first syntax element controlling whether or not to output pictures preceding, in decoding order, the first picture; - decoding from the bitstream a first indication which indicates an output layer; - decoding from the bitstream a second indication, which indicates at least one alternative output layer; - outputting a first picture of the one alternative output layer when no picture of the output layer is in an access unit containing the first picture; - outputting a second picture of the output layer, wherein the second picture is associated with a second access unit; and - in response to the first syntax element controlling not to output, removing, from the decoded picture buffer, those pictures in all layers that precede the first picture in decoding order.
An abrasive article comprising: a base ; a mounting assembly coupled to the base , the mounting assembly comprising an upper mounting member and a separate and discrete lower mounting member , the upper mounting member coupled to the lower mounting member ; a grinding segment ; and a sector ; the grinding segment coupled to the sector , wherein the sector is clamped between a surface of the upper mounting member and a surface of the lower mounting member , characterized in that the lower mounting member has surfaces defining a channel that extends through an arc of a particular circumference and has a radial width suitable for engagement of the upper mounting member therein. a base ; a mounting assembly coupled to the base , the mounting assembly comprising an upper mounting member and a separate and discrete lower mounting member , the upper mounting member coupled to the lower mounting member ; a grinding segment ; and a sector ; the grinding segment coupled to the sector , wherein the sector is clamped between a surface of the upper mounting member and a surface of the lower mounting member , characterized in that the lower mounting member has surfaces defining a channel that extends through an arc of a particular circumference and has a radial width suitable for engagement of the upper mounting member therein.
An atomizer of electronic cigarette, comprising a housing which is in fixed connection with a suction nozzle , wherein an ultrasonic atomization piece is fixed in the housing ; the ultrasonic atomization piece comprises a solid piezoelectric ceramic piece ; characterized in that one surface of the solid piezoelectric ceramic piece is in contact with a liquid guide structure, and the other surface thereof is in contact with solid perfume ; the liquid guide structure communicates with a tobacco tar storage cavity ; both of the liquid guide structure and the solid perfume communicate with an airflow passage ; an air inlet of the airflow passage communicates with the outside of the housing , and an outlet of the airflow passage communicates with the suction nozzle .